SSG

®
Seals Selection Guide
Contents
Corporate Profile ........................................................................................................................................... 1

Materials Selection Guide ................................................................................................................................2
Product Range Summary ................................................................................................................................ 4
Application Examples ....................................................................................................................................13
Piston Seals: Turcon® Glyd Ring® T ..............................................................................................22

D-A-S Compact Seal................................................................................................27
Turcon® CST™ Seal................................................................................................. 30
Rod Seals: U-Cup .......................................................................................................................

34
Zurcon® B+S U-Cup .................................................................................................37
Turcon® Stepseal® K ...............................................................................................42
Glyd Ring® HPR ..................................................................................................... 48
Wipers: DA 17........................................................................................................................
51
DA 22 .......................................................................................................................
53
Turcon® Excluder ® 2.................................................................................................. 57
Turcon® Excluder ® 5.................................................................................................. 63
Rotary Seals: V-Seal .......................................................................................................................

67
X-Sel® QUAD-RING ® Seal ...................................................................................... 74
Turcon® Roto Glyd Ring® ........................................................................................... 80
Turcon® Roto Variseal ™............................................................................................... 92
Special Seals: Turcon® Variseal™ M2 ................................................................................................

98
Basic Seals: O-Ring ......................................................................................................................

104
Back-Up Ring ........................................................................................................142
QUAD-RING® Seal .................................................................................................. 149
Bearings: Turcite® Slydring® .................................................................................................160

Luytex® Wear Ring.....................................................................................................
160
Installation Instructions ...................................................................................................................................

164
Quality/Storage Criteria ............................................................................................................................... 166
Conversion Tables ...........................................................................................................................................
168
Engineering Action Request .......................................................................................................................... 169
The information in this brochure is based on many decades of experience in the manufacture and application of sealing and bearing
systems. However, unknown parameters and conditions may restrict general statements during usage. It is vital that customers satisfy
themselves as to the suitability of individual products through adequate testing. For this reason, and due to the wide range of
applications of our products, Busak+Shamban can accept no liability as to the suitability or correctness of our recommendations
in individual cases.
The application limits for pressure, temperature and speed given in this catalog are maximum values determined in the laboratory.
During practical applications, it should be remembered that due to the interaction of the operating parameters, the maximum values
must be set correspondingly lower. For exceptional operating conditions, please contact us.
©
Busak+Shamban, all rights reserved. The turquoise color is a registered trademark of the Busak+Shamban Group. This brochure,
or any part thereof, may not be reproduced without our permission.
Corporate Profile
Seals Selection Guide
Corporate profile
Busak+Shamban is a worldwide manufacturer and supplier of quality sealing and bearing systems. Beginning in the 1950s, the
Busak+Shamban Group of companies grew up together as separate, but intertwined companies. The Busak entity was founded in
1954 under the name Busak+Luyken. Beginning as a supplier of O-Rings, Busak+Luyken expanded its ability to deliver precision
seals worldwide by developing close relationships with quality seal manufacturers. One of the primary manufacturers Busak+Luyken
routinely teamed with was W.S. Shamban & Company.
W.S. Shamban & Company began manufacturing nonmetallic aerospace parts of PTFE in 1952. Since then, the company has
established itself as a leader in technological advances of proprietary materials and innovative application engineering for both seals
and bearings.
In 1992 these two successful establishments merged to form the Busak+Shamban Group®. Today you will find Busak+Shamban
Manufacturing Facilities in three continents and over 40 Busak+Shamban Marketing Companies worldwide. In 1999, Busak+Shamban
merged with Forsheda/Dowty and also joined the Smiths Group, a UK listed corporation, focusing high-tech niche markets on a
global basis.
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Global supply with local support

Modern, efficient and centralized logistics centers throughout Europe, Asia and America are responsible for managing high volume
product inventories with an emphasis on quality control. All products must meet worldclass ISO compliance standards and certification
program requirements. Busak+Shamban Marketing Companies and Appointed Distributors can pull from this centralized stock in
addition to their own local inventory to ensure the best possible service.
The Logistics Center Europe, located in Germany and Logisitic Center Asia are an ISO 9002 approved logistics center along with all
of our manufacturing units. Equipped with an electronic system which codes and tracks orders along a computer controlled conveyor
system, this center provides ultramodern routing of orders through a stocking warehouse where orders are filled and shipped.
Our goal is to be an effective one-stop seal source. System-engineering is central to our sealing philosophy. Strategically positioned
around the world, Busak+Shamban maintains staffs of experienced sales engineers, application engineers and Customer support
personnel. Ongoing training and continuous improvement programs support our uncompromising Customer service. Careful
inventory management ensures the best product availability, pricing and delivery for complete satisfaction.
Other sizes available. Contact Busak+Shamban for further information on each product line. 1
Materials Selection Guide
Table 1 Material Application Properties and Mating Surface Materials

Material Code and Temperature Range
Application Properties
Luytex® C380
Standard bearing material for high side load applications in hydraulic -60o C to +130o C
presses, mobile equipment, machine tools; high dynamic compressive (-76o F to 266o F)
strength, high wear resistance.
Nitrile NCRO
Standard material for KDAS seal used for machine processes, fork lift, -30o C to +110o C
agricultural machines; Shore A70. (-22o F to 230o F)
Nitrile N9
Standard Shore A90 material for DA17 wiper used in machine presses, -30o C to +110o C
machine tools and similar equipment. (-22o F to 230o F)
Polyurethane WUAQ3
Standard material for RU3 U-Cup and DA22 metric wiper; used for mobile -30o C to +100o C
hydraulics; high abrasion resistance. (-22o F to 212o F)
Turcite® T47
Used in mobile hydraulics, injection molding machines, presses etc.; low -60o C to +200o C
friction and very high wear resistance; capability to absorb debris. (-76o F to 392o F)
Turcon® T29
-54o C to +200o C
Standard seal material for Turcon® Glyd Ring® HPR, typically used for high
(-65o F to 392o F)
speed, short stroke, and high pressure reciprocating motion.
Turcon® T40
Standard seal material for rotary applications, mobile hydraulics, and -54o C to +200o C
machine tools. (-65o F to 392o F)
Turcon® T46
-54o C to +200o C
Standard seal material for reciprocating applications high compressive
(-65o F to 392o F)
strength, good sliding and wear properties, resistance to gap extrusion.
Zurcon® Z51
72 Shore D high performance polyurethane for seals and wipers used in
-40o C to +110o C
mobile hydraulics and machine tools, high abrasion resistance. (-40o F to 230o F)
Zurcon® Z60/Himod® 60
Standard material for B+S back-up rings. High modulus for excellent extru- -54o C to +120o C
sion resistance. (-65o F to 250o F)
Zurcon® Z94
Standard material for B+S U-Cup and DA22 imperial wiper; used in mobile, -40 o C to +100 o C
forestry and mining equipment; low hardness and good leakage control. (-40 o F to 212 o F)
2 Other sizes available. Contact Busak+Shamban for further information on each product line.
®
Compatible Fluids Mating Surface Available Products

Material
Wear Ring Cut Wear Ring
Mineral oil based hydraulic fluid, Steel, chrome plated steel,
water HRc > 45
D-A-S Compact Seal

bio-oils, water cast iron, ductile iron
DA17 Wiper
bio-oils, water cast iron, ductile iron
U-Cup Metric DA22 Wiper Wynseal

Mineral oil based hydraulic fluid, Chrome plated steel,
fire retardant hydraulic fluids cast iron, ductile iron
Slydring® Cut Slydring®

bio-oils cast iron
Glyd Ring® HPR Glyd Ring® T Stepseal® K

bio-oils, water, air HRc >55
Variseal™ Roto Glyd Ring®

bio-oils, water, air hard anodized aluminum
HRc > 55
Stepseal® K Glyd Ring® T Excluder®
bio-oils cast iron
Stepseal® K Excluder®
Mineral oil based hydraulic fluid/fire Steel, chrome plated steel,
retardant hydraulic fluid cast iron
Glyd Ring® HPR Back-up Ring Turcon®CST™Seal

Hydraulic oil, mineral oils, grease, Steel, chrome plated steel,
gear oil cast iron
B+S U-Cup Imperial DA22 Wiper

Hydraulic oil, mineral oils, grease, Steel, chrome plated steel,
gear oil cast iron, ductile iron
Data on other available materials, provided upon request.
Product Range Summary
Product Range Basic Seals
Basic Seals
Sealing Material Operating Range
Applications
Other Polymeric
Type
Polyurethane
Pressure Temp. Speed
Elastomeric
MPa
®
®
®
HiMod
Zurcon
®
Turcon
Turcite
bar (psi) o
C (oF) m/s (ft/s)
Luytex
Metal
PTFE
O-Ring to
general purpose
200 MPa -60°C +260°C 0.5 m/s
2000 bar
(29400 psi) (-76°F +500°F) (1.5 ft/s)
D
FEP O-Ring to
chemical industry 25 MPa -60°C +200°C
aggressive media
D 250 bar —
(3675 psi) (-76°F +392°F)
PTFE O-Ring to
aggressive media
D 400 bar —
(5880 psi) (-328°F +500°F)
Kalrez® O-Ring to
aggressive media
D 2000 bar —
®
(29400 psi) (+5°F +600°F)
Trademark of DuPont
®
Zalak O-Ring to
general purpose
D 2000 bar —
™
(29400 psi) (-58°F +482°F)
Trademark of DuPont
QUAD-RING® Seal to
general purpose 40 MPa -60°C +200°C 0,5 m/s
twist free
(4 lips) D 400 bar
®
(5880 psi) (-76°F +392°F) (1.5 ft/s)
Trademark of Quadion Corporation
Kantseal to
general purpose 50 MPa -30°C +200°C
for flanges
D 500 bar —
(7350 psi) (-22°F +392°F)
Seal Kits -30°C +200°C

O-Ring Kits
SEAL QUAD-RING® Kits
SET Kantseal Kits — —
(-22°F +392°F)
KEY TO APPLICATIONS: Reciprocating = Rotary = Oscillating = Helix = Static = Single Acting = S Double Acting= D
®
Basic Seals ProducMaterials Selection Guidet Range
Basic Seals (Continued)

Applications
Other Polymeric
Type
Polyurethane
Elastomeric
MPa
®
®
®
HiMod
Zurcon
®
Turcon
Turcite
bar (psi) o
C (oF) m/s (ft/s)
Luytex
Metal
PTFE
Back-up Ring
general purpose for 80 MPa -60°C +200°C 0,5 m/s
O-Ring and QUAD-RING®
800 bar
(11760 psi) (-76°F +392°F) (1.5 ft/s)
Back-up Ring (Concave)

general purpose for O-ring
250 MPa -60°C +200°C 0,5 m/s
very high pressure
2500 bar
(36750 psi) (-76°F +392°F) (1.5 ft/s)
Turcon®Double Delta to
industrial hydraulic 35 MPa -54°C +200°C 15 m/s
light and medium duty
D 350 bar
(5145 psi) (-65°F +392°F) (50 ft/s)
®
Fluid Sealing Systems - Piston Seals

Applications
Other Polymeric
Type
Polyurethane
Elastomeric
MPa
®
®
®
HiMod
Zurcon
®
Turcon
Turcite
bar (psi) o
C (oF) m/s (ft/s)
Luytex
Metal
PTFE
Turcon®Glyd Ring® T to
hydraulic
80 MPa -54°C +200°C 15 m/s
gen. machine operation
machine tools D 800 bar
mobile hydraulics (11750 psi) (-65°F +392°F) (50 ft/s)
Turcon®AQ Seal® to
hydraulic 40 MPa -54°C +200°C 2 m/s
medium operation
D 400 bar
(5880 psi) (-65°F +392°F) (6 ft/s)
Turcon®AQ-Seal® 5 to
piston accumulator
D 600 bar
(8820 psi) (-65°F +392°F) (10 ft/s)
Turcon®Stepseal® K to
hydraulic S 80 MPa -54°C +200°C 15 m/s
machine tools
800 bar
Zurcon®Wynseal to
hydraulic 25 MPa -35°C +80°C 0,8 m/s
light hydraulic
medium hydraulic D 250 bar
(3675 psi) (-31°F +176°F) (2.5 ft/s)
D-A-S Compact Seal to

standard cylinder
D 350 bar
(5145 psi) (-22°F +232°F) (1.5 ft/s)
Turcon®Variseal™M2 to
chemical industry
aggressive media 450 bar
(6651 psi) (-94°F +500°F) (50 ft/s)
Turcon®Variseal™W to
pressure switches S
control valves
20 MPa -70°C +230°C 15 m/s
food processing equipment 200 bar
(2940 psi) (-94°F +446°F) (50 ft/s)
Turcon®CST™Seal to
hydraulic
mobile hydraulics 50 MPa -54°C +205°C 1,5 m/s
D 500 bar
(7500 psi) (-65°F +400°F) (5,0 ft/s)
®
Basic Seals Product Range
Fluid Sealing Systems - Rod Seals

Applications
Other Polymeric
Type
Polyurethane
Elastomeric
MPa
®
®
®
HiMod
Zurcon
®
Turcon
Turcite
bar (psi) o
C (oF) m/s (ft/s)
Luytex
Metal
PTFE
Turcon®Stepseal®K to
machine tools 800 bar
Zurcon®Rimseal to
Zurcon®U-Cup to
hydraulic S 40 MPa -40°C +100°C 0,5 m/s
standard cylinders
400 bar
(5800 psi) (-40°F +212°F) (1.5 ft/s)
Turcon®Variseal™M2 to
chemical industry
gen. mech. applications 450 bar
aggressive media (6615 psi) (-94°F +500°F) (50 ft/s)
food processing equipment
Turcon®Variseal™W to
chemical industry S 20 MPa -70°C +230°C 15 m/s
gen. mech. applications
200 bar
(2940 psi) (-94°F +446°F) (50 ft/s)
Turcon®Glyd Ring®T to
machine tools D 800 bar
Zurcon®L-Cup® to
S
standard cylinder
400 bar
(5800 psi) (-22°F +176°F) (1,5 ft/s)
Glyd Ring®HPR to
hydraulic S 50 MPa -54°C +120°C 1,5 m/s
general machine operation
mobile hydraulics (7500 psi) (-65°F +248°F) (5,0 ft/s)
®
Fluid Sealing Systems - Scrapers

Applications
Other Polymeric
Type
Polyurethane
Elastomeric
MPa
®
®
®
HiMod
Zurcon
®
Turcon
Turcite
bar (psi) o
C (oF) m/s (ft/s)
Luytex
Metal
PTFE
Turcon®Excluder®2
hydraulic
-54°C +200°C 15 m/s
light hydraulic
machine tools S —
(-65°F +392°F) (50 ft/s)
Turcon®Excluder®5
hydraulic -54°C +200°C 15 m/s
medium hydraulic
mobile hydraulics S —
(-65°F +392°F) (50 ft/s)
Turcon®Excluder®500
gen. mech. applications
mobile hydraulic S —
(-22°F +212°F) (3 ft/s)
Rod Scraper DA22

general purpose
S 20 bar
(30 psi) (-31°F +212°F) (3 ft/s)
Rod Scraper DA17

general purpose
S —
(-22°F +230°F) (3 ft/s)
Rod Scraper ASW

hydraulic S -35°C +100°C 1 m/s
general purpose
—
(-31°F +212°F) (3 ft/s)
Rod Scraper SA
general purpose
—
(-22°F +230°F) (3 ft/s)
Rod Scraper A -30°C +110°C 1 m/s

hydraulic S
general purpose
—
(-22°F +230°F) (3 ft/s)
Metal Scraper
general purpose
—
(-40°F +250°F) (3 ft/s)
®
Fluid Sealing Systems - Wear Rings

Applications
Other Polymeric
Type
Polyurethane
Dynamic Load Temp. Speed
Elastomeric
N/mm2
®
®
®
HiMod
Zurcon
®
Turcon
Turcite
(Lbf/in2) o
C (oF) m/s (ft/s)
Luytex
Metal
PTFE
Turcite® Slydring®
hydraulic 15 N/mm2 -60°C +200°C 15 m/s
general purpose (2175
standard cylinders
lbs/in2) (-76°F +392°F) (50 ft/s)
high speed
Zurcon® Wear Ring

general purpose (3625
standard cylinders lbs/in2) (-76°F +232°F) (6 ft/s)
Luytex® Wear Ring to

general purpose
high pressure
(13000
standard cylinders lbs/in2) (-76°F +266°F) (3 ft/s)

MPa
bar (psi) o
C (oF) m/s (ft/s)
Fluid Sealing Systems - Pneumatic
Complete Pneumatic Piston PK to

general purpose 1.2 MPa -30°C +100°C 1 m/s
D 12 bar
(175 psi) (-22°F +212°F) (3 ft/s)
Rotary Seals
Radial Oil Seal to

general purpose S 0.05 MPa -40°C +170°C 12 m/s
general mechanical applications
0.5 bar
(7.5 psi) (-40°F +338°F) (39 ft/s)
Radial Oil Seal (Pressure Seal) to

general mechanical applications
5.0 bar
(7.5 psi) (-40°F +338°F) (26 ft/s)
®
Rotary Seals (Continued)

Applications
Other Polymeric
Type
Polyurethane
Elastomeric
MPa
®
®
®
HiMod
Zurcon
®
Turcon
Turcite
bar (psi) o
C (oF) m/s (ft/s)
Luytex
Metal
PTFE
Shaft Repair Kit
— — —
Sealing Cap
-30°C +100°C
— —
(-22°F +212°F)
Varilip® Radial Lip Shaft Seal to

general mech. applications
chemical industry 20 bar
(295 psi) (-76°F +392°F) (132 ft/s)
V-Seal to
0 bar
(0 psi) (-40°F +376°F) (39 ft/s)
Axial Shaft Seal to

for roller bearings
5.0 bar
(74 psi) (-40°F +392°F) (100 ft/s)
Turcon® Roto Glyd Ring® to -54°C +200°C 2 m/s

hydraulic
general purpose
30 MPa
rotary applications D 300 bar
(4410 psi) (-65°F +392°F) (6 ft/s)
Turcon® Roto Variseal™ to

general mech. applications S 15 MPa -100°C +260°C 2 m/s
chemical industry
150 bar
(2205 psi) (-148°F +500°F) (6 ft/s)
Heavy Duty Seal to

general purpose
heavy duty
S 0.3 MPa -40°C +120°C 4 m/s
3.0 bar
(45 psi) (-40°F +248°F) (13 ft/s)
®
Static Seals
Applications
Other Polymeric
Type
Polyurethane
Elastomeric
MPa
®
®
®
HiMod
Zurcon
®
Turcon
Turcite
bar (psi) o
C (oF) m/s (ft/s)
Luytex
Metal
PTFE
Wills Rings® to cryogenic
general purpose
1000 MPa to +850°C
flange applications
D 10000 bar —
(147000 psi) (1500°F)
Turcon® Variseal™ H to
chemical industry S 80 MPa -120°C +260°C
gasket fittings
800 bar —
(11760 psi) (-184°F +500°F)
Turcon® Variseal™ HF to
chemical industry S 80 MPa -200°C +260°C
flange fittings
800 bar —
(11760 psi) (-328°F +500°F)
SAE Flange Seal to

mobile hydraulic S 42 MPa -40°C +100°C
420 bar —
(6150 psi) (-40°F +212°F)
U-Seal to
general purpose 100 MPa -30°C +200°C
D 1000 bar —
(14700 psi) (-22°F +392°F)
Airseal to
1 MPa -50°C +220°C
D 10 bar —
(145 psi) (-58°F +428°F)
Linear Bearings & Bushes
Turcite®-B Slydway® to
general mech. applications 9 N/mm2 260°C 1 m/s
machine tools
(1300 (500°F) (3 ft/s)
Lbf/in2)
DYNAMIC
Luytex® & Turcite® Bearing Bushes
general mech. applications 80 N/mm2 -40°C +100°C 6 m/s
(11600 (-40°F +212°F) (20 ft/s)

Lbf/in2)
®
Custom Made Components

Applications
Other Polymeric
Type
Polyurethane
Load Temp. Speed
Elastomeric
N/mm2
®
®
®
HiMod
Zurcon
®
Turcon
Turcite
(Lbf/in2) C (oF) m/s (ft/s)
Luytex
o
Metal
PTFE
Ventseal
S -40°C +200°C
D — —
(-40°F +392°F)
Custom made Rubber Products to

S 316°C
D — —
(600°F)
Custom made PTFE Components to

260°C
— —
(500°F)
Ground Balls
-30°C +200°C
— —
(-22°F +392°F)
Custom made HiMod®High Modulus to

Plastics 300°C
— —
(572°F)
Miscellaneous
Assembly Tool M56A
— — —
M22 Pliers
general purpose
repair set — — —
for rod seals
Application Examples
1 2 3 4
CL
ITEM DESCRIPTION MATERIAL OPERATING CONDITIONS

1 GLYD RING® T TURCON® T46 PRESSURE: 250 BAR
2 SLYDRING® TURCITE® T47 TEMPERATURE: -40 O C TO 200O C (WITH SPECIAL ELASTOMERS)
3 SLYDRING® TURCITE® T47 VELOCITY: 15 METERS/SECOND MAX
4 STEPSEAL® TURCON® T46 SERVICE: HIGH SPEED FACTORY MACHINERY
5 EXCLUDER® TURCON® T46 EXAMPLE: PLASTIC INJECTION MOLDING MACHINE
1 2 3 4 5
CL

1 BUFFER RING TURCON® T42 PRESSURE: 310 BAR
2 SLYDRING® TURCITE® T47 TEMPERATURE: -40 O C TO 200O C
3 SLYDRING® TURCITE® T47 (WITH SPECIAL ELASTOMERS)
4 FLANGED VARISEAL™ TURCON® T40 VELOCITY: 10 SURFACE METERS/SECOND MAX
5 OIL SEAL METAL HOUSING SERVICE: HIGH VELOCITY ROTARY SEALING
ELASTOMER LIP EXAMPLE: PLASTIC INJECTION MOLDING CYLINDER
®
®
1 2 3
CL
OPERATING CONDITIONS
ITEM DESCRIPTION MATERIAL
PRESSURE: 150 BAR
1 DAS COMPACT SEAL VARIOUS
TEMPERATURE: -30 O C TO 100 O C
2 B+S U-CUP ZURCON® Z94
VELOCITY: 0.5 METERS/SECOND MAX
3 DA17 WIPER NITRILE
SERVICE: POSITIVE SEALING,
LIGHT DUTY
EXAMPLE: AGRICULTURAL CYLINDER
1 2 3 4 5 6 7
CL
1 GLYD RING® T TURCON® T46
2 WEAR RING LUYTEX® C380
3 4mm SLYDRING® TURCITE® T47 OPERATING CONDITIONS
4 4mm SLYDRING® TURCITE® T47
5 SLYDRING® LUYTEX® C380 PRESSURE: 310 BAR (500 BAR SPIKE)
6 STEPSEAL® K TURCON® T46 TEMPERATURE: -40 O C TO 100 O C
7 B+S U-CUP ZURCON® Z94 VELOCITY: 1 METERS/SECOND MAX
8 WIPER METAL HOUSING SERVICE: MEDIUM DUTY MOBILE EQUIPMENT
POLYURETHANE EXAMPLE: BLADE CYLINDER
1 2 3 4 5 6
CL

2 WEAR RING LUYTEX® C380 PRESSURE: 250 BAR
3 WEAR RING LUYTEX® C380 TEMPERATURE: -40 O C TO 100 O C
4 STEPSEAL® K TURCON® T46 VELOCITY: 0.5 METERS/SECOND MAX
5 B+S U-CUP ZURCON® Z94 SERVICE: MEDIUM DUTY MOBILE EQUIPMENT
6 DA22 WIPER POLYURETHANE EXAMPLE: STEERING CYLINDER
®®
VIEW A
1 2 3 4 5 VIEW B 7
VIEW A VIEW B
CL
1 CST™ SEAL TURCON® T46
3 4 MM SLYDRING® TURCITE® T47 OPERATING CONDITIONS
4 4 MM SLYDRING® TURCITE® T47
5 SLYDRING® LUYTEX® C380 PRESSURE: 500 BAR (800 BAR SPIKE)
6 GLYD RING® HPR TURCON® T46 TEMPERATURE: -40 O C TO 100 O C
7 B+S U-CUP ZURCON® Z94 VELOCITY: 0.5 METERS/SECOND MAX
8 WIPER METAL HOUSING SERVICE: HEAVY DUTY HIGH PRESSURE EXCAVATORS
POLYURETHANE EXAMPLE: BOOM, BUCKET, AND ARM CYLINDER
1 2 P1 P2 3 4 5 6
AIR
(ATM)
P3 P4 P5
CL
1 QUAD-RING® SEAL NITRILE OIL MAX OPERATING
2 WEAR RING® LUYTEX® C380 PORT PRESSURE (BAR)
3 ROTOGLYDRING® TURCON® T40 P1 300 PRESSURE: VARIOUS (SEE CHART)
O-RING NITRILE P2 300 TEMPERATURE: -30 O C TO 110 O C
4 QUAD-RING® SEAL X-SEL NITRILE P3 300 VELOCITY: 2 SURFACE METERS/SECOND MAX
5 BACK-UP RING TURCON® T01 P4 150 SERVICE: MOBILE EQUIPMENT
6 WEAR RING LUYTEX® C380 P5 150 EXAMPLE: ROTARY MANIFOLD
®
1 2
CL
PRESSURE: 200 BAR OPERATING CONDITIONS
TEMPERATURE: -150 O C TO 250O C
PRESSURE: 250 BAR MAX
VELOCITY: 2 SURFACE METERS/SECOND
SERVICE: FAST ROTARY
VELOCITY: 0,5 SURFACE METERS/SECOND MAX
EXAMPLE: MACHINE TOOL SWIVEL
SERVICE: LIGHT DUTY ROTARY
EXAMPLE: HIGH PRESSURE VALVE
ITEM DESCRIPTION MATERIAL ITEM DESCRIPTION MATERIAL

1 FLANGED VARISEAL™ TURCON® 1 X-SEL QUAD-RING ® SEAL NITRILE
2 BACKUP RING® TURCON®

1
1 V-SEAL NITRILE 1 V-SEAL NITRILE
CL CL
OPERATING CONDITIONS OPERATING CONDITIONS

PRESSURE: 0.5 BAR MAX PRESSURE: 0.5 BAR MAX
TEMPERATURE: -40O C TO 250O C TEMPERATURE: -40O C TO 100O C
VELOCITY: 2 SURFACE METERS/SECOND VELOCITY: 10 SURFACE METERS/SECOND MAX
SERVICE: FAST ROTARY SERVICE: FAST ROTARY
EXAMPLE: MACHINE TOOL SWIVEL EXAMPLE: LABYRINTH SEALING SYSTEM, MACHINE TOOL
®

1 X-SEL® QUAD-RING® SEAL NITRILE 1
2 ROD/PISTON VARISEAL™ TURCON®
3 VARISEAL™ FACE SEAL TURCON®
OPERATING CONDITIONS 2
PRESSURE: 450 BAR
TEMPERATURE: -65O C TO 200O C
(WITH SPECIAL ELASTOMERS)
VELOCITY: SLOW (ROTARY & LINEAR)
SERVICE: HIGH PRESSURE ROTARY
EXAMPLE: CONTROL VALVE
3
1 2
VELOCITY: 0,5 METERS/SECOND MAX
SERVICE: LIGHT DUTY SHORT STROKE
EXAMPLE: CONTROL VALVE

1 QUAD-RING® SEAL NITRILE
2 SLYDRING® TURCITE® T47
®
2 3
CL
1 4
ITEM DESCRIPTION MATERIAL PRESSURE: 200 BAR
1 EXCLUDER® 5 TURCON® T46 TEMPERATURE: -40 O C TO 130O C
2 BACKUP RING TURCON® VELOCITY: 15 METERS/SECOND MAX
3 O-RING NITRILE SERVICE: FAST LINEAR MOTION
4 STEPSEAL® K TURCON® T46 EXAMPLE: HYDRAULIC HAMMER

1 WEAR PAD LUYTEX®
WITH SPECIAL COMPOUNDS
VELOCITY: 2 METERS/SECOND MAX
SERVICE: LINEAR BEARING
EXAMPLE: PILE DRIVING SIDE BEARING
®
1 2 3
CL
ITEM DESCRIPTION MATERIAL PRESSURE: 0,5 BAR MAX
1 OIL SEAL NITRILE TEMPERATURE: -40O C TO 120O C
2 VARILIP® T URCON® 9 VELOCITY: 2 METERS/SECOND MAX
3 V-SEAL NITRILE SERVICE: HIGH PRESSURE ROTARY
EXAMPLE: STEEL MILL GEARBOX

1 V-SEAL NITRILE 1 PRESS FIT BUSHING LUYTEX®
1 1
CL
CL
OPERATING CONDITIONS TEMPERATURE: -40O C TO 250O C
TEMPERATURE: -40 O C TO 100O C WITH SPECIAL COMPOUNDS
VELOCITY: 10 SURFACE METERS/SECOND MAX VELOCITY: 2 METERS/SECOND MAX (1 m/s with load)
SERVICE: FAST ROTARY SERVICE: HIGH LOADS, ROTARY
EXAMPLE: BALL BEARING PROTECTION EXAMPLE: AGRICULTURAL EQUIPMENT
SPINDLE BUSHING

1 COMPOSITE BEARING LUYTEX®
2 FLANGED VARISEAL™ TURCON® /STEEL
CL VELOCITY: 2 METERS/SECOND MAX
(1 m/s with load)
1 2
SERVICE: HIGH PRESSURE ROTARY
EXAMPLE: STEEL MILL GEARBOX
®
1 2 3 4 5
CL
ITEM DESCRIPTION MATERIAL PRESSURE: 150 BAR
1 GLYD RING® T TURCON® T46 TEMPERATURE: -40 O C TO 200O C (WITH SPECIAL ELASTOMERS)
2 SLYDRING® TURCITE® T47 VELOCITY: 15 METERS/SECOND MAX
3 STEPSEAL® TURCON® T46 SERVICE: INSIDE FACTORIES ON MACHINERY
4 SLYDRING® TURCITE® T47 MEDIUM DUTY, LOW HYSTERESIS
5 EXCLUDER® TURCON® T46 EXAMPLE: MACHINE TOOL UTILITY CYLINDER
1 2 3 4
CL

1 VARISEAL™ M TURCON® T40 PRESSURE: 300 BAR
2 SLYDRING® TURCITE® T47 TEMPERATURE: -60 O C TO 260O C
3 SLYDRING® TURCITE® T47 VELOCITY: 15 SURFACE METERS/SECOND MAX
4 VARISEAL™ M TURCON® T40 SERVICE: CORROSIVE MEDIA, EXTREME TEMPERATURES
EXAMPLE: STEEL MILL CYLINDER
1 2 PRESSURE: 100 BAR
TEMPERATURE: -40 O C TO 205O C
SERVICE: STERILE ENVIRONMENT
EXAMPLE: FOOD FILLING MACHINE

CL 1 SLYDRING® TURCON® T01
2 VARISEAL™ TURCON® T01
®
CL
PRESSURE: 250 BAR (320 BAR MAX)
SERVICE: HIGH PRESSURE FACTORY MACHINERY
EXAMPLE: LARGE DIAMETER HYDRAULIC PRESS

6 STEPSEAL® K TURCON® T46
7 EXCLUDER® 5 TURCON® T46
Piston Seals: Turcon® Glyd Ring® T
Turcon® Glyd Ring® T Piston Seals
General Advantages
Busak+Shamban researched and developed, using finite element - Very good static leak-tightness
analysis programs for modeling and laboratory/field testing, a - Larger extrusion gaps possible (approximately 50
type of seal to fit the requirement for exact positioning of hydraulic to 100%), depending on the application. Thus,
cylinders under load. The development objective was to keep the reduced machining costs
familiar properties of the classic elastomer-energized plastic seal, - Due to the larger extrusion gap, safe use even
but to improve its extrusion resistance. with soiled media
- Low friction, no stick-slip effect
The result is the Turcon® Glyd Ring® T, a patented seal (Patent - Simple groove design, one piece piston possible
No. 41 40833). It retains a simple and compact construction. - Installation grooves to DIN/ISO 7425/1
Yet, by means of specific profiling, it brings about a substantial - Adaptable to the operating conditions due to a
improvement in leakage behavior. This behavior applies equally wide range of possible materials
where there are larger gaps between the piston and cylinder wall. - Suitable for new environmentally safe hydraulic
fluids (bio oils)
- Available for all cylinder diameters up to 2500mm
Description (100 inches)
Both lateral profile flanks are included so that the seal profile
tapers toward the seal surface. The profile can thus retain the Technical Data
robust and compact form typical of piston seals without losing any
of the flexibility required to achieve a pressure-related maximum Operating Pressure: up to 80MPa (11,600 psi)
compression. (for pressure above 32MPa, consult
factory)
The edge angle created by the special Turcon® Glyd Ring® T cross
sectional form permits an additional degree of freedom and Speed: up to 15 m/s reciprocating
enables a slight tilting movement of the seal. The maximum (up to 50 ft/s)
compression is thus always shifted toward the area of the seal
edge directly exposed to the pressure. (See Figure 1) On the low- Temperature: -54oC to +200oC (- 65oF to +392oF)
pressure edge of the seal, on the other hand, the Turcon® Glyd (depending on O-Ring compound)
Ring®T exhibits only zones with neutral strains without compres-
sive or shearing loads, thus effectively reducing the danger of gap Compatible Media: mineral oil-based hydraulic fluids,
extrusion. environmentally safe hydraulic
fluids (bio-oils), and others, depend-
ing on the seal material
Functional Principle
Through a build up of pressure, the ring is pressed against the side

of the groove. Due to the sloping sides, the result is a "tilting" of PRESSURE
the seal ring. The maximum compression then, is shifted toward
the area of the seal edge directly exposed to the pressure.
Figure 1 Turcon® Glyd Ring® T load distribution profile
Piston Seals Turcon® Glyd Ring® T
Turcon® Glyd Ring® T Dimensional Data
Table 2 Turcon® Glyd Ring® T Ordering Information (Metric)
Bore Groove Groove Minimum Piston Radius O-Ring Turcon® Glyd Ring® T
Dia. Dia. Width Diameter P Turcon® T46
B H9 A h9 G+0,2 0-10 10-20 20-32 R (Max) Dash No. Part No.

MPa MPa MPa No.
14,0 9,1 2,2 13,04 13,44 13,64 0,4 012 PT0000140-T46

15,0 7,5 3,2 13,84 14,24 14,64 0,6 109 PT0100150-T46
18,0 10,5 3,2 16,84 17,24 17,64 0,6 111 PT0100180-T46
20,0 12,5 3,2 18,85 19,25 19,65 0,6 112 PT0100200-T46
22,0 14,5 3,2 20,85 21,25 21,65 0,6 113 PT0100220-T46
25,0 17,5 3,2 23,85 24,25 24,65 0,6 115 PT0100250-T46
28,0 20,5 3,2 26,85 27,25 27,65 0,6 117 PT0100280-T46
30,0 22,5 3,2 28,85 29,25 29,65 0,6 118 PT0100300-T46
32,0 24,5 3,2 30,86 31,26 31,66 0,6 119 PT0100320-T46
35,0 27,5 3,2 33,86 34,26 34,66 0,6 121 PT0100350-T46
36,0 28,5 3,2 34,86 35,26 35,66 0,6 122 PT0100360-T46
40,0 29,0 4,2 38,86 39,26 39,66 0,8 216 PT0200400-T46
42,0 31,0 4,2 40,86 41,26 41,66 0,8 217 PT0200420-T46
45,0 34,0 4,2 43,86 44,26 44,66 0,8 219 PT0200450-T46
48,0 37,0 4,2 46,86 47,26 47,66 0,8 221 PT0200480-T46
50,0 39,0 4,2 48,86 49,26 49,66 0,8 222 PT0200500-T46
52,0 41,0 4,2 50,87 51,27 51,67 0,8 223 PT0200520-T46
55,0 44,0 4,2 53,87 54,27 54,67 0,8 224 PT0200550-T46
56,0 45,0 4,2 54,87 55,27 55,67 0,8 224 PT0200560-T46
60,0 49,0 4,2 58,87 59,27 59,67 0,8 225 PT0200600-T46
63,0 52,0 4,2 61,87 62,27 62,67 0,8 226 PT0200630-T46
65,0 54,0 4,2 63,87 64,27 64,67 0,8 227 PT0200650-T46
70,0 59,0 4,2 68,87 69,27 69,67 0,8 228 PT0200700-T46
75,0 64,0 4,2 73,87 74,27 74,67 0,8 230 PT0200750-T46
80,0 64,5 6,3 78,47 79,07 79,47 1,2 333 PT0300800-T46
85,0 69,5 6,3 83,49 84,09 84,49 1,2 335 PT0300850-T46
90,0 74,5 6,3 88,49 89,09 89,49 1,2 336 PT0300900-T46
95,0 79,5 6,3 93,49 94,09 94,49 1,2 338 PT0300950-T46
100,0 84,5 6,3 98,49 99,09 99,49 1,2 339 PT0301000-T46
Bold indicates grooves per ISO 7425/1
Table 2 Turcon® Glyd Ring® T Ordering Information (Metric-Continued)

Dia. Dia. Width Diameter P Turcon® T46
B H9 A h9 G+0,2 0-10 10-20 20-32 R (Max) Dash No. Part No.

MPa MPa MPa No.
105,0 89,5 6,3 103,49 104,09 104,49 1,2 341 PT0301050-T46

110,0 94,5 6,3 108,49 109,09 109,49 1,2 342 PT0301100-T46
115,0 99,5 6,3 113,49 114,09 114,49 1,2 344 PT0301150-T46
120,0 104,5 6,3 118,49 119,09 119,49 1,2 346 PT0301200-T46
125,0 109,5 6,3 123,50 124,10 124,50 1,2 347 PT0301250-T46
130,0 114,5 6,3 128,50 129,10 129,50 1,2 349 PT0301300-T46
135,0 114,0 8,1 133,50 134,10 134,50 1,5 425 PT0401350-T46
140,0 119,0 8,1 138,50 139,10 139,50 1,5 426 PT0401400-T46
150,0 129,0 8,1 148,50 149,10 149,50 1,5 429 PT0401500-T46
160,0 139,0 8,1 158,50 159,10 159,50 1,5 432 PT0401600-T46
170,0 149,0 8,1 168,50 169,10 169,50 1,5 435 PT0401700-T46
180,0 159,0 8,1 178,50 179,10 179,50 1,5 438 PT0401800-T46
190,0 169,0 8,1 188,52 189,12 189,52 1,5 439 PT0401900-T46
200,0 179,0 8,1 198,52 199,12 199,52 1,5 441 PT0402000-T46
210,0 189,0 8,1 208,52 209,12 209,52 1,5 442 PT0402100-T46
220,0 199,0 8,1 218,52 219,12 219,52 1,5 444 PT0402200-T46
230,0 209,0 8,1 228,52 229,12 229,52 1,5 445 PT0402300-T46
240,0 219,0 8,1 238,52 239,12 239,52 1,5 446 PT0402400-T46
250,0 229,0 8,1 248,52 249,12 249,52 1,5 447 PT0402500-T46
280,0 259,0 8,1 278,53 279,13 279,53 1,5 449 PT0402800-T46
300,0 279,0 8,1 298,53 299,13 299,53 1,5 451 PT0403000-T46
320,0 299,0 8,1 318,54 319,14 319,54 1,5 452 PT0403200-T46
350,0 325,5 8,1 348,34 349,14 349,34 1,5 454 PT0803500-T46
400,0 375,5 8,1 398,34 399,14 399,34 1,5 458 PT0804000-T46
420,0 395,5 8,1 418,36 419,16 419,36 1,5 460 PT0804200-T46
450,0 425,5 8,1 448,36 449,16 449,36 1,5 462 PT0804500-T46
480,0 455,5 8,1 478,36 479,16 479,36 1,5 464 PT0804800-T46
500,0 475,5 8,1 498,36 499,16 499,36 1,5 466 PT0805000-T46
520,0 495,5 8,1 518,37 518,77 519,17 1,5 468 PT0805200-T46
530,0 505,5 8,1 528,37 528,77 529,17 1,5 469 PT0805300-T46
550,0 525,5 8,1 548,37 548,77 549,17 1,5 469 PT0805500-T46
560,0 535,5 8,1 558,37 558,77 559,17 1,5 470 PT0805600-T46
580,0 555,5 8,1 578,37 578,77 579,17 1,5 471 PT0805800-T46
600,0 575,5 8,1 598,37 598,77 599,17 1,5 471 PT0806000-T46
610,0 585,5 8,1 608,37 608,77 609,17 1,5 472 PT0806100-T46
630,0 605,5 8,1 628,39 628,79 629,19 1,5 473 PT0806300-T46
650,0 625,5 8,1 648,39 648,79 649,19 1,5 473 PT0806500-T46
660,0 635,5 8,1 658,39 658,79 659,19 1,5 474 PT0806600-T46
680,0 655,5 8,1 678,39 678,79 679,19 1,5 475 PT0806800-T46
700,0 672,0 9,5 698,19 698,59 698,99 2,7 8,4x670 PT0507000-T46
750,0 722,0 9,5 748,19 748,59 748,99 2,7 8,4x715 PT0507500-T46
800,0 772,0 9,5 798,21 798,61 799,01 2,7 8,4x760 PT0508000-T46
900,0 872,0 9,5 898,21 898,61 899,01 2,7 8,4x865 PT0509000-T46
1000,0 962,0 13,8 997,82 998,42 998,82 3,2 12x961 PT06X1000-T46
Bold indicates grooves per ISO 7425/1

Other dimensions and all intermediate sizes up to
2500mm diameter can be supplied.
Piston Seals Turcon® Glyd Ring® T
Table 3 Turcon® Glyd Ring® T Ordering Information (Imperial)

Dia. Dia. Width Diameter P (psi) Turcon® T46
B H9 A h9 G+.008 1500 3000 4500 R (Max) Dash No. Part No.

1.000 .705 .126 .954 .970 .986 .025 115 PT1101000-T46
1.125 .830 .126 1.079 1.095 1.111 .025 117 PT1101125-T46
1.250 .955 .126 1.204 1.220 1.236 .025 119 PT1101250-T46
1.375 1.080 .126 1.329 1.345 1.361 .025 121 PT1101375-T46
1.500 1.205 .126 1.454 1.470 1.486 .025 123 PT1101500-T46
1.750 1.317 .165 1.704 1.720 1.736 .025 219 PT1201750-T46

2.000 1.567 .165 1.955 1.971 1.987 .025 222 PT1202000-T46
2.250 1.817 .165 2.205 2.221 2.237 .025 224 PT1202250-T46
2.500 2.067 .165 2.455 2.471 2.487 .025 226 PT1202500-T46
2.750 2.317 .165 2.705 2.721 2.737 .025 228 PT1202750-T46
3.000 2.567 .165 2.955 2.971 2.987 .025 230 PT1203000-T46

3.250 2.640 .248 3.191 3.213 3.229 .035 334 PT1303250-T46
3.500 2.890 .248 3.441 3.463 3.479 .035 336 PT1303500-T46
3.750 3.140 .248 3.691 3.713 3.729 .035 338 PT1303750-T46
4.000 3.390 .248 3.941 3.963 3.979 .035 340 PT1304000-T46
4.500 3.890 .248 4.441 4.463 4.479 .035 344 PT1304500-T46

5.000 4.390 .248 4.942 4.964 4.980 .035 348 PT1305000-T46
5.500 4.673 .319 5.442 5.464 5.480 .035 426 PT1405500-T46
6.000 5.173 .319 5.942 5.964 5.980 .035 430 PT1406000-T46
6.500 5.673 .319 6.442 6.464 6.480 .035 434 PT1406500-T46
7.000 6.173 .319 6.942 6.964 6.980 .035 437 PT1407000-T46

7.500 6.673 .319 7.443 7.465 7.481 .035 439 PT1407500-T46
8.000 7.173 .319 7.943 7.965 7.981 .035 441 PT1408000-T46
8.500 7.673 .319 8.443 8.465 8.481 .035 443 PT1408500-T46
9.000 8.173 .319 8.943 8.965 8.981 .035 445 PT1409000-T46
9.500 8.673 .319 9.443 9.465 9.481 .035 446 PT1409500-T46

10.000 9.173 .319 9.943 9.965 9.981 .035 447 PT1410000-T46
10.500 9.673 .319 10.443 10.465 10.481 .035 448 PT1410500-T46
11.000 10.173 .319 10.943 10.965 10.981 .035 449 PT1411000-T46
11.500 10.673 .319 11.443 11.465 11.481 .035 450 PT1411500-T46
12.000 11.173 .319 11.943 11.965 11.981 .035 451 PT1412000-T46

12.500 11.673 .319 12.444 12.466 12.482 .035 452 PT1412500-T46
13.000 12.035 .319 12.936 12.966 12.974 .035 453 PT1513000-T46
13.500 12.535 .319 13.436 13.466 13.474 .035 454 PT1513500-T46
14.000 13.035 .319 13.936 13.966 13.974 .035 455 PT1514000-T46
Bold print indicates BusakShamban Preferred Design sizes.
Table 3 Turcon® Glyd Ring® T Ordering Information (Imperial- Continued)

Dia. Dia. Width Diameter P (psi) Turcon® T46
B H9 A h9 G+.008 1500 3000 4500 R (Max) Dash No. Part No.
14.500 13.535 .319 14.436 14.466 14.474 .035 456 PT1514500-T46

15.000 14.035 .319 14.936 14.966 14.974 .035 457 PT1515000-T46
15.500 14.535 .319 15.436 15.466 15.474 .035 458 PT1515500-T46
16.000 15.035 .319 15.936 15.966 15.974 .035 459 PT1516000-T46
16.500 15.535 .319 16.436 16.466 16.474 .035 460 PT1516500-T46
17.000 16.035 .319 16.936 16.966 16.974 .035 461 PT1517000-T46

17.500 16.535 .319 17.436 17.466 17.474 .035 462 PT1517500-T46
18.000 17.035 .319 17.936 17.966 17.974 .035 463 PT1518000-T46
18.500 17.535 .319 18.436 18.466 18.474 .035 464 PT1518500-T46
19.000 18.035 .319 18.936 18.966 18.974 .035 465 PT1519000-T46
19.500 18.535 .319 19.436 19.466 19.474 .035 466 PT1519500-T46

20.000 19.035 .319 19.936 19.966 19.974 .035 467 PT1520000-T46
Ordering Example Order No. PT03 00800 – T46

Turcon® Glyd Ring® T, standard application, series PT03
Series No.
Bore Diameter: B = 80.0 mm
Cylinder Diameter x 10
Part No.: PT0300800-T46 (from Table 2)
Quality Index (Standard)
Select the material from Table 1, page 2. The correspond-
Material code (Seal ring)
ing code numbers are appended to the Part No. Together
they form the Order Number.
A G
Order O-Ring separately.
The matching O-Ring may have either larger or smaller ID

than the groove diameter on the piston. However, the
difference shall not affect the performance and reliability of
the seal once the Turcon® Glyd Ring® T is properly installed.
A SECTION A —A
A GAP (G) MAY EXIST BETWEEN THE O-RING AND SEAL

WHEN THEY ARE IN THE FREE STATE. WHEN THEY ARE
INSTALLED IN A STANDARD GLAND, COMPRESSION CAUSES
THE GAP TO DISAPPEAR.
Piston Seals: D-A-S Compact Seal
Piston Seals D-A-S Compact Seal
General Technical Data
The D-A-S Compact Seal is a double-acting piston seal. Pressure: up to 25 MPa (3600 psi); briefly up to 35 MPa
(5145 psi)
Compact seals are multipart sealing systems which generally
consist of an elastic rubber ring, and additional back-up and Speed: maximum 0,5 m/s (1.5 ft/s) reciprocating
guiding elements. The design provides a compact seal and guide
combination for a closed installation groove. Temperature: -30oC to +110oC (-22oF to +230o F)
Media: mineral oil-based hydraulic fluids,flame

Description retardant hydraulic fluids, environmentally
safe hydraulic fluids (bio-oils), water, and
The D-A-S Compact Seal is comprised of an elastomeric profile others depending on the material
seal ring, two back-up rings and two wear rings. (See Figure 2)
The actual sealing element is located in the center of the seal, and Method of Operation
one back-up ring and one wear ring are positioned on each side.
The center seal or profile seal ring, seals in both the static and Three sealing lips are located around the outside diameter. The
dynamic range while the back-up rings prevent extrusion into the center sealing lip is thicker and forms the main seal, while the two
seal gap. The function of the wear rings is to guide the piston in outer sealing lips act as additional seals. On the inside diameter
the cylinder barrel and to absorb transverse forces. (static seal), the contact surface at the groove diameter is
relatively wide. One back-up ring is positioned on each side to
support it against elastomer extrusion. The back-up rings are
Advantages stepped to prevent rotation of the sealing element during opera-
tion.
- Closed groove and one-piece piston
- Short overall length of the piston
- One groove for seal and guidance Material
- Low cost piston production
- Inexpensive seal and guide element The D-A-S Compact Seal is available in the following designs:
- High resistance to gap extrusion
- No twisting or turning of the elastic sealing element Profile Seal: Acrylonitrile butadiene rubber (NBR)
- Low leakage values Back-up Ring: Turquoise color, polyester elastomer with
- Simple snap-on installation with scarf cut back-up additives
and wear rings Wear Rings: Glass fiber-reinforced thermoplastic polymer
Fields of Application
The D-A-S Compact Seal is used as a sealing element for pistons

and hydraulic cylinders for reciprocating motion, such as light
duty earth moving machines, cranes, fork lift trucks, hydraulic
tailgates, agricultural machines, etc.
Figure 2 D-A-S Compact Seal load distribution profile
D-A-S Compact Seal Piston Seals
D-A-S Compact Seal Dimensional Data
Table 4 D-A-S Compact Seal Ordering Information (Metric)
Bore Groove Groove Piston D-A-S

Dia. Diameter Width Dia. Compact Seal
B H9 A1 h9 A2 h9 G1+0,2 G2 +0,1 P h11 Part No.
20,0 11,0 17,00 13,5 2,10 19,0 PCB0N0200-NCRO

25,0 15,0 21,00 12,0 4,00 23,0 PCB0D0250-NCRO
30,0 21,0 27,00 13,5 2,10 29,0 PCB0N0300-NCRO
35,0 25,0 31,40 16,4 6,35 33,5 PCB1A0350-NCRO
40,0 30,0 35,40 16,4 6,35 38,5 PCB3A0400-NCRO
45,0 31,0 41,00 15,5 2,60 44,0 PCB1A0450-NCRO

50,0 34,0 46,00 20,5 3,10 49,0 PCB0B0500-NCRO
55,0 39,0 50,36 18,4 6,35 53,5 PCB1A0550-NCRO
60,0 44,0 56,00 20,5 3,10 59,0 PCB0B0600-NCRO
63,0 47,0 58,40 18,4 6,35 61,5 PCB1A0630-NCRO
65,0 50,0 60,40 18,4 6,35 63,5 PCB1A0650-NCRO

70,0 50,0 64,20 22,4 6,35 68,3 PCB0A0700-NCRO
75,0 59,0 71,00 20,5 3,10 74,0 PCB1A0750-NCRO
80,0 62,0 76,00 22,5 3,60 79,0 PCB1A0800-NCRO
85,0 65,0 79,15 22,4 6,35 83,3 PCB0A0850-NCRO
90,0 72,0 86,00 22,5 3,60 89,0 PCB1A0900-NCRO

95,0 75,0 89,15 22,4 6,35 93,0 PCB0A0950-NCRO
100,0 82,0 96,00 22,5 3,60 99,0 PCB1A1000-NCRO
105,0 80,0 98,10 22,4 6,35 103,0 PCB0A1050-NCRO
110,0 92,0 106,00 22,5 3,60 109,0 PCB1A1100-NCRO
Piston Seals D-A-S Compact Seal
Table 4 D-A-S Compact Seal Ordering Information (Metric - Continued)

B H9 A1 h9 A2 h9 G1+0,2 G2 +0,1 P h11 Part No.

115,0 90,0 108,10 22,4 6,35 113,0 PCB0A1150-NCRO
120,0 95,0 113,10 22,4 6,35 118,0 PCB0A1200-NCRO
125,0 103,0 121,00 26,5 5,10 124,0 PCB1A1250-NCRO
130,0 105,0 123,10 25,4 6,35 128,0 PCB0B1300-NCRO
135,0 110,0 127,60 25,4 9,50 132,5 PCB1A1350-NCRO
140,0 118,0 136,00 26,5 5,10 139,0 PCB2A1400-NCRO

145,0 120,0 137,60 25,4 9,50 142,5 PCB1A1450-NCRO
150,0 125,0 142,60 25,4 9,50 147,5 PCB1A1500-NCRO
155,0 130,0 147,60 25,4 9,50 152,5 PCB0A1550-NCRO
160,0 130,0 153,00 25,4 6,35 157,5 PCB0A1600-NCRO
165,0 140,0 157,60 25,4 9,50 162,5 PCB0A1650-NCRO

170,0 148,0 166,00 26,5 5,10 169,0 PCB1A1700-NCRO
175,0 150,0 166,70 25,4 12,70 172,1 PCB0A1750-NCRO
180,0 155,0 171,70 25,4 12,70 177,0 PCB1A1800-NCRO
185,0 160,0 176,70 25,4 12,70 182,0 PCB0A1850-NCRO
190,0 165,0 181,70 25,4 12,70 187,0 PCB0A1900-NCRO

195,0 170,0 186,70 25,4 12,70 192,0 PCB0A1950-NCRO
200,0 175,0 191,60 25,4 12,70 197,0 PCB0A2000-NCRO
210,0 185,0 201,60 25,4 12,70 207,0 PCB0A2100-NCRO
220,0 195,0 211,60 25,4 12,70 217,0 PCB1A2200-NCRO
230,0 205,0 221,60 25,4 12,70 227,0 PCB0A2300-NCRO

240,0 215,0 231,60 25,4 12,70 237,0 PCB0A2400-NCRO
250,0 225,0 241,60 25,4 12,70 247,0 PCB1A2500-NCRO
Table 5 D-A-S Compact Seal Ordering Information (Imperial)

B H9 A1 h9 A2 h9 G1+.008 G2 +.004 P h11 Part No.

1.750 1.125 1.570 .750 .250 1.698 PCB0NB044-NCRO
2.000 1.375 1.820 .750 .250 1.948 PCB0AB050-NCRO
2.125 1.500 1.945 .750 .250 2.075 PCB0NB053-NCRO
2.375 1.750 2.194 .750 .250 2.320 PCB0AB060-NCRO
2.500 1.875 2.319 .750 .250 2.446 PCB0NB063-NCRO
2.625 2.000 2.445 .750 .250 2.570 PCB0NB066-NCRO

3.000 2.250 2.772 .937 .250 2.933 PCB0NB076-NCRO
3.500 2.750 3.271 .937 .250 3.434 PCB0NB088-NCRO
Piston Seals: Turcon® CST™ Seal
Turcon® CST™ Seal Piston Seals
General Advantages
The Busak+Shamban Turcon® CST™ Seal is a heavy duty bidirec- Each component of the CST™ Seal contains significant perfor-
tional piston seal commonly used in the most demanding high mance advantages.
pressure applications. It provides excellent leakage control,
extrusion and wear resistance. The CST™ Seal is especially suited Turcon ®T46 Seal Ring (Bronze and Turcon ®
filled PTFE)
for long stroke applications and accommodates larger than
normal piston clearances in a wide range of fluids and extreme - Low friction
temperatures. - Low wear rate
- Anti-extrusion by two HiMod® Back-up ring
Description - Interference designed into seal ring provides seal-
ing at low pressure
Using a combination of unique seal materials and geometries, the - Stable rectangular seal geometry
CST™ Seal is an elastomer energized PTFE seal assembly. The
CST™ Seal components are integrated in a synergistic way to HiMod ®60 Back-up rings (Self Lubricated Polyamide)
provide a compact design and high performance benefits in a
single piston seal groove. Its geometry affords overall stability, - Provides extrusion protection for both seal and
wear resistance, sealability, low friction and maintenance free elastomer
long life. - Scarf cut in radial plane to eliminate nibbling of
elastomer and ease installation
Field and laboratory evaluations have proven the reliability of the - Acts as a contamination ring by wiping off any
CST™ Seal in stringent applications exceeding several million internal contaminants from the bore
cycles. - High modulus material with superior toughness and
extrusion resistance at elevated pressures and
temperatures
- Fillet radius eliminates nibbling of elastomer
Method of Operation - B+S identification and "this side out" assembly mark
- General size indicated
The CST™ Seal was developed by Busak+Shamban as the
solution for heavy duty sealing in both high and low pressure Turel ® NP Elastomer (Nitrile Rubber)
applications. A predesigned interference gives good sealability
at low pressure. When pressure increases, so does sealability, - T-Shaped elastomer prevents spiraling
as the elastomer energized Turcon® Seal Ring converts system - Positions Back-up Rings to prevent seal extrusion
pressure from axial force to radial squeeze. Heavy duty HiMod® - Provides initial energizing for effective sealability
Back-up Rings are specially designed to protect the Seal Ring from at low and high pressures
extrusion, even in the most demanding cylinder applications. - Geometric shape provides improved stability and
leakage control
- Ease of installation
Technical Data - Eliminates backside leakage
- Chamfered elastomer eliminates over occupancy
Pressure: up to 50 MPa (7500 psi) and reduces high loading on Back-up Rings
- "B+S" identification
Speed: up to 1,5 m/s (5 ft/s)
Temperature: -54oC to +120oC (-65oF to +250oF)

PRESSURE PRESSURE
Media: mineral oil-based hydraulic fluids, barely
flammable hydraulic fluids, environmentally
safe hydraulic fluids (bio-oils), water, and
others depending on the material
Figure 3 Turcon® CST™ Seal load distribution profile
Piston Seals Turcon® CST™ Seal
Turcon® CST™ Seal Dimensional Data
Table 6 Turcon® CST™ Ordering Information (Metric)

Bore Groove Groove Minimum Piston Turcon® CST™ Seal
Dia. Dia. Width Diameter P
B H9 A h9 G+0,2 34,5 MPa 45,0 MPa Part No.
50,0 36,0 9,0 49,45 49,60 PK0100500-T46NP

55,0 41,0 9,0 54,45 54,60 PK0100550-T46NP
60,0 46,0 9,0 59,46 59,61 PK0100600-T46NP
65,0 50,0 11,0 64,33 64,59 PK0200650-T46NP
70,0 55,0 11,0 69,33 69,59 PK0200700-T46NP
75,0 60,0 11,0 74,33 74,59 PK0200750-T46NP

80,0 65,0 11,0 79,33 79,59 PK0200800-T46NP
85,0 70,0 11,0 84,35 84,61 PK0200850-T46NP
90,0 75,0 11,0 89,35 89,61 PK0200900-T46NP
95,0 80,0 12,5 94,20 94,58 PK0300950-T46NP
100,0 85,0 12,5 99,20 99,58 PK0301000-T46NP

105,0 90,0 12,5 104,20 104,58 PK0301050-T46NP
110,0 95,0 12,5 109,20 109,58 PK0301100-T46NP
115,0 100,0 12,5 114,20 114,58 PK0301150-T46NP
120,0 105,0 12,5 119,20 119,58 PK0301200-T46NP
125,0 102,0 16,0 124,19 124,54 PK0401250-T46NP

130,0 107,0 16,0 129,19 129,54 PK0401300-T46NP
135,0 112,0 16,0 134,19 134,54 PK0401350-T46NP
140,0 117,0 16,0 139,19 139,54 PK0401400-T46NP
145,0 122,0 16,0 144,19 144,54 PK0401450-T46NP
150,0 127,0 16,0 149,19 149,54 PK0401500-T46NP

160,0 137,0 16,0 159,19 159,54 PK0401600-T46NP
165,0 142,0 16,0 164,19 164,54 PK0401650-T46NP
170,0 147,0 16,0 169,19 169,54 PK0401700-T46NP
180,0 157,0 16,0 179,19 179,54 PK0401800-T46NP
Turcon® CST™ Seal Piston Seals
Table 6 Turcon® CST™ Ordering Information (Metric -Continued)

B H9 A h9 G+0,2 34,5 MPa 45,0 MPa Part No.

185,0 162,0 16,0 184,21 184,56 PK0401850-T46NP
190,0 167,0 16,0 189,21 189,56 PK0401900-T46NP
200,0 177,0 16,0 199,21 199,56 PK0402000-T46NP
210,0 187,0 16,0 209,21 209,56 PK0402100-T46NP
220,0 197,0 16,0 219,21 219,56 PK0402200-T46NP
225,0 202,0 16,0 224,21 224,56 PK0402250-T46NP
230,0 207,0 16,0 229,21 229,56 PK0402300-T46NP
240,0 217,0 16,0 239,21 239,56 PK0402400-T46NP
250,0 222,0 17,5 249,15 249,51 PK0502500-T46NP
260,0 232,0 17,5 259,16 259,52 PK0502600-T46NP
270,0 242,0 17,5 269,16 269,52 PK0502700-T46NP
280,0 252,0 17,5 279,16 279,52 PK0502800-T46NP
320,0 292,0 17,5 319,17 319,53 PK0503200-T46NP
Table 7 Turcon® CST™ Seal Ordering Information (Imperial)

B H9 A h9 G+.010 5000 psi 6500 psi Part No.

1.000 .627 .424 .978 .984 PK0701000-T46NP
1.250 .877 .424 1.228 1.234 PK0701250-T46NP
1.500 1.127 .424 1.478 1.484 PK0701500-T46NP
1.625 1.252 .424 1.603 1.609 PK0701625-T46NP
1.750 1.377 .424 1.728 1.734 PK0701750-T46NP
2.000 1.627 .424 1.979 1.985 PK0702000-T46NP

2.500 2.127 .424 2.479 2.485 PK0702500-T46NP
2.750 2.377 .424 2.729 2.735 PK0702750-T46NP
2.875 2.502 .424 2.854 2.860 PK0702875-T46NP
3.000 2.522 .579 2.969 2.984 PK0803000-T46NP
3.125 2.647 .579 3.094 3.109 PK0803125-T46NP

3.500 3.022 .579 3.469 3.484 PK0803500-T46NP
3.750 3.272 .579 3.719 3.734 PK0803750-T46NP
4.000 3.522 .579 3.969 3.984 PK0804000-T46NP
4.125 3.647 .579 4.094 4.109 PK0804125-T46NP
4.500 4.022 .579 4.469 4.484 PK0804500-T46NP

4.750 4.272 .579 4.719 4.734 PK0804750-T46NP
5.000 4.274 .750 4.966 4.980 PK0905000-T46NP
5.250 4.524 .750 5.216 5.230 PK0905250-T46NP
5.500 4.774 .750 5.466 5.480 PK0905500-T46NP
6.000 5.274 .750 5.966 5.980 PK0906000-T46NP

6.500 5.774 .750 6.466 6.480 PK0906500-T46NP
7.000 6.274 .750 6.966 6.980 PK0907000-T46NP
7.500 6.774 .750 7.467 7.481 PK0907500-T46NP
8.000 7.274 .750 7.967 7.981 PK0908000-T46NP
Piston Seals Turcon® CST™ Seal
Table 7 Turcon® CST™ Seal Ordering Information (Imperial - Continued)

B H9 A h9 G+.010 5000 psi 6500 psi Part No.

8.500 7.774 .750 8.467 8.481 PK0908500-T46NP
9.000 8.274 .750 8.967 8.981 PK0909000-T46NP
9.500 8.774 .750 9.467 9.481 PK0909500-T46NP
10.000 9.274 .750 9.967 9.981 PK0910000-T46NP
10.500 9.774 .750 10.467 10.481 PK0910500-T46NP
11.000 10.274 .750 10.967 10.981 PK0911000-T46NP

11.500 10.774 .750 11.467 11.481 PK0911500-T46NP
12.000 11.274 .750 11.967 11.981 PK0912000-T46NP
12.500 11.774 .750 12.468 12.482 PK0912500-T46NP
12.750 12.024 .750 12.718 12.732 PK0912750-T46NP
13.000 12.274 .750 12.968 12.982 PK0913000-T46NP

14.000 13.274 .750 13.968 13.982 PK0914000-T46NP
14.250 13.524 .750 14.218 14.232 PK0914250-T46NP
14.500 13.774 .750 14.468 14.482 PK0914500-T46NP
15.000 14.274 .750 14.968 14.982 PK0915000-T46NP
16.000 15.274 .750 15.968 15.982 PK0916000-T46NP

18.000 17.274 .750 17.968 17.982 PK0918000-T46NP
18.500 17.774 .750 18.468 18.482 PK0918500-T46NP
Rod Seals: U-Cup
U-Cup Rod Seals
General Material
U-Cups are used primarily as seals for piston rods in hydraulics The thermoplastic polyurethane (WUAQ3) material used for U-
cylinders. U-Cups of polyurethane are proven elements, due to Cups has a high abrasion resistance, low compression set and
their good mechanical properties, for standard cylinder con- exhibits a high resistance to gap extrusion. It is particularly
structions, particularly for mobile hydraulics, under rough oper- resistant to tearing resulting from bending and tensile stresses and
ating conditions. thus is very easy to install.
Description Advantages
U-Cups are single-acting seal elements which have been success- Each U-Cup seal geometry (single or double lip) has associated
fully in use for many years in various forms and materials. They advantages.
are proven as reliable and operationally safe seal elements and
have proven to be very successful in conjunction with Turcon® Single Lip Design Advantages:
Stepseal® K seals in heavy duty applications.
- Good pressure-adapted sealing effect
- Unaffected by high loads and deflections of the
Choice of Profile piston rod
- Good resistance to gap extrusion
U-cups are available as single-lip and double-lip compact seals - Simple installation
with various profile geometries. The choice of profile depends on - Lower friction in the low pressure range compared
the requirements of the particular application and the available with double lipped versions
groove.
Double Lip Design Advantages:
All U-Cup forms are manufactured using the latest state-of-the-art
technology with an oblique angled seal edge with asymmetric - Good sealing effect
contact surface angles. - Good abrasion resistance, wear resistant
- Good lubricant film formation in the seal gap
- Unaffected by sudden loads
Method of Operation - Simple installation
The sealing effect of the U-Cup comes from the intrinsic preload Technical Data
of the seal body and from the compression of the seal lips during
installation. In operating condition, the radial mechanical Pressure: up to 40 MPa (5800 psi)
contact forces are complimented by the super-imposed system
pressure which energizes the U-Cup. Speed: up to 0,5 m/s (1.6 ft/s) reciprocating
At low stroke speeds, a U-Cup can tend to a stick-slip effect due Temperature: -30oC to +100oC (-22oF to +212oF)
to an inadequate film formation in the seal gap and to its material
properties. Media: mineral oil-based hydraulic fluids, barely
flammable hydraulic fluids. Less suitable
for use with environmentally safe hydraulic
fluids (bio-oils)
Rod Seals U-Cup
U-Cup (RUO) Dimensional Data
Table 8 U-Cup (RUO) Ordering Information (Metric)
Rod Groove Groove Maximum Rod Bore RUO U-Cup

Dia. Dia. Width Diameter B Polyurethane
C f8 D H9 G+0.2 0–10 10–20 20–32 Part No.

MPa MPa MPa
10,0 20,0 9,0 10,76 10,56 10,26 RU0000100-WUAQ3

12,0 22,0 9,0 12,76 12,56 12,26 RU0000120-WUAQ3
16,0 22,0 6,0 16,76 16,56 16,26 RU0000160-WUAQ3
18,0 24,0 6,0 18,76 18,56 18,26 RU0000180-WUAQ3
20,0 26,0 6,0 20,75 20,55 20,25 RU0000200-WUAQ3
22,0 30,0 9,0 22,75 22,55 22,25 RU0000220-WUAQ3

25,0 32,0 7,0 25,75 25,55 25,25 RU0000250-WUAQ3
30,0 40,0 11,0 30,75 30,55 30,25 RU0000300-WUAQ3
32,0 45,0 11,0 32,74 32,54 32,24 RU0100320-WUAQ3
35,0 45,0 11,0 35,74 35,54 35,24 RU0000350-WUAQ3
36,0 46,0 11,0 36,74 36,54 36,24 RU0000360-WUAQ3

40,0 50,0 11,0 40,74 40,54 40,24 RU0000400-WUAQ3
52,0 62,0 11,0 52,72 52,52 52,22 RU0000520-WUAQ3
63,0 75,0 13,0 63,52 63,32 63,12 RU0000630-WUAQ3
70,0 80,0 13,0 70,52 70,32 70,12 RU0000700-WUAQ3
110,0 125,0 16,0 110,51 110,31 110,11 RU0001100-WUAQ3

120,0 135,0 16,0 120,51 120,31 120,11 RU0001200-WUAQ3
U-Cup Rod Seals
U-Cup (RU3) Dimensional Data
Table 9 U-Cup (RU3) Ordering Information (Metric)

Rod Groove Groove Maximum Rod Bore RU3 U-Cup
Dia. Dia. Width Diameter B Polyurethane
C f8 D H9 G+0,2 0-10 10-20 20-32 Part No.
MPa MPa MPa
16,0 26,0 8,0 16,76 16,56 16,26 RU3000160-WUAQ3
18,0 28,0 8,0 18,76 18,56 18,26 RU3000180-WUAQ3
20,0 30,0 8,0 20,75 20,55 20,25 RU3000200-WUAQ3
22,0 32,0 8,0 22,75 22,55 22,25 RU3000220-WUAQ3
25,0 35,0 8,0 25,75 25,55 25,25 RU3000250-WUAQ3
28,0 38,0 8,0 28,75 28,55 28,25 RU3100280-WUAQ3
30,0 40,0 8,0 30,75 30,55 30,25 RU3000300-WUAQ3
32,0 42,0 8,0 32,74 32,54 32,24 RU3000320-WUAQ3
35,0 45,0 8,0 35,74 35,54 35,24 RU3000350-WUAQ3
36,0 46,0 8,0 36,74 36,54 36,24 RU3000360-WUAQ3
40,0 50,0 8,0 40,74 40,54 40,24 RU3100400-WUAQ3
45,0 55,0 8,0 45,74 45,54 45,24 RU3000450-WUAQ3
50,0 60,0 8,0 50,74 50,54 50,24 RU3000500-WUAQ3
55,0 65,0 8,0 55,74 55,54 55,24 RU3000550-WUAQ3
56,0 71,0 12,5 56,72 56,52 56,22 RU3100560-WUAQ3
60,0 70,0 12,5 60,52 60,32 60,12 RU3000600-WUAQ3

63,0 78,0 12,5 63,52 63,32 63,12 RU3000630-WUAQ3
65,0 75,0 12,5 65,52 65,32 65,12 RU3000650-WUAQ3
70,0 85,0 12,5 70,52 70,32 70,12 RU3000700-WUAQ3
75,0 85,0 12,5 75,52 75,32 75,12 RU3000750-WUAQ3
78,0 86,0 12,5 78,52 78,32 78,12 RU3000780-WUAQ3

80,0 95,0 12,5 80,52 80,32 80,12 RU3000800-WUAQ3
85,0 100,0 12,5 85,51 85,31 85,11 RU3000850-WUAQ3
90,0 105,0 12,5 90,51 90,31 90,11 RU3000900-WUAQ3
100,0 120,0 16,0 100,51 100,31 100,11 RU3101000-WUAQ3
105,0 120,0 10,0 105,51 105,31 105,11 RU3001050-WUAQ3

110,0 130,0 16,0 110,51 110,31 110,11 RU3001100-WUAQ3
125,0 145,0 16,0 125,49 125,29 125,09 RU3001250-WUAQ3
130,0 150,0 13,5 130,49 130,29 130,09 RU3001300-WUAQ3
Bold print indicates sizes conforming to ISO 5597
Rod Seals: Zurcon® B+S U-Cup
Rod Seals Zurcon® B+S U-Cup
General Radial Clearance

(S) Maximum Radial Clearance (in)
Traditionally, polyurethane U-Cups are used as rod seals in
hydraulic cylinders. Polyurethane U-Cups are proven technology .004
.028
.008 .012 .016 .020 .024
due to their success in standard hydraulic cylinders, often 40 5000
operating under extreme environmental conditions. The Zurcon®
Pressure (MPa)
Pressure (psi)
Z94 B+S U-Cup offers superior performance due to its unique 30 4000
material properties and finite element developed double lip

20 3000
geometry.
10 1500
Description
0.1 0.2 0.3 0.4 0.5 0.6
The primary and secondary lips work in conjunction to provide 0.7
(S) Maximum Radial Clearance (mm)
a balanced point loading with maximum flexibility. The primary
Zurcon® B+S U-Cup
lip maximizes sealability with a shortened inner lip. Both inner
B+S U-Cup with Turcon® Z60 Backup Ring
and outer sealing edges are trimmed, rather than net molded, to
provide better leakage control.
Figure 4 Relationship between radial clearance and
The secondary seal lip keeps surface contact to a minimum and operating pressure
helps prevent seal rotation during installation. The oil reservoir
between the primary and secondary lips creates a lubrication
pocket which reduces friction and stick-slip effects. Technical Data
Advantages Pressure: up to 45 MPa (6500 psi) with back-up ring.

For pressure above 20 MPa (2900 psi), a back-
Zurcon® Z94 advantages include high abrasion resistance, low up ring is recommended so that a larger clear-
compression set, and excellent tear resistance–all very important ance gap, as shown in Figure 4, can be acheived
properties for a lip-type seal. for smooth operation.
The Zurcon® Z94 polyurethane material exhibits high stiffness Speed: up to 0,8 m/s reciprocating
without a corresponding increase in hardness. The stiffness (2.6 ft/s)
imparts excellent extrusion resistance at high pressure. The low
hardness ensures resilience and flexibility of the seal, resulting in Temperature: -40°C to 100°C
improved leakage control. The Busak+Shamban logo and size (-40°F to 212°F)
is permanently engraved in the seal for identification.
Media: Mineral oil, mineral based hydraulic fluids,
gear oils.
Material
Zurcon® Z94 is a unique turquoise colored polyurethane mate-

rial, specially developed and trademarked by Busak+Shamban
only for seals. It offers the right balance of chemical, mechanical PRESSURE
and thermal properties required for optimum sealing performance.
The Zurcon® B+S U-Cup is an excellent choice for many types of

applications, particularly in mobile, forestry and mining equipment. Figure 5 B+S U-Cup load profile.
Zurcon® B+S U-Cup Rod Seals
Zurcon® B+S U-Cup Dimensional Data
G1
(63 µin) G2 (.015 in)
1,6 µm) 0,4 mm R (2 PL)
Ra Max
(63 µin)
1,6 µm)
Ra Max
PRESSURE
(4 16 µin)
,1 ,4 µm)
Ra øD
20°
S* øC
*SEE FIGURE 4
Table 10 Zurcon® B+S U-Cup Ordering Information (Metric)

Rod Groove Groove Width B+S U-Cup Back-up Ring(1)
Diameter Diameter U-Cup With Backup
C f8 D H9 G1+0,2 G2+0,2 Part Number Part Number
*16,0 26,0 8,0 11,0 RUG400160-Z94 BGG400160-Z60
*18,0 28,0 8,0 11,0 RUG400180-Z94 BGG400180-Z60
*20,0 30,0 8,0 11,0 RUG400200-Z94 BGG400200-Z60
*22,0 32,0 8,0 11,0 RUG400220-Z94 BGG400220-Z60
28,0 38,0 8,0 11,0 RUG400280-Z94 BGG400280-Z60
30,0 40,0 8,0 11,0 RUG400300-Z94 BGG400300-Z60

32,0 42,0 8,0 11,0 RUG400320-Z94 BGG400320-Z60
35,0 45,0 8,0 11,0 RUG400350-Z94 BGG400350-Z60
36,0 46,0 8,0 11,0 RUG400360-Z94 BGG400360-Z60
40,0 50,0 8,0 11,0 RUG400400-Z94 BGG400400-Z60
45,0 55,0 8,0 11,0 RUG400450-Z94 BGG400450-Z60

50,0 60,0 8,0 11,0 RUG400500-Z94 BGG400500-Z60
50,0 65,0 12,5 15,5 RUG600500-Z94 BGG600500-Z60
56,0 71,0 12,5 15,5 RUG600560-Z94 BGG600560-Z60
60,0 75,0 12,5 15,5 RUG600600-Z94 BGG600600-Z60
63,0 78,0 12,5 15,5 RUG600630-Z94 BGG600630-Z60

65,0 80,0 12,5 15,5 RUG600650-Z94 BGG600650-Z60
70,0 85,0 12,5 15,5 RUG600700-Z94 BGG600700-Z60
75,0 90,0 12,5 15,5 RUG600750-Z94 BGG600750-Z60
80,0 95,0 12,5 15,5 RUG600800-Z94 BGG600800-Z60
Table 10 Zurcon® B+S U-Cup Ordering Information (Metric- Continued)

85,0 100,0 12,5 15,5 RUG600850-Z94 BGG600850-Z60
90,0 105,0 12,5 15,5 RUG600900-Z94 BGG600900-Z60
100,0 120,0 16,0 20,0 RUG701000-Z94 BGG701000-Z60
105,0 125,0 16,0 20,0 RUG701050-Z94 BGG701050-Z60
110,0 130,0 16,0 20,0 RUG701100-Z94 BGG701100-Z60
115,0 135,0 16,0 20,0 RUG701150-Z94 BGG701150-Z60

120,0 140,0 16,0 20,0 RUG701200-Z94 BGG701200-Z60
Note:
(1) Back-up Rings are optional and must be ordered separately.
(2) Bold print indicates sizes conforming to ISO 5597.
(3) *Split gland required for installation of sizes less than 25mm.
Zurcon® B+S U-Cup Rod Seals
Table 11 Zurcon® B+S U-Cup Ordering Information (Asian Metric)

*15,0 25,0 7,0 9,0 RUJ000150-Z94 BGJ000150-Z60
*20,0 30,0 7,0 9,0 RUJ000200-Z94 BGJ000200-Z60
*25,0 35,0 7,0 9,0 RUJ000250-Z94 BGJ000250-Z60
30,0 45,0 10,0 13,0 RUJ300300-Z94 BGJ300300-Z60
35,0 50,0 10,0 13,0 RUJ300350-Z94 BGJ300350-Z60
40,0 55,0 10,0 13,0 RUJ300400-Z94 BGJ300400-Z60

45,0 60,0 10,0 13,0 RUJ300450-Z94 BGJ300450-Z60
50.0 65,0 10,0 13,0 RUJ300500-Z94 BGJ300500-Z60
55.0 70,0 10,0 13,0 RUJ300550-Z94 BGJ300550-Z60
60,0 75,0 10,0 13,0 RUJ300600-Z94 BGJ300600-Z60
65,0 80,0 10,0 13,0 RUJ300650-Z94 BGJ300650-Z60

70,0 85,0 10,0 13,0 RUJ300700-Z94 BGJ300700-Z60
75,0 90,0 10,0 13,0 RUJ300750-Z94 BGJ300750-Z60
80,0 95,0 10,0 13,0 RUJ300800-Z94 BGJ300800-Z60
85,0 100,0 10,0 13,0 RUJ300850-Z94 BGJ300850-Z60
90,0 105,0 10,0 13,0 RUJ300900-Z94 BGJ300900-Z60

95,0 110,0 10,0 13,0 RUJ300950-Z94 BGJ300950-Z60
100,0 115,0 10,0 13,0 RUJ301000-Z94 BGJ301000-Z60
105,0 120,0 10,0 13,0 RUJ301050-Z94 BGJ301050-Z60
110,0 125,0 10,0 13,0 RUJ301100-Z94 BGJ301100-Z60
75,0 95,0 13,0 16,0 RUJ500750-Z94 BGJ500750-Z60

80,0 100,0 13,0 16,0 RUJ500800-Z94 BGJ500800-Z60
85,0 105,0 13,0 16,0 RUJ500850-Z94 BGJ500850-Z60
90,0 110,0 13,0 16,0 RUJ500900-Z94 BGJ500900-Z60
95,0 115,0 13,0 16,0 RUJ500950-Z94 BGJ500950-Z60
100,0 120,0 13,0 16,0 RUJ501000-Z94 BGJ501000-Z60

105,0 125,0 13,0 16,0 RUJ501050-Z94 BGJ501050-Z60
110,0 130,0 13,0 16,0 RUJ501100-Z94 BGJ501100-Z60
120,0 140,0 13,0 16,0 RUJ501200-Z94 BGJ501200-Z60
130,0 150,0 13,0 16,0 RUJ501300-Z94 BGJ501300-Z60
140,0 160,0 13,0 16,0 RUJ501400-Z94 BGJ501400-Z60

160,0 185,0 17,0 21,0 RUJ701600-Z94 BGJ701600-Z60
180,0 205,0 17,0 21,0 RUJ701800-Z94 BGJ701800-Z60
200,0 225,0 17,0 21,0 RUJ702000-Z94 BGJ702000-Z60
Note:
(2) *Split gland required for installation of sizes less than 25 mm.
Table 12 Zurcon® B+S U-Cup Ordering Information (Imperial)

C f8 D H9 G1+.010 G2+.010 Part Number Part Number
*0.500 0.750 .250 .350 RUE100500-Z94 BGE100500-Z60

*0.625 0.875 .250 .350 RUE100625-Z94 BGE100625-Z60
*0.750 1.000 .250 .350 RUE100750-Z94 BGE100750-Z60
*0.875 1.125 .250 .350 RUE100875-Z94 BGE100875-Z60
*1.000 1.250 .250 .350 RUE101000-Z94 BGE101000-Z60
1.125 1.500 .343 .468 RUE201125-Z94 BGE201125-Z60

1.250 1.625 .343 .468 RUE201250-Z94 BGE201250-Z60
1.375 1.750 .343 .468 RUE201375-Z94 BGE201375-Z60
1.500 2.000 .406 .531 RUE301500-Z94 BGE301500-Z60
1.625 2.125 .406 .531 RUE301625-Z94 BGE301625-Z60
1.750 2.250 .406 .531 RUE301750-Z94 BGE301750-Z60

1.875 2.375 .406 .531 RUE301875-Z94 BGE301875-Z60
2.000 2.500 .406 .531 RUE302000-Z94 BGE302000-Z60
2.125 2.625 .406 .531 RUE302125-Z94 BGE302125-Z60
2.250 2.750 .406 .531 RUE302250-Z94 BGE302250-Z60
2.375 2.875 .406 .531 RUE302375-Z94 BGE302375-Z60

2.500 3.000 .406 .531 RUE302500-Z94 BGE302500-Z60
2.750 3.250 .406 .531 RUE302750-Z94 BGE302750-Z60
3.000 3.500 .406 .531 RUE303000-Z94 BGE303000-Z60
3.250 3.750 .406 .531 RUE303250-Z94 BGE303250-Z60
3.500 4.000 .406 .531 RUE303500-Z94 BGE303500-Z60

4.000 4.500 .406 .531 RUE304000-Z94 BGE304000-Z60
4.500 5.125 .531 .656 RUE404500-Z94 BGE404500-Z60
5.000 5.625 .531 .656 RUE405000-Z94 BGE405000-Z60
5.500 6.125 .531 .656 RUE405500-Z94 BGE405500-Z60
6.000 6.750 .656 .806 RUE506000-Z94 BGE506000-Z60

6.500 7.250 .656 .806 RUE506500-Z94 BGE506500-Z60
7.000 8.000 .781 .931 RUE607000-Z94 BGE607000-Z60
7.500 8.500 .781 .931 RUE607500-Z94 BGE607500-Z60
8.000 9.000 .781 .931 RUE608000-Z94 BGE608000-Z60
Note:
(2) *Split gland required for installation of sizes less than 1.000 inches.
Rod Seals: Turcon® Stepseal® K
Turcon® Stepseal® K Rod Seals
General Operating Ranges
Turcon® Stepseal® K seals provide excellent results where robust Pressure: up to 80 MPa (11,600 psi)
seals are required, for example in earth-moving equipment, (for pressure above 32 MPa, consult
presses, servo valves and other situations where tool machine- Busak+Shamban)
type requirements have to be met. The Turcon® Stepseal® K is
patented; number P3225906. Speed: up to 15 m/s (50 ft/s)
Turcon® Stepseal® K offers increased sealing characteristics due Temperature: -54oC to +200oC (-65oF to +392oF)
to its modified sealing edges. (depends on O-Ring compound)
The Turcon® Stepseal® K can achieve reliable operation of all Media: mineral oil-based hydraulic fluids, barely
high-pressure and low-pressure systems over extensive speed flammable hydraulic fluids, environmentally
and frequency ranges. safe hydraulic fluids (bio-oils), water and
others, depending on the material
Description
Turcon® Stepseal® K is a single-acting element. It must always be Leakage

installed together with an O-Ring.
In the interest of long service life, Turcon® Stepseal® K is designed
This means that the seal consists of two separate components: a to offer defined hydrodynamic friction characteristics across a
Turcon® profile ring, (the primary seal), and an O-Ring (which wide pressure and speed range in conjunction with optimum
acts as an energizer and secondary seal). sealing properties. In many cases where Turcon® seals are used,
a run-in time is necessary until the seal functions properly.
Advantages
Friction
- No pressure trapping and multiseal installation can
be used Turcon® seals present the following advantages:
- Excellent buffer seal for high impact systems
- Excellent anti-friction characteristics - Increased resistance to extrusion
- No stick-slip effect during start-up - Less friction
- No adhesion effect - No stick-slip effect (jerky slippage) even after a long
- High degree of resistance to abrasion period out of operation
- Long service life - Dimensionally stable under the effects of
- Good dynamic and static sealing characteristics temperature
- Used with and without lubrication
- Simple groove configuration
- Single installation
Material Properties
- Available for any piston and rod diameter up to
2500mm (98 inches)
Turcon® T46 is an extremely wear-resistant material with a high
degree of inherent rigidity which retains its shape under extreme
conditions. Turcon® is resistant to nearly all chemicals. Aging
Fields of Application and exposure to light do not bring about changes. Moisture
absorption is less than 0.01%.
Turcon® Stepseal® K is used as a sealing element for plungers and
rods with reciprocating movements.
Rod Seals Turcon® Stepseal® K
Leakage Life
From a technical point of view, an absolutely leakproof seal can By virtue of the outstanding low friction properties and high
only be justified in a few individual cases. resistance to abrasion of Turcon® materials, their service life is by
far longer than that of conventional seals.
The high stresses created by the operating pressure on the sealing
surface lead to increased abrasion and thus to a reduced service
life of the seal in the case of completely dry operation.
1,2
In the interest of long service life, Turcon® Stepseal® K is designed
Leakage (mg/Doublestroke)
1,0
to offer defined hydrodynamic friction characteristics across a
wide pressure and speed range in conjunction with optimum 0,8
sealing properties.
0,6
❶
The leakage characteristics of various rod seals are represented
in Figure 6. 0,4
0,2
Test Data:
Rod Diameter 20 mm (.82 inches) 0
❷
Stroke 40 mm (1.63 inches) 0 5 10 15 20 25 30
Average Speed 0,1 m/s (.33 ft/s) Pressure (MPa)
Medium Hydraulic oil Esstic 50
Temperature +20oC (+68oF)
Figure 6 1) O-Ring with two Back-up rings
2) Turcon® Stepseal® K
Friction
The friction force characteristics of Turcon® seals are fundamen-

tally different to those of elastomer seals. [N]
900
Figure 7 shows the dependence of friction forces upon the
750
operating pressure.
600
Friction force
Test Data: ❶
Rod Diameter 50 mm (1.96 inches) 450
Average Speed 0,1 m/s(.33 ft/s)
Medium Hydraulic oil HLP 46 300
Temperature +20oC (+68oF)
150
Grooves In accordance with details in catalog ❷
Mating surfaces Hard chromeplated polished
0
Rt = 4,2 mm 0 5 10 15 20 25 30
Ra = 0,4 mm Pressure (MPa)
Rz = 3,1 mm
Sealing compound No. T46
Figure 7 1) U-Cup
2) Turcon® Stepseal® K
Turcon® Stepseal® K Dimensional Data
Table 13 Turcon® Stepseal® K Ordering Information (Metric)
Rod Groove Groove Maximum Rod Bore Radius O-Ring Turcon® Stepseal®K
Dia. Dia. Width Diameter B Turcon® T46
C f8 D H9 G+0,2 0-10 10-20 20-32 R (Max) Dash No. Part No.

MPa MPa MPa
12 19,3 3,2 12,6 12,5 12,3 0,5 114 RS1300120-T46
14 21,3 3,2 14,6 14,5 14,3 0,5 115 RS1300140-T46
15 22,3 3,2 15,6 15,5 15,3 0,5 116 RS1300150-T46
16 23,3 3,2 16,6 16,5 16,3 0,5 116 RS1300160-T46
18 25,3 3,2 18,6 18,5 18,3 0,5 117 RS1300180-T46
20 30,7 4,2 20,7 20,5 20,4 0,7 214 RS1300200-T46
22 32,7 4,2 22,7 22,5 22,4 0,7 215 RS1300220-T46
25 35,7 4,2 25,7 25,5 25,4 0,7 217 RS1300250-T46
28 38,7 4,2 28,7 28,5 28,4 0,7 219 RS1300280-T46
30 40,7 4,2 30,7 30,5 30,4 0,7 220 RS1300300-T46
32 42,7 4,2 32,7 32,5 32,4 0,7 221 RS1300320-T46
35 45,7 4,2 35,7 35,5 35,4 0,7 223 RS1300350-T46
36 46,7 4,2 36,7 36,5 36,4 0,7 223 RS1300360-T46
38 53,1 6,3 38,8 38,6 38,4 1,2 327 RS1300380-T46
40 55,1 6,3 40,8 40,6 40,4 1,2 328 RS1300400-T46
42 57,1 6,3 42,8 42,6 42,4 1,2 328 RS1300420-T46
45 60,1 6,3 45,8 45,6 45,4 1,2 329 RS1300450-T46
50 65,1 6,3 50,8 50,6 50,4 1,2 331 RS1300500-T46
55 70,1 6,3 55,8 55,6 55,4 1,2 332 RS1300550-T46
56 71,1 6,3 56,8 56,6 56,4 1,2 333 RS1300560-T46
60 75,1 6,3 60,8 60,6 60,4 1,2 334 RS1300600-T46
63 78,1 6,3 63,8 63,6 63,4 1,2 335 RS1300630-T46
65 80,1 6,3 65,8 65,6 65,4 1,2 336 RS1300650-T46
70 85,1 6,3 70,8 70,6 70,4 1,2 337 RS1300700-T46
75 90,1 6,3 75,8 75,6 75,4 1,2 339 RS1300750-T46
80 95,1 6,3 80,8 80,6 80,4 1,2 340 RS1300800-T46
85 100,1 6,3 85,8 85,6 85,4 1,2 342 RS1300850-T46
90 105,1 6,3 90,8 90,6 90,4 1,2 343 RS1300900-T46
95 110,1 6,3 95,8 95,6 95,4 1,2 345 RS1300950-T46
100 115,1 6,3 100,8 100,6 100,4 1,2 347 RS1301000-T4 6
Bold print indicates sizes conforming to ISO 3320
Table 13 Turcon® Stepseal® K Ordering Information (Metric - Continued)
Rod Groove Groove Maximum Rod Bore Radius O-Ring Turcon® Stepseal®K
Dia. Dia. Width Diameter B Turcon® T46
C f8 D H9 G+0,2 0-10 10-20 20-32 R (Max) Dash No. Part No.

MPa MPa MPa
105 120,1 6,3 105,8 105,6 105,4 1,2 348 RS1301050-T46
110 125,1 6,3 110,8 110,6 110,4 1,2 350 RS1301100-T46
115 130,1 6,3 115,8 115,6 115,4 1,2 351 RS1301150-T46
120 135,1 6,3 120,8 120,6 120,4 1,2 353 RS1301200-T46
125 140,1 6,3 125,8 125,6 125,4 1,2 355 RS1301250-T46
130 145,1 6,3 130,8 130,6 130,4 1,2 356 RS1301300-T46
135 150,1 6,3 135,8 135,6 135,4 1,2 358 RS1301350-T46
140 155,1 6,3 140,8 140,6 140,4 1,2 359 RS1301400-T46
150 165,1 6,3 150,8 150,6 150,4 1,2 362 RS1301500-T46
160 175,1 6,3 160,8 160,6 160,4 1,2 363 RS1301600-T46
170 185,1 6,3 170,8 170,6 170,4 1,2 365 RS1301700-T46
180 195,1 6,3 180,8 180,6 180,4 1,2 366 RS1301800-T46
190 205,1 6,3 190,8 190,6 190,4 1,2 368 RS1301900-T46
200 220,5 8,1 201,1 200,8 200,5 1,5 445 RS1302000-T46
210 230,5 8,1 211,1 210,8 210,5 1,5 446 RS1302100-T46
220 240,5 8,1 221,1 220,8 220,5 1,5 447 RS1302200-T46
230 250,5 8,1 231,1 230,8 230,5 1,5 448 RS1302300-T46
240 260,5 8,1 241,1 240,8 240,5 1,5 449 RS1302400-T46
250 270,5 8,1 251,1 250,8 250,5 1,5 449 RS1302500-T46
260 284,0 8,1 261,1 260,8 260,5 1,5 450 RS1302600-T46
270 294,0 8,1 271,1 270,8 270,5 1,5 451 RS1302700-T46
280 304,0 8,1 281,1 280,8 280,5 1,5 452 RS1302800-T46
290 314,0 8,1 291,1 290,8 290,5 1,5 453 RS1302900-T46
300 324,0 8,1 301,1 300,8 300,5 1,5 454 RS1303000-T46
310 334,0 8,1 311,1 310,8 310,5 1,5 454 RS1303100-T46
320 344,0 8,1 321,1 320,8 320,5 1,5 455 RS1303200-T46
330 354,0 8,1 331,1 330,8 330,5 1,5 456 RS1303300-T46
340 364,0 8,1 341,1 340,3 340,5 1,5 457 RS1303400-T46
350 374,0 8,1 351,1 350,8 350,5 1,5 458 RS1303500-T46
360 384,0 8,1 361,1 360,8 360,5 1,5 458 RS1303600-T46
370 394,0 8,1 371,1 370,8 370,5 1,5 459 RS1303700-T46
380 404,0 8,1 381,1 380,8 380,5 1,5 460 RS1303800-T46
390 414,0 8,1 391,1 390,8 390,5 1,5 461 RS1303900-T46
400 424,0 8,1 401,1 400,8 400,5 1,5 461 RS1304000-T46
420 444,0 8,1 421,03 420,53 420,33 1,5 463 RS1304200-T46
440 464,0 8,1 441,03 440,53 440,33 1,5 464 RS1304400-T46
450 474,0 8,1 451,03 450,53 450,33 1,5 465 RS1304500-T46
460 484,0 8,1 461,03 460,53 460,33 1,5 466 RS1304600-T46
480 504,0 8,1 481,03 480,53 480,33 1,5 468 RS1304800-T46
500 524,0 8,1 501,02 500,52 500,32 1,5 469 RS1305000-T46
550 574,0 8,1 551,02 550,52 550,32 1,5 471 RS1305500-T46
600 624,0 8,1 601,02 600,52 600,32 1,5 473 RS1306000-T46
650 677,0 9,5 651,20 650,80 650,40 2,7 8,4x665 RS1306500-T46
700 727,3 9,5 701,20 700,80 700,40 2,7 8,4x715 RS1307000-T46
800 827,3 9,5 801,18 800,78 800,38 2,7 8,4x810 RS1308000-T46
900 927,3 9,5 901,18 900,78 900,38 2,7 8,4x888 RS1309000-T46
1000 1038,0 13,8 1001,77 1001,17 1000,97 3,2 12x1016 RS13X1000-T46
Bold print indicates sizes conforming to ISO 3320.

Table 14 Turcon® Stepseal® K Ordering Information (Imperial)

Rod Groove Groove Maximum Rod Bore øB Radius O-Ring Turcon® Stepseal®K
Dia. Dia. Width Pressure (psi) Turcon® T46
C f8 D H9 G+.008 0 to 1000 to 3000 to R (Max) Dash No. Part No.

1000 3000 4500
.375 .662 .126 .399 .393 .389 .020 112 RSC100375-T46

.500 .787 .126 .524 .518 .514 .020 114 RSC100500-T46
.625 .912 .126 .649 .643 .639 .020 116 RSC100625-T46
.750 1.171 .165 .774 .768 .766 .025 213 RSC200750-T46
.875 1.296 .165 .899 .893 .891 .025 215 RSC200875-T46
1.000 1.421 .165 1.024 1.018 1.016 .025 217 RSC201000-T46

1.125 1.546 .165 1.149 1.143 1.141 .025 219 RSC201125-T46
1.250 1.671 .165 1.274 1.268 1.266 .025 221 RSC201250-T46
1.375 1.796 .165 1.399 1.393 1.391 .025 222 RSC201375-T46
1.500 2.094 .248 1.529 1.522 1.518 .030 327 RSC301500-T46
1.750 2.344 .248 1.778 1.771 1.767 .030 329 RSC301750-T46

1.875 2.469 .248 1.903 1.896 1.892 .030 330 RSC301875-T46
2.000 2.594 .248 2.028 2.021 2.017 .030 331 RSC302000-T46
2.250 2.844 .248 2.278 2.271 2.267 .030 333 RSC302250-T46
2.375 2.969 .248 2.403 2.396 2.392 .030 334 RSC302375-T46
2.500 3.094 .248 2.528 2.521 2.517 .030 335 RSC302500-T46

2.625 3.219 .248 2.653 2.646 2.642 .030 336 RSC302625-T46
2.750 3.344 .248 2.778 2.771 2.767 .030 337 RSC302750-T46
3.000 3.594 .248 3.028 3.021 3.017 .030 339 RSC303000-T46
3.250 3.844 .248 3.278 3.271 3.267 .030 341 RSC303250-T46
3.500 4.094 .248 3.528 3.521 3.517 .030 343 RSC303500-T46

3.750 4.344 .248 3.778 3.771 3.767 .030 345 RSC303750-T46
4.000 4.594 .248 4.028 4.021 4.017 .030 347 RSC304000-T46
4.250 4.844 .248 4.278 4.271 4.267 .030 349 RSC304250-T46
4.500 5.094 .248 4.527 4.520 4.516 .030 351 RSC304500-T46
4.750 5.344 .248 4.777 4.770 4.766 .030 353 RSC304750-T46

5.000 5.594 .248 5.027 5.020 5.016 .030 355 RSC305000-T46
5.500 6.094 .248 5.527 5.520 5.516 .030 359 RSC305500-T46
6.000 6.594 .248 6.027 6.020 6.016 .030 362 RSC306000-T46
6.500 7.094 .248 6.527 6.520 6.516 .030 364 RSC306500-T46
7.000 7.594 .248 7.027 7.020 7.016 .030 366 RSC307000-T46

7.500 8.094 .248 7.527 7.520 7.516 .030 368 RSC307500-T46
8.000 8.807 .319 8.026 8.019 8.017 .035 445 RSC408000-T46
8.500 9.307 .319 8.526 8.519 8.517 .035 446 RSC408500-T46
9.000 9.807 .319 9.026 9.019 9.017 .035 447 RSC409000-T46
Table 14 Turcon® Stepseal® K Ordering Information (Imperial - Continued)

Rod Groove Groove Maximum Rod Bore øB Radius O-Ring Turcon® Stepseal®K
Dia. Dia. Width Pressure (psi) Turcon® T46
C f8 D H9 G+.008 0 to 1000 to 3000 to R (Max) Dash No. Part No.

1000 3000 4500
9.500 10.307 .319 9.526 9.519 9.517 .035 448 RSC409500-T46

10.000 10.945 .319 10.026 10.019 10.017 .035 450 RSC510000-T46
10.500 11.445 .319 10.526 10.519 10.517 .035 451 RSC510500-T46
11.000 11.945 .319 11.026 11.019 11.017 .035 452 RSC511000-T46
11.500 12.445 .319 11.526 11.519 11.517 .035 453 RSC511500-T46
12.000 12.945 .319 12.026 12.019 12.017 .035 454 RSC512000-T46

12.500 13.445 .319 12.526 12.519 12.517 .035 454 RSC512500-T46
13.000 13.945 .319 13.025 13.018 13.016 .035 455 RSC513000-T46
13.500 14.445 .319 13.525 13.518 13.516 .035 456 RSC513500-T46
14.000 14.945 .319 14.025 14.018 14.016 .035 457 RSC514000-T46
14.500 15.445 .319 14.525 14.518 14.516 .035 458 RSC514500-T46

15.000 15.945 .319 15.025 15.018 15.016 .035 459 RSC515000-T46
Ordering Example Order No. RS13 00600 – T46

Tolerances used are per ISO-286 ISO system of limits and
fits. The tolerances are converted from metric and rounded Series No.
to the nearest three place decimal.
Rod Diameter x 10
The rod bore in the above table is for when the seal is Quality Index (Standard)
specified with Slydrings®. When not incorporating Slydrings®,
Material code (Seal ring)
the diametral clearance should be reduced.
Consult your Busak+Shamban sales office for diameters that

exceed those listed in the above table. A G
The matching O-Ring may have larger or smaller OD than the

groove diameter. However, the difference shall not affect the
performance and reliability of the seal once the Stepseal® K is
installed properly.
A SECTION A —A
A GAP (G) MAY EXIST BETWEEN THE O-RING AND SEAL

WHEN THEY ARE IN THE FREE STATE. WHEN THEY ARE
INSTALLED IN A STANDARD GLAND, COMPRESSION CAUSES
THE GAP TO DISAPPEAR.
Rod Seals: Glyd Ring® HPR
Turcon® Glyd Ring® HPR Rod Seals
The Turcon® Glyd Ring® HPR was designed and patented for ultra Operating Pressure: 50 MPa max (7500 psi)
high pressure, zero leakage, and long, consistent service life. It Temperature Limits: -54oC to +120oC (-65oF to +248oF)
is a unidirectional rod seal used in reciprocating or helical Velocity: 1,5 m/s (5.0 ft/s)
hydraulic applications. The Turcon® Glyd Ring® HPR works as a
primary seal with pressure relieving capability to prevent pres-
sure traps between sealing elements. Material
The seal design offers exceptional performance in heavy con- Turcon ® (Material Code: T29)
tamination environments, maintaining rod contact during ex-
treme rod deflection. Mating surfaces: Stainless steel, chrome plated steel,
mild steel, ductile iron
Description Temperature range: -54oC to +200oC (-65oF to +392oF)
Applications: Standard hydraulic service, short and
The Turcon® Glyd Ring® HPR sealing components are integrated long stroke applications, low lubrica-
in a synergistic way to provide a compact seal design and high tion service, improved wear resis-
performance characteristics in a single groove configuration. tance
The Turcon® Glyd Ring® HPR consists of a uniquely configured
pressure relieving Turel® elastomer that radially loads the dual HiMod ® (Material Code: MiMod 60; ordering code:P)
material Turcon® and HiMod® Glyd Ring® .
Temperature range: -54oC to +120oC (-65oF to +248oF)
Under rod extension, the Turcon Glyd Ring HPR provides a
® ® Fluid compatibility: Hydraulic oil
specified lubrication film to the downstream bearing and second-
ary seal. The unique geometry of the Turcon® Glyd Ring® HPR Turel ® (Material Code: NP)
allows it to back-pump fluid upon rod retraction, thereby control-
ling the lubrication level. Hardness shore A: 70
Temperature range: -54oC to +135oC (-65oF to +275oF)
Advantages Fluid compatibility: Hydraulic oil, diester based lubri-
cants, ethylene glycol based fluids
- Closed groove design
- Compact seal assembly
- Patented seal geometry Fields of Application
- Easy installation
- No adhesion effect The Turcon® Glyd Ring® HPR is used in applications for the
- High pressure extrusion resistance following markets: construction, hydraulic press, oilfield/CPI,
- Large rod clearance accommodation and excavators.
- Wear resistant
- Low friction
- Contamination resistant
- Long stroke reliability
- Cost effective
- Fluid compatibility
- Wide temperature range
- Size flexibility PRESSURE
- Pressure venting
- Consistent performance
Figure 8 Turcon® Glyd Ring® HPR load profile
Rod Seals Turcon® Glyd Ring® HPR
Glyd Ring® HPR Dimensional Data
(63 µ in) G
1,6 µm R (2 PL)
Ra MAX
(63 µ in)
1,6 µm
Ra MAX
.8xG (4-16 µin)
PRESSURE
1-,4 µm
Ra
øD
20°
øB
øC
Table 15 Glyd Ring® HPR Ordering Information (Metric)

Rod Groove Maximum Rod Bore Width Radius Standard Turcon®
Diameter Diameter Diameter B Glyd Ring® HPR
C f8 D H9 34,5 MPa 45,0 MPa G+0,2 R (Max) Part Number
50 65,50 50,53 50,43 6,3 0,9 RGP700500-T29NP
55 70,50 55,52 55,42 6,3 0,9 RGP700550-T29NP
60 75,50 60,52 60,42 6,3 0,9 RGP700600-T29NP
65 80,50 65,52 65,42 6,3 0,9 RGP700650-T29NP
70 85,50 70,52 70,42 6,3 0,9 RGP700700-T29NP
75 90,50 75,52 75,42 6,3 0,9 RGP700750-T29NP

80 95,50 80,51 80,41 6,3 0,9 RGP700800-T29NP
85 100,50 85,51 85,41 6,3 0,9 RGP700850-T29NP
90 105,50 90,51 90,41 6,3 0,9 RGP700900-T29NP
95 110,50 95,51 95,41 6,3 0,9 RGP700950-T29NP
100 115,50 100,51 100,41 6,3 0,9 RGP701000-T29NP

105 120,50 105,51 105,41 6,3 0,9 RGP701050-T29NP
110 125,50 110,51 110,41 6,3 0,9 RGP701100-T29NP
120 135,50 120,49 120,39 6,3 0,9 RGP701200-T29NP
130 145,50 130,49 130,39 6,3 0,9 RGP701300-T29NP
140 155,50 140,49 140,39 6,3 0,9 RGP701400-T29NP
Turcon® Glyd Ring® HPR Rod Seals
Table 16 Turcon® Glyd Ring® HPR Ordering Information (Imperial)

Rod Groove Maximum Rod Bore Width Radius Standard Turcon®
Diameter Diameter Diameter B Glyd Ring® HPR
C f8 D H9 5000 psi 6500 psi G+.008 R (Max) Part Number
1.750 2.360 1.771 1.767 .248 .035 RGP301750-T29NP
2.000 2.610 2.021 2.017 .248 .035 RGP302000-T29NP
2.250 2.860 2.271 2.267 .248 .035 RGP302250-T29NP
2.500 3.110 2.521 2.517 .248 .035 RGP302500-T29NP
2.750 3.360 2.771 2.767 .248 .035 RGP302750-T29NP
3.000 3.610 3.021 3.017 .248 .035 RGP303000-T29NP

3.250 3.860 3.270 3.266 .248 .035 RGP303250-T29NP
3.500 4.110 3.520 3.516 .248 .035 RGP303500-T29NP
4.000 4.610 4.020 4.016 .248 .035 RGP304000-T29NP
4.500 5.110 4.520 4.516 .248 .035 RGP304500-T29NP
5.000 5.610 5.020 5.016 .248 .035 RGP305000-T29NP
Ordering Example Order No. RGP3 02500 – T29 NP

The rod bore in the above table is for when the seal is
specified with Slydrings®. When not incorporating Sydrings®, Series No.
the diametral clearance should be reduced. (mm x 10)
Rod Diameter (inches x 1000)
Consult your Busak+Shamban sales office for diameters that Quality Index (Standard)
exceed those listed in the above table. Material code (Seal ring)
Material code (Elastomer)
Wipers: DA 17
Wipers DA 17
Wiper rings are placed on rods, plungers, etc., that move axially Speed: Reciprocating up to 1 m/s (3 ft/s)
in hydraulic cylinders. During movement, dust particles can find
their way into the hydraulic system and cause damage or Temperature: -30oC to +110oC (-22oF to +230oF)
premature wear of the seals, guides and bearings. This can be
prevented by using the DA 17 Wiper. Media: Oil, air and oil-in-water emulsions
Description Fields of Application

The DA 17 wiper is a double working nitrile wiper. It is a synthetic The double wiper DA 17 is preferably used for rods and plungers
rubber element with two flexible lips of different geometry. The
in reciprocating applications.
wiper lips are designed to wipe off dust and provide light sealing.
It takes advantage of radial tension to wipe off particles, dust, and
water.
The inner lips are designed to perform a sealing function when

pressurized. Static sealing is accomplished by pressure from the
outer groove.
The application works extremely well in conjunction with our rod PRESSURE
seals, such as the Turcon® Stepseal® K or B+S U-Cup.
Advantages
- Good scraping action, even with highly adhering dirt

- Compact design
- Easily fitted and dismantled (no special tools
required) Figure 9 DA 17 Load Profile
- Economical price
- Simple groove design
- Slight rotary and oscillating movements do not
affect performance
Material
The standard material is a hard wearing nitrile rubber with a

hardness of approximately 90 Shore A.
DA 17 Wipers
DA 17 Dimensional Data
G 3,0 Min
1,6 µm
Ra Max
0,4 R (2 PL) Max
1,6 µm
Ra Max
0,8 R
PRESSURE
,1 ,2 µm Ra Max
øD
øE
20°
øC
Table 17 DA 17 Ordering Information (Metric only)

Rod Groove Groove Exit DA 17 Wiper Rod Groove Groove Exit DA 17 Wiper
Dia. Dia. Width Dia. Molded Nitrile Dia. Dia. Width Dia. Molded Nitrile
C f8 D H9 G+0,2 E H11 Part No. C f8 D H9 G+0,2 E H11 Part No.

10,0 18,0 6,0 13,5 WD1700100-N9 80,0 88,0 6,0 83,5 WD1700800-N9
12,0 20,0 6,0 15,5 WD1700120-N9 85,0 93,0 6,0 88,5 WD1700850-N9
14,0 22,0 6,0 17,5 WD1700140-N9 90,0 98,0 6,0 93,5 WD1700900-N9
15,0 23,0 6,0 18,5 WD1700150-N9 95,0 103,0 6,0 98,5 WD1700950-N9
16,0 24,0 6,0 19,5 WD1700160-N9 100,0 108,0 6,0 103,5 WD1701000-N9
18,0 26,0 6,0 21,5 WD1700180-N9 105,0 117,0 8,2 110,0 WD1701050-N9
20,0 28,0 6,0 23,5 WD1700200-N9 110,0 122,0 8,2 115,0 WD1701100-N9
22,0 30,0 6,0 25,5 WD1700220-N9 115,0 127,0 8,2 120,0 WD1701150-N9
25,0 33,0 6,0 28,5 WD1700250-N9 120,0 132,0 8,2 125,0 WD1701200-N9
28,0 36,0 6,0 31,5 WD1700280-N9 125,0 137,0 8,2 130,0 WD1701250-N9
30,0 38,0 6,0 33,5 WD1700300-N9 130,0 142,0 8,2 135,0 WD1701300-N9
32,0 40,0 6,0 35,5 WD1700320-N9 135,0 147,0 8,2 140,0 WD1701350-N9
36,0 44,0 6,0 39,5 WD1700360-N9 140,0 152,0 8,2 145,0 WD1701400-N9
38,0 46,0 6,0 41,5 WD1700380-N9 150,0 162,0 8,2 155,0 WD1701500-N9
40,0 48,0 6,0 43,5 WD1700400-N9 160,0 172,0 8,2 165,0 WD1701600-N9
42,0 50,0 6,0 45,5 WD1700420-N9 170,0 182,0 8,2 175,0 WD1701700-N9
45,0 53,0 6,0 48,5 WD1700450-N9 180,0 192,0 8,2 185,0 WD1701800-N9
50,0 58,0 6,0 53,5 WD1700500-N9 190,0 202,0 8,2 195,0 WD1701900-N9
55,0 63,0 6,0 58,5 WD1700550-N9 200,0 212,0 8,2 205,0 WD1702000-N9
56,0 64,0 6,0 59,5 WD1700560-N9 210,0 225,0 9,5 217,0 WD1702100-N9
60,0 68,0 6,0 63,5 WD1700600-N9 220,0 235,0 9,5 227,0 WD1702200-N9
63,0 71,0 6,0 66,5 WD1700630-N9 230,0 245,0 9,5 237,0 WD1702300-N9
65,0 73,0 6,0 68,5 WD1700650-N9 240,0 255,0 9,5 247,0 WD1702400-N9
70,0 78,0 6,0 73,5 WD1700700-N9 250,0 265,0 9,5 257,0 WD1702500-N9
75,0 83,0 6,0 78,5 WD1700750-N9 260,0 275,0 9,5 267,0 WD1702600-N9
Bold print indicates ISO 3320 sizes.
Wipers: DA 22
Wipers DA 22
Description Pressure:
Scraper Side: Atmospheric pressure
The scraper DA 22 is a double-acting polyurethane scraper for
installation in grooves to ISO 6195, Type C. Seal Side: Pressures up to 2 MPa (290 psi) a relief
bore must be provided with higher
Significant improvements are achieved with respect to the profile pressures
geometry and material used compared with conventional elasto-
meric scrapers. Speed: Up to 1,0 m/s (3.0 ft/s) with recipro-
cating movements
Media: Mineral oils and greases, flame re-

tardant hydraulic fluids, etc. See
Table 1 page 2.
Material
Figure 10 Scraper DA 22
The scraper is manufactured with high precision from high-grade
polyester/polyurethane.
The scraper lip is designed in such a way that it reliably scrapes
off the dirt but leaves a residual oil film on the rod which is
Material: WUAQ3
required for proper lubrication. The radial squeeze is sufficient
Hardness, Shore A: 93± 5, measured on test specimen
to reliably remove particles, dust and water.
Color: Turquoise
The scraping lip facing inward is designed such that it assumes
Material: Zurcon® Z94
a sealing function even under pressure. The static seal is achieved
Hardness, Shore A: 94± 5, measured on test specimen
by a tight radial fit between the scraper body and the groove.
Color: Turquoise
The scraper is preferably used in conjunction with rod seals, such
as the Turcon® Stepseal® K or B+S U-Cup, which maintains a
hydrodynamic back-pumping function.
Advantages
- Good scraping effect, even with highly adhering dirt

- Wear resistant, long service life PRESSURE
- Retaining and return delivery function for residual
oil Figure 11 Scraper DA 22 load profile
- Reduced friction in combination with elastomer
materials
- Standard element for standardized installation
grooves
DA 22 Wipers
DA 22 Dimensional Data
(64 µin) G 3,0 (.12 in) Min
1,6 µm)
Ra Max 2x0, 4 R (.015 in) Max
(64 µin)
1,6 µm)
Ra Max 0,4 R (.03 in)
PRESSURE
(4 8 µin)
,1 ,4 µm)
øD Ra
20° øE
øC
Table 18 DA 22 Ordering Information (Metric)

Rod Groove Groove Exit Part Number
Diameter Diameter Width Diameter Polyurethane
C f8 D H9 G+0,2 E H11
*12,0 18,0 4,0 14,5 WD2200120-WUAQ3

*14,0 20,0 4,0 16,5 WD2200140-WUAQ3
*16,0 22,0 4,0 18,5 WD2200160-WUAQ3
*18,0 24,0 4,0 20,5 WD2200180-WUAQ3
20,0 26,0 4,0 22,5 WD2200200-WUAQ3
22,0 28,0 4,0 24,5 WD2200220-WUAQ3

25,0 31,0 4,0 27,5 WD2200250-WUAQ3
28,0 36,0 5,0 31,0 WD2200280-WUAQ3
30,0 38,0 5,0 33,0 WD2200300-WUAQ3
32,0 40,0 5,0 35,0 WD2200320-WUAQ3
36,0 44,0 5,0 39,0 WD2200360-WUAQ3

40,0 48,0 5,0 43,0 WD2200400-WUAQ3
45,0 53,0 5,0 48,0 WD2200450-WUAQ3
50,0 58,0 5,0 53,0 WD2200500-WUAQ3
55,0 65,0 6,0 58,0 WD2200550-WUAQ3
56,0 66,0 6,0 59,0 WD2200560-WUAQ3

60,0 70,0 6,0 63,0 WD2200600-WUAQ3
63,0 73,0 6,0 66,0 WD2200630-WUAQ3
70,0 80,0 6,0 73,0 WD2200700-WUAQ3
75,0 85,0 6,0 78,0 WD2200750-WUAQ3
80,0 90,0 6,0 83,0 WD2200800-WUAQ3

85,0 95,0 6,0 88,0 WD2200850-WUAQ3
The sizes in Bold type comply with ISO 6195, installation grove Type C.
*Split gland required for installation of sizes less than 18mm.
Wipers DA 22
Table 18 DA 22 Ordering Information (Metric - Continued)

C f8 D H9 G+0,2 E H11
90,0 100,0 6,0 93,0 WD2200900-WUAQ3

100,0 110,0 6,0 103,0 WD2201000-WUAQ3
110,0 125,0 8,5 114,0 WD2201100-WUAQ3
125,0 140,0 8,5 129,0 WD2201250-WUAQ3

140,0 155,0 8,5 144,0 WD2201400-WUAQ3
160,0 175,0 8,5 164,0 WD2201600-WUAQ3
180,0 195,0 8,5 184,0 WD2201800-WUAQ3
The sizes in bold type comply with ISO 6195, installation groove Type C.
Other sizes available on request.
Table 19 DA 22 Ordering Information (Imperial)

C f8 D H9 G+.008 E H11
*0.500 0.802 .203 0.620 WDE100500-Z94

*0.625 0.927 .203 0.745 WDE100625-Z94
*0.750 1.052 .203 0.870 WDE100750-Z94
0.875 1.240 .218 1.010 WDE200875-Z94
1.000 1.365 .218 1.135 WDE201000-Z94
1.125 1.490 .218 1.260 WDE201125-Z94

1.250 1.615 .218 1.385 WDE201250-Z94
1.375 1.740 .218 1.510 WDE201375-Z94
1.500 1.865 .218 1.635 WDE201500-Z94
1.625 1.990 .218 1.760 WDE201625-Z94
1.750 2.115 .218 1.885 WDE201750-Z94

1.875 2.240 .218 2.010 WDE201875-Z94
*Split gland required for installation of sizes less than .750 inches.
Bold print indicates Busak+Shamban Preferred Design sizes.
DA 22 Wipers
Table 19 DA 22 Ordering Information (Imperial - Continued)

C f8 D H9 G+.008 E H11
2.000 2.365 .218 2.135 WDE202000-Z94

2.125 2.490 .218 2.260 WDE202125-Z94
2.250 2.745 .281 2.445 WDE302250-Z94
2.375 2.870 .281 2.570 WDE302375-Z94
2.500 2.995 .281 2.695 WDE302500-Z94
2.750 3.245 .281 2.945 WDE302750-Z94

3.000 3.495 .281 3.195 WDE303000-Z94
3.250 3.745 .281 3.445 WDE303250-Z94
3.500 3.995 .281 3.695 WDE303500-Z94
4.000 4.495 .281 4.195 WDE304000-Z94
4.500 4.995 .281 4.695 WDE304500-Z94

5.000 5.495 .281 5.195 WDE305000-Z94
5.500 5.995 .281 5.695 WDE305500-Z94
6.000 6.495 .281 6.195 WDE306000-Z94
6.500 6.995 .281 6.695 WDE306500-Z94
7.000 7.495 .281 7.195 WDE307000-Z94

7.500 7.995 .281 7.695 WDE307500-Z94
8.000 8.495 .281 8.195 WDE308000-Z94
Wipers: Turcon® Excluder® 2
Wipers Turcon® Excluder® 2
General Material
Scraper rings are fitted onto axially moving rods, plungers, etc. Turcon® is an extremely wear-resistant, specially modified PTFE
in hydraulic cylinders. During the movement, dust particles may material with a high degree of inherent rigidity which retains its
find their way into the hydraulic system and thus cause damage shape under extreme conditions.
or premature wear of seals, guides and bearings.
Turcon® materials are resistant to practically all chemicals. The
material will only be affected by liquid sodium or potassium and,
Description under certain conditions, by some halogen compounds (includ-
ing fluorine).
The Turcon® Excluder® 2 is comprised of a scraper ring made of
Turcon® and an O-Ring as an elastic energizer. The scraper
function is performed by the Excluder® ring, while the elastic O- Fields of Application
Ring guarantees that the scraper lip presses against the sliding
surface uniformly. The Excluder® 2 is used as a scraper for rods and plungers. It is
used in reciprocating motion, oscillating or helical movement
applications. The primary fields include hydraulic and pneumatic
Advantages equipment, servo valves, the chemical industry and the food
processing industry.
- Small installation space
- Simple groove configuration
- Good wiping effect, even in the presence of
stubborn dirt, ice, etc.
- No stick-slip effect during start-up; no adhesion
- Very abrasion resistant, long service life
PRESSURE
Technical Data
Speed: Reciprocating up to 15 m/s (50 ft/s)
Temperature: -54oC to +200oC Figure 12 Turcon® Excluder® 2 load profile

(-65oF to +392oF)
(depending on the O-Ring compound)
Turcon® Excluder® 2 Wipers
Turcon® Excluder® 2 Dimensional Data

(64 µm)
G 3,0 MIN (.10 in)
1,6 µm
Ra Max
R (2 PL)
60°
(32 µin)
0,8 µm
Ra Max
(4 8µm)
0,1 0,2µm
PRESSURE Ra
øE
øD 20°
øC
Table 20 Turcon® Excluder® 2 Ordering Information (Metric)

Rod Groove Groove Exit Radius O-Ring Turcon® Excluder®2
Dia. Dia. Width Dia. Turcon® T46
C f8 D H9 G+0,2 E H11 R (Max) Dash No. Part No.

12,0 18,8 5,0 13,5 0,7 113 WE3100120-T46
14,0 20,8 5,0 15,5 0,7 114 WE3100140-T46
15,0 21,8 5,0 16,5 0,7 115 WE3100150-T46
16,0 22,8 5,0 17,5 0,7 115 WE3100160-T46
18,0 24,8 5,0 19,5 0,7 117 WE3100180-T46
20,0 26,8 5,0 21,5 0,7 118 WE3100200-T46

22,0 28,8 5,0 23,5 0,7 119 WE3100220-T46
25,0 31,8 5,0 26,5 0,7 121 WE3100250-T46
28,0 34,8 5,0 29,5 0,7 123 WE3100280-T46
30,0 36,8 5,0 31,5 0,7 124 WE3100300-T46
32,0 38,8 5,0 33,5 0,7 126 WE3100320-T46

36,0 42,8 5,0 37,5 0,7 128 WE3100360-T46
38,0 44,8 5,0 39,5 0,7 129 WE3100380-T46
40,0 46,8 5,0 41,5 0,7 131 WE3100400-T46
42,0 48,8 5,0 43,5 0,7 132 WE3100420-T46
45,0 51,8 5,0 46,5 0,7 134 WE3100450-T46

50,0 56,8 5,0 51,5 0,7 137 WE3100500-T46
55,0 61,8 5,0 56,5 0,7 140 WE3100550-T46
56,0 62,8 5,0 57,5 0,7 141 WE3100560-T46
60,0 66,8 5,0 61,5 0,7 143 WE3100600-T46
63,0 69,8 5,0 64,5 0,7 145 WE3100630-T46

65,0 73,8 6,0 66,5 1,0 231 WE3200650-T46
70,0 78,8 6,0 71,5 1,0 233 WE3200700-T46
75,0 83,8 6,0 76,5 1,0 234 WE3200750-T46
80,0 88,8 6,0 81,5 1,0 236 WE3200800-T46
The sizes in bold type comply with ISO 3320.
Table 20 Turcon® Excluder® 2 Ordering Information (Metric - Continued)

C f8 D H9 G+0,2 E H11 R (Max) Dash No. Part No.

85,0 93,8 6,0 86,5 1,0 238 WE3200850-T46
90,0 98,8 6,0 91,5 1,0 239 WE3200900-T46
95,0 103,8 6,0 96,5 1,0 241 WE3200950-T46
100,0 108,8 6,0 101,5 1,0 242 WE3201000-T46
105,0 113,8 6,0 106,5 1,0 244 WE3201050-T46
110,0 118,8 6,0 111,5 1,0 245 WE3201100-T46

115,0 123,8 6,0 116,5 1,0 247 WE3201150-T46
120,0 128,8 6,0 121,5 1,0 248 WE3201200-T46
125,0 133,8 6,0 126,5 1,0 250 WE3201250-T46
130,0 138,8 6,0 131,5 1,0 252 WE3201300-T46
135,0 143,8 6,0 136,5 1,0 253 WE3201350-T46

140,0 148,8 6,0 141,5 1,0 255 WE3201400-T46
150,0 158,8 6,0 151,5 1,0 258 WE3201500-T46
160,0 168,8 6,0 161,5 1,0 259 WE3201600-T46
170,0 178,8 6,0 171,5 1,0 261 WE3201700-T46
180,0 188,8 6,0 181,5 1,0 263 WE3201800-T46

190,0 198,8 6,0 191,5 1,0 264 WE3201900-T46
200,0 208,8 6,0 201,5 1,0 266 WE3202000-T46
210,0 218,8 6,0 211,5 1,0 267 WE3202100-T46
220,0 228,8 6,0 221,5 1,0 269 WE3202200-T46
230,0 238,8 6,0 231,5 1,0 270 WE3202300-T46

240,0 248,8 6,0 241,5 1,0 272 WE3202400-T46
250,0 258,8 6,0 251,5 1,0 274 WE3202500-T46
280,0 292,2 8,4 282,0 1,2 379 WE3302800-T46
300,0 312,2 8,4 302,0 1,2 381 WE3303000-T46
320,0 332,2 8,4 322,0 1,2 382 WE3303200-T46

350,0 362,2 8,4 352,0 1,2 383 WE3303500-T46
360,0 372,2 8,4 362,0 1,2 383 WE3303600-T46
400,0 412,2 8,4 402,0 1,2 385 WE3304000-T46
* 420,0 432,0 8,4 422,0 1,2 386 WE3304200-T46
440,0 456,0 11,0 442,5 1,5 464 WE3404400-T46
450,0 466,0 11,0 452,5 1,5 465 WE3404500-T46
460,0 476,0 11,0 462,5 1,5 466 WE3404600-T46
480,0 496,0 11,0 482,5 1,5 467 WE3404800-T46
500,0 516,0 11,0 502,5 1,5 468 WE3405000-T46
550,0 566,0 11,0 552,5 1,5 471 WE3405500-T46
600,0 616,0 11,0 602,5 1,5 473 WE3406000-T46
650,0 666,0 11,0 652,5 1,5 475 WE3406500-T46
700,0 720,0 14,0 702,5 2,7 8,4x715 WE3507000-T46
800,0 820,0 14,0 802,5 2,7 8,4x810 WE3508000-T46
900,0 920,0 14,0 902,5 2,7 8,4x888 WE3509000-T46
1000,0 1020,0 14,0 1002,5 2,7 8,4x1014 WE35X1000-T46
Bold indicates grooves per ISO 3320

Table 21 Turcon® Excluder® 2 Ordering Information (Imperial)

C f8 D H9 G+.008 E H11 R (Max) Dash No. Part No.

0.500 0.770 .196 0.560 .015 113 WE2100500-T46
0.563 0.833 .196 0.623 .015 114 WE2100563-T46
0.625 0.895 .196 0.685 .015 115 WE2100625-T46
0.688 0.958 .196 0.748 .015 116 WE2100688-T46
0.750 1.020 .196 0.810 .015 117 WE2100750-T46
0.813 1.083 .196 0.873 .015 118 WE2100813-T46

0.875 1.145 .196 0.935 .015 119 WE2100875-T46
0.938 1.208 .196 0.998 .015 120 WE2100938-T46
1.000 1.270 .196 1.060 .015 121 WE2101000-T46
1.063 1.333 .196 1.123 .015 122 WE2101063-T46
1.125 1.395 .196 1.185 .015 123 WE2101125-T46

1.188 1.458 .196 1.248 .015 124 WE2101188-T46
1.250 1.520 .196 1.310 .015 125 WE2101250-T46
1.313 1.583 .196 1.373 .015 126 WE2101313-T46
1.375 1.645 .196 1.435 .015 127 WE2101375-T46
1.438 1.708 .196 1.498 .015 128 WE2101438-T46

1.500 1.770 .196 1.560 .015 129 WE2101500-T46
1.563 1.833 .196 1.623 .015 130 WE2101563-T46
1.625 1.895 .196 1.685 .015 131 WE2101625-T46
1.688 1.958 .196 1.748 .015 132 WE2101688-T46
1.750 2.020 .196 1.810 .015 133 WE2101750-T46

1.813 2.083 .196 1.873 .015 134 WE2101813-T46
1.875 2.145 .196 1.935 .015 135 WE2101875-T46
1.938 2.208 .196 1.998 .015 136 WE2101938-T46
2.000 2.270 .196 2.060 .015 137 WE2102000-T46
2.125 2.395 .196 2.185 .015 139 WE2102125-T46

2.250 2.520 .196 2.310 .015 141 WE2102250-T46
2.375 2.645 .196 2.435 .015 143 WE2102375-T46
2.500 2.770 .196 2.560 .015 145 WE2102500-T46
2.625 2.895 .196 2.685 .015 147 WE2102625-T46
2.750 3.020 .196 2.810 .015 149 WE2102750-T46

2.875 3.145 .196 2.935 .015 151 WE2102875-T46
3.000 3.270 .196 3.060 .015 151 WE2103000-T46
3.125 3.395 .196 3.185 .015 152 WE2103125-T46
3.250 3.520 .196 3.310 .015 152 WE2103250-T46
Table 21 Turcon® Excluder® 2 Ordering Information (Imperial - Continued)

3.375 3.645 .196 3.435 .015 153 WE2103375-T46

3.500 3.770 .196 3.560 .015 153 WE2103500-T46
3.625 3.895 .196 3.685 .015 154 WE2103625-T46
3.750 4.020 .196 3.810 .015 154 WE2103750-T46
3.875 4.145 .196 3.935 .015 155 WE2103875-T46
4.000 4.270 .196 4.060 .015 155 WE2104000-T46

4.125 4.395 .196 4.185 .015 156 WE2104125-T46
4.250 4.520 .196 4.310 .015 156 WE2104250-T46
4.375 4.645 .196 4.435 .015 157 WE2104375-T46
4.500 4.770 .196 4.560 .015 157 WE2104500-T46
4.625 4.895 .196 4.685 .015 158 WE2104625-T46

4.750 5.020 .196 4.810 .015 158 WE2104750-T46
4.875 5.145 .196 4.935 .015 159 WE2104875-T46
5.000 5.270 .196 5.060 .015 159 WE2105000-T46
5.125 5.395 .196 5.185 .015 160 WE2105125-T46
5.250 5.520 .196 5.310 .015 160 WE2105250-T46

5.375 5.645 .196 5.435 .015 161 WE2105375-T46
5.500 5.770 .196 5.560 .015 161 WE2105500-T46
5.625 5.895 .196 5.685 .015 162 WE2105625-T46
5.750 6.020 .196 5.810 .015 162 WE2105750-T46
6.000 6.345 .236 6.060 .015 258 WE2206000-T46

6.250 6.595 .236 6.310 .015 259 WE2206250-T46
6.500 6.845 .236 6.560 .015 260 WE2206500-T46
6.750 7.095 .236 6.810 .015 261 WE2206750-T46
7.000 7.345 .236 7.060 .015 262 WE2207000-T46
7.250 7.595 .236 7.310 .015 263 WE2207250-T46

7.500 7.845 .236 7.560 .015 264 WE2207500-T46
7.750 8.095 .236 7.810 .015 265 WE2207750-T46
8.000 8.345 .236 8.060 .015 266 WE2208000-T46
8.250 8.595 .236 8.310 .015 267 WE2208250-T46
8.500 8.845 .236 8.560 .015 268 WE2208500-T46

8.750 9.095 .236 8.810 .015 269 WE2208750-T46
9.000 9.345 .236 9.060 .015 270 WE2209000-T46
9.250 9.595 .236 9.310 .015 271 WE2209250-T46
9.500 9.845 .236 9.560 .015 272 WE2209500-T46
Table 21 Turcon® Excluder® 2 Ordering Information (Imperial - Continued)


9.750 10.095 .236 9.810 .015 273 WE2209750-T46
10.000 10.480 .332 10.080 .035 377 WE2310000-T46
10.500 10.980 .332 10.580 .035 378 WE2310500-T46
11.000 11.480 .332 11.080 .035 379 WE2311000-T46
11.500 11.980 .332 11.580 .035 380 WE2311500-T46
12.000 12.480 .332 12.080 .035 381 WE2312000-T46

12.500 12.980 .332 12.580 .035 381 WE2312500-T46
13.000 13.480 .332 13.080 .035 382 WE2313000-T46
13.500 13.980 .332 13.580 .035 382 WE2313500-T46
14.000 14.480 .332 14.080 .035 383 WE2314000-T46
14.500 14.980 .332 14.580 .035 383 WE2314500-T46

15.000 15.480 .332 15.080 .035 384 WE2315000-T46
15.500 15.980 .332 15.580 .035 384 WE2315500-T46
16.000 16.480 .332 16.080 .035 385 WE2316000-T46
16.500 16.980 .332 16.580 .035 385 WE2316500-T46
17.000 17.630 .434 17.080 .035 463 WE2417000-T46

17.500 18.130 .434 17.580 .035 464 WE2417500-T46
18.000 18.630 .434 18.080 .035 465 WE2418000-T46
18.500 19.130 .434 18.580 .035 466 WE2418500-T46
19.000 19.630 .434 19.080 .035 467 WE2419000-T46
19.500 20.130 .434 19.580 .035 468 WE2419500-T46

20.000 20.630 .434 20.080 .035 469 WE2420000-T46
The matching O-Ring may have larger or smaller OD than the groove diameter. However, the difference shall
not affect the performance and reliability of the scraper once the Excluder® 2 is installed properly.
Ordering Example Order No. WE31 00500 – T46

Turcon® Excluder® 2
Series No.
Rod Diameter: C = 50.0 mm (mm x 10)
Rod Diameter (inches x 1000)
Series: WE31 (from table 20)
Part No.: WE3100500 (from table 20) Quality Index (Standard)
Material code (Scraper)
Select the material from Table 1, page 2. The corresponding
code numbers are appended to the Part No. Together they
from the Order Number. For all intermediate sizes not shown
from the example opposite. Order O-Ring separately.
Wipers: Turcon® Excluder® 5
General - Very good scraping effect from the inside against the
residual oil film adhering to the surface of the piston
The Turcon® Excluder® 5 is a patented (patent No. EP 023 5568) rod
double-acting scraper with two geometrically different scraper lips - Identical installation with that of the Turcon®
which are installed back-to-back. The scraper is installed together Excluder® 500
with an O-Ring as an elastic energizing element in one groove. The - Very high chemical resistance to hydraulic media
scraper function is performed by the Excluder® 5. The O-Ring - Available for all diameters up to 2.500 mm
maintains the pressure of the scraper lips against the sliding surface
and can compensate some deflections of the piston rod. Technical Data
Speed: 15 m/s (50 ft/s) for Turcon® materials

2 m/s (6.5ft/s) for Zurcon® materials with
reciprocating movements
O-Ring
Temperature: -54oC to +200oC (Turcon® )(-65oF to +392oF)
-30oC to +110oC (Zurcon® )(-22oF to +230oF)
Turcon® Excluder® 5
Media: Mineral oil-based hydraulic fluids, flame re-
tardant hydraulic fluids, environmentally safe
hydraulic fluids (bio-oils), water, air and oth-
ers, depending on the O-Ring material.
Figure 13 Turcon® Excluder® 5
Turcon® Excluder® 5 has a double function: Material
- To scrape off contaminants from the retracting The following material combination has proven effective for most
piston rod and thus to protect the system from soiling, applications:
and
- To hold back the residual oil film on the extending Excluder® 5: Turcon® T46
piston rod on the medium side.
O-Ring: Acrylonitrile butadiene rubber
Turcon Excluder 5 is preferably used in conjunction with our rod
® ® NBR, 70 Shore A
seal Turcon® Stepseal® K, i.e. a seal with a hydrodynamic back- Material No. N7038
pumping function. In contrast to the Turcon® Excluder® 2, it is used
particularly for heavy-duty applications such as in construction For specific applications, other material combinations as listed in
machinery, presses, etc. Table 1, page 2 may also be used.
Advantages Design and Installation Instructions
- Outstanding sliding properties Excluder® 5 scrapers can be installed in split and closed grooves.
- Stick-slip-free, no sticking
- Tough scraper for heavy-duty operation Installation in closed grooves is dependent on the rod diameter,
- Can compensate for relatively large deflections of profile cross-section of the scraper and on the cross-section of the
the piston rod or plunger corresponding O-Ring.
- Very good scraping effect even against firmly ad-
hered dirt, etc.
Turcon® Excluder® 5 Dimensional Data
(64 µ in) G W
1,6 µ m
Ra Max R (2 PL)
60°
(32 µ in)
0,8 µ m
Ra Max
(4 - 8 µ in)
PRESSURE ,1-,2 µ m
Ra
øE
øD 20°
øC
Table 22 Turcon® Excluder® 5 Installation Dimensions (Metric)

Rod Groove Groove Exit Step O-Ring Radius Turcon® Excluder® 5
Diameter Diameter Width Diameter Width
C f8 D H9 G+0,2 E H11 W min. Dash No. R (Max) Part No.
20,0 27,6 4,2 21,5 3,0 118 0,4 WE5000200-T46
22,0 29,6 4,2 23,5 3,0 120 0,4 WE5000220-T46
25,0 32,6 4,2 26,5 3,0 122 0,4 WE5000250-T46
28,0 35,6 4,2 29,5 3,0 123 0,4 WE5000280-T46
30,0 37,6 4,2 31,5 3,0 125 0,4 WE5000300-T46
32,0 39,6 4,2 33,5 3,0 126 0,4 WE5000320-T46

35,0 42,6 4,2 36,5 3,0 128 0,4 WE5000350-T46
36,0 43,6 4,2 37,5 3,0 129 0,4 WE5000360-T46
40,0 48,8 6,3 41,5 3,0 132 0,7 WE5100400-T46
42,0 50,8 6,3 43,5 3,0 133 0,7 WE5100420-T46
45,0 53,8 6,3 46,5 3,0 135 0,7 WE5100450-T46

48,0 56,8 6,3 49,5 3,0 137 0,7 WE5100480-T46
50,0 58,8 6,3 51,5 3,0 138 0,7 WE5100500-T46
52,0 60,8 6,3 53,5 3,0 139 0,7 WE5100520-T46
55,0 63,8 6,3 56,5 3,0 141 0,7 WE5100550-T46
56,0 64,8 6,3 57,5 3,0 142 0,7 WE5100560-T46

60,0 68,8 6,3 61,5 3,0 144 0,7 WE5100600-T46
63,0 71,8 6,3 64,5 3,0 146 0,7 WE5100630-T46
65,0 73,8 6,3 66,5 3,0 147 0,7 WE5100650-T46
70,0 82,2 8,1 72,0 4,0 234 1,0 WE5200700-T46
Table 22 Turcon® Excluder® 5 Ordering Information (Metric - Continued)

Rod Groove Groove Exit Step O-Ring Radius Turcon® Excluder® 5
Diameter Diameter Width Diameter Width
C f8 D H9 G+0,2 E H11 W min. Dash No. R (Max) Part No.
75,0 87,2 8,1 77,0 4,0 235 1,0 WE5200750-T46

80,0 92,2 8,1 82,0 4,0 237 1,0 WE5200800-T46
85,0 97,2 8,1 87,0 4,0 239 1,0 WE5200850-T46
90,0 102,2 8,1 92,0 4,0 240 1,0 WE5200900-T46
95,0 107,2 8,1 97,0 4,0 242 1,0 WE5200950-T46
100,0 112,2 8,1 102,0 4,0 243 1,0 WE5201000-T46

105,0 117,2 8,1 107,0 4,0 245 1,0 WE5201050-T46
110,0 122,2 8,1 112,0 4,0 246 1,0 WE5201100-T46
115,0 127,2 8,1 117,0 4,0 248 1,0 WE5201150-T46
120,0 132,2 8,1 122,0 4,0 249 1,0 WE5201200-T46
125,0 137,2 8,1 127,0 4,0 251 1,0 WE5201250-T46

130,0 142,2 8,1 132,0 4,0 253 1,0 WE5201300-T46
135,0 147,2 8,1 137,0 4,0 254 1,0 WE5201350-T46
140,0 156,0 9,5 142,5 5,0 359 1,2 WE5301400-T46
150,0 166,0 9,5 152,5 5,0 361 1,2 WE5301500-T46
160,0 176,0 9,5 162,5 5,0 363 1,2 WE5301600-T46

170,0 186,0 9,5 172,5 5,0 365 1,2 WE5301700-T46
180,0 196,0 9,5 182,5 5,0 366 1,2 WE5301800-T46
190,0 206,0 9,5 192,5 5,0 368 1,2 WE5301900-T46
200,0 216,0 9,5 202,5 5,0 369 1,2 WE5302000-T46
210,0 226,0 9,5 212,5 5,0 371 1,2 WE5302100-T46

220,0 236,0 9,5 222,5 5,0 373 1,2 WE5302200-T46
230,0 246,0 9,5 232,5 5,0 374 1,2 WE5302300-T46
240,0 256,0 9,5 242,5 5,0 376 1,2 WE5302400-T46
250,0 266,0 9,5 252,5 5,0 377 1,2 WE5302500-T46
260,0 276,0 9,5 262,5 5,0 378 1,2 WE5302600-T46

280,0 296,0 9,5 282,5 5,0 379 1,2 WE5302800-T46
300,0 316,0 9,5 302,5 5,0 381 1,2 WE5303000-T46
320,0 336,0 9,5 322,5 5,0 382 1,2 WE5303200-T46
350,0 366,0 9,5 352,5 5,0 383 1,2 WE5303500-T46
360,0 376,0 9,5 362,5 5,0 383 1,2 WE5303600-T46

400,0 424,0 14,0 402,5 8,0 461 1,5 WE5404000-T46
500,0 524,0 14,0 502,5 8,0 469 1,5 WE5405000-T46
600,0 624,0 14,0 602,5 8,0 473 1,5 WE5406000-T46
The matching O-Ring may have larger or smaller OD than the groove diameter. However, the difference shall not affect the
performance and reliability of the scraper once the Excluder® 5 is installed properly.
Ordering Example
Order No. WE51 00500 – T46
Rod Diameter: C = 50.0 mm
Series: WE51 (from Table 22) Series No.
Part No.: WE5100500 (from Table 22)
Rod Diameter (mm x 10)
code numbers are appended to the Part No. Together they Material code (Scraper)
from the Order Number.
Notes:
(1) Tolerances used are per ISO-286 ISO System of limits
and fits.
(2) Order O-Ring separately.
Rotary Seals: V-Seal
Rotary Seals V-Seal
Description Method of Operation
The V-Seal is a rubber-elastic axially acting shaft seal for The V-Seal is stretched onto the shaft and is held in position by its
pressure-free sealing. Figure 14 shows the structure of the seal intrinsic elastic stretch. The flexible sealing lip contacts the
with the main functional elements: stationary sealing surface with a slight contact force. The sealing
surface is perpendicular to the shaft axis. The flexible sealing lip
compensates for tolerances, misalignment or angular deviations.
b
The seal lip prevents the escape of grease or oil from the inside,
and protects against water splash or dust from the outside. Due
a to the centrifugal force, the outer seal body acts as a sling ring and
prevents the ingress of dirt (Figure 15).
Seal cross-section
a) Seal body
b) Sealing lip c
c) Pivot
Figure 14 Functional elements of the V-Seal
The Seal Body
The seal body ensures the reliable elastomeric squeeze of the seal
on the shaft. Normally the seal rotates with the shaft.
The Sealing Lip
The moving conical sealing lip contacts the normally static mating
surface axially. It compensates for angular deviations and seals Figure 15 Method of operation of the V-Seal
reliably against the mating surface.
Advantages
The Pivot
- An effective, low cost shaft seal
The pivot represents the spring-like connection between the seal - No metal parts, pure rubber-elastic material
body and the sealing lip. It ensures a constant elastic mobility of - minimum design work necessary, no installation
the sealing lip to give a slight contact pressure on the mating machining required
surface. - Eliminates demands on the machining and surface
quality or hardness of the shaft
Characteristics - Simple installation
- No shaft wear
The principal characteristic of the V-Seal is the axially acting - Mating surface may be left unhardened
sealing lip. In contrast to conventional shaft seals, the V-Seal - Minimum friction, low frictional losses, long service
seals in an axial direction. life
- Simultaneous function as a seal and dirt repellant
The mobility and adaptability of the sealing lip allows compen- - Suitable for high speeds
sation for larger tolerances and angular deviations more than
with any other sealing elements.
The V-Seal can be used as an O.E.M. production seal or as an

individual seal for refits and repairs.
V-Seal Rotary Seals
Applications
Protection Classes:
Seal of elastomer materials with V-Seals conform to protection
The ease of use and reliable function combined with minimum class IP 55.
design requirements gives the V-Seal a wide range of applica-
tions for industrial engineering, water treatment plants, rolling Friction
mills, machine tools, etc.
The low contact pressure of the sealing lip ensures low frictional
The smaller seal sizes are often used in household and electrical losses. They can be influenced by greater or lesser contact force.
appliances and electric motors. The installation dimensions in our table refer to standard appli-
cations. The starting torque is considerably lower than that of
V-Seals can be used for sealing against dust, dirt, lubricating radial shaft seal.
grease, splash oil, water and other media.
The frictional losses are influenced by the peripheral speed. With
In special cases the seal can also be used as a static seal, i.e. increasing peripheral speed, the frictional losses increase up to
mounted on the stationary part. approximately 12 m/s (39 ft/s). Above this speed, the high
centrifugal forces relieve the sealing lip.
Seal Types
The power losses can be seen in Figure 17.
The VA type seal is the most frequently used profile. This type is
available as a standard for shaft diameters from 3 to 1200mm. Reducing Friction
The diameter range is split into nine profile sizes.
Busak+Shamban V-Seals of Nitrile Rubber (NBR) are subjected to
surface treatment in a special process. This anti-friction (AF)
Larger diameters up to 2000 mm can be produced by butt- treatment reduces the friction by an additional 40 to 50%
vulcanizing several ring segments. compared with untreated V-Seals.
This offers the user the following added advantages:
- Low starting torques

- No stick-slip effects even after prolonged inactivity
- Increased service life
- High dry running reliability
The AF treatment cannot be used when V-Seals are used in special

applications, e.g. as suction units for transport and positioning
Figure 16 Standard VA Seal type facilities.
Technical Data
Operating pressure: atmospheric
Velocities:
Normal application: < 8 m/s (25.6 ft/s)
Axially secured: > 8 m/s (25.6 ft/s)
Axially and radially secured: > 12 m/s (39 ft/s)
Temperature:
- 40oC to +180oC (-40oF to 356oF)–depending on the elastomer
material
Rotary Seals V-Seal
70
V-Seals with AF treatment
65
d=190 V-Seals without AF treatment
60
d = shaft diameter (mm)
55
50
d=150
45 Technical Data:
40 - Dry running
d=120
Power loss (W)
35 - Mating surface steel,

d=190 unhardened
30
d=150
25
d=75 d=120
20
15 d=50
d=75
10
d=25 d=50
5
d=25
0
0 2 4 6 8 10 12 14 16 18
Peripheral speed (m/ s)
Figure 17 Power loss as a function of peripheral speed for various sizes
Materials
Design Instructions
V-Seals are supplied as standard in two material grades:
Choice of the Seal Ring
Nitrile Rubber (NBR) in 60 Shore A, AF treated as standard
The choice of seal sizes can be made from the table Ordering
Material No.: N60 Information. (Table 23, page 71)
Temperature: -40oC to +100oC (-40oF to 212oF)
Media: Mineral oils, air, water, emulsions, The V-Seal size can always be selected for one diameter range.
greases If the nominal diameter of the shaft lies in the boundary range
between two recommendations, the next larger V-Seal should be
Fluoroelastomer (FPM), 65 Shore A used.
Material No.: VD0 The torque is transmitted by the intrinsic elastic stretch of the ring
Temperature: -20oC to +180oC (-4oF to 356oF) on the shaft.
Media: Mineral and synthetic oils and
greases, acids, lyes Design of the Mating Surface
Other materials on request. All components against which the V-Seal is to seal can serve as
the mating surface, for example
- The face of a roller bearing

- A shaft collar
- A thrust washer
V-Seal Rotary Seals
The mating surface does not require hardening. With highly In order to bring the V-Seal into its working position, turn the shaft
abrasive materials such as sand, dirt or scale, however, a hard and push or center the seal body with a blunt object until it reaches
mating surface is beneficial. its installation position.
A suitable surface can be achieved by precision machining. The For series-production installation, simple tools are sufficient to
surface should have no radial or spiral machining grooves. For bring the seal into the correct installation position.
critical applications such as high velocities, radial deflection, low
friction or severe soiling, the surface quality should be approxi- Where large-diameter seals are to be installed, several fitters may
mately: be necessary as the stretching of large cross-sections requires
considerable force.
Rmax. = 10,0 - 16,0 µm
Rz = 6,3 - 10,0 µm Butt-vulcanized seals must not be stretched at the joint.
Ra = 1,6 - 3,2 µm
If, in the case of a repair, the installation of a closed ring is not
Installation Instructions possible or very time-consuming and expensive, it may be
possible to seal a butt joint on site. Please contact us. We will be
With the exception of special seals, V-Seals require no particular glad to help you.
preparation for installation, nor are installation bevels or other
design measures necessary.
During installation, the V-Seal can be stretched up to 20%, and

may be drawn over a shaft or thrust washer. No sharp tools
should be used for installation.
Installation Recommendations Type VA

G H
W1
W2
ØB ØC ØD ØC2
Figure 18 Installation drawing
Rotary Seals V-Seal
Table 23 Ordering Information (Metric)

Shaft C B D Installation Ring Profile Profile Width Part No.
Diameter Max Min width Diameter Height Width W2
Range G C2 W1 H
2,7-3,4 C+1 C+4 2,5±0,3 2,5 1,5 3,0 2,1 TWVA00030
3,5-4,4 C+1 C+6 3,0±0,4 3,2 2,0 3,7 2,4 TWVA00040
4,5-5,4 C+1 C+6 3,0±0,4 4,0 2,0 3,7 2,4 TWVA00050
5,5-6,4 C+1 C+6 3,0±0,4 5,0 2,0 3,7 2,4 TWVA00060
6,5-7,5 C+1 C+6 3,0±0,4 6,0 2,0 3,7 2,4 TWVA00070
8,0-9,0 C+1 C+6 3,0±0,4 7,0 2,0 3,7 2,4 TWVA00080

9,5-11,0 C+2 C+9 4,5±0,6 9,0 3,0 5,5 3,4 TWVA00100
11,5-12,0 C+2 C+9 4,5±0,6 10,5 3,0 5,5 3,4 TWVA00120
13,5-15,0 C+2 C+9 4,5±0,6 12,5 3,0 5,5 3,4 TWVA00140
15,5-17,0 C+2 C+9 4,5±0,6 14,0 3,0 5,5 3,4 TWVA00160
17,5-18,5 C+2 C+9 4,5±0,6 16,0 3,0 5,5 3,4 TWVA00180

19,0-20,5 C+2 C+12 6,0±0,8 18,0 4,0 7,5 4,7 TWVA00200
21,0-23,5 C+2 C+12 6,0±0,8 20,0 4,0 7,5 4,7 TWVA00220
24,0-26,5 C+2 C+12 6,0±0,8 22,0 4,0 7,5 4,7 TWVA00250
27,0-28,5 C+2 C+12 6,0±0,8 25,0 4,0 7,5 4,7 TWVA00280
29,0-30,5 C+3 C+12 6,0±0,8 27,0 4,0 7,5 4,7 TWVA00300

31,0-32,5 C+3 C+12 6,0±0,8 29,0 4,0 7,5 4,7 TWVA00320
33,0-35,5 C+3 C+12 6,0±0,8 31,0 4,0 7,5 4,7 TWVA00350
36,0-37,5 C+3 C+12 6,0±0,8 34,0 4,0 7,5 4,7 TWVA00380
38,0-42,0 C+3 C+15 7,0±1,0 36,0 5,0 9,0 5,5 TWVA00400
43,0-47,0 C+3 C+15 7, 0±1,0 40,0 5,0 9,0 5,5 TWVA00450

48,0-52,0 C+3 C+15 7, 0±1,0 45,0 5,0 9,0 5,5 TWVA00500
53,0-57,0 C+3 C+15 7, 0±1,0 49,0 5,0 9,0 5,5 TWVA00550
58,0-62,0 C+3 C+15 7,0±1,0 54,0 5,0 9,0 5,5 TWVA00600
63,0-67,0 C+3 C+15 7,0±1,0 58,0 5,0 9,0 5,5 TWVA00650
68,0-72,0 C+4 C+18 9,0±1,2 63,0 6,0 11,0 6,8 TWVA00700

73,0-77,0 C+4 C+18 9,0±1,2 67,0 6,0 11,0 6,8 TWVA00750
78,0-82,0 C+4 C+18 9,0±1,2 72,0 6,0 11,0 6,8 TWVA00800
83,0-87,0 C+4 C+18 9,0±1,2 76,0 6,0 11,0 6,8 TWVA00850
88,0-92,0 C+4 C+18 9,0±1,2 81,0 6,0 11,0 6,8 TWVA00900
93,0-97,0 C+4 C+18 9,0±1,2 85,0 6,0 11,0 6,8 TWVA00950

98,0-104,0 C+4 C+18 9,0±1,2 90,0 6,0 11,0 6,8 TWVA01000
105,0-114,0 C+4 C+21 10,5±1,5 99,0 7,0 12,8 7,9 TWVA01100
115,0-124,0 C+4 C+21 1 0 , 5 ± 1,5 108,0 7,0 12,8 7,9 TWVA01200
125,0-134,0 C+4 C+21 1 0 , 5 ± 1,5 117,0 7,0 12,8 7,9 TWVA01300
V-Seal Rotary Seals
Table 23 Ordering Information (Metric - Continued)

Range G C2 W1 H
135,0-144,0 C+4 C+21 1 0 , 5± 1,5 126,0 7,0 12,8 7,9 TW VA01400

145,0-154,0 C+4 C+21 1 0 , 5± 1,5 135,0 7,0 12,8 7,9 TW VA01500
155,0-164,0 C+5 C+24 1 2 , 0± 1,8 144,0 8,0 14,5 9,0 TW VA01600
165,0-174,0 C+5 C+24 1 2 , 0± 1,8 153,0 8,0 14,5 9,0 TW VA01700
175,0-184,0 C+5 C+24 1 2 , 0± 1,8 162,0 8,0 14,5 9,0 TW VA01800
185,0-194,0 C+5 C+24 1 2 , 0± 1,8 171,0 8,0 14,5 9,0 TW VA01900

195,0-189,0 C+5 C+24 1 2 , 0± 1,8 180,0 8,0 14,5 9,0 TW VA01990
190,0-209,0 C+10 C+45 2 0 , 0± 4,0 180,0 15,0 25,0 14,3 TW VA02000
210,0-234,0 C+10 C+45 2 0 , 0± 4,0 198,0 15,0 25,0 14,3 TW VA02200
235,0-264,0 C+10 C+45 2 0 , 0± 4,0 225,0 15,0 25,0 14,3 TW VA02500
265,0-289,0 C+10 C+45 2 0 , 0± 4,0 247,0 15,0 25,0 14,3 TW VA02750

290,0-309,0 C+10 C+45 2 0 , 0± 4,0 270,0 15,0 25,0 14,3 TW VA03000
310,0-334,0 C+10 C+45 2 0 , 0± 4,0 292,0 15,0 25,0 14,3 TW VA03250
335,0-364,0 C+10 C+45 2 0 , 0± 4,0 315,0 15,0 25,0 14,3 TW VA03500
365,0-389,0 C+10 C+45 2 0 , 0± 4,0 337,0 15,0 25,0 14,3 TW VA03750
390,0-429,0 C+10 C+45 2 0 , 0± 4,0 360,0 15,0 25,0 14,3 TW VA04000

430,0-479,0 C+10 C+45 2 0 , 0± 4,0 405,0 15,0 25,0 14,3 TW VA04500
480,0-529,0 C+10 C+45 2 0 , 0± 4,0 450,0 15,0 25,0 14,3 TW VA05000
530,0-579,0 C+10 C+45 2 0 , 0± 4,0 495,0 15,0 25,0 14,3 TW VA05500
580,0-629,0 C+10 C+45 2 0 , 0± 4,0 540,0 15,0 25,0 14,3 TW VA06000
630,0-664,0 C+10 C+45 2 0 , 0± 4,0 600,0 15,0 25,0 14,3 TW VA06500

665,0-704,0 C+10 C+45 2 0 , 0± 4,0 630,0 15,0 25,0 14,3 TW VA07000
705,0-744,0 C+10 C+45 2 0 , 0± 4,0 670,0 15,0 25,0 14,3 TW VA07250
745,0-784,0 C+10 C+45 2 0 , 0± 4,0 705,0 15,0 25,0 14,3 TW VA07500
785,0-829,0 C+10 C+45 2 0 , 0± 4,0 745,0 15,0 25,0 14,3 TW VA08000
830,0-874,0 C+10 C+45 2 0 , 0± 4,0 785,0 15,0 25,0 14,3 TW VAV8500

875,0-919,0 C+10 C+45 2 0 , 0± 4,0 825,0 15,0 25,0 14,3 TW VA09000
920,0-964,0 C+10 C+45 2 0 , 0± 4,0 865,0 15,0 25,0 14,3 TW VA09500
965,0-1010,0 C+10 C+45 2 0 , 0± 4,0 910,0 15,0 25,0 14,3 TW VAX1000*
1015,0-1060,0 C+10 C+45 2 0 , 0± 4,0 955,0 15,0 25,0 14,3 TW VAX1050*
1065,0-1110,0 C+10 C+45 2 0 , 0± 4 , 0 1000,0 15,0 25,0 14,3 TW VAX1100*

1115,0-1160,0 C+10 C+45 2 0 , 0± 4 , 0 1045,0 15,0 25,0 14,3 TW VAX1150*
1165,0-1210,0 C+10 C+45 2 0 , 0± 4 , 0 1090,0 15,0 25,0 14,3 TW VA01200
1215,0-1260,0 C+10 C+45 2 0 , 0± 4 , 0 1135,0 15,0 25,0 14,3 TW VA01250
1270,0-1310,0 C+10 C+45 2 0 , 0± 4 , 0 1180,0 15,0 25,0 14,3 TW VAX1300*
Rotary Seals V-Seal
Table 23 Ordering Information (Metric - Continued)

Range G C2 W1 H
1320,0-1360,0 C+10 C+45 20,0±4,0 1225,0 15,0 25,0 14,3 TW VAX1350*
1370,0-1410,0 C+10 C+45 20,0±4,0 1270,0 15,0 25,0 14,3 TW VAX1400*
1420,0-1460,0 C+10 C+45 20,0±4,0 1315,0 15,0 25,0 14,3 TW VAX1450*
1470,0-1510,0 C+10 C+45 20,0±4,0 1360,0 15,0 25,0 14,3 TW VAX1500*
1520,0-1560,0 C+10 C+45 20,0±4,0 1405,0 15,0 25,0 14,3 TW VAX1550*
1570,0-1610,0 C+10 C+45 20,0±4,0 1450,0 15,0 25,0 14,3 TW VAX1600*

1620,0-1660,0 C+10 C+45 20,0±4,0 1495,0 15,0 25,0 14,3 TW VAX1650*
1670,0-1710,0 C+10 C+45 20,0±4,0 1540,0 15,0 25,0 14,3 TW VAX1700*
1720,0-1760,0 C+10 C+45 20,0±4,0 1585,0 15,0 25,0 14,3 TW VAX1750*
1770,0-1810,0 C+10 C+45 20,0±4,0 1630,0 15,0 25,0 14,3 TW VAX1800*
1820,0-1860,0 C+10 C+45 20,0±4,0 1675,0 15,0 25,0 14,3 TW VAX1850*

1870,0-1910,0 C+10 C+45 20,0±4,0 1720,0 15,0 25,0 14,3 TW VAX1900*
1920,0-1960,0 C+10 C+45 20,0±4,0 1765,0 15,0 25,0 14,3 TW VAX1950*
1970,0-2010,0 C+10 C+45 20,0±4,0 1810,0 15,0 25,0 14,3 TW VAX2000*
*Available only in butt-vulcanized from. Where butt-vulcanized seals are used, reduced application parameters may have to be
taken into consideration. In critical cases, please contact us.
Ordering Example Order No. TWVA00300 – N60

V-Seal, Type VA
for shaft diameter = 30,0 mm Series No.
Material: NBR (Nitrile Rubber, 60 Shore A)
with Anti-friction (AF) treatment
Material code
Rotary Seals: X-Sel® QUAD-RING® Seal
X-Sel® QUAD-RING® Seal Rotary Seals
General Method of Operation
The X-Sel® QUAD-RING® Seal is a four-lip seal used and handled The QUAD-RING® Seal is a pressure energized, double-acting
much like O-Rings. But where O-Rings have drawbacks, the X- seal. It is a circular ring with an almost square cross section which
Sel® QUAD-RING® Seal achieves a substantially more efficient is produced by vulcanizing in the mold. Radial and axial force
seal. Application ranges are extensive due to the many types of are dependent upon the system pressure. The result is an increase
synthetic rubber available today. in the compression of the seal as the pressure rises.
This section deals mainly with rotary applications. For reciprocat- Selection of X-Sel ® QUAD-RING ® Seal
ing applications, please refer to the QUAD-RING® section under for Rotary Applications
Basic Seals.
In applications with small cyclic periods of activity, X-Sel® QUAD-
Advantages RING® Seal can be used for sealing rotating shafts. In this case,
the following points should be observed:
The QUAD-RING® Seal has several advantages over O-Rings:
To function as a rotary seal, X-Sel® QUAD-RING® Seal must be
- No likelihood of twisting from reciprocating motion installed in accordance with the rotary seal principle. The rotary
- Less friction because it requires less radial pre- seal principle is based on the fact that an elongated elastomer
stressing which lessens contact pressure ring (O-Ring or QUAD-RING® Seal ) contracts when warm (Joule
- Less leakage because contact pressure is evenly effect). With the normal method of installation (inside diameter
distributed d1 < shaft diameter), the frictional heat would cause the ring to
- No interfering flash because the mold parting line is contract even further. This results in a higher pressure on the
located between the lips affecting the seal rotating shaft so that a lubricant film is prevented from forming
- Long life and better sealing in dynamic applications under the seal and even higher friction occurs. The result would
be increased wear and premature failure of the seal.
Using the rotary seal principle, this is prevented by the seal ring
being selected so that its inside diameter is approximately 2 to 5%
The QUAD-RING Seal can be used in either dynamic or static
®
larger than the shaft diameter to be sealed. The installation in the
applications. However, it is most often used for slow dynamic or
groove means that the seal ring is compressed radially and is
rotary applications since the O-Ring is more economical for static
pressed against the shaft by the groove root. The seal ring is thus
applications.
slightly corrugated in the groove, which helps to improve the
lubrication.
- Dynamic seals : for reciprocating pistons, rods,
plungers, etc., and for shafts, spindles, etc. sub-
A special QUAD-RING® Seal, Type X-Sel® , is recommended for
jected to slewing, spiral and rotary motion
rotary seal applications. X-Sel® QUAD-RING® Seals have a
special, thin and highly wear-resistant plastic coating. This blue
- Static seals : radial and axial seals for bushings,
coating reduces friction by absorbing lubricant in its porus
flanges, covers, etc.
surface and thus increasing the abrasion resistance.
Operating Ranges
Pressure: up to approximately 40 MPa

(together with PTFE back-up rings)
Speed: 0,5 m/s continuous up to 2,0 m/s(6.6 ft/s) PRESSURE

briefly.
Temperature: approx. -30oC to +80oC (-22oF to +176o F)

® QUAD-RING is a registered trademark of Quadion Corporation Figure 19 QUAD-RING® Seal load distribution profile
Rotary Seals X-Sel® QUAD-RING® Seal
QUAD-RING® Seal Dimensional Data
G G1 G2
R
(64 µin)
PRESSURE
1,6 µm Ra Max
(4 - 8 µin)
,1 - ,2 µm
øD
øC S*
*See Table 38 on page 113 for radial clearances
Table 24 QUAD-RING® Seal Ordering Information (Metric)

Rod Groove Groove Width Radius QUAD-RING® Seal Back-up Ring,
Diameter (+ 0,2) X-Sel® Uncut
C f8 D H8 G G1 G2 R (Max) Part No. Part No.
4,0 7,2 2,0 3,2 4,4 0,2 QBAR04008 BU16J0040

5,0 8,2 2,0 3,2 4,4 0,2 QBAR04009 BU16J0050
8,0 11,2 2,0 3,2 4,4 0,2 QBAR4012A BU17J0080
10,0 14,8 2,8 4,0 5,2 0,3 QBAR4111A BU24J0100
12,0 16,8 2,8 4,0 5,2 0,3 QBAR04112 BU24J0120
15,0 19,8 2,8 4,0 5,2 0,3 QBAR04114 BU24J0150

16,0 20,8 2,8 4,0 5,2 0,3 QBAR04115 BU24J0160
18,0 22,8 2,8 4,0 5,2 0,3 QBAR04116 BU24J0180
20,0 26,7 3,8 5,4 7,0 0,4 QBAR04211 BU33N0200
22,0 28,7 3,8 5,4 7,0 0,4 QBAR04213 BU33N0220
25,0 31,7 3,8 5,4 7,0 0,4 QBAR04215 BU33N0250

28,0 34,7 3,8 5,4 7,0 0,4 QBAR04217 BU33N0280
30,0 36,7 3,8 5,4 7,0 0,4 QBAR04218 BU33N0300
32,0 38,7 3,8 5,4 7,0 0,4 QBAR04219 BU33N0320
35,0 41,7 3,8 5,4 7,0 0,4 QBAR04221 BU33N0350
36,0 42,7 3,8 5,4 7,0 0,4 QBAR04222 BU33N0360

40,0 49,9 6,0 8,0 10,0 0,4 QBAR04326 BU49R0400
42,0 51,9 6,0 8,0 10,0 0,4 QBAR04327 BU49R0420
45,0 54,9 6,0 8,0 10,0 0,4 QBAR04328 BU49R0450
48,0 57,9 6,0 8,0 10,0 0,4 QBAR04329 BU49R0480
Table 24 QUAD-RING® Seal Ordering Information (Metric - Continued)

Diameter (+ 0,2) X-Sel® Uncut
50,0 59,9 6,0 8,0 10,0 0,40 QBAR04330 BU49R0500

52,0 61,9 6,0 8,0 10,0 0,40 QBAR04330 BU49R0520
55,0 64,9 6,0 8,0 10,0 0,40 QBAR04331 BU49R0550
56,0 65,9 6,0 8,0 10,0 0,40 QBAR04331 BU49R0560
60,0 69,9 6,0 8,0 10,0 0,40 QBAR04333 BU49R0600
63,0 72,9 6,0 8,0 10,0 0,40 QBAR04334 BU49R0630

65,0 74,9 6,0 8,0 10,0 0,40 QBAR04334 BU49R0650
70,0 79,9 6,0 8,0 10,0 0,40 QBAR04336 BU49R0700
75,0 84,9 6,0 8,0 10,0 0,40 QBAR04338 BU49R0750
80,0 89,9 6,0 8,0 10,0 0,40 QBAR04339 BU49R0800
85,0 94,9 6,0 8,0 10,0 0,40 QBAR04341 BU49R0850

90,0 99,9 6,0 8,0 10,0 0,40 QBAR04343 BU49R0900
95,0 104,9 6,0 8,0 10,0 0,40 QBAR04344 BU49R0950
100,0 109,9 6,0 8,0 10,0 0,40 QBAR04346 BU49R1000
105,0 114,9 6,0 8,0 10,0 0,40 QBAR04348 BU49R1050
110,0 123,3 7,7 10,2 12,7 0,60 QBAR04426 BU66T1100

115,0 128,3 7,7 10,2 12,7 0,60 QBAR04427 BU66T1150
120,0 133,3 7,7 10,2 12,7 0,60 QBAR04428 BU66T1200
125,0 138,3 7,7 10,2 12,7 0,60 QBAR04430 BU66T1250
130,0 143,3 7,7 10,2 12,7 0,60 QBAR04432 BU66T1300
140,0 153,3 7,7 10,2 12,7 0,60 QBAR04435 BU66T1400

150,0 163,3 7,7 10,2 12,7 0,60 QBAR04438 BU66T1500
160,0 173,3 7,7 10,2 12,7 0,60 QBAR04439 BU66T1600
180,0 193,3 7,7 10,2 12,7 0,60 QBAR04442 BU66T1800
200,0 213,3 7,7 10,2 12,7 0,60 QBAR04445 BU66T2000
Table 25 QUAD-RING® Seal and Back-up Ring (uncut) for Rotary Applications Ordering
Information (Internal Sealing) (Imperial)
Diameter Diameter (+ 0,2) X-Sel® Uncut
.500 .691 .110 .158 .205 .010 QBAR04113 BU24J0127
.625 .816 .110 .158 .205 .010 QBAR04115 BU24J0159
.750 .941 .110 .158 .205 .010 QBAR04117 BU24J0191
.875 1.136 .150 .213 .276 .015 QBAR04213 BU33N0222
1.000 1.261 .150 .213 .276 .015 QBAR04215 BU33N0254
1.125 1.386 .150 .213 .276 .015 QBAR04217 BU33N0286

1.250 1.510 .150 .213 .276 .015 QBAR04219 BU33N0318
1.375 1.635 .150 .213 .276 .015 QBAR04221 BU33N0349
1.500 1.898 .235 .314 .393 .015 QBAR04326 BU50R0381
1.625 2.023 .235 .314 .393 .015 QBAR04327 BU50R0413
1.750 2.148 .235 .314 .393 .015 QBAR04328 BU50R0445

1.875 2.273 .235 .314 .393 .015 QBAR04329 BU50R0476
2.000 2.397 .235 .314 .393 .015 QBAR04330 BU50R0508
2.125 2.522 .235 .314 .393 .015 QBAR04331 BU50R0540
2.250 2.647 .235 .314 .393 .015 QBAR04332 BU50R0572
2.375 2.772 .235 .314 .393 .015 QBAR04333 BU50R0603

2.500 2.897 .235 .314 .393 .015 QBAR04334 BU50R0635
2.625 3.022 .235 .314 .393 .015 QBAR04335 BU50R0668
2.750 3.147 .235 .314 .393 .015 QBAR04336 BU50R0699
2.875 3.272 .235 .314 .393 .015 QBAR04337 BU50R0730
3.000 3.397 .235 .314 .393 .015 QBAR04338 BU50R0762

3.125 3.522 .235 .314 .393 .015 QBAR04339 BU50R0794
3.250 3.646 .235 .314 .393 .015 QBAR04340 BU50R0826
3.375 3.771 .235 .314 .393 .015 QBAR04341 BU50R0857
3.500 3.896 .235 .314 .393 .015 QBAR04342 BU50R0889
3.625 4.021 .235 .314 .393 .015 QBAR04343 BU50R0921

3.750 4.146 .235 .314 .393 .015 QBAR04344 BU50R0953
3.875 4.271 .235 .314 .393 .015 QBAR04345 BU50R0984
4.000 4.396 .235 .314 .393 .015 QBAR04346 BU50R1016
4.125 4.521 .235 .314 .393 .015 QBAR04347 BU50R1048
4.250 4.646 .235 .314 .393 .015 QBAR04348 BU50R1080

4.375 4.771 .235 .314 .393 .015 QBAR04349 BU50R1111
4.500 4.896 .235 .314 .393 .015 QBAR04350 BU50R1143
4.625 5.145 .305 .404 .502 .025 QBAR04427 BU66T1175
4.750 5.269 .305 .404 .502 .025 QBAR04428 BU66T1207
Information (Internal Sealing) (Imperial- Continued)
Rod Groove Groove Width Radius QUAD-RING® Seal Back-up Ring
Diameter Diameter (+ .005) X-Sel® Uncut
C f8 D (H8) G1 G2 G3 R(Max) Part No. Part No.
4.875 5.394 .305 .404 .502 .025 QBAR04429 BU66T1238
5.000 5.519 .305 .404 .502 .025 QBAR04430 BU66T1270
5.125 5.644 .305 .404 .502 .025 QBAR04431 BU66T1302
5.250 5.769 .305 .404 .502 .025 QBAR04432 BU66T1334
5.375 5.894 .305 .404 .502 .025 QBAR04433 BU66T1365
5.500 6.019 .305 .404 .502 .025 QBAR04434 BU66T1397

5.625 6.144 .305 .404 .502 .025 QBAR04435 BU66T1429
5.750 6.269 .305 .404 .502 .025 QBAR04436 BU66T1461
5.875 6.394 .305 .404 .502 .025 QBAR04437 BU66T1492
6.000 6.519 .305 .404 .502 .025 QBAR04438 BU66T1524
6.250 6.769 .305 .404 .502 .025 QBAR04439 BU66T1588

6.500 7.019 .305 .404 .502 .025 QBAR04440 BU66T1651
6.750 7.269 .305 .404 .502 .025 QBAR04441 BU66T1715
7.000 7.519 .305 .404 .502 .025 QBAR04442 BU66T1778
7.250 7.768 .305 .404 .502 .025 QBAR04443 BU66T1842
7.500 8.018 .305 .404 .502 .025 QBAR04444 BU66T1905

7.750 8.268 .305 .404 .502 .025 QBAR04445 BU66T1969
8.000 8.518 .305 .404 .502 .025 QBAR04446 BU66T2032
8.500 9.018 .305 .404 .502 .025 QBAR04447 BU66T2159
9.000 9.518 .305 .404 .502 .025 QBAR04448 BU66T2286
9.500 10.018 .305 .404 .502 .025 QBAR04449 BU66T2413

10.000 10.517 .305 .404 .502 .025 QBAR04450 BU66T2540
10.500 11.017 .305 .404 .502 .025 QBAR04451 BU66T2667
11.000 11.517 .305 .404 .502 .025 QBAR04452 BU66T2794
11.500 12.017 .305 .404 .502 .025 QBAR04453 BU66T2921
12.000 12.517 .305 .404 .502 .025 QBAR04454 BU66T3048

12.500 13.017 .305 .404 .502 .025 QBAR04455 BU66T3175
13.000 13.517 .305 .404 .502 .025 QBAR04456 BU66T3302
13.500 14.017 .305 .404 .502 .025 QBAR04457 BU66T3429
14.000 14.517 .305 .404 .502 .025 QBAR04458 BU66T3556
14.500 15.017 .305 .404 .502 .025 QBAR04459 BU66T3683

15.000 15.517 .305 .404 .502 .025 QBAR04460 BU66T3810
15.500 16.017 .305 .404 .502 .025 QBAR04461 BU66T3937
16.000 16.516 .305 .404 .502 .025 QBAR04462 BU66T4064
16.500 17.016 .305 .404 .502 .025 QBAR04463 BU66T4191
Information (Internal Sealing) (Imperial- Continued)
Rod Groove Groove Width Radius QUAD-RING® Seal Back-up Ring
Diameter Diameter (+ .005) X-Sel® Uncut
C f8 D (H8) G1 G2 G3 R(Max) Part No. Part No.
17.000 17.516 .305 .404 .502 .025

17.500 18.016 .305 .404 .502 .025
18.000 18.516 .305 .404 .502 .025
18.500 19.016 .305 .404 .502 .025
19.000 19.516 .305 .404 .502 .025
19.500 20.016 .305 .404 .502 .025

20.000 20.514 .305 .404 .502 .025
Ordering Example
Order No. QBAR04330 – N7004
X-sel QUAD-RING Seal and Back-up Ring for rod
® ®
diameter C = 50,0 mm Part No.

QUAD-RING® Seal according to AS 568A Quality Index (Standard)
Dimensions: Inside diameter d1 = 53,34 mm Compound No. (Standard)
Cord diameter W = 5,33 mm
Compound: NBR 70 (Acrylonitrile Butadiene
Elastomer, 70 Shore A)
Order No., QUAD-RING® Seal dimensions and installation
dimensions see Tables 24 and 25 on pages 75 through 79.
Standard compound NBR with X-sel coating. The X-sel
coating is indicated by letter B in the second position of
Order No.
Back-up Ring, type BU (uncut) fitted for QUAD-RING® Seal

rod diameter C = 50,0 mm and cord diameter W= 5,33 mm Order No. BU49R0500 – PT00
Compound: PTFE (Polytetrafluorethylene) Part No.

Order No., and installation dimensions see Tables 24 and Quality Index (Standard)
25 on pages 75 through 79. Standard compound PTFE Compound No. (Standard)
Rotary Seals: Turcon® Roto Glyd Ring®
Turcon® Roto Glyd Ring® Rotary Seals
Description Operating
Pressure: up to 30 MPa (4350 psi)
The Turcon® Roto Glyd Ring® is used to seal rods, axles, rotary
leadthroughs, journals, etc. with rotary or oscillating movement. Speed: up 2 m/s (6,6 ft/s)
The seal is double-acting and can be exposed to pressure on both Temperature: -54oC to +200oC (-65oF to +392oF)
or on alternating sides. (depending on O-Ring material)
It consists of a seal ring of high grade Turcon® materials and is
activated by an O-Ring as an elastic energizing element. Media: Mineral oil based hydraulic fluids, flame
retardant hydraulic fluids, environmentally safe
The contact surface profile of the seal ring is designed for use hydraulic fluids (bio-oils), water, air, and oth-
under pressure and at low sliding speeds. ers, depending on O-Ring material.
Depending on the profile cross section of the seal, the contact Note: For continuous operation at temperatures over
surface has one or two continuous machined grooves which serve +60oC (140oF), pressure and speed must be
to: limited.
- Improve seal efficiency by increasing the specified Materials

surface load pressure against the sealed surface.
- Form a lubricant reservoir and reduce friction. Standard materials:
Turcon® seal ring: Turcon® T40
In order to improve the pressure activation of the O-Ring, the
Turcon® Roto Glyd Ring® has notched end faces as standard. O-Ring: NBR, 70 Shore A,
Material No. N7038
The rear face which holds the O-Ring has a concave form. This For specific applications, other material combinations as listed in
increases the contact surface and prevents the seal from turning Table 1, page 2 may also be used.
with the shaft.
Advantages
- Available for internal and external sealing applica-

tions
- Low friction PRESSURE
- Stick-slip-free starting, no sticking
- High abrasion resistance and dimensional stability
- Simple groove design, small groove dimensions
- Lubricant reservoir
- Available in all sizes up to 2.500 mm (100 inches)
diameter Figure 20 Load distribution profile
Rotary Seals Turcon® Roto Glyd Ring®
Installation Recommendations/External Sealing
PRESSURE
(32 µin) 0,5mm R MIN
0,8 µm) G
(.02in)
Ra Max
(4 8 µin) 20°
,1 ,2 µm)
Ra
(32 µin)
0,8 µm)
Ra Max øP øB
øA R (2 PL)
Table 26 Ordering Information/External Sealing (Metric)

Bore Groove Groove Minimum Piston Radius O-Ring Turcon® Roto Glyd Ring®
Diameter Diameter Width Diameter P
B H9 A H9 G+0,2 10 MPa 20 MPa R (Max) Dash No. Part Number
16,0 11,1 2,2 15,74 15,84 0,40 013 TG4000160

18,0 13,1 2,2 17,75 17,85 0,40 014 TG4000180
20,0 15,1 2,2 19,75 19,85 0,40 015 TG4000200
22,0 17,1 2,2 21,75 21,85 0,40 017 TG4000220
25,0 20,1 2,2 24,75 24,85 0,40 018 TG4000250
28,0 23,1 2,2 27,75 27,85 0,40 020 TG4000280

30,0 25,1 2,2 29,76 29,86 0,40 022 TG4000300
32,0 27,1 2,2 31,76 31,86 0,40 023 TG4000320
35,0 30,1 2,2 34,76 34,86 0,40 025 TG4000350
40,0 32,5 3,2 39,66 39,76 0,60 124 TG4100400
42,0 34,5 3,2 41,66 41,76 0,60 125 TG4100420

45,0 37,5 3,2 44,66 44,76 0,60 127 TG4100450
48,0 40,5 3,2 47,66 47,76 0,60 129 TG4100480
50,0 42,5 3,2 49,67 49,77 0,60 130 TG4100500
52,0 44,5 3,2 51,67 51,77 0,60 132 TG4100520
The bore diameters printed in bold type conform to the recommendations of ISO 3320.
Table 26 Ordering Information/External Sealing (Metric - Continued)

55,0 47,5 3,2 54,67 54,77 0,60 133 TG4100550
60,0 52,5 3,2 59,67 59,77 0,60 137 TG4100600
63,0 55,5 3,2 62,67 62,77 0,60 138 TG4100630
65,0 57,5 3,2 64,67 64,77 0,60 140 TG4100650
70,0 62,5 3,2 69,67 69,77 0,60 143 TG4100700
75,0 67,5 3,2 74,67 74,77 0,60 146 TG4100750

80,0 69,0 4,2 79,59 79,69 1,00 231 TG4200800
85,0 74,0 4,2 84,59 84,69 1,00 233 TG4200850
90,0 79,0 4,2 89,59 89,69 1,00 234 TG4200900
95,0 84,0 4,2 94,59 94,69 1,00 236 TG4200950
100 ,0 89,0 4,2 99,59 99,69 1,00 237 TG4201000

105,0 94,0 4,2 104,59 104,69 1,00 239 TG4201050
110,0 99,0 4,2 109,59 109,69 1,00 241 TG4201100
115,0 104,0 4,2 114,59 114,69 1,00 243 TG4201150
120,0 109,0 4,2 119,60 119,70 1,00 244 TG4201200
125 ,0 114,0 4,2 124,60 124,70 1,00 245 TG4201250

130,0 119,0 4,2 129,60 129,70 1,00 247 TG4201300
135,0 119,5 6,3 134,50 134,60 1,30 350 TG4301350
140,0 124,5 6,3 139,50 139,60 1,30 352 TG4301400
150,0 134,5 6,3 149,50 149,60 1,30 355 TG4301500
160 ,0 144,5 6,3 159,50 159,60 1,30 358 TG4301600

170,0 154,5 6,3 169,50 169,60 1,30 361 TG4301700
180,0 164,5 6,3 179,52 179,62 1,30 363 TG4301800
190,0 174,5 6,3 189,52 189,62 1,30 364 TG4301900
200 ,0 184,5 6,3 199,52 199,62 1,30 366 TG4302000
210,0 194,5 6,3 209,52 209,62 1,30 367 TG4302100

220,0 204,5 6,3 219,52 219,62 1,30 369 TG4302200
230,0 214,5 6,3 229,52 229,62 1,30 370 TG4302300
240,0 224,5 6,3 239,52 239,62 1,30 372 TG4302400
250 ,0 234,5 6,3 249,53 249,63 1,30 374 TG4302500
280,0 264,5 6,3 279,53 279,63 1,30 377 TG4302800

300,0 284,5 6,3 299,53 299,63 1,30 379 TG4303000
320 ,0 304,5 6,3 319,54 319,64 1,30 381 TG4303200
350,0 329,0 8,1 349,54 349,64 1,80 454 TG4403500
360,0 339,0 8,1 359,54 359,96 1,80 455 TG4403600
Table 26 Ordering Information/External Sealing (Metric - Continued)

400,0 379,0 8,1 399,56 399,66 1,80 458 TG4404000
420,0 399,0 8,1 419,56 419,66 1,80 460 TG4404200
450,0 429,0 8,1 449,56 449,66 1,80 462 TG4404500
480,0 459,0 8,1 479,56 479,66 1,80 465 TG4404800
500,0 479,0 8,1 499,57 499,67 1,80 466 TG4405000
600,0 579,0 8,1 599,57 599,67 1,80 471 TG4406000

Other dimensions and all intermediate sizes up to 2500 mm diameter including imperial (inch) sizes can be supplied.
* Matching O-Rings may have either larger or smaller ID than the groove diameter. However, the differences shall not affect the
performance and reliability of the seal once the Roto Glyd Ring® is installed properly.
Table 27 Ordering Information/External Sealing (Imperial)

Bore Groove Groove Minimum Piston Radius O-Ring Turcon®
Diameter Diameter Width Diameter P Roto Glyd Ring®
B H9 A h9 G+.008 1000 psi 3000 psi R (Max) Dash No. Part Number
0.375 0.182 .087 0.356 0.362 0.015 008 TGP000375

0.438 0.245 .087 0.420 0.426 0.015 010 TGP000438
0.500 0.307 .087 0.483 0.489 0.015 011 TGP000500
0.563 0.370 .087 0.545 0.556 0.015 012 TGP000563
0.625 0.432 .087 0.607 0.613 0.015 013 TGP000625
0.688 0.495 .087 0.670 0.676 0.015 014 TGP000688

0.750 0.557 .087 0.732 0.738 0.015 015 TGP000750
0.813 0.620 .087 0.795 0.801 0.015 016 TGP000813
0.875 0.682 .087 0.857 0.863 0.015 017 TGP000875
0.938 0.745 .087 0.920 0.926 0.015 018 TGP000938
1.000 0.807 .087 0.982 0.988 0.015 019 TGP001000

1.125 0.932 .087 1.107 1.113 0.015 021 TGP001125
1.250 1.057 .087 1.232 1.238 0.015 023 TGP001250
1.375 1.182 .087 1.357 1.363 0.015 025 TGP001375
1.500 1.205 .126 1.472 1.482 0.015 123 TGP101500
1.625 1.330 .126 1.597 1.607 0.015 125 TGP101625

1.750 1.455 .126 1.722 1.732 0.015 127 TGP101750
1.875 1.580 .126 1.847 1.857 0.015 129 TGP101875
Table 27 Ordering Information/External Sealing (Imperial - continued)

2.000 1.705 .126 1.973 1.983 0.015 131 TGP102000

2.125 1.830 .126 2.098 2.108 0.015 133 TGP102125
2.250 1.955 .126 2.223 2.233 0.015 135 TGP102250
2.375 2.080 .126 2.348 2.358 0.015 137 TGP102375
2.500 2.205 .126 2.473 2.483 0.015 139 TGP102500
2.625 2.330 .126 2.598 2.608 0.015 141 TGP102625

2.750 2.455 .126 2.723 2.733 0.015 143 TGP102750
2.875 2.580 .126 2.848 2.858 0.015 145 TGP102875
3.000 2.567 .165 2.963 2.973 0.015 230 TGP203000
3.125 2.692 .165 3.088 3.098 0.015 231 TGP203125
3.250 2.817 .165 3.213 3.223 0.015 232 TGP203250

3.375 2.942 .165 3.338 3.348 0.015 233 TGP203375
3.500 3.067 .165 3.463 3.473 0.015 234 TGP203500
3.625 3.192 .165 3.588 3.598 0.015 235 TGP203625
3.750 3.317 .165 3.713 3.723 0.015 236 TGP203750
3.875 3.492 .165 3.838 3.848 0.015 237 TGP203875

4.000 3.567 .165 3.963 3.973 0.015 238 TGP204000
4.125 3.692 .165 4.088 4.098 0.015 239 TGP204125
4.250 3.817 .165 4.213 4.223 0.015 240 TGP204250
4.375 3.942 .165 4.338 4.348 0.015 241 TGP204375
4.500 4.067 .165 4.463 4.473 0.015 242 TGP204500

4.625 4.192 .165 4.588 4.598 0.015 243 TGP204625
4.750 4.317 .165 4.714 4.724 0.015 244 TGP204750
4.875 4.442 .165 4.839 4.849 0.015 245 TGP204875
5.000 4.567 .165 4.964 4.974 0.015 246 TGP205000
5.125 4.692 .165 5.089 5.099 0.015 247 TGP205125

5.250 4.817 .165 5.214 5.224 0.015 248 TGP205250
5.375 4.942 .165 5.339 5.349 0.015 249 TGP205375
5.500 5.067 .165 5.464 5.474 0.015 250 TGP205500
5.625 5.192 .165 5.589 5.599 0.015 251 TGP205625
5.750 5.317 .165 5.714 5.724 0.015 252 TGP205750

5.875 5.442 .165 5.839 5.849 0.015 253 TGP205875
6.000 5.390 .248 5.959 5.969 0.035 355 TGP306000
6.250 5.640 .248 6.209 6.219 0.035 357 TGP306250
6.500 5.890 .248 6.459 6.469 0.035 359 TGP306500
Table 27 Ordering Information/External Sealing (Imperial - continued)

6.750 6.140 .248 6.709 6.719 0.035 361 TGP306750

7.000 6.390 .248 6.959 6.969 0.035 362 TGP307000
7.250 6.640 .248 7.210 7.220 0.035 363 TGP307250
7.500 6.890 .248 7.460 7.470 0.035 364 TGP307500
8.250 7.640 .248 8.210 8.220 0.035 367 TGP308250
8.500 7.890 .248 8.460 8.470 0.035 368 TGP308500

8.750 8.140 .248 8.710 8.720 0.035 369 TGP308750
9.000 8.390 .248 8.960 8.970 0.035 370 TGP309000
9.250 8.640 .248 9.210 9.220 0.035 371 TGP309250
9.500 8.890 .248 9.460 9.470 0.035 372 TGP309500
9.750 9.140 .248 9.710 9.720 0.035 373 TGP309750

10.000 9.390 .248 9.960 9.970 0.035 374 TGP310000
10.500 9.890 .248 10.460 10.470 0.035 376 TGP310500
11.000 10.390 .248 10.960 10.970 0.035 377 TGP311000
11.500 10.890 .248 11.460 11.470 0.035 378 TGP311500
12.000 11.173 .319 11.955 11.965 0.035 451 TGP412000

12.500 11.673 .319 12.456 12.466 0.035 452 TGP412500
13.000 12.173 .319 12.956 12.966 0.035 453 TGP413000
13.500 12.673 .319 13.456 13.466 0.035 454 TGP413500
14.000 13.173 .319 13.956 13.966 0.035 455 TGP414000
14.500 13.673 .319 14.456 14.466 0.035 456 TGP414500

15.000 14.173 .319 14.956 14.966 0.035 457 TGP415000
15.500 14.673 .319 15.456 15.466 0.035 458 TGP415500
16.000 15.173 .319 15.956 15.966 0.035 459 TGP416000
16.500 15.673 .319 16.456 16.466 0.035 460 TGP416500
17.000 16.173 .319 16.956 16.966 0.035 461 TGP417000

17.500 16.673 .319 17.456 17.466 0.035 462 TGP417500
18.000 17.173 .319 17.956 17.966 0.035 463 TGP418000
18.500 17.673 .319 18.456 18.466 0.035 464 TGP418500
19.000 18.173 .319 18.956 18.966 0.035 465 TGP419000
19.500 18.673 .319 19.456 19.466 0.035 466 TGP419500

20.000 19.173 .319 19.957 19.967 0.035 467 TGP420000
Matching O-Rings may have either larger or smaller ID than the groove diameter. However, the differences shall not affect the
performance and reliability of the seal once the Roto Glyd Ring® is installed properly. Different O-Rings may also be used (see O-
Ring section on choosing O-Rings).
Installation Recommendations/Internal Sealing
PRESSURE
(32 µin) G
0,8 µm)
Ra Max R (2 PL)
(32 µin)
0,8 µm)
Ra Max
(4 8 µin)
,1 ,2 µm)
Ra
øD
øC
øB 0.5mm R MIN
(.02 in)
Table 28 Ordering Information/Internal Sealing (Metric)

Shaft Groove Groove Maximum Bore Radius O-Ring Turcon® Roto Glyd Ring®
Diameter Diameter Width Diameter B
C f8 D H9 G+0,2 100 Bar 200 Bar R (Max) Dash No. Part Number
12 ,0 16,9 2,2 12 ,26 12 ,16 0,4 015 TG3000120
14 ,0 18,9 2,2 14 ,26 14 ,16 0,4 016 TG3000140
15 ,0 19,9 2,2 15 ,26 15 ,16 0,4 017 TG3000150
16 ,0 20,9 2,2 16 ,26 16 ,16 0,4 017 TG3000160
18 ,0 22,9 2,2 18 ,25 18 ,15 0,4 018 TG3000180
20 ,0 27,5 3,2 20 ,35 20 ,25 0,6 118 TG3100200

22 ,0 29,5 3,2 22 ,35 22 ,25 0,6 120 TG3100220
25 ,0 32,5 3,2 25 ,35 25 ,25 0,6 122 TG3100250
28 ,0 35,5 3,2 28 ,35 28 ,25 0,6 124 TG3100280
30 ,0 37,5 3,2 30 ,34 30 ,24 0,6 125 TG3100300
32 ,0 39,5 3,2 32 ,34 32 ,24 0,6 126 TG3100320

35 ,0 42,5 3,2 35 ,34 35 ,24 0,6 128 TG3100350
36 ,0 43,5 3,2 36 ,34 36 ,24 0,6 129 TG3100360
40 ,0 51,0 4,2 40 ,44 40 ,34 1,0 224 TG3200400
42 ,0 53,0 4,2 42 ,44 42 ,34 1,0 225 TG3200420
Sizes in bold type comply with ISO 3320.
Table 28 Ordering Information/Internal Sealing (Metric - Continued)

45 ,0 56,0 4,2 45 ,44 45 ,34 1,0 226 TG3200450

48 ,0 59,0 4,2 48 ,44 48 ,34 1,0 227 TG3200480
50 ,0 61,0 4,2 50 ,42 50 ,32 1,0 227 TG3200500
52 ,0 63,0 4,2 52 ,42 52 ,32 1,0 228 TG3200520
55 ,0 66,0 4,2 55 ,42 55 ,32 1,0 229 TG3200550
56 ,0 67,0 4,2 56 ,42 56 ,32 1,0 229 TG3200560

60 ,0 71,0 4,2 60 ,42 60 ,32 1,0 230 TG3200600
63 ,0 74,0 4,2 63 ,42 63 ,32 1,0 231 TG3200630
65 ,0 76,0 4,2 65 ,42 65 ,32 1,0 232 TG3200650
70 ,0 81,0 4,2 70 ,42 70 ,32 1,0 234 TG3200700
75 ,0 86,0 4,2 75 ,42 75 ,32 1,0 235 TG3200750

80 ,0 91,0 4,2 80 ,41 80 ,31 1,0 237 TG3200800
85 ,0 96,0 4,2 85 ,41 85 ,31 1,0 238 TG3200850
90 ,0 101,0 4,2 90 ,41 90 ,31 1,0 240 TG3200900
95 ,0 106,0 4,2 95 ,41 95 ,31 1,0 241 TG3200950
100 ,0 111,0 4,2 100 ,41 100 ,31 1,0 243 TG3201000
105 ,0 116,0 4,2 105 ,41 105 ,31 1,0 245 TG3201050
110 ,0 121,0 4,2 110 ,41 110 ,31 1,0 246 TG3201100
115 ,0 126,0 4,2 115 ,41 115 ,31 1,0 248 TG3201150
120 ,0 131,0 4,2 120 ,39 120 ,29 1,0 249 TG3201200
125 ,0 136,0 4,2 125 ,39 125 ,29 1,0 251 TG3201250
130 ,0 141,0 4,2 130 ,39 130 ,29 1,0 252 TG3201300
135 ,0 146,0 4,2 135 ,39 135 ,29 1,0 254 TG3201350
140 ,0 151,0 4,2 140 ,39 140 ,29 1,0 256 TG3201400
150 ,0 161,0 4,2 150 ,39 150 ,29 1,0 258 TG3201500
160 ,0 171,0 4,2 160 ,39 160 ,29 1,0 260 TG3201600
170 ,0 181,0 4,2 170 ,39 170 ,29 1,0 262 TG3201700
180 ,0 191,0 4,2 180 ,38 180 ,29 1,0 263 TG3201800
190 ,0 201,0 4,2 190 ,38 190 ,28 1,0 265 TG3201900
200 ,0 215,5 6,3 200 ,48 200 ,38 1,3 369 TG3302000
210 ,0 225,5 6,3 210 ,48 210 ,38 1,3 371 TG3302100
220 ,0 235,5 6,3 220 ,48 220 ,38 1,3 373 TG3302200
230 ,0 245,5 6,3 230 ,48 230 ,38 1,3 374 TG3302300
240 ,0 255,5 6,3 240 ,48 240 ,38 1,3 376 TG3302400
Table 28 Ordering Information/Internal Sealing (Metric - Continued)

250 ,0 265,5 6,3 250 ,46 250 ,36 1,3 377 TG3302500
280 ,0 301,0 8,1 280 ,46 280 ,36 1,8 452 TG3402800
300 ,0 321,0 8,1 300 ,46 300 ,36 1,8 453 TG3403000
320 ,0 341,0 8,1 320 ,45 320 ,35 1,8 455 TG3403200
350 ,0 371,0 8,1 350 ,45 350 ,35 1,8 457 TG3403500
360 ,0 381,0 8,1 360 ,45 360 ,35 1,8 458 TG3403600
400 ,0 421,0 8,1 400 ,45 400 ,35 1,8 461 TG3404000
420 ,0 441,0 8,1 420 ,44 420 ,34 1,8 463 TG3404200
450 ,0 471,0 8,1 450 ,44 450 ,34 1,8 465 TG3404500
480 ,0 501,0 8,1 480 ,44 480 ,34 1,8 467 TG3404800
Other dimensions and all intermediate sizes up to 2500 mm diameter can be supplied.
Table 29 Ordering Information/Internal Sealing (Imperial)

Shaft Groove Groove Maximum Bore Radius O-Ring Turcon®
Diameter Diameter Width Diameter B Roto Glyd Ring®
C f8 D H9 G+.008 1000 psi 3000 psi R (Max) Dash No. Part Number
1.000 1.193 0.087 1.018 1.012 0.015 023 TGR001000

1.125 1.318 0.087 1.143 1.137 0.015 025 TGR001125
1.250 1.443 0.087 1.267 1.261 0.015 027 TGR001250
1.375 1.568 0.087 1.392 1.386 0.015 028 TGR001375
1.500 1.795 0.126 1.527 1.517 0.015 130 TGR101500
1.625 1.920 0.126 1.652 1.642 0.015 132 TGR101625

1.750 2.045 0.126 1.777 1.767 0.015 134 TGR101750
1.875 2.170 0.126 1.902 1.892 0.015 135 TGR101875
2.000 2.295 0.126 2.027 2.017 0.015 137 TGR102000
2.125 2.420 0.126 2.152 2.142 0.015 139 TGR102125
2.250 2.545 0.126 2.277 2.267 0.015 141 TGR102250

2.375 2.670 0.126 2.402 2.392 0.015 143 TGR102375
2.500 2.795 0.126 2.527 2.517 0.015 145 TGR102500
2.625 2.920 0.126 2.652 2.642 0.015 147 TGR102625
2.750 3.045 0.126 2.777 2.767 0.015 149 TGR102750
2.875 3.170 0.126 2.902 2.892 0.015 150 TGR102875

3.000 3.433 0.165 3.037 3.027 0.015 235 TGR203000
3.125 3.558 0.165 3.162 3.152 0.015 236 TGR203125
3.250 3.683 0.165 3.286 3.276 0.015 237 TGR203250
3.375 3.808 0.165 3.411 3.401 0.015 238 TGR203375
3.500 3.933 0.165 3.536 3.526 0.015 239 TGR203500

3.625 4.058 0.165 3.661 3.651 0.015 240 TGR203625
3.750 4.183 0.165 3.786 3.776 0.015 241 TGR203750
3.875 4.308 0.165 3.911 3.901 0.015 242 TGR203875
4.000 4.433 0.165 4.036 4.026 0.015 243 TGR204000
4.125 4.558 0.165 4.161 4.151 0.015 244 TGR204125

4.250 4.683 0.165 4.286 4.276 0.015 245 TGR204250
4.375 4.808 0.165 4.411 4.401 0.015 246 TGR204375
4.500 4.933 0.165 4.536 4.526 0.015 247 TGR204500
4.625 5.058 0.165 4.661 4.651 0.015 248 TGR204625
4.750 5.183 0.165 4.786 4.776 0.015 249 TGR204750

4.875 5.308 0.165 4.911 4.901 0.015 250 TGR204875
5.000 5.433 0.165 5.036 5.026 0.015 251 TGR205000
5.125 5.558 0.165 5.161 5.151 0.015 252 TGR205125
5.250 5.683 0.165 5.286 5.276 0.015 253 TGR205250
Table 29 Ordering Information/Internal Sealing (Imperial - Continued)

5.375 5.808 0.165 5.411 5.401 0.015 254 TGR205375

5.500 5.933 0.165 5.536 5.526 0.015 255 TGR205500
5.625 6.058 0.165 5.661 5.651 0.015 256 TGR205625
5.750 6.183 0.165 5.786 5.776 0.015 257 TGR205750
5.875 6.308 0.165 5.911 5.901 0.015 258 TGR205875
6.000 6.610 0.248 6.041 6.031 0.035 362 TGR306000

6.250 6.860 0.248 6.291 6.281 0.035 363 TGR306250
6.500 7.110 0.248 6.541 6.531 0.035 364 TGR306500
6.750 7.360 0.248 6.791 6.781 0.035 365 TGR306750
7.000 7.610 0.248 7.041 7.031 0.035 365 TGR307000
7.250 7.860 0.248 7.290 7.280 0.035 366 TGR307250

7.500 8.110 0.248 7.540 7.530 0.035 367 TGR307500
7.750 8.360 0.248 7.790 7.780 0.035 368 TGR307750
8.000 8.610 0.248 8.040 8.030 0.035 369 TGR308000
8.250 8.860 0.248 8.290 8.280 0.035 370 TGR308250
8.500 9.110 0.248 8.540 8.530 0.035 371 TGR308500

8.750 9.360 0.248 8.790 8.780 0.035 372 TGR308750
9.000 9.610 0.248 9.040 9.030 0.035 373 TGR309000
9.250 9.860 0.248 9.290 9.280 0.035 374 TGR309250
9.500 10.110 0.248 9.540 9.530 0.035 375 TGR309500
9.750 10.360 0.248 9.790 9.780 0.035 376 TGR309750

10.000 10.610 0.248 10.040 10.030 0.035 377 TGR310000
10.500 11.110 0.248 10.540 10.530 0.035 378 TGR310500
11.000 11.610 0.248 11.040 11.030 0.035 379 TGR311000
11.500 12.110 0.248 11.540 11.530 0.035 380 TGR311500
12.000 12.827 0.319 12.045 12.035 0.035 453 TGR412000

12.500 13.327 0.319 12.544 12.534 0.035 454 TGR412500
13.000 13.827 0.319 13.044 13.034 0.035 455 TGR413000
13.500 14.327 0.319 13.544 13.534 0.035 456 TGR413500
14.000 14.827 0.319 14.044 14.034 0.035 457 TGR414000
14.500 15.327 0.319 14.544 14.534 0.035 458 TGR414500

15.000 15.827 0.319 15.044 15.034 0.035 459 TGR415000
15.500 16.327 0.319 15.544 15.534 0.035 460 TGR415500
16.000 16.827 0.319 16.044 16.034 0.035 461 TGR416000
16.500 17.327 0.319 16.544 16.534 0.035 462 TGR416500
Table 29 Ordering Information/Internal Sealing (Imperial - Continued)

17.000 17.827 0.319 17.044 17.034 0.035 463 TGR417000

17.500 18.327 0.319 17.544 17.534 0.035 464 TGR417500
18.000 18.827 0.319 18.044 18.034 0.035 465 TGR418000
18.500 19.327 0.319 18.544 18.534 0.035 466 TGR418500
19.000 19.827 0.319 19.044 19.034 0.035 467 TGR419000
19.500 20.327 0.319 19.544 19.534 0.035 468 TGR419500

20.000 20.827 0.319 20.043 20.033 0.035 469 TGR410000
Ordering Example
Order No. TG32 00800 – T40
Turcon® Roto Glyd Ring®, internal sealing, series TG32
Series No.
Rod Diameter: C = 80.0 mm (mm x 10)
Part No.: TG3200800 (from Table 28) Rod Diameter (inches x 1000)
code numbers are appended to the Part No. Together they Material code (Seal Ring)
form the Order Number.
Rotary Seals: Turcon® Roto Variseal™
Turcon® Roto Variseal™ Rotary Seals
Description Operating
Pressure: For dynamic loads: 15MPa (2175 psi)
The Turcon Roto Variseal is single-acting seal consisting of a U-
® ™ For static loads: 25MPa (3625 psi)
Shaped seal jacket and a V-shaped corrosion resistant spring. Not at max. speed, please inquire.
The characteristic of the Roto Variseal™ is the flanged heel, which Speed: Rotating: up 2 m/s (6,6 ft/s)
prevents the seal from rotating in the groove and the short and (reciprocating up to 10 m/s (33 ft/s)
heavy dynamic lip offering reduced friction, long service life and Not at max. speed, please inquire.
a good scraping effect even in highly viscous media.
The Roto Variseal™ is a single-acting shaft seal which consists of For specific applications at lower tempera-
an asymmetric U-Shaped seal body into which a V-shaped tures, please enquire
metallic spring is inserted as a energizing element. The seal is
held axially by a flange and thus prevented from turning with the Media: Practically all fluids, chemicals and gases
shaft.
At low and zero pressure, the metal spring provides the primary Materials
sealing force. As the system pressure increases, the main sealing
force is achieved by the system pressure and ensures a tight seal All materials used are physiologically safe. They contain no odor
from zero to high pressure. or taste-affecting substances.
The possibility of matching suitable materials for the seal and the The following standard material combination has proved effec-
spring allows use in a wide range of applications going beyond tive for most applications:
the field of hydraulics, e.g. in the chemical, pharmaceutical and
food processing industries. Seal ring: Turcon® T40
The Roto Variseal™ can be sterilized and is available in a special Spring: Stainless Steel Material No. AISI301
Hi-Clean version where the spring cavity is filled with a Silicone
elastomer preventing contaminants from being entrapped in the For use in accordance with the demands of the Food and Drug
seal. This design also works well in applications involving mud, Administration. Suitable materials are available on request.
slurries or adhesives to keep grit from packing into the seal cavity
and inhibiting the spring action.
Advantages
- Rotary, reciprocating and static service

- Good scraping effect
- Stick-slip-free operating for precise control PRESSURE
- High abrasion resistance and dimensional stability
- Can handle rapid changes in temperature
- No contamination in contact with food products, phar-
maceutical and medicinal fluids
- Can be sterilized
- Unlimited shelf life
Figure 21 Turcon® Roto Variseal™ load profile
Rotary Seals Turcon® Roto Variseal™
Installation Recommendations
G2
(64 µin)
G1 1,6 µm)
R Ra Max
SHAFT HARDNESS: 65 Rc
Split cavity
(FOR MOST APPLICATIONS)
(32 µin) required
0,8 µm)
Ra Max
(4 8 µin)
PRESSURE ,1 ,2 µm)
Ra øD2
øD1
20° X .8G1
øB
øC
Kx30°
Table 30 Turcon® Roto Variseal™ Ordering Information (Metric)

Shaft Groove Groove Groove Groove Lead-in Radius Maximum Bore Turcon®
Diameter Diameter Diameter Width Width Chamfer Diameter B Roto Variseal™
C f8 D1 H9 D2 H10 G1+0,2 G2-0,15 K (Max) R (Max) 10 MPa 20 MPa Part Number
5,0 10,0 14,0 3,6 0,85 0,8 0,3 5,27 5,17 TVM100050-T40S
6,0 11,0 15,0 3,6 0,85 0,8 0,3 6,27 6,17 TVM100060-T40S
8,0 13,0 17,0 3,6 0,85 0,8 0,3 8,27 8,17 TVM100080-T40S
10,0 15,0 19,0 3,6 0,85 0,8 0,3 10,27 10,17 TVM100100-T40S
12,0 17,0 21,0 3,6 0,85 0,8 0,3 12,26 12,16 TVM100120-T40S
14,0 19,0 23,0 3,6 0,85 0,8 0,3 14,26 14,16 TVM100140-T40S
15,0 20,0 24,0 3,6 0,85 0,8 0,3 15,26 15,16 TVM100150-T40S
16,0 21,0 25,0 3,6 0,85 0,8 0,3 16,26 16,16 TVM100160-T40S
18,0 23,0 27,0 3,6 0,85 0,8 0,3 18,26 18,16 TVM100180-T40S
20,0 27,0 32,5 4,8 1,35 1,1 0,4 20,35 20,25 TVM200200-T40S
22,0 29,0 34,5 4,8 1,35 1,1 0,4 22,35 22,25 TVM200220-T40S
25,0 32,0 37,5 4,8 1,35 1,1 0,4 25,35 25,25 TVM200250-T40S
28,0 35,0 40,5 4,8 1,35 1,1 0,4 28,35 28,25 TVM200280-T40S
30,0 37,0 42,5 4,8 1,35 1,1 0,4 30,35 30,25 TVM200300-T40S
32,0 39,0 44,5 4,8 1,35 1,1 0,4 32,34 32,24 TVM200320-T40S
35,0 42,0 47,5 4,8 1,35 1,1 0,4 35,34 35,24 TVM200350-T40S
36,0 43,0 48,5 4,8 1,35 1,1 0,4 36,34 36,24 TVM200360-T40S
40,0 50,5 57,5 7,1 1,80 1,4 0,5 40,44 40,34 TVM300400-T40S
42,0 52,5 59,5 7,1 1,80 1,4 0,5 42,44 42,34 TVM300420-T40S
45,0 55,5 62,5 7,1 1,80 1,4 0,5 45,44 45,34 TVM300450-T40S
The shaft diameters printed in bold type conform to the recommendations of ISO 3320.
Table 30 Turcon® Roto Variseal™ Ordering Information (Metric - Continued)

48,0 58,5 65,5 7,1 1,80 1,4 0,5 48,44 48,34 TVM300480-T40S
50,0 60,5 67,5 7,1 1,80 1,4 0,5 50,44 50,34 TVM300500-T40S
52,0 62,5 69,5 7,1 1,80 1,4 0,5 52,42 52,32 TVM300520-T40S
55,0 65,5 72,5 7,1 1,80 1,4 0,5 55,42 55,32 TVM300550-T40S
56,0 66,5 73,5 7,1 1,80 1,4 0,5 56,42 56,32 TVM300560-T40S
60,0 70,5 77,5 7,1 1,80 1,4 0,5 60,42 60,32 TVM300600-T40S
63,0 73,5 80,5 7,1 1,80 1,4 0,5 63,42 63,32 TVM300630-T40S
65,0 75,5 82,5 7,1 1,80 1,4 0,5 65,42 65,32 TVM300650-T40S
70,0 80,5 87,5 7,1 1,80 1,4 0,5 70,42 70,32 TVM300700-T40S
75,0 85,5 92,5 7,1 1,80 1,4 0,5 75,42 75,32 TVM300750-T40S
80,0 90,5 97,5 7,1 1,80 1,4 0,5 80,42 80,32 TVM300800-T40S
85,0 95,5 102,5 7,1 1,80 1,4 0,5 85,41 85,31 TVM300850-T40S
90,0 100,5 107,5 7,1 1,80 1,4 0,5 90,41 90,31 TVM300900-T40S
95,0 105,5 112,5 7,1 1,80 1,4 0,5 95,41 95,31 TVM300950-T40S
100,0 110,5 117,5 7,1 1,80 1,4 0,5 100,41 100,31 TVM301000-T40S
105,0 115,5 122,5 7,1 1,80 1,4 0,5 105,41 105,31 TVM301050-T40S
110,0 120,5 127,5 7,1 1,80 1,4 0,5 110,41 110,31 TVM301100-T40S
115,0 125,5 132,5 7,1 1,80 1,4 0,5 115,41 115,31 TVM301150-T40S
120,0 130,5 137,5 7,1 1,80 1,4 0,5 120,41 120,31 TVM301200-T40S
125,0 135,5 142,5 7,1 1,80 1,4 0,5 125,39 125,29 TVM301250-T40S
130,0 140,5 147,5 7,1 1,80 1,4 0,5 130,39 130,29 TVM301300-T40S
135,0 145,5 152,5 7,1 1,80 1,4 0,5 135,39 135,29 TVM301350-T40S
140,0 150,5 157,5 7,1 1,80 1,4 0,5 140,39 140,29 TVM301400-T40S
150,0 160,5 167,5 7,1 1,80 1,4 0,5 150,39 150,29 TVM301500-T40S
160,0 170,5 177,5 7,1 1,80 1,4 0,5 160,39 160,29 TVM301600-T40S
170,0 180,5 187,5 7,1 1,80 1,4 0,5 170,39 170,29 TVM301700-T40S
180,0 190,5 197,5 7,1 1,80 1,4 0,5 180,39 180,29 TVM301800-T40S
190,0 200,5 207,5 7,1 1,80 1,4 0,5 190,38 190,28 TVM301900-T40S
200,0 210,5 217,5 7,1 1,80 1,4 0,5 200,38 200,28 TVM302000-T40S
210,0 220,5 227,5 7,1 1,80 1,4 0,5 210,38 210,28 TVM302100-T40S
220,0 230,5 237,5 7,1 1,80 1,4 0,5 220,38 220,28 TVM302200-T40S
230,0 240,5 247,5 7,1 1,80 1,4 0,5 230,38 230,28 TVM302300-T40S
240,0 250,5 257,5 7,1 1,80 1,4 0,5 240,38 240,28 TVM302400-T40S
250,0 260,5 267,5 7,1 1,80 1,4 0,5 250,38 250,28 TVM302500-T40S
280,0 290,5 297,5 7,1 1,80 1,4 0,5 280,36 280,26 TVM302800-T40S
Table 30 Turcon® Roto Variseal™ Ordering Information (Metric - Continued)

300,0 310,5 317,5 7,1 1,80 1,4 0,5 300,36 300,26 TVM303000-T40S
320,0 330,5 337,5 7,1 1,80 1,4 0,5 320,35 320,25 TVM303200-T40S
350,0 360,5 367,5 7,1 1,80 1,4 0,5 350,35 350,25 TVM303500-T40S
360,0 370,5 377,5 7,1 1,80 1,4 0,5 360,35 360,25 TVM303600-T40S
400,0 410,5 417,5 7,1 1,80 1,4 0,5 400,35 400,25 TVM304000-T40S
420,0 434,0 442,0 9,5 2,80 1,6 0,5 420,44 420,34 TVM404200-T40S
450,0 464,0 472,0 9,5 2,80 1,6 0,5 450,44 450,34 TVM404500-T40S
480,0 494,0 502,0 9,5 2,80 1,6 0,5 480,44 480,34 TVM404800-T40S
500,0 514,0 522,0 9,5 2,80 1,6 0,5 500,44 500,34 TVM405000-T40S
600,0 614,0 622,0 9,5 2,80 1,6 0,5 600,42 600,32 TVM406000-T40S
700,0 714,0 722,0 9,5 2,80 1,6 0,5 700,40 700,30 TVM407000-T40S
Other dimensions and all intermediate sizes up to 2500 mm diameter sizes can be supplied.
Table 31 Turcon® Roto Variseal™ Ordering Information (Imperial)

C f8 D1 H9 D2 H10 G1+.10 G2+.003 K (Max) R (Max) 1000 psi 3000 psi Part Number
.437 .625 .780 .141 .017 .030 .010 0.444 0.442 M30-MS-R-111-W109
.500 .687 .842 .141 .017 .030 .010 0.507 0.505 M30-MS-R-112-W109
.562 .750 .905 .141 .017 .030 .010 0.569 0.567 M30-MS-R-113-W109
.625 .812 .967 .141 .017 .030 .010 0.632 0.630 M30-MS-R-114-W109
.687 .875 1.030 .141 .017 .030 .010 0.694 0.692 M30-MS-R-115-W109
.750 .937 1.092 .141 .017 .030 .010 0.757 0.755 M30-MS-R-116-W109
.812 1.000 1.155 .141 .017 .030 .010 0.819 0.817 M30-MS-R-117-W109
.875 1.062 1.217 .141 .017 .030 .010 0.882 0.880 M30-MS-R-118-W109
.937 1.125 1.280 .141 .017 .030 .010 0.944 0.942 M30-MS-R-119-W109
1.000 1.187 1.342 .141 .017 .030 .010 1.007 1.005 M30-MS-R-120-W109
1.125 1.375 1.562 .188 .024 .040 .015 1.132 1.130 M30-MS-R-216-W109
1.250 1.500 1.687 .188 .024 .040 .015 1.256 1.254 M30-MS-R-218-W109
1.375 1.625 1.812 .188 .024 .040 .015 1.381 1.379 M30-MS-R-220-W109
1.500 1.750 1.937 .188 .024 .040 .015 1.506 1.504 M30-MS-R-222-W109
1.750 2.000 2.187 .188 .024 .040 .015 1.756 1.754 M30-MS-R-224-W109
Table 31 Turcon® Roto Variseal™ Ordering Information (Imperial- Continued)

2.000 2.250 2.437 .188 .024 .040 .015 2.006 2.004 M30-MS-R-226-W109
2.250 2.500 2.687 .188 .024 .040 .015 2.256 2.254 M30-MS-R-228-W109
2.500 2.750 2.937 .188 .024 .040 .015 2.506 2.504 M30-MS-R-230-W109
2.750 3.000 3.187 .188 .024 .040 .015 2.756 2.754 M30-MS-R-232-W109
3.000 3.250 3.437 .188 .024 .040 .015 3.006 3.004 M30-MS-R-234-W109
3.250 3.500 3.687 .188 .024 .040 .015 3.256 3.254 M30-MS-R-236-W109
3.500 3.875 4.166 .281 .028 .055 .020 3.506 3.504 M30-MS-R-341-W109
3.750 4.125 4.416 .281 .028 .055 .020 3.756 3.754 M30-MS-R-343-W109
4.000 4.375 4.666 .281 .028 .055 .020 4.006 4.004 M30-MS-R-345-W109
4.250 4.625 4.916 .281 .028 .055 .020 4.256 4.254 M30-MS-R-347-W109
4.500 4.875 5.166 .281 .028 .055 .020 4.506 4.504 M30-MS-R-349-W109
4.750 5.125 5.416 .281 .028 .055 .020 4.756 4.754 M30-MS-R-351-W109
5.000 5.375 5.666 .281 .028 .055 .020 5.006 5.004 M30-MS-R-353-W109
5.250 5.625 5.916 .281 .028 .055 .020 5.256 5.254 M30-MS-R-355-W109
5.500 5.875 6.166 .281 .028 .055 .020 5.506 5.504 M30-MS-R-357-W109
5.750 6.125 6.416 .281 .028 .055 .020 5.756 5.754 M30-MS-R-359-W109
6.000 6.375 6.666 .281 .028 .055 .020 6.006 6.004 M30-MS-R-361-W109
6.250 6.625 6.916 .281 .028 .055 .020 6.256 6.254 M30-MS-R-362-W109
6.500 6.875 7.166 .281 .028 .055 .020 6.506 6.504 M30-MS-R-363-W109
6.750 7.250 7.572 .375 .041 .060 .020 6.756 6.754 M30-MS-R-440-W109
7.000 7.500 7.822 .375 .041 .060 .020 7.006 7.004 M30-MS-R-441-W109
7.250 7.750 8.072 .375 .041 .060 .020 7.255 7.253 M30-MS-R-442-W109
7.500 8.000 8.322 .375 .041 .060 .020 7.505 7.503 M30-MS-R-443-W109
7.750 8.250 8.572 .375 .041 .060 .020 7.755 7.753 M30-MS-R-444-W109
8.000 8.500 8.822 .375 .041 .060 .020 8.005 8.003 M30-MS-R-445-W109
8.500 9.000 9.322 .375 .041 .060 .020 8.505 8.503 M30-MS-R-446-W109
9.000 9.500 9.822 .375 .041 .060 .020 9.005 9.003 M30-MS-R-447-W109
9.500 10.000 10.322 .375 .041 .060 .020 9.505 9.503 M30-MS-R-448-W109
10.000 10.500 10.822 .375 .041 .060 .020 10.005 10.003 M30-MS-R-449-W109
10.500 11.000 11.322 .375 .041 .060 .020 10.505 10.503 M30-MS-R-450-W109
11.000 11.500 11.822 .375 .041 .060 .020 11.005 11.003 M30-MS-R-451-W109
11.500 12.000 12.322 .375 .041 .060 .020 11.505 11.503 M30-MS-R-452-W109
12.000 12.500 12.822 .375 .041 .060 .020 12.005 12.003 M30-MS-R-453-W109
12.500 13.000 13.322 .375 .041 .060 .020 12.504 12.502 M30-MS-R-454-W109
13.000 13.500 13.822 .375 .041 .060 .020 13.004 13.002 M30-MS-R-455-W109
Table 31 Turcon® Roto Variseal™ Ordering Information (Imperial- Continued)

13.500 14.000 14.322 .375 .041 .060 .020 13.504 13.502 M30-MS-R-456-W109
14.000 14.500 14.822 .375 .041 .060 .020 14.004 14.002 M30-MS-R-457-W109
14.500 15.000 15.322 .375 .041 .060 .020 14.504 14.502 M30-MS-R-458-W109
15.000 15.500 15.822 .375 .041 .060 .020 15.004 15.002 M30-MS-R-459-W109
15.500 16.000 16.322 .375 .041 .060 .020 15.504 15.502 M30-MS-R-460-W109
Special Seals: Turcon® Variseal™ M2
Turcon® Variseal™ M2 Special Seals
Description Advantages
The Turcon® Variseal™ M2 is a single-acting seal consisting of a - Reciprocating and turning applications
U-Shaped seal jacket and a V-shaped corrosion resistant spring. - Resistant to most fluids and chemicals
- Low coefficients of friction
The characteristic of the Variseal™ M2 is the newly developed - Stick-slip-free operating for precise control
asymmetric seal profile, where the dynamic lip has an optimized - High abrasion resistance and dimensional stability
short and heavy profile, offering reduced friction and long service - Can handle rapid changes in temperature
life. - No contamination in contact with food products, phar-
maceutical and medicinal fluids
At low and zero pressures, the metal spring provides the primary - Can be sterilized
sealing force. As the system pressure increases, the main sealing - Unlimited shelf life
force is achieved and ensures a tight seal from zero to high
pressure. Technical Data
The possibility of matching suitable materials for the seal and the Operating
spring enables the Turcon® Variseal™ M2 to be used in a wide Pressure: For dynamic loads: 45MPa (6525 psi)
range of applications going beyond the field of hydraulics, e.g. For static loads: 60MPa (8700 psi)
in the chemical, pharmaceutical and food processing industry.
Speed: Reciprocating: up 15 m/s (50 ft/s)
The Variseal™ M2 can be sterilized and is available in a special Rotary up to 1 m/s (3.3 ft/s)
Hi-Clean version where the spring cavity is filled with a silicone
Temperature: -70oC to +260oC (-94oF to 500oF)
elastomer preventing contaminants from being entrapped in the
For specific applications at lower tempera-
seal. This design also works well in applications involving mud,
tures, please inquire
slurries or adhesives to keep grit from packing into the seal cavity
and inhibiting the spring action. Media: Practically all fluids, chemicals and gases
Variseal™ M2 seals can be installed in grooves to MIL-G-5514F Note: At high temperatures, pressures and speeds
and ISO 3771. The seal can only be installed to a limited extent must be reduced.
in closed grooves. Installation instructions, see page 99.
Materials
The Turcon ® Variseal ™ M2 replaces the previous seal series:
S-55601–S-55608; S-59040–S-59049; S-59060–S-59069 All materials used are physiologically safe. They contain no odor
or taste-affecting substances. The following standard material
The Turcon® Variseal™ M2S is an alternative to the Variseal™ M2. combination has proved effective for most applications:
In addition to the advantages of the Variseal™ M2, the Variseal™
M2S offers excellent scraping effect and a reciprocating and Seal ring: Turcon® T40
turning movement. Variseal™ M2S can be installed in grooves to Spring: S (Stainless Steel)
MIL-G-5514F and ISO 3771.
For use in accordance with the demands of the "Food and Drug
For more information on the Variseal™ M2, please contact your Administration." suitable materials are available upon request.
Busak+Shamban representative.
Split cavity required
PRESSURE
Figure 22 Turcon® Variseal™ M2 load distribution profile
Special Seals Turcon® Variseal™ M2
Installation Recommendations for Rod
R (32 µin)
G 0,8 µm)
Ra
Split cavity
(32 µin)
required
0,8 µm)
Ra Max
(4 8 µin)
PRESSURE ,1 ,2 µm)
Ra
øB
øD 20°
øC
Table 32 Turcon® Variseal™ M2 Ordering Information (Metric)
Rod Groove Groove Radius Maximum Bore Dia B Variseal™

Diameter Diameter Width
C f8 D H9 G+0,2 R (Max) 10 MPa 20 MPa 40 MPa Part Number
3,0 5,9 2,4 0,4 3,18 3,14 3,08 RVA000030-T40S

4,0 6,9 2,4 0,4 4,17 4,13 4,07 RVA000040-T40S
5,0 7,9 2,4 0,4 5,17 5,13 5,07 RVA000050-T40S
6,0 8,9 2,4 0,4 6,17 6,13 6,07 RVA000060-T40S
8,0 10,9 2,4 0,4 8,17 8,13 8,07 RVA000080-T40S
10,0 14,5 3,6 0,4 10,27 10,17 10,11 RVA100100-T40S

12,0 16,5 3,6 0,4 12,26 12,16 12,10 RVA100120-T40S
14,0 18,5 3,6 0,4 14,26 14,16 14,10 RVA100140-T40S
15,0 19,5 3,6 0,4 15,26 15,16 15,10 RVA100150-T40S
16,0 20,5 3,6 0,4 16,26 16,16 16,10 RVA100160-T40S
18,0 22,5 3,6 0,4 18,26 18,16 18,10 RVA100180-T40S

20,0 26,2 4,8 0,6 20,35 20,25 20,11 RVA200200-T40S
22,0 28,2 4,8 0,6 22,35 22,25 22,11 RVA200220-T40S
25,0 31,2 4,8 0,6 25,35 25,25 25,11 RVA200250-T40S
28,0 34,2 4,8 0,6 28,35 28,25 28,11 RVA200280-T40S
30,0 36,2 4,8 0,6 30,35 30,25 30,11 RVA200300-T40S

32,0 38,2 4,8 0,6 32,34 32,24 32,10 RVA200320-T40S
35,0 41,2 4,8 0,6 35,34 35,24 35,10 RVA200350-T40S
36,0 42,2 4,8 0,6 36,34 36,24 36,10 RVA200360-T40S
40,0 49,4 7,1 0,6 40,44 40,34 40,14 RVA300400-T40S
Bold type indicates the dimensions correspond to ISO 3320
Table 32 Turcon® Variseal™ M2 Ordering Information (Metric - Continued)

42,0 51,4 7,1 0,8 42,44 42,34 42,14 RVA300420-T40S

45,0 54,4 7,1 0,8 45,44 45,34 45,14 RVA300450-T40S
48,0 57,4 7,1 0,8 48,44 48,34 48,14 RVA300480-T40S
50,0 59,4 7,1 0,8 50,44 50,34 50,14 RVA300500-T40S
52,0 61,4 7,1 0,8 52,42 52,32 52,12 RVA300520-T40S
55,0 64,4 7,1 0,8 55,42 55,32 55,12 RVA300550-T40S

56,0 65,4 7,1 0,8 56,42 56,32 56,12 RVA300560-T40S
60,0 69,4 7,1 0,8 60,42 60,32 60,12 RVA300600-T40S
63,0 72,4 7,1 0,8 63,42 63,32 63,12 RVA300630-T40S
65,0 74,4 7,1 0,8 65,42 65,32 65,12 RVA300650-T40S
70,0 79,4 7,1 0,8 70,42 70,32 70,12 RVA300700-T40S

75,0 84,4 7,1 0,8 75,42 75,32 75,12 RVA300750-T40S
80,0 89,4 7,1 0,8 80,42 80,32 80,12 RVA300800-T40S
85,0 94,4 7,1 0,8 85,41 85,31 85,11 RVA300850-T40S
90,0 99,4 7,1 0,8 90,41 90,31 90,11 RVA300900-T40S
95,0 104,4 7,1 0,8 95,41 95,31 95,11 RVA300950-T40S

100,0 109,4 7,1 0,8 100,41 100,31 100,11 RVA301000-T40S
105,0 114,4 7,1 0,8 105,41 105,31 105,11 RVA301050-T40S
110,0 119,4 7,1 0,8 110,41 110,31 110,11 RVA301100-T40S
115,0 124,4 7,1 0,8 115,41 115,31 115,11 RVA301150-T40S
120,0 132,2 9,5 0,8 120,51 120,41 120,15 RVA401200-T40S

125,0 137,2 9,5 0,8 125,49 125,39 125,13 RVA401250-T40S
130,0 142,2 9,5 0,8 130,49 130,39 130,13 RVA401300-T40S
135,0 147,2 9,5 0,8 140,49 140,39 140,13 RVA401350-T40S
140,0 152,2 9,5 0,8 145,49 145,39 145,13 RVA401400-T40S
150,0 162,2 9,5 0,8 150,49 150,39 150,13 RVA401500-T40S

160,0 172,2 9,5 0,8 160,49 160,39 160,13 RVA401600-T40S
170,0 182,2 9,5 0,8 170,49 170,39 170,13 RVA401700-T40S
180,0 192,2 9,5 0,8 180,49 180,39 180,13 RVA401800-T40S
190,0 202,2 9,5 0,8 190,48 190,38 190,12 RVA401900-T40S
200,0 212,2 9,5 0,8 200,48 200,38 200,12 RVA402000-T40S

210,0 222,2 9,5 0,8 210,48 210,38 210,12 RVA402100-T40S
220,0 232,2 9,5 0,8 220,48 220,38 220,12 RVA402200-T40S
230,0 242,2 9,5 0,8 230,48 230,38 230,12 RVA402300-T40S
240,0 252,2 9,5 0,8 240,48 240,38 240,12 RVA402400-T40S
Table 32 Turcon® Variseal™ M2 Ordering Information (Metric - Continued)

250,0 262,2 9,5 0,8 250,48 250,38 250,12 RVA402500-T40S

280,0 292,2 9,5 0,8 280,46 280,36 280,10 RVA402800-T40S
300,0 312,2 9,5 0,8 300,46 300,36 300,10 RVA403000-T40S
320,0 332,2 9,5 0,8 320,45 320,35 320,09 RVA403200-T40S
350,0 362,2 9,5 0,8 350,45 350,35 350,09 RVA403500-T40S
360,0 372,2 9,5 0,8 360,45 360,35 360,09 RVA403600-T40S

400,0 412,2 9,5 0,8 400,45 400,35 400,09 RVA404000-T40S
Installation Recommendations for Bore

(32 µin)
G 0,8 µm)
Ra
20°
(8 16 µ in)
,2 ,4 µ m)
Ra
(32 µin) PRESSURE
0,8 µm)
Ra Max
øB
øP
øA
R (2 PL)
Split cavity
required
Table 33 Turcon® Variseal™ M2 Ordering Information (Metric)

Bore Groove Groove Radius Minimum Piston Dia P Variseal™
B H9 A h9 G+0,2 R (Max) 10 MPa 20 MPa 40 MPa Part Number
6,0 3,1 2,4 0,4 5,83 5,87 5,93 PVA000060-T40S

8,0 5,1 2,4 0,4 7,84 7,88 7,94 PVA000080-T40S
10,0 7,1 2,4 0,4 9,84 9,88 9,94 PVA000100-T40S
12,0 9,1 2,4 0,4 11,84 11,88 11,94 PVA000120-T40S
14,0 9,5 3,6 0,4 13,74 13,84 13,90 PVA100140-T40S
15,0 10,5 3,6 0,4 14,74 14,84 14,90 PVA100150-T40S

16,0 11,5 3,6 0,4 15,74 15,84 15,90 PVA100160-T40S
18,0 13,5 3,6 0,4 17,75 17,85 17,91 PVA100180-T40S
20,0 15,5 3,6 0,4 19,75 19,85 19,91 PVA100200-T40S
22,0 17,5 3,6 0,4 21,75 21,85 21,91 PVA100220-T40S
25,0 18,8 4,8 0,6 26,65 24,75 24,89 PVA200250-T40S

28,0 21,8 4,8 0,6 27,65 27,75 27,89 PVA200280-T40S
30,0 23,8 4,8 0,6 29,65 29,75 29,89 PVA200300-T40S
32,0 25,8 4,8 0,6 31,66 31,76 31,90 PVA200320-T40S
35,0 28,8 4,8 0,6 34,66 34,76 34,90 PVA200350-T40S
40,0 33,8 4,8 0,6 39,66 39,76 39,90 PVA200400-T40S

42,0 35,8 4,8 0,6 41,66 41,76 41,90 PVA200420-T40S
45,0 38,8 4,8 0,6 44,66 44,76 44,90 PVA200450-T40S
48,0 38,6 7,1 0,8 47,56 47,66 47,86 PVA300480-T40S
50,0 40,6 7,1 0,8 49,56 49,66 49,86 PVA300500-T40S
52,0 42,6 7,1 0,8 51,57 51,67 51,87 PVA300520-T40S

55,0 45,6 7,1 0,8 54,57 54,67 54,87 PVA300550-T40S
56,0 46,6 7,1 0,8 55,57 55,67 55,87 PVA300560-T40S
60,0 50,6 7,1 0,8 59,57 59,67 59,87 PVA300600-T40S
63,0 53,6 7,1 0,8 62,57 62,67 62,87 PVA300630-T40S
Bold type indicates the dimensions correspond to ISO

3320
Table 33 Turcon® Variseal™ M2 Ordering Information (Metric-Continued)

Bore Groove Groove Radius Minimum Piston Dia P Variseal™
B H9 A H9 G+0,2 R (Max) 10 MPa 20 MPa 40 MPa Part Number
65,0 55,6 7,1 0,8 64,57 64,67 64,87 PVA300650-T40S
70,0 60,6 7,1 0,8 69,57 69,67 69,87 PVA300700-T40S
75,0 65,6 7,1 0,8 74,57 74,67 74,87 PVA300750-T40S
80,0 70,6 7,1 0,8 79,59 79,69 79,89 PVA300800-T40S
85,0 75,6 7,1 0,8 84,59 84,69 84,89 PVA300850-T40S
90,0 80,6 7,1 0,8 89,59 89,69 89,89 PVA300900-T40S

95,0 85,6 7,1 0,8 94,59 94,69 94,89 PVA300950-T40S
100,0 90,6 7,1 0,8 99,59 99,69 99,89 PVA301000-T40S
105,0 95,6 7,1 0,8 104,59 104,69 104,89 PVA301050-T40S
110,0 100,6 7,1 0,8 109,59 109,69 109,89 PVA301100-T40S
115,0 105,6 7,1 0,8 114,59 114,69 114,89 PVA301150-T40S

120,0 110,6 7,1 0,8 119,60 119,70 119,90 PVA301200-T40S
125,0 112,8 9,5 0,8 124,50 124,60 124,88 PVA401250-T40S
130,0 117,8 9,5 0,8 129,50 129,60 129,88 PVA401300-T40S
135,0 122,8 9,5 0,8 134,50 134,60 134,88 PVA401350-T40S
140,0 127,8 9,5 0,8 139,50 139,60 139,88 PVA401400-T40S

150,0 137,8 9,5 0,8 149,50 149,60 149,88 PVA401500-T40S
160,0 147,8 9,5 0,8 159,50 159,60 159,88 PVA401600-T40S
170,0 157,8 9,5 0,8 169,50 169,60 169,88 PVA401700-T40S
180,0 167,8 9,5 0,8 179,52 179,62 179,88 PVA401800-T40S
190,0 177,8 9,5 0,8 189,52 189,62 189,88 PVA401900-T40S

200,0 187,8 9,5 0,8 199,52 199,62 199,88 PVA402000-T40S
210,0 197,8 9,5 0,8 209,52 209,62 209,88 PVA402100-T40S
220,0 207,8 9,5 0,8 219,52 219,62 219,88 PVA402200-T40S
230,0 217,8 9,5 0,8 229,52 229,62 229,88 PVA402300-T40S
240,0 227,8 9,5 0,8 239,52 239,62 239,89 PVA402400-T40S

250,0 237,8 9,5 0,8 249,53 249,63 249,89 PVA402500-T40S
280,0 267,8 9,5 0,8 279,53 279,63 279,89 PVA402800-T40S
300,0 287,8 9,5 0,8 299,53 299,63 299,89 PVA403000-T40S
320,0 307,8 9,5 0,8 319,54 319,64 319,90 PVA403200-T40S
350,0 337,8 9,5 0,8 349,54 349,64 349,90 PVA403500-T40S

400,0 387,8 9,5 0,8 399,56 399,66 399,92 PVA404000-T40S
420,0 407,8 9,5 0,8 419,56 419,66 419,92 PVA404200-T40S
450,0 437,8 9,5 0,8 449,56 449,66 449,92 PVA404500-T40S
480,0 467,8 9,5 o,8 479,56 479,66 479,92 PVA404800-T40S
500,0 487,8 9,5 0,8 499,57 499,67 499,93 PVA405000-T40S
Bold type indicates the dimensions correspond to ISO

3320
Basic Seals: O-Ring
O-Ring Basic Seals
Description
O-Rings offer the designer an efficient and economical sealing

element for a wide range of different static applications.
Inexpensive production methods and ease of use have made the

O-Ring the most widely used static seal.
A wide choice of elastomer materials for both standard and

special applications allow the O-Ring to be used to seal practi-
cally all liquid and gaseous media.
O-Rings are vulcanized in molds and are characterized by their

circular form with an annular cross section. The dimensions of the
O-Ring are defined by the inside diameter d and the cross section
W (Figure 23).
Cross sections of approximately 0.35 to 12 mm and inside
diameters up to 5,000 mm are available.
Pressure
Figure 24 O-Ring sealing forces with and without system pressure

W
Advantages
Figure 23 O-Ring dimensions Compared with other sealing elements, the O-Ring has a wide
range of advantages:
Method of Operation
- Inexpensive, allows low cost solutions
O-Rings are automatic double-acting sealing elements. The - Simple, one piece design reduces hardware and
initial squeeze acting in a radial or axial direction due to the design costs
installation gives the O-Ring its initial sealing capability. These - Compact design allows smaller hardware
forces are superimposed by the system pressure to create the total - Easy, foolproof installation reduces risk
sealing force which increases with increasing system pressure - Applicable to a wide range of static sealing
(Figure 24). Under pressure, the O-Ring behaves in a similar way problems, single or double acting
to a fluid with high surface tension. The pressure is transmitted - Wide compound choice for compatibility with most
uniformly to all sides. fluids
- Stock availability worldwide for easy mainte-
nance and repair.
Basic Seals O-Ring
Fields of Application Media
O-Rings are used as primary static sealing elements, as energiz- With the wide range of compounds now available, each with
ing elements for hydraulic slipper seals and wipers and thus cover different properties, it is possible to seal against practically all
a large number of fields of application. There are no fields of liquids, gases and chemicals.
industry where the O-Ring is not used. They can be used as an
individual seal for repairs or maintenance to a quality assured Compound
application in aerospace, automotive or general engineering.
Table 36 on page 108 provides a summary of the various
The O-Ring is used predominantly for static sealing applications: elastomer material groups. Busak+Shamban offers a large num-
- As a radial static seal, e.g. for bushings, covers, ber of compounds within each group.
pipes and cylinders
- As an axial static seal, e.g. for flanges, plates and caps. If no particular specifications are given for the compound, NBR
(Nitrile Elastomer) in 70 Shore A will be supplied.
O-Rings in dynamic applications are not recommended because
they are limited by the speed and the pressure against which they The hardness is one of the most important and most frequently
are to seal. In comparison with PTFE & polyurethane seal quoted properties of rubber compounds; however, the values can
materials, O-Ring friction and performance characteristics are be very misleading. The hardness cannot be regarded as a
unfavorable for the majority of dynamic applications. genuine measure of rigidity. Hardness calculations are measure-
ments of minor deformations at the surface. The measured
Technical Data property, namely the impression at the surface, is seldom a
measure of the serviceability of the sealing element or the rubber
O-Rings can be used in a wide range of applications. Tempera- article.
ture, pressure, and media determine the choice of appropriate
compounds. In order to be able to assess the suitability of the Rigidity measurements, on the other hand, involve large deforma-
O-Ring as a sealing element for a given application, the interac- tions of the mass as a whole. For this reason, no correlation can
tion of all the operating parameters have to be taken into be drawn between hardness and rigidity.
consideration.
The hardness values and their tolerances are always based on the
Working Pressure measurement in accordance with DIN 53505/ASTM D2240 on
a test specimen and are expressed in Shore A. Hardness
Static application measurements on finished products are performed in the IRHD
- up to 20 MPa (2,900 psi) without Back-up Ring (International Rubber Hardness Durometer). Measurements on
- up to 40 MPa (5,800 psi) with Back-up Ring cross sections less than 2 mm produce inaccurate results and are
- up to 200 MPa (29,000 psi) with special Back-up Ring therefore not permissible. In view of the different measuring
instruments used, Shore A and IRHD values may differ from one
Please note the permissible extrusion gaps. another.
Temperature This is true particularly when measurements have to be performed

on curved surfaces.
Depending on compound and media resistance for:
General applications: -30oC to +110oC (-22oF to +230oF)
Special elastomers: -60oC to +316oC (-76oF to +600oF)
When assessing the application criteria, the peak and continuous

operating temperature and pressure must be taken into consider-
ation. High pressure may cause a cylinder to expand which in
turn will enlarge the extrusion gap. A back-up ring must be used
for such application.
O-Ring Basic Seals
Tolerances Table 34 Cross Section Tolerances.

Cross Section Tolerance
During vulcanization, elastomers are subject to dimensional W ±
changes due to shrinkage. The degree of shrinkage depends on
compound, mold geometry and on the vulcanization process to 1,80 0,08
employed. 1,80 – 2,65 0,09
2,65 – 3,55 0,10
The following Tables, 34 and 35, show the tolerances for the 3,55 – 5,30 0,13
Inside Diameter (d) and Cross Section (W). The tables are valid 5,30 – 7,00 0,15
for all 70 Shore A Nitrile (NBR) elastomer compounds; other
compounds may exhibit different dimensional tolerances. The 7,00 – 8 , 0 0 0,18
tolerances normally have no influence on the function of the seals.
8,00 – 10,00 0,21
High precision O-Rings are available if required – please contact
10,00 – 12,00 0,25
us. O-Ring dimensions and standards not included in the tables are
manufactured to tolerances according to ISO 3601/DIN 3771.
Table 35 Tolerances for O-Ring Inside Diameters d1 in Accordance with ISO 3601
Inside Diameter Tolerance Inside Diameter Tolerance
d ± d ±
– 2,50 0,13 41,20 – 42,50 0,42
2,50 – 4,50 0,14 42,50 – 43,70 0,41
4,50 – 6,30 0,15 43,70 – 45,00 0,42
6,30 – 8,50 0,16 45,00 – 46,20 0,43
8,50 – 10,00 0,17 46,20 – 47,20 0,44
10,00 – 11,20 0,18 47,20 – 48,20 0,45

11,20 – 14,00 0,19 48,20 – 50,00 0,46
14,00 – 16,00 0,20 50,00 – 51,50 0,47
16,00 – 18,00 0,21 51,50 – 53,00 0,48
18,00 – 20,00 0,22 53,00 – 54,50 0,50
20,00 – 21,20 0,23 54,50 – 56,00 0,51

21,20 – 23,60 0,24 56,00 – 58,00 0,52
23,60 – 25,00 0,25 58,00 – 60,00 0,54
25,00 – 26,50 0,26 60,00 – 61,50 0,55
26,50 – 28,00 0,28 61,50 – 63,00 0,56
28,00 – 30,00 0,29 63,00 – 65,00 0,58

30,00 – 31,50 0,31 65,00 – 67,00 0,59
31,50 – 33,50 0,32 67,00 – 69,00 0,61
33,50 – 34,50 0,33 69,00 – 71,00 0,63
34,50 – 35,50 0,34 71,00 – 73,00 0,64
35-50 – 36,50 0,35 73,00 – 75,00 0,66

36,50 – 37,50 0,36 75,00 – 77,50 0,67
37,50 – 38,70 0,37 77,50 – 80,00 0,69
38,70 – 40,00 0,38 80,00 – 82,50 0,71
40,00 – 41,20 0,39 82,50 – 85,00 0,73
Basic Seals O-Ring
Table 35 Tolerances for O-Ring Inside Diameters d1 in Accordance with ISO 3601 (Continued)
Inside Diameter Tolerance Inside Diameter Tolerance
d ± d ±
85,00 – 87,50 0,75 250,00 –258,00 1,93
87,50 – 90,00 0,77 258,00 –265,00 1,98
90,00 – 92,50 0,79 265,00 –272,00 2,02
92,50 – 95,00 0,81 272,00 –280,00 2,08
95,00 – 97,50 0,83 280,00 –290,00 2,14
97,50 –100,00 0,84 290,00 –300,50 2,21

100,00 –103,00 0,87 300,00 –307,00 2,25
103,00 –106,00 0,89 307,00 –315,00 2,30
106,00 –109,00 0,91 315,00 –325,00 2,37
109,00 –112,00 0,93 325,00 –335,00 2,43
112,00 –115,00 0,95 335,00 –345,00 2,49

115,00 –118,00 0,97 345,00 –355,00 2,56
118,00 –122,00 1,00 355,00 –365,00 2,62
122,00 –125,50 1,03 365,00 –375,00 2,68
125,00 –128,00 1,05 375,00 –387,00 2,76
128,00 –132,00 1,08 387,00 –400,00 2,84

132,00 –136,00 1,10 400,00 –412,00 2,91
136,00 –140,00 1,13 412,00 –425,00 2,99
140,00 –145,00 1,17 425,00 –437,00 3,07
145,00 –150,00 1,20 437,00 –450,00 3,15
450,00 –462,00 3,22
150,00 –155,00 1,24
155,00 –160,00 1,27 462,00 –475,00 3,30
160,00 –165,00 1,31 475,00 –485,00 3,37
165,00 –170,00 1,34 485,00 –500,00 3,45
170,00 –175,00 1,38 500,00 –515,00 3,54
515,00 –530,00 3,63
175,00 –180,00 1,41
180,00 –185,00 1,44 530,00 –545,00 3,72
185,00 –190,00 1,48 545,00 –560,00 3,81
190,00 –195,00 1,51 560,00 –580,00 3,93
195,00 –200,00 1,55 580,00 –600,00 4,05
600,00 –615,00 4,13
200,00 –206,00 1,59
206,00 –212,00 1,63 615,00 –630,00 4,22
212,00 –218,00 1,67 630,00 –650,00 4,34
218,00 –224,00 1,71 650,00 –670,00 4,46
224,00 –230,00 1,75
Tolerances for inside diameter d1 > 670 mm are not included in
230,00 –236,00 1,79 the standards.
236,00 –243,00 1,83 Tolerances on these diameters are approximately ± 0,7%.
243,00 –250,00 1,88
O-Ring Basic Seals
Table 36 Summary: Elastomer Materials

Designation Trade Name * Abbreviation
ISO 1629 ASTM 1418 B+S
Nitrile Elastomer Buna N®/ NBR NBR N
Acrylonitrile-Butadiene Elastomer Europrene N®/Hycar®/
Nipol N®/
Perbunan N®
Polyacrylate Elastomer Europrene AR®/ ACM ACM A
Nipol AR®
Tetrafluorethylene-Propylene Copolymer Aflas® - TFE/P** WT
Elastomer
Butyl Elastomer Esso Butyl®/ IIR IIR WI
Polysar Butyl®
Polychloroprene Elastomer Baypren®/ CR CR WC
Neoprene®
Polysulphide Elastomer Thiokol® - TWT WY
Chlorosulphonated Polyethylene Hypalon® CSM CSM WM
Ethylene-Propylene-diene Monomer Dutral/Keltan®/ EPDM EPDM E
Elastomer Vistalon®
Epichlorohydrin Elastomer Herclor®/Hydrin ECO ECO WO
Fluoroelastomer Fluorel®/Tecnoflon®/ FPM FKM V
Viton®
Fluorosilicone Elastomer Silastic® MFQ FVMQ F
Natural Rubber Natsyn® NR LNR WR
Polyester Urethane Elastomer Adiprene®/Urepan®/Vulcollan® AU AU WU
Polyether Urethane Elastomer Desmopan® EU EU WU
Silicone Elastomer Rhodorsil®/Silastic®/ MVQ VMQ S
Silopren®
Styrene-Butadiene Elastomer Buna S®/Europrene®/ SBR SBR WB
Polysar S®
Perfluorinated Elastomer Kalrez®/Zalak® – FFKPM D
Hydrogenated Acrylonitrile-Butadiene Therban®/Tornac®/ HNBR HNBR H
Elastomer Zetpol®
*Selection of registered trade names from Messrs BASF, Bayer AG, B.F. Goodrich, Chemische Werke Huls, Daikin, DuPont Dow
Elastomers, DSM, Esso Chemie, Hercules, Hoechst AG, Montedison, Montefluos, Nippon Zeon, Polysar Ltd., Rhone Poulenc,
3 M Company, Wacker Chemie.
** Abbreviation not yet standardized
ASTM = American Society for Testing and Materials
ISO = International Standardization Organization
Basic Seals O-Ring
Design Recommendations Initial Squeeze
Choice of the O-Ring Size An initial squeeze of the O-Ring in the groove is essential to
ensure its function as a primary or secondary sealing element
The chosen cross section W should be in an appropriate ratio to (Figure 26). It serves to:
the O-Ring inside diameter d. A minimum cross section is
assigned to each inside diameter. Taking into account the - Achieve the initial sealing capability
tolerances, the next larger cross section is to be recommended in - Bridge production tolerances
case of doubt. For static applications, large diameter O-Rings - Assure defined frictional forces
can safely be used with smaller cross sections. - Compensate for the compression set
- Compensate for wear
An important parameter for assessing the sealing behavior is the
compression set of the O-Ring compound. Under load, elas- Depending on the application, the following values apply for the
tomers exhibit not only an elastic component but also a perma- initial squeeze as a proportion of the cross section (W):
nent plastic deformation (Figure 25).
Static applications: 15 to 30%
The compression set is determined in accordance with DIN
53517/ASTM 395B as follows: Taking into account the tolerances of the O-Ring and the groove,
h0 - h2 minimum values are specified of 6% for hydraulics applications
CS = • 100 (%) and 2% for pneumatic applications.
h0 - h 1
Initial Squeeze
Where:
h0 = Original height (W)
h1 = Height in the compressed state under load
h2 = Height after the load is removed
Pressure = 0
% Permanent Compression deformation
h0 h1 h2
0
Deformation 25%
20
(compression set)
100 Pressure > 0
h0 h1 h2
Figure 25 Illustration of the compression set Figure 26 O-Ring contact pressure installed and under service
pressure
O-Ring Basic Seals
Hydraulics - dynamic The design of the grooves can be based on the guide values for
permissible range of initial squeeze the initial squeeze shown in the diagrams in Figure 27. These take
into account the relationships between various Shore A hardnesses,
30 loads and cross sections.
%
Compression forces
Initial squeeze
20
15 The deformation forces vary depending on the extent of the initial
10
squeeze and the Shore Hardness. Figure 28 shows the specific
compression force per inch of the seal circumference as a function
5 of the cross section.
.04 .08 .12 .16 .2 .24 .28 .32 .36 mm The compression forces shown can be used to estimate the total
cross section W force to be applied for static installation of O-Rings.
.070 .103 .139 .210
(inches)
Cross-section compression
Pneumatics - dynamic
Compression force on O-Ring circumference

10% 20%
permissible range of initial squeeze
lb/in
30 91 NBR 90
NBR 80
% 80
Initial squeeze
69
20
57 NBR 70
15
46
NBR 90
10 34 NBR 80
NBR 70
5 23
11
.04 .08 .12 .16 .2 .24 .28 .32 .36 mm

.04 .08 .12 .16 .20 .24 .28 .32 .36 .40
in
.070 .103 .139 .210 cross section W
cross section W
(inches)
Figure 28 Compression forces on the O-Ring circum-
Hydraulics - Pneumatics - dynamic ference depending on the Compound.
permissible range of initial squeeze
30
Elongation- Compression
% With a radial sealing configuration, the O-Ring in an internal

Initial squeeze
20 groove - "outside sealing" - should be stretched over the diameter

of the groove. Maximum elongation in the installed state is 6%.
15
10 With external grooves -"inside sealing" - the O-Ring is preferably
5 compressed along its circumference. The maximum circumferen-
tial compression in the installed state is 3%.
.04 .08 .12 .16 .2 .24 .28 .32 .36 mm
cross section W
Exceeding these values will result in too large an increase or
.070 .103 .139 .210 (inches) decrease in the O-Ring cross section. An elongation of 1%
corresponds to a reduction of the cross section (W) of approxi-
Figure 27 Initial squeeze as a function of cross
mately 0.5%.
section
Basic Seals O-Ring
Methods of Installation Outer Sealing
O-Rings can be used in components in a wide variety of ways. The O-Ring size should be selected so that the inside diameter d
is equal to or smaller than groove diameter A (Figure 29).
During the design stage, installation must be taken into consider-
ation. In order to avoid damage during installation, it should not be Axial Installation, (static)
necessary to pass the O-Ring over edges or bores. When long
sliding movements are involved, the seal hardware glands should be During axial-static installation, the direction of the pressure
recessed, if possible, or the O-Rings arranged so that they only have should be taken into consideration when choosing the O-Ring
to travel short distances during installation to reduce risk of twisting. size (Figure 30). With internal pressure the O-Ring should be
chosen approximately 1 to 2% larger than the outer groove
Radial Installation diameter F. With external pressure the O-Ring is chosen approxi-
mately 1 to 3% smaller than the inner groove diameter H.
Inner sealing
The O-Ring size should be selected so that the inside diameter d
has the smallest possible deviation from the rod diameter to be
sealed C (Figure 29).
Ød ØA ØC
Figure 29 Radial installation
ØH ØH
ØF ØF
Internal Pressure External Pressure
Figure 30 Axial installation, static
O-Ring Basic Seals
Groove Design Lead-In Chamfers
Rectangular Groove Correct design can help to eliminate possible sources of

damage and seal failure from the outset.
A rectangular groove is preferred for all new designs. Designs
with bevelled groove flanks up to 5o are permissible. If Back-up
Rings are used, straight groove flanks are necessary. The groove
widths specified in our recommendations already take into
account the swelling value for O-Rings described in DIN 3771
0°
Part 5, September 1989, whereby 15% swelling is permissible for
°-2
stationary parts (Figure 31).
15
rounded
0°
-5 polished
°
R Z
Figure 32 Lead-in chamfers for bores, tubes

.2
.0
Since O-Rings are squeezed during installation, lead-in

ax
Chamfers and rounded edges must be provided (Figures 32

M
R
and 33).
Figure 31 Groove specifications
15
°-
20°
rounded, polished
Surfaces
Under pressure, elastomers adapt to irregular surfaces. For gas

or liquid tight joints, however, certain minimum demands must be
made on the surface quality of the surfaces to be sealed.
Fundamentally nicks, scratches, pit marks, concentric or spiral

machining scores, etc. are not permissible.
Z
At present, no uniform definitions exist for describing the mating
surfaces. In practice, the specification of the Ra value is not
sufficient to permit an assessment of the surface quality. Our Figure 33 Lead-in chamfers for shafts, rods
recommendations therefore contain various terms and definitions
in accordance with DIN 4768/1 and ISO 1302.
Surface Treatments
O-Rings can be surface treated by dipping, spraying or coating

in order to reduce friction and adhesion, achieve permanent
lubrication, or facilitate installation. Depending on the effect,
O-Rings can also be molycoted, graphitized, powdered with
talcum or coated with PTFE.
Please ask our specialists for further details.
Basic Seals O-Ring
The minimum lengths of the lead-in chamfers are listed in Table Table 38 Radial Clearance S
37 as a function of the cross section W.
O-Ring
Cross up to 2 2-3 3-5 5-7 above
Table 37 Lead-In Chamfers Section 7
W
Lead-In Chamfers O-Ring Cross Section
Length Z min W O-Rings with hardness of 70 Shore A
Pressure Radial Clearance S
1,1 up to 1,78 1,80 MPa
1,5 up to 2,62 2,65 ≤ 3,50 0,08 0,09 0,10 0,13 0,15
1,8 up to 3,53 3,55 ≤ 7,00 0,05 0,07 0,08 0,09 0,10
2,7 up to 5,33 5,30 ≤ 10,50 0,03 0,04 0,05 0,07 0,08
3,6 up to 7,00 O-Rings with hardness of 90 Shore A
4,2 up to 8,40 Pressure Radial Clearance S
4,5 above 10 MPa
≤ 3,50 0,13 0,15 0,20 0,23 0,25
≤ 7,00 0,10 0,13 0,15 0,18 0,20
The permissible surface roughness of a lead-in chamfer is defined
≤ 10,50 0,07 0,09 0,10 0,13 0,15
as follows:
≤ 14,00 0,05 0,07 0,08 0,09 0,10
Rmax ≤ 2,5 µm Rz ≤ 1,6 µm Ra ≤ 0,4 µm
≤ 17,50 0,04 0,05 0,07 0,08 0,09
Radial Clearance ≤ 21,00 0,03 0,04 0,05 0,07 0,08
≤ 35,00 0,02 0,03 0,03 0,04 0,04
The tolerances given in Table 39 and the maximum permissible These values assume that the mating parts are concentric to one
radial clearance S (extrusion gap) given in Table 38 must be another and do not expand under pressure. If this is not the case,
maintained. the clearance should be kept correspondingly smaller.
If the clearance is too large, there is a risk of seal extrusion which

can result in the destruction of the O-Ring (Figure 34).
Pressure
Radial Clearance S
Figure 34 Radial clearance "S"
The permissible radial clearance S between the sealed parts

depends on the system pressure, the cross section and the O-Ring.
Table 38 contains recommendations for the permissible clear-

ance S as a function of the O-Ring cross section and shore
hardness. The table is valid for elastomer materials with the
exception of polyurethane and FEP encapsulated O-Rings.
O-Ring Basic Seals
O-Ring Installation with Back-up Rings
Another possible method of protecting the O-Ring from extrusion CORRECT

into the sealing gap is the additional installation of Back-up Rings.
Back-up Rings are recommended for pressure above approxi-
mately 5 MPa (725 psi) or systems with large sealing gaps.
A complete summary of our Back-up Ring product range can be

found in the catalog "Back-up Rings". The following tables offer
the designer a preferred series. They permit easy selection and
the assignment of the Back-up Rings to the O-Ring sizes and/or
groove dimensions.
The selection series contains two Back-up Ring types:

INCORRECT
- Split design, preferred for outside sealing applica-

tions (bore)
Figure 35 Piston installation with O-Ring
- One-piece design, preferred for inside sealing
applications (rod) and with split grooves.
CORRECT
The compounds for the O-Ring selection series can be found in the
compound list, Table 41, page 128. The standard compound for
the Back-up Rings is pure, unfilled PTFE. Special compounds e.g.
for injection molded Back-up Rings, on request.
Installation Instructions
General Instructions
Before starting installation, check the following points:

- Lead-in chamfers made according to drawing?
- Inner bores deburred and edges rounded?
INCORRECT
- Machining residues, e.g. chips, dirt and foreign
particles removed?
- Screw thread tips covered?
- Seals and components greased or oiled? Ensure Figure 36 Rod installation with O-Ring
media compatibility with the elastomer material
- Do not use lubricants with solid additives, e.g.
molybdenum disulfide or zinc sulfide.
Basic Seals O-Ring
Thread
CORRECT
CORRECT
INCORRECT INCORRECT
Figure 37 O-Ring installation over transverse bores
Installation by Hand
- Use no sharp tools!

- Ensure that the O-Ring is not twisted, use install-
ation aids, e.g. thread, to assist correct position-
ing (Figure 38)
Figure 38 O-Ring installation using a thread
- Use installation aids whenever possible
- Do not overstretch O-Rings
Automatic Installation
- Do not stretch butt-vulcanized O-Rings at the joint.
Automatic O-Ring installation requires good preparation. The
surfaces of the O-Rings are frequently treated by molycoating,
graphitizing, powdering with talcum or coating with PTFE. This
offers a number of benefits during installation such as a reduction
in the installation forces required. It also allows for non-stick
effects and easy removal.
The handling and installation of dimensionally unstable compo-

nents requires a great deal of experience. Reliable automated
installation thus demands special handling and packing of the O-
Rings.
Please ask our specialists for further details.
O-Ring Basic Seals
Installation Recommendations
R (2 PL) E2
(63 µ in) (63 µ in)

1,6 µm 1,6 µm
R (2 PL) G0 Ra Ra
(8 16 µ in)
,2 ,4 µ m)
E1 Ra
S*
G
E1
(4 16 µin)
,1 ,4 µm)
Ra
E1
S*
W G2 G1
*See Table 38 on page 113 for Radial Gap S values
Table 39 Installation Dimensions for Static Applications

ARP Cross Radial Installation Axial Installation Radius
Series Section
Groove Depth Groove Width Groove Groove Without
Depth Width BU Ring
W E1 + 0,05 G0 + 0,2 G1 + 0,2 G2 + 0,2 E2 + 0,05 G + 0,2 R (Max)

000 1,78 1,30 2,40 3,80 5,20 1,30 2,60 0,40
1,80 1,30 2,40 3,80 5,20 1,30 2,60 0,40
1,90 1,40 2,60 4,00 5,40 1,40 2,70 0,40
2,40 1,80 3,20 4,60 6,00 1,80 3,30 0,50
100 2,62 2,00 3,60 5,00 6,40 2,00 3,80 0,60
2,65 2,00 3,60 5,00 6,40 2,00 3,80 0,60
3,10 2,40 4,10 5,50 6,90 2,40 4,10 0,60
3,50 2,65 4,60 6,00 7,40 2,65 4,70 0,60

200 3,53 2,70 4,80 6,20 7,60 2,70 5,00 0,80
3,55 2,70 4,80 6,20 7,60 2,70 5,00 0,80
300 5,33 4,30 7,10 8,80 10,50 4,30 7,30 1,20
5,30 4,30 7,10 8,80 10,50 4,30 7,30 1,20
5,70 4,60 7,20 8,90 10,60 4,60 7,40 1,20
400 6,99 5,80 9,50 12,00 14,50 5,80 9,70 1,50
7,00 5,80 9,50 12,00 14,50 5,80 9,70 1,50
8,40 7,10 10,00 12,50 15,00 7,10 10,30 1,50
The installation dimensions apply to NBR O-Rings. For elastomers with larger mold shrinkage, such as VMQ or FKM, the groove
depth may have to be reduced. In such cases, please contact us!
For further details, please refer to our catalog, "Back-up Rings."

The installation dimensions given in this table correspond to the recommendations in DIN 3771, Part 5. The groove width can be
reduced by approximately 15% if no particularly large swelling (>10%) is to be expected. The same applies to pneumatics
applications.
Basic Seals O-Ring
Metric Sizes and International Standards The abbreviations in the "Standard" column have the following
meanings:
DIN/ISO = DIN 3771/ISO 3601

ARP = American standard AS 568A
W British standard BS 1806
P/G = Japanese standard JIS B 2401
Figure 39 O-Ring dimensions
Table 40 O-Ring Ordering Information (Metric)

Dimensions Part No. Standard Dimensions Part No. Standard
dx W dx W
0,74 x 1,02 ORAR00001 ARP 4,87 x 1,80 ORIA00487 DIN/ISO

1,07 x 1,27 ORAR00002 ARP 4,90 x 1,90 OR1900490 P4
1,78 x 1,78 ORAR00004 ARP 5,23 x 2,62 ORAR00107 ARP
1,80 x 1,80 ORIA00180 DIN/ISO 5,28 x 1,78 ORAR00009 ARP

2,00 x 1,80 ORIA00200 DIN/ISO 5,30 x 1,80 ORIA00530 DIN/ISO
2,24 x 1,80 ORIA00224 DIN/ISO 5,80 x 1,90 OR1900580 P6

2,80 x 1,90 OR1900280 P3 6,07 x 1,78 ORAR00010 ARP
3,15 x 1,80 ORIA00315 DIN/ISO 6,80 x 1,90 OR1900680 P7

3,80 x 1,90 OR1900380 P4 7,52 x 3,53 ORAR00203 ARP

4,42 x 2,62 ORAR00106 ARP 7,80 x 1,90 OR1900780 P8
O-Ring Basic Seals
Table 40 O-Ring Ordering Information (Metric - Continued)

dx W dx W
8,80 x 1,90 OR1900880 P9 15,47 x 3,53 ORAR00208 ARP
9,19 x 2,62 ORAR00110 ARP 15,80 x 2,40 OR2401580 P16

9,50 x 1,80 ORIA00950 DIN/ISO 16,00 x 2,65 ORIB01600 DIN/ISO
9,80 x 1,90 OR1900980 P10 16,81 x 5,33 ORAR00313 ARP
9,80 x 2,40 OR2400980 P10A 17,00 x 1,80 ORIA01700 DIN/ISO
10,00 x 1,80 ORIA01000 DIN/ISO 17,00 x 2,65 ORIB01700 DIN/ISO

10,77 x 2,62 ORAR00111 ARP 17,80 x 2,40 OR2401780 P18
10,80 x 2,40 OR2401080 P11 18,00 x 2,65 ORIB01800 DIN/ISO
10,82 x 1,78 ORAR00013 ARP 18,00 x 3,55 ORIC01800 DIN/ISO

11,00 x 2,40 OR2401100 P11.2 18,42 x 5,33 ORAR00314 ARP
11,80 x 2,40 OR2401180 P12 18,77 x 1,78 ORAR00018 ARP
12,07 x 5,33 ORAR00310 ARP 19,00 x 2,65 ORIB01900 DIN/ISO

12,30 x 2,40 OR2401230 P12.5 19,80 x 2,40 OR2401980 P20
12,50 x 1,80 ORIA01250 DIN/ISO 20,00 x 3,55 ORIC02000 DIN/ISO

13,80 x 2,40 OR2401380 P14 20,35 x 1,78 ORAR00019 ARP
13,87 x 3,53 ORAR00207 ARP 20,80 x 2,40 OR2402080 P21

14,00 x 2,65 ORIB01400 DIN/ISO 21,70 x 3,50 OR3502170 P22A
14,80 x 2,40 OR2401480 P15 21,80 x 2,40 OR2402180 P22

15,00 x 2,65 ORIB01500 DIN/ISO 21,89 x 2,62 ORAR00118 ARP
Basic Seals O-Ring

dx W dx W
22,10 x 3,50 OR3502210 P22.4 29,70 x 3,50 OR3502970 P30
22,40 x 3,55 ORIC02240 DIN/ISO 29,82 x 2,62 ORAR00123 ARP

23,52 x 1,78 ORAR00021 ARP 30,70 x 3,50 OR3503070 P31
23,60 x 3,55 ORIC02360 DIN/ISO 31,20 x 3,50 OR3503120 P31.5
23,70 x 3,50 OR3502370 P24 31,34 x 3,53 ORAR00218 ARP

24,40 x 3,10 OR3102440 G25 31,42 x 2,62 ORAR00124 ARP
24,70 x 3,50 OR3502470 P25 31,47 x 1,78 ORAR00026 ARP
25,00 x 2,65 ORIB02500 DIN/ISO 31,70 x 3,50 OR3503170 P32

25,00 x 3,55 ORIC02500 DIN/ISO 32,50 x 2,65 ORIB03250 DIN/ISO
25,20 x 3,50 OR3502520 P25.5 32,92 x 3,53 ORAR00219 ARP
25,70 x 3,50 OR3502570 P26 32,99 x 2,62 ORAR00125 ARP

25,80 x 3,55 ORIC02580 DIN/ISO 33,50 x 2,65 ORIB03350 DIN/ISO
26,57 x 3,53 ORAR00215 ARP 33,70 x 3,50 OR3503370 P34

26,70 x 1,78 ORAR00023 ARP 34,40 x 3,10 OR3103440 G35

28,24 x 2,62 ORAR00122 ARP 34,70 x 3,50 OR3503470 P35
28,30 x 1,78 ORAR00024 ARP 35,20 x 3,50 OR3503520 P35.5
29,20 x 3,50 OR3502920 P29.5 35,50 x 3,55 ORIC03550 DIN/ISO

29,40 x 3,10 OR3102940 G30 35,70 x 3,50 OR3503570 P36
O-Ring Basic Seals

dx W dx W
36,09 x 3,53 ORAR00221 ARP 44,40 x 3,10 OR3104440 G45
36,17 x 2,62 ORAR00127 ARP 44,70 x 3,50 OR3504470 P45
36,50 x 2,65 ORIB03650 DIN/ISO 45,00 x 3,55 ORIC04500 DIN/ISO
36,50 x 3,55 ORIC03650 DIN/ISO 45,00 x 5,30 ORID04500 DIN/ISO
37,50 x 2,65 ORIB03750 DIN/ISO 45,70 x 3,50 OR3504570 P46

37,50 x 3,55 ORIC03750 DIN/ISO 46,20 x 3,55 ORIC04620 DIN/ISO
37,69 x 3,53 ORAR00222 ARP 46,20 x 5,30 ORID04620 DIN/ISO
37,70 x 3,50 OR3503770 P38 46,99 x 5,33 ORAR00328 ARP

38,70 x 3,50 OR3503870 P39 47,50 x 3,55 ORIC04750 DIN/ISO
39,34 x 2,62 ORAR00129 ARP 47,60 x 5,70 OR5704760 P48A
39,40 x 3,10 OR3103940 G40 47,70 x 3,50 OR3504770 P48

39,70 x 3,50 OR3503970 P40 48,70 x 3,50 OR3504870 P49
40,00 x 5,30 ORID04000 DIN/ISO 48,70 x 5,30 ORID04870 DIN/ISO
40,70 x 3,50 OR3504070 P41 49,40 x 3,10 OR3104940 G50

40,87 x 3,53 ORAR00223 ARP 49,60 x 5,70 OR5704960 P50A
40,94 x 2,62 ORAR00130 ARP 49,70 x 3,50 OR3504970 P50
41,20 x 5,30 ORID04120 DIN/ISO 50,17 x 5,33 ORAR00329 ARP

41,70 x 3,50 OR3504170 P42 50,39 x 3,53 ORAR00226 ARP
43,70 x 3,50 OR3504370 P44 51,50 x 5,30 ORID05150 DIN/ISO

43,70 x 3,55 ORIC04370 DIN/ISO 51,60 x 5,70 OR5705160 P52
43,82 x 5,33 ORAR00327 ARP 52,60 x 5,70 OR5705260 P53

Basic Seals O-Ring

dx W dx W
53,64 x 2,62 ORAR00138 ARP 64,40 x 3,10 OR3106440 G65
53,70 x 1,78 ORAR00034 ARP 64,60 x 5,70 OR5706460 P65
54,40 x 3,10 OR3105440 G55 64,77 x 2,62 ORAR00145 ARP

54,60 x 5,70 OR5705460 P55 66,04 x 5,33 ORAR00334 ARP
55,60 x 5,70 OR5705560 P56 66,34 x 2,62 ORAR00146 ARP
56,00 x 5,30 ORID05600 DIN/ISO 66,60 x 5,70 OR5706660 P67


58,00 x 5,30 ORID05800 DIN/ISO 69,40 x 3,10 OR3106940 G70
59,40 x 3,10 OR3105940 G60 69,52 x 2,62 ORAR00148 ARP
59,60 x 5,70 OR5705960 P60 69,57 x 1,78 ORAR00039 ARP

59,69 x 5,33 ORAR00332 ARP 69,60 x 5,70 OR5706960 P70
59,92 x 3,53 ORAR00229 ARP 70,60 x 5,70 OR5707060 P71


62,87 x 5,33 ORAR00333 ARP 74,40 x 3,10 OR3107440 G75
63,00 x 5,30 ORID06300 DIN/ISO 75,00 x 3,55 ORIC07500 DIN/ISO

O-Ring Basic Seals

dx W dx W
75,79 x 3,53 ORAR00234 ARP 94,40 x 3,10 OR3109440 G95
75,87 x 2,62 ORAR00151 ARP 94,60 x 5,70 OR5709460 P95

79,40 x 3,10 OR3107940 G80 95,00 x 5,30 ORID09500 DIN/ISO

82,14 x 3,53 ORAR00236 ARP 99,40 x 3,10 OR3109940 G100
82,22 x 2,62 ORAR00152 ARP 99,60 x 5,70 OR5709960 P100

84,40 x 3,10 OR3108440 G85 101,19 x 3,53 ORAR00242 ARP
84,60 x 5,70 OR5708460 P85 101,27 x 2,62 ORAR00155 ARP

88,27 x 5,33 ORAR00341 ARP 104,40 x 3,10 OR3110440 G105

88,49 x 3,53 ORAR00238 ARP 104,60 x 5,70 OR5710460 P105
89,40 x 3,10 OR3108940 G90 107,32 x 5,33 ORAR00347 ARP
89,60 x 5,70 OR5708960 P90 107,54 x 3,53 ORAR00244 ARP

92,50 x 3,55 ORIC09250 DIN/ISO 109,40 x 3,10 OR3110940 G110

Basic Seals O-Ring

dx W dx W
111,60 x 5,70 OR5711160 P112 126,72 x 1,78 ORAR00049 ARP
113,67 x 5,33 ORAR00349 ARP 129,40 x 3,10 OR3112940 G130

113,97 x 2,62 ORAR00157 ARP 129,60 x 5,70 OR5712960 P130
114,40 x 3,10 OR3111440 G115 131,60 x 5,70 OR5713160 P132


119,40 x 3,10 OR3111940 G120 134,60 x 5,70 OR5713460 P135
119,60 x 5,70 OR5711960 P120 135,89 x 5,33 ORAR00356 ARP


123,19 x 7,00 ORAR00428 ARP 139,40 x 3,10 OR3113940 G140
123,42 x 3,53 ORAR00249 ARP 139,60 x 5,70 OR5713960 P140

124,40 x 3,10 OR3112440 G125 140,00 x 3,55 ORIC14000 DIN/ISO
125,00 x 5,30 ORID12500 DIN/ISO 142,24 x 7,00 ORAR00434 ARP/R62

126,37 x 7,00 ORAR00429 ARP 144,40 x 3,10 OR3114440 G145
O-Ring Basic Seals

dx W dx W
145,42 x 5,33 ORAR00359 ARP 169,50 x 8,40 OR8416950 P170

149,30 x 5,70 OR5714930 G150 174,30 x 5,70 OR5717430 G175

149,50 x 8,40 OR8414950 P150A 174,50 x 8,40 OR8417450 P175

152,07 x 2,62 ORAR00163 ARP 179,30 x 5,70 OR5717930 G180
154,30 x 5,70 OR5715430 G155 179,50 x 8,40 OR8417950 P180


158,42 x 2,62 ORAR00164 ARP 184,30 x 5,70 OR5718430 G185
159,30 x 5,70 OR5715930 G160 184,50 x 8,40 OR8418450 P185

164,30 x 5,70 OR5716430 G165 189,50 x 8,40 OR8418950 P190

Basic Seals O-Ring

dx W dx W
194,30 x 5,70 OR5719430 G195 221,84 x 3,53 ORAR00269 ARP
194,50 x 8,40 OR8419450 P195 221,92 x 2,62 ORAR00174 ARP
195,00 x 5,30 ORIC19500 DIN/ISO 224,00 x 7,00 ORIE22400 DIN/ISO
196,22 x 5,33 ORAR00368 ARP 224,50 x 8,40 OR8422450 P225

199,30 x 5,70 OR5719930 G200 228,27 x 2,62 ORAR00175 ARP
199,50 x 8,40 OR8419950 P200 229,30 x 5,70 OR5722930 G230

202,57 x 5,33 ORAR00369 ARP 230,00 x 7,00 ORIE23000 DIN/ISO
202,79 x 3,53 ORAR00266 ARP 234,50 x 8,40 OR8423450 P235

204,50 x 8,40 OR8420450 P205 234,62 x 2,62 ORAR00176 ARP
206,00 x 7,00 ORIE20600 DIN/ISO 236,00 x 7,00 ORIE23600 DIN/ISO
208,50 x 8,40 OR8420850 P209 239,30 x 5,70 OR5723930 G240

208,92 x 5,33 ORAR00370 ARP 239,50 x 8,40 OR8423950 P240
209,30 x 5,70 OR5720930 G210 240,89 x 3,53 ORAR00272 ARP
209,50 x 8,40 OR8420950 P210 240,97 x 2,62 ORAR00177 ARP

214,50 x 8,40 OR8421450 P215 244,50 x 8,40 OR8424450 P245

215,57 x 2,62 ORAR00173 ARP 249,30 x 5,70 OR5724930 G250
219,30 x 5,70 OR5721930 G220 253,37 x 5,33 ORAR00377 ARP

219,50 x 8,40 OR8421950 P220 253,37 x 7,00 ORAR00449 ARP
O-Ring Basic Seals

dx W dx W
254,50 x 8,40 OR8425450 P255 304,17 x 7,00 ORAR00453 ARP
258,00 x 7,00 ORIE25800 DIN/ISO 307,00 x 5,30 ORID30700 DIN/ISO
259,30 x 5,70 OR5725930 G260 307,00 x 7,00 ORIE30700 DIN/ISO
259,50 x 8,40 OR8425950 P260 314,50 x 8,40 OR8431450 P315

265,00 x 5,30 ORID26500 DIN/ISO 315,00 x 7,00 ORIE31500 DIN/ISO
265,00 x 7,00 ORIE26500 DIN/ISO 316,87 x 7,00 ORAR00454 ARP
266,07 x 5,33 ORAR00378 ARP 319,50 x 8,40 OR8431950 P320

269,30 x 5,70 OR5726930 G270 329,57 x 5,33 ORAR00382 ARP
269,50 x 8,40 OR8426950 P270 329,57 x 7,00 ORAR00455 ARP
272,00 x 7,00 ORIE27200 DIN/ISO 334,50 x 8,40 OR8433450 P335

278,77 x 7,00 ORAR00451 ARP 339,50 x 8,40 OR8433950 P340

279,50 x 8,40 OR8427950 P280 345,00 x 7,00 ORIE34500 DIN/ISO
284,50 x 8,40 OR8428450 P285 354,97 x 7,00 ORAR00457 ARP

290,00 x 7,00 ORIE29000 DIN/ISO 359,50 x 8,40 OR8435950 P360

294,50 x 8,40 OR8429450 P295 374,50 x 8,40 OR8437400 P375

Basic Seals O-Ring

dx W dx W
384,50 x 8,40 OR8438450 P385 557,66 x 5,33 ORAR00391 ARP
399,50 x 8,40 OR8439950 P400 582,68 x 5,33 ORAR00392 ARP



443,36 x 7,00 ORAR00464 ARP
450,00 x 7,00 ORIE45000 DIN/ISO
456,06 x 3,53 ORAR00284 ARP Ordering Example O-Ring 40 x 3

456,06 x 5,33 ORAR00387 ARP Dimensions: Inside Diameter = 40,0 mm
456,06 x 7,00 ORAR00465 ARP Cross Section = 3,0 mm
462,00 x 7,00 ORIE46200 DIN/ISO
Compound: NBR70 (Nitrile Elastomer 70
468,76 x 7,00 ORAR00466 ARP
Shore A)
475,00 x 7,00 ORIE47500 DIN/ISO
The previously used part numbers can be used as an alternate
481,46 x 5,33 ORAR00388 ARP
reference. Ordering can also be made according to O-Ring
481,46 x 7,00 ORAR00467 ARP
dimensions and material.
487,00 x 7,00 ORIE48700 DIN/ISO
494,16 x 7,00 ORAR00468 ARP
Order No. OR3004000 – N70
500,00 x 7,00 ORIE50000 DIN/ISO Series No.
506,86 x 5,33 ORAR00389 ARP
506,86 x 7,00 ORAR00469 ARP Quality Index (Standard)
515,00 x 7,00 ORIE51500 DIN/ISO Compound No. (Standard)
530,00 x 7,00 ORIE53000 DIN/ISO
532,26 x 5,33 ORAR00390 ARP

532,26 x 7,00 ORAR00470 ARP
O-Ring Basic Seals
Table 41 Fluid and Chemical Compatibility
RAT ING GU IDE

Polymer Compound No. T emperatur e Range
A - SA T IS FACTOR Y
B - F AIR
C - D O UBT FUL Ethylene-Propylene E75, E85 -60oC +150oC ( -76oF +302oF)
U - UNSA T IS FACTOR Y Fluorocarbon V70, V80, V90 -20 C +260 C
o o
( -4oF +500oF)
X - INSUFFICIENT DA TA
Neoprene WC70 -40 C +120 C
o o
( -40oF +248oF)
Nitrile N70, N80, N90 -54oC +135oC ( -65oF +275oF)
Polyurethane WU7T1, WU9T2 -40 C +100 C
o o
( -40oF +212oF)
Silicone S70R -75oC +260oC (-103oF +500oF)
MEDIUM °F °C Ethylene Fluoro- Fluoro- CR Poly- Poly- Silicone

(-/+) (-/+) Propylene Carbon Silicone Neoprene Nitrile Acr ylate Urethane (Static)
Acetaldehyde -65/200 -55/95 A U U C U U U A

Acetate Solvents -65/200 -55/95 A U U U U U U U
Acetic Acid -65/200 -55/95 A U B B U U U A
Acetic Acid Glacial -65/200 -55/95 A U C C U U U B
Acetic Acid Vapors -65/200 -55/95 A U C C U U U B
Acetic Anhydride -65/200 -55/95 B U C C U U U B

Acetone -65/200 -55/95 A U U U U U U U
Acetylene Gas -40/200 -40/95 A A X B A X A C
Acetylene Gas with Water
or Liquid Hydrocarbon -40/200 -40/95 A A X B A X A C
Acetylene Tetrabromide -20/200 -30/95 A A X B U X U X

Acid Copper Plating Solution -65/250 -55/120 A A C A B U U C
Acid Spin Bath Rayon -65/250 -55/120 A U U B B U U U
Acid, Arsenic Solution -40/160 -40/70 A A A A A C C A
Acid, Benzoic Solution -20/200 -30/95 U A B U U U U U
Acid, Boric Solution -40/200 -40/95 A A A A A U U A
Acid, Butyric -65/250 -55/120 B B X U U U X X

Acid, Carbolic (Phenol) -20/160 -30/70 B A A C U U C U
Acid, Chloroacetic -65/160 -55/70 B U U U U U U U
Acid, Chlorosulfonic No recommendation U C U U U U U U
Acid, Chromic Solution -20/160 -30/70 C A C U U U U C
Acid, Citric Solution -40/200 -40/95 A A A A A X A A

Acid, Fluosilicic -65/120 -55/50 A A U A B X X U
Acid, Formic -65/200 -55/95 A C O A B X U C
Acid, Hydrobromic -40/120 -40/50 A A C U U U U U
Acid, Hydrochloric or Muriatic -20/160 -30/70 B A X X U X X X
Acid, Hydrocyanic -20/120 -30/50 A A B B B U X C

Acid, Hydrofluosilicic -20/120 -30/50 A A U A B X X U
Acid, Hydroxy Acetic -65/120 -55/50 A U B B C C U U
Acid, Hypochlorous -20/160 -30/70 B A X U U U X X
Acid, Lactic -40/160 -40/70 A A A A A X X A
Acid, Maleic -40/160 -40/70 A U X U B X X U

Acid, Mine water -20/180 -30/80 U A X U U U X X
Basic Seals O-Ring
Table 41 Fluid and Chemical Compatibility (Continued)

Acid, Napthenic -20/120 -30/50 U A A U B X X U
Acid, Nitric (under 10%) -65/200 -55/95 A A B A U U U C
Acid, Nitric, Concentrated -20/120 -30/50 C A U U U U U U
Acid, Nitric Fuming Red/White -20/120 -30/50 U B U U U U U U

Acid, Oleic -40/160 -40/70 U A X U A U B U
Acid, Oxalic -65/160 -55/70 A A A B B X X B
Acid, Palmitic -40/160 -40/70 B A A B A U U U
Acid, Phosphoric -65/250 -55/120 A A C B B B U C
Acid, Picric Solution -40/160 -40/70 A A B A A X X X

Acid, Propionic -65/160 -55/70 A U X B A U U A
Acid, Stearic -40/250 -40/120 B X X B B X X B
Acid, Sulfuric (50% & less) -65/250 -55/120 A A C B C U B U
Acid, Sulfuric, Concentrated -65/120 -55/50 A A U U U U U U
Acid, Sulphurous -20/120 -30/50 B A X U U U U U

Acid, Tannic -40/200 -40/95 A A X A A U U B
Acid, Tartaric -40/200 -40/95 B A A B A X A A
Acrolein -40/120 -40/50 A U X C C U U X
Acrylonitrile No recommendation X X U U U U U U
Air -40/200 -40/95 A A A A A A C A

Alcohol, Methyl -65/160 -55/70 A U A A A U U A
Alcohol, IsoButyl -65/160 -55/70 A B A A B U U A
Alcohol, IsoPropyl -65/160 -55/70 A A B A A U U A
Alcohol, Octyl -65/160 -55/70 A A B B B U U B

Aldehyde Acetaldehyde -65/120 -55/50 A U U C U U U A
Alkyl Benzene -20/120 -30/50 U A A U U U U U
Alkytate, Light -40/200 -40/95 U A A U A A A U
Alkyl Ar ylsulphonic Acid -65/120 -55/50 A U U C C U U U
Allyl, Ketone -65/120 -55/50 A U U C U U U B

Allyl, Chloride -20/120 -30/50 A A U A A U X A
Alum, Solution -40/160 -40/70 A U U A A U X A
Aluminum Chloride, Solution -40/160 -40/70 A A A A A A C B
Aluminum Hydroxide, Solution -40/160 -40/70 A A A A A U X A
Aluminum Sulphate, Solution -40/160 -40/70 A A A A A U X A

Amines, Primary (such as
Methyl, Ethyl, Propyl, Allyl) -65/250 -55/120 A U U U U U U C
Ammonia, Anhydrous -40/120 -40/50 A U U A A U U B
Ammonia, Anhydrous -65/240 -55/115 A U U A C U U C
Ammonia, Aqueous Solution -65/200 -55/95 A U U A C U U C

Ammonium Carbonate Solution -40/160 -40/70 A X X B U X X X
Ammonium Chloride Solution -40/160 -40/70 A X X A A X X X
Ammonium Hydroxide Solution -40/160 -40/70 A U U A C U U U
Ammonium Nitrate Solution -40/160 -40/70 A X X A A B X X
Ammonium Phosphate,
Monobasic, Dibasi, Tribasic -40/160 -40/70 A X X A A X X A
Ammonium Sulfate Solution -65/120 -55/50 A U X A A U X X
Amyl Acetate -65/200 -55/95 A U U U U U U U
Amyl Alcohol -65/200 -55/95 A B A A B U U U
Amyl Chloride -20/160 -30/70 U A B U X U X U
Amyl Nitrate -65/200 -55/95

Anderol L-774 (MIL-L 7808 Type) -65/275 -55/135 U A A U A A U U
Anderol L-774 (MIL-L 7808 Type) -20/400 -30/205 U A A U A A U U
Aniline Liquid -65/200 -55/95 A U U U U U U U
O-Ring Basic Seals

Aromatic Fuels (up to 50% Aromatic) -65/250 -55/120 U A A U A B B U
Aromatic Hydrocarbons (100% Aromatic) -20/300 -30/150 U A A U U U U U

Arsenic Acid -40/200 -40/95 A A A A A C C A
Asphalt, Emulsion -20/200 -30/95 U A B B B B B U
Automatic Transmission Fluid -40/250 -40/120 U A X X A A X X
Automotive Gasoline -65/250 -55/120 U A A U A B B U
Automotive Gasoline -60/250 -50/120 U A A U A B B U
Aviation Gasoline (Ground Equip.) -65/250 -55/120 U A A U A U B U
Aviation Gasoline (Airborne Equip.) -65/200 -55/95 U U A U A U B U
B
Barium Choloride Solution -40/200 -40/95 A A A A A U A A
Barium Hydroxide Solution -40/200 -40/95 A A A A A U U A
Barium Nitrate Solution -40/200 -40/95 A A A A A U A A
Barium Sulfide Solution -40/200 -40/95 A A A A A U A A
Beer -65/250 -55/120 A A A A A U B A
Beer, Wort -65/250 -55/120 A A A A A U B A

Beet Juice/Pulp -40/200 -40/95 A A A B A U U A
Beet Sugar Liquors -40/200 -40/95 A A A B A U U A
Benzaldehyde -65/200 -55/95 A U U U U U U B
Benzene (Benzol) -20/300 -30/150 U A A U U U U U
Benzine (Gasoline) -65/250 -55/120 U A A U A B B U

Benzoic Acid Solution -20/160 -30/70 U A B U U U U U
Benzol (Benzene) -20/250 -30/120 U A A U U U U U
Benzyl Chloride -20/200 -30/95 U A A U U U U U
Bichloride of Mercur y Solution -40/200 -40/95 A A A A U U A A
Black Sulfate Liquor -65/250 -55/120 A A X B B U U X

Blast Furnace Gas -65/250 -55/120 U A B U U U U A
Bleaching Powder Solution -65/200 -55/95 A A B B C U U B
Boiler Feed Water -65/250 -55/120 A B B C B U U C
Borax Solutions -65/200 -55/95 A B B U B U U B
Bordeaux Mixtures -40/160 -40/70 A A B B A U U B

Boric Acid -40/200 -40/95 A A A A A U A A
Brake Fluids -65/250 -55/120 A U U B U U U U
Brine, Calcium Chloride Solution -40/200 -40/95 A A A A A U B A
Brine, Calcium Chloride Inhibited -40/200 -40/95 A A A A A U B A
Brine, Copper Chloride -40/200 -40/95 A A A B A A A A

Brine, Sea Water -65/200 -55/95 A A A B A U B A
Brine, Sodium Chloride, Solution -40/200 -40/95 A A A B A U B A
Bromine -20/200 -30/95 U A B U U U U U
Bunker “C” Fuel Oil -65/250 -55/120 U A A U A B B U
Butadiene -20/250 -30/120 U A A U U U U U

Butane -40/200 -40/95 U A A C A A A U
Buttermilk -65/160 -55/70 A A A A A U A A
Butyl Acetate -65/250 -55/120 A U U U U U U U
Butyl Alcohol -65/250 -55/120 A A A B A U U B
Butyl Amine (See Amines, primar y)

Butylene -40/250 -40/120 U A A C A A B U
Butyric Acid -20/250 -30/120 U A B C B U U U
Butyl Carbitol -65/200 -55/95 A C U C U U X U
Butyl Cellosolve -65/200 -55/95 A U U C C U U X
Butyl Phthalate -65/250 -55/120 A U A U U U U A
Basic Seals O-Ring

C
Cabinol (Methanol) -65/200 -55/95 A U A A A U U A
Calcium Bisulfide Solution -65/200 -55/95 A B C B B C C C
Calcium Carbonate Slurry -40/200 -40/95 A A A A A U U A
Calcium Chloride Brine -40/200 -40/95 A A A A A U B A
Calcium Hydroxide Solution -40/200 -40/95 A A A A A U B A
Calcium Hypochlorite Solution -65/250 -55/120 A A A B B U U B
Calcium Phosphate Slurry -40/200 -40/95 A A A B A A A A

Calgon -40/200 -40/95 A A A A A U U A
Caliche Liquors -40/200 -40/95 A A A A A A A B
Cane Sugar Liquors & Juices -40/200 -40/95 A A A A A U U A
Carbolic Acid -20/200 -30/95 B A A U U U C U

Carbon Bisulfide -20/200 -30/95 U A A U U U U U
Carbon Dioxide Wet or Dry (Low Pressure) -40/160 -40/70 B B B B A X A B
Carbon Dioxide (High Pressure) -65/200 -55/95 B C C C A U A U
Carbon Monoxide -40/160 -40/70 A B B B A K A A
Carbon Tetrachloride Anhydrous -20/250 -30/120 B A B U C U U U

Carbonated Beverages -65/250 -55/120 A A B A A X B C
Carbonic Acid -40/200 -40/95 A A A A A X A A
Casein -40/200 -40/95 B A A A A X X A
Castor Oil -40/200 -40/95 B A A A A A A A
Caustic Soda -65/250 -55/120 A U C B B U U C
Cellulose -40/200 -40/95 B U B B B U B B
Chinawood Oil -40/200 -40/95 U A A B A X C U

Cellulubes -65/250 -55/120 A C C C U U U C
Chlorine, Anhydrous or Wet -20/300 -30/150 U C U U U U X U
Chlorine Dioxide -20/400 -30/205 C A B U U U X X
Chlorine Trifluoride (No Compound available)
Chlorinated Solvents (except MethylChloride) -20/200 -30/95 U A A U U U X U
Chlorinated Biphenyl -20/160 -30/70 U A U U U U U U

Chloracetic Acid -65/160 -55/70 A U B U U U U U
Chloroacetaldehyde -65/160 -55/70 A U C U U U U U
Chlorobenzene, Mono, Di, Tri -20/200 -30/95 U A A U U U U U
Chlorobromomethane -20/200 -30/95 B A B U U U U U
Chloroform -20/200 -30/95 U A U U U U U U

Chloromethyl Ether -65/160 -55/70 C U U U U U U U
Chlorosulfonic Acid -65/200 -55/95 C U U U U U U U
Chlorox -65/250 -55/120 B A A B B U U X
Chromic Acid -20/200 -30/95 C A C U U U U C
Cider -65/275 -55/135 A B A B A U U B

Citric Acid Solution -40/200 -40/95 A A A A A X X A
Clay Slurry -40/200 -40/95 A B C A A X A C
Coal Tar -65/200 -55/95 A A U A A U U U
Cocoa Butter -65/180 -55/80 U A A B A X B U
Coca-Cola -65/180 -55/80 A B A B A U B A

Coconut, Fatty Acid -40/200 -40/95 U A A B A A A A
Coffee Extract -65/250 -55/120 A A A A A U U A
Coke Oven Gas 20/250 -5/120 U A B U U U U B
Copper Ammonium Acetate -65/200 -55/95 A U U C U U U U
Copper Acetate Solution -65/200 -55/95 A U U C U U U U

Copper Chloride, Solution -65/120 -55/50 A A A B A U B A
Copper Plating Solution -65/200 -55/95 A A C A B U U C
Copper Sulfate (Blue Vitriol) Solution -65/200 -55/95 A A A A A U U A
O-Ring Basic Seals

Corn Oil -40/200 -40/95 C A A C A A A A

Corn Starch Slurry -40/200 -40/95 A A A B A U B B
Corn Syrup -40/200 -40/95 A A A B A U B A
Cottonseed Oil -40/200 -40/95 C A A C A A A A
Creosote -20/200 -30/95 U A A B A U U U
Cresois Cresylic Acid -20/350 -30/175 A A B U U U A U
Crontonaldehyde -65/200 -55/95 A U U U U U U U

Crude Oils -65/250 -55/120 U A A C A A B U
Cumene -20/200 -30/95 U A U U U U U U
Cyclohexylamine -65/200 -55/95 A U U U U U U U
Cuprous Ammonia Acetate Solution -65/200 -55/95 A U U U U U U U
Cyanic Acid Solution -65/200 -55/95 A U U U U U U U

Cyanic Compounds -65/200 -55/95 A U U U U U U U
Cyanogen -65/200 -55/95 A U U U U U U U
Cyclohexane -65/250 -55/120 U A A C A B A U
D
DC 200, 510, 550, & 710 (Silicone Oils) -20/300 -30/150 B A U B B B B U
DDT Solutions (Toluene Solvent) -20/300 -30/150 U A A U U U U U
DDT Solutions (Kerosene Solvent) -65/200 -55/95 U A A C A B B U
Dead Oil -20/300 -30/150 U A A C A A B U
Diacetone Alcohol -65/160 -55/70 A U U B U U U U

Diamylamine -65/200 -55/95 A U U U U U U U
Dibutyl Cellosolve Adipate -65/200 -55/95 A U U U U U U U
Dibutyl Ether -65/120 -55/50 C U C U U C U U
Dibutyl Pthalate -65/250 -55/120 A C C U U U C U
Dicholorobenzene -20/200 -30/95 U A A U U U U U
Dichloroethane -20/200 -30/95 U A C U U U U U

Dichloro Pentane -10/200 -25/95 U A C U U U U U
Diesel Fuel -65/250 -55/120 U A A U A B C U
Diethanolamine -65/160 -55/70 A U U U U U U U
Diethyl Aniline -65/160 -55/70 A U U U U U U U
Diethyl Benzene -20/200 -30/95 U A A U U U U U
Diethyl Carbonate -20/200 -30/95 U A B U U U U U
Diethyl Formaldehyde -65/200 -55/95 A U U U U U U U
Diethyl Hydrazine -65/160 -55/70 A U U C C U U U

Diethyl Maleate -65/160 -55/70 A U U C C U U U
Diethyl Sulfate -65/160 -55/70 A U C A U U U A
Diethylene Glycol -40/200 -40/95 A A A A A U U B
Diethylene Triamine -65/200 -55/95 A U U U U U U U
Di-Isobutyl Ketone -65/200 -55/95 A U U U U U U U

Di-Isobutylene -40/200 -40/95 U A C U A U U U
Di-Isopropyl Benzene -20/200 -30/95 U A A U U U U U
Dimethyl Aniline -65/160 -55/70 A U U U U U U
Dimethyl Phthalate -65/200 -55/95 B B B U U U U X
Dioctyl Amine -65/120 -55/50 A U U U U U U U

Dioctyl Phthalate -65/200 -55/95 A B U U U U U X
Dioxane -65/160 -55/70 A U U U U U U U
Dipentene -65/200 -55/95 U A A U A U U U
Diphenyl -20/300 -30/150 U A B U U U U U
Basic Seals O-Ring

Diphenyl, Chlorinated -20/300 -30/150 U A B U U U U U

Divinyl Benzene -20/120 -30/50 U A B U U U U U
DMT (Dimethyl Terephthalate) -65/200 -55/95 A A B U U U U U
DNCB (Dinitrochlorobenzene) -20/120 -30/50 U A B U U U U U
Dowanols -65/120 -55/50 A U U U B U U U
Dowtherm A -20/300 -30/150 U A B U U U U U
Dowtherm E -20/300 -30/150 U A B U U U U U
E
Embalming Fluid -40/160 -40/70 X X X X A X X X
Esso Turbo Oil -65/250 -55/120 U A A U A B U U
Esso Turbo Oil -20/400 -30/205 U A A U U U U U
Ethane -65/120 -55/50 U A A U A A B U
Ethanolamine -65/120 -55/50 A U U U U U U U
Ethanolamine, Mono, Di, Tri -65/120 -55/50 A U U U U U U U

Ether -65/160 -55/70 C U U U U U U U
Ethyl Acetate -65/200 -55/95 A U U U U U U U
Ethyl Alcohol -65/200 -55/95 A C B B A U U B
Ethyl Amine (See Amines primar y)
Ethyl Bromide -20/200 -30/95 U A A U B U U U

Ethyl Cellulose -40/200 -40/95 B U U B B U B B
Ethyl Chloride -20/200 -30/95 C A A U A C B U
Ethyl Dichloride -20/200 -30/95 U A A U U U U U
Ethyl Ether (See Ether)
Ethyl Mercaptan -65/200 -55/95 A B X C U X X U

Ethyl Pyridine -65/200 -55/95 A U U U U U U U
Ethyl Sulfate (Diethyl Sulfate) -65/200 -55/95 A
Ethylene -65/200 -55/95 U A A C A B B U
Ethylene Bromide -20/200 -30/95 C A C U U U U U
Ethylene Chloride -20/120 -30/50 U A B U U U U U

Ethylene Diamine -65/120 -55/50 A U U U U U
Ethylene Dibromide -20/120 -30/50 U A C U U U U U
Ethylene Dichloride -20/120 -30/50 U A C U U U U U
Ethylene Glycol -40/200 -40/95 A A A B A A B C
Ethylene Oxide -65/120 -55/50 A U U U U U U U
F
Fatty Acids -40/250 -40/120 U A A B A A B C
Ferric Chloride Solution -40/160 -40/70 A A A B A X A B
Ferric Sulphate Solution -40/160 -40/70 A A A A A X A B
Ferrous Sulfate (Green Cooperas) Solution -40/160 -40/70 A A A A A X A B
Film Dope -65/160 -55/70 A
Fish Oil -40/250 -40/120 U A A B A A B U

Fluoroboric Acid -40/120 -40/50 A A A A A X X A
Fluorine (No compound available)
Fluorosilicic -40/120 -40/50 A A A A A X X A
Formaldehyde (Formalin) -65/120 -55/50 A U U U C U U C
Formic Acid -65/120 -55/50 A U C B C X X C
Freons -50/250 -45/120 Consult B+S Engineering for specific compounds
O-Ring Basic Seals

Fruit Juices -65/250 -55/120 A A A A A X X A

Fumaric Acid -65/160 -55/70 B A A B A X X A
Furfural -65/160 -55/70 A U U U U U C U
Fuel Oils -65/250 -55/120 U A A U A A A U
G
Gallic Acid -20/120 -30/50 B A B B B U U X
Gas Oil -65/250 -55/120 U A A U A U B U
Gasoline, Aromatic -65/250 -55/120 U A A U A U A U
Gasoline, Automotive -65/250 -55/120 U A A U A U B U
Gasoline, Ethyl and Regular -65/250 -55/120 U A A U A U B U
Gasoline, 100 Octane -65/250 -55/120 U A A U A U B U

Gasoline, 130 Octane -65/250 -55/120 U A A U A U B U
Gasoline, Refined -65/250 -55/120 U A A U A U B U
Gasoline, Sour -65/250 -55/120 U A A U A U B U
Gasoline, with Mercaptan -65/250 -55/120 U A A U A U B U
Gelatin -40/200 -40/95 A A A A A U U A

Glacial Acetic Acid -65/120 -55/50 A U U U C U U B
Glaubers Salt -20/160 -30/70 B A A B U U X X
Glucose -40/200 -40/95 A A A A A X U A
Glue -40/160 -40/70 A A A A A A A A
Glue Sizing -40/160 -40/70 A A A A A A A A

Glycerin (Glycerol) -40/250 -40/120 A A A A A U U A
Glycerol -40/250 -40/120 A A A A A U U A
Glycol, Diethylene -40/250 -40/120 A A A A A U U A
Glycol, Ethylene -40/250 -40/120 A A A A A U B A
Glycol, Propylene -40/250 -40/120 A A A A A U U A

Grain Mash -65/250 -55/120 A A A A A U U A
Grape Juice -65/250 -55/120 A A A A A U U A
Green Sulfate Liquor -65/200 -55/95 A A B B B U U X
H
HEF-3 -20/120 -30/50 U A B U B U U U
Helium Gas -40/200 -40/95 A A A A A A A A
Heptane -65/250 -55/120 U A A B A A B U
Hexamine -20/250 -30/120 A U U U U U U U
Hexane -65/250 -55/120 U A A B A A B U
Hexachloro Acetone -65/200 -55/95 A U U U U U U U

Hexone -65/200 -55/95 A U U B U U U B
Hexyl Alcohol -65/200 -55/95 A A B B A U U B
Hought-O-Safe (1000 & 1100 Series) -65/250 -55/120 A A B U U U X C
Hought-O-Safe (620) -40/250 -40/120 A B B B A U U B
Hydrazine Anhydrous -65/200 -55/95 A U U B B X U B

Hydraulic Oils, Petroleum Base, -40 -40/250 -40/120 U A A C A A A U
-65/250 -55/120
Hydrobromic Acid -65/200 -55/95 A A C U U U U U
Hydrocarbons, Light -40/250 -40/120 U A A U A A A U
Hydrochloric Acid (Muriatic Acid) 37% -20/160 -30/70 B A U U U U U U
Hydrocyanic Acid -65/120 -55/50 A A B B B U X C

Hydrofluosilicic Acid -65/120 -55/50 A A U B B X X U
Basic Seals O-Ring

Hydrofluoric Acid -20/120 -30/50 U B U U U U U U

Hydrogen, Gas -40/200 -40/95 A A C A A B A C
Hydrogen, Bromide, Anhydrous -20/120 -30/50 A A U B C U U U
Hydrogen Chloride Gas -65/200 -55/95 A A C B U X X U

Hydrogen Fluoride -20/120 -30/50 B A U U U U U U
Hydrogen Peroxide (Less than 90% Active) -20/160 -30/70 U B U U U U U B
Hydrogen Peroxide (90% Active) -40/160 -40/70 U A U U U U U B
Hydrogen Sulfide -65/250 -55/120 A U U B U U X U
Hydrosulfite -40/120 -40/50 A

Hydroxy Acetic Acid -65/200 -55/95 A U U U U U U B
Hydrochlorous Acid -40/120 -40/50 A A A B A U U U
Hypoid Lubes, Gear Oils -10/300 -25/150 U U U U U A U U
I
Ink
Insecticides -20/200 -30/95 X A X X X X X X
Iodine -65/160 -55/70 A A A U B X X X
Iodoform -65/120 -55/50 A X X X X X X X
Iron Pyritic Acid -65/120 -55/50 A X X X X X X X
Iron Sulfate Solution -40/200 -40/95 A A A A A A A B

Iso-Butane -65/250 -55/120 U A A U A A A U
Iso-Butyl Alcohol -65/160 -55/70 A A B A B U U A
Iso-Butyl Methyl Ketone -65/200 -55/95 A U U U U U U U
Iso-Butylene -40/250 -40/120 U A A U A U U U
Iso-Butyraldehyde -65/160 -55/70 A U U U U U U U

Iso-Cyanate -65/120 -55/50 A X X X X X X X
Iso-Octane -65/250 -55/120 U A A U A A B U
Iso-Pentane -65/250 -55/120 U A A U A A B U
Iso-Propyl-Acetate -65/160 -55/70 A U U U U U U U
Iso-Propyl-Alcohol -65/160 -55/70 A A A A A U U A
Iso-Propyl-Benzene -20/200 -30/95 U A A U U U U U

Iso-Propyl-Chloride -20/160 -30/70 U A B U U U U U
Iso-Propyl-Ether -65/200 -55/95 C U U U U U U U
J
Jet Fuel (JP 4 & JP 5) (7 & 8)
(Ground Equip.) -65/250 -55/120 U A A U A A B U
Jet Fuel (JP 4 & JP 5) (7 & 8)
(Airborne Equip.) -65/200 -55/95 U A A U A U B U
K
Kerosene -65/250 -55/120 U A A U A A B U
Ketchup -40/200 -40/95 A A A A A U B A
Ketones -65/200 -55/95 A U U U U U U U
L
Lacquer (with Ketone Solvent) -65/160 -55/70 A U U U U U U U
Lactic Acid -40/200 -40/95 U A B U A U U B
Lard -40/200 -40/95 B A A B A A A B
O-Ring Basic Seals

Latex -40/160 -40/70 A A A A A U U A
Lead Acetate Salt Solution -65/200 -55/95 A U U U C U U U
Lead Nitrate Solution -40/200 -40/95 A X A A A X X B

Lime Water (Milk of Lime) -40/160 -40/70 A A A B A U X B
Lindol -65/250 -55/120 A U C U U U U C
Linseed Oil -40/200 -40/95 C A A C A A B A
Liquified Petroleum Gases, LPG -65/250 -55/120 U A A U A C A C
Lithium Bromide Brine -40/160 -40/70 A A A A A U U A

Lithium Chloride -40/160 -40/70 A A A A A U U A
Lithium Hydroxide -65/160 -55/70 A C U U U U U U
Lube Oil (SAE) 10, 20, 30, etc. -40/250 -40/120 U A A U A A A U
Lye (See Sodium Hydroxide)
M
Magnesium Acetate Solution -65/120 -55/50 A U U U U U U U
Magnesium Chloride Solution -40/120 -40/50 A A A A A X A A
Maganese Chloride -40/160 -40/70 A A A A A U B A
Magnesium Hydroxide Solution -65/120 -55/50 A A X B B U U X
Magnesium Sulfate (Epson Salts) -40/120 -40/50 A A A A A U X A
Maleic Acid -65/120 -55/50 A U X U U U U U
Malt Beverage -65/250 -55/120 A A A A A U B A

Marsh Gas -65/250 -55/120 U A A U A A B U
Mayonaise -65/250 -55/120 U U U U A X U A
Melamine Resins -65/120 -55/50 A X X X X U U X
Mercaptans -65/160 -55/70 A U U U U U U U
Mercuric Chloride Solution -40/160 -40/70 A A A A A X X A

Mercury -40/120 -40/50 A A A A A X X A
Mesityl Oxide -65/120 -55/50 A U U U U U U U
Methanol Std. Fluorocarbon not satisfactory -65/160 -55/70 A A A A A U U A
Methyl Acetate -65/160 -55/70 A U U U U U U U
Methyl Acr ylate -65/160 -55/70 A U U B U U U U

Methyl Bromide -20/160 -30/70 U A A U B C X X
Methyl Chloride -40/160 -40/70 U U U B U U U U
Methyl Cellosolve -65/200 -55/95 A U U U U U U U
Methyl Cyclopentane -20/250 -30/120 U A B U U U U U
Methyl Ethyl Ketone -65/120 -55/50 A U U U U U U U

Methyl Formate -65/120 -55/50 A U U U U U U U
Methyl Iso-Butyl Ketone -65/120 -55/50 A U U U U U U U
Methyl Methacr ylate -65/160 -55/70 U U U U U U U U
Methylene Chloride -20/160 -30/70 U B C U U U U U
Methylene Dichloride -20/160 -30/70 U A B U U U U U

Milk -65/250 -55/120 A A A A A U B A
Mineral Spirits -65/250 -55/120 U A A C A A B U
Molasses -40/200 -40/95 A A A A A U B A
Monochloracetic Acid -65/200 -55/95 A U U U U U U B
Monochlorobenzene -20/200 -30/95 U A A U U U U U

Monoethanolamine (MEA) -65/200 -55/95 A U U U U U U U
Mononitrochlorobenzene -20/160 -30/70 U A A U U U U U
Muriatic Acid (HCL) -20/160 -30/70 B A X X U U U U
Mustard -40/160 -40/70 A A A A A X X A
Basic Seals O-Ring

N
Naptha -65/250 -55/120 U A A U A A A U
Naptha Sour -65/250 -55/120 U A A U A A A U
Napthalene -20/160 -30/70 U A A U U X B U
Naphthenic Acid -20/160 -30/70 U A A X A X X X
Natural Gas -65/250 -55/120 U A A B A A B U
Neats Foot Oil -40/250 -40/120 B A A U A A A B

Nickel Chloride -40/160 -40/70 A A A B A C C A
Nickel Sulfate -40/160 -40/70 A A A A A U C A
Nitrating Acids -65/120 -55/50 A U U U U U U U
Nitric Acid (Concentrated) -20/120 -30/50 B A U U U U U U
Nitric Acid (10-50%) -65/120 -55/50 A A U U U U U U

RFNA, IRFNA
Nitric Acid Fuming -20/120 -30/50 U B U U U U U U
Nitrobenzene -20/120 -30/50 U A B A U U U U
Nitro Methane -65/120 -55/50 A U U U U U U U
Nitrogen Gas -65/200 -55/95 A A A A A A A A
Nitrous Oxide A A X X A X X A
Nitrogen Tetroxide, Very limited exposure -65/70 -55/20 B U U U U U U U
O
Oil, Air Force Hydraulic, MIL-H-5606B -65/275 -55/135 U A A U A A B U
Oil, Asphalt Base -20/300 -30/150 U A B U B B B U
Oil, Bunker C Fuel Oil -65/250 -55/120 U A A U A A A U
Oil, Caster -40/250 -40/120 B A A A A A A A
Oil, Chinawood -40/250 -40/120 U A A B A X C U
Oil, Coconut -40/250 -40/120 U A A A A A A B

Oil, Corn -40/250 -40/120 C A A C A A A A
Oil, Cottonseed -40/250 -40/120 C A A C A A A A
Oil, Crude (Asphalt Base) -20/250 -30/120 U A B U B B B U
Oil, Crude (Corrosive) -65/250 -55/120 U A A U A B B U
Oil, Crude (Parafin Base) -65/250 -55/120 U A A U A B B U

Oil, Crude (Sweet) -40/250 -40/120 U A A U A B B U
Oil, Cutting Soluble -40/250 -40/120 U A A C A A A U
Oil, Diesel -65/250 -55/120 U A A U A A A U
Oil, Domestic Fuel -65/250 -55/120 U A A U A A A U
Oil, Fuel -65/250 -55/120 U A A U A A A U
Oil, Fuel & Gas -65/250 -55/120 U A A U A A A U
Oil, #6 Fuel Oil -65/250 -55/120 U A A U A A A U
Oil, Hydraulic -40/250 -40/120 U A A U A U A U

-65/250 -55/120 U U A U A U A U
Oil, Hydraulic -65/275 -55/135 U A A U A U A U
Oil, Linseed -40/250 -40/120 U A A C A A B U
Oil, Lubricating -40/250 -40/120 U A A U A A A U
Oil, Mineral -40/250 -40/120 U A A C A A A U
Oil, Nut -40/250 -40/120 U A A U A A A U

Oil, Olive -40/250 -40/120 U A A U A A A U
Oil, Palm -40/200 -40/95 U A A U A A A U
Oil, Parafin Base (Petroleum) -40/250 -40/120 U A A U A A A U
Oil, Peanut -40/200 -40/95 U A A U A A A U
Oil, Petroleum (Crude) -40/250 -40/120 U A A U A A A U
O-Ring Basic Seals

Oil, Pine -40/250 -40/120 U A A U A A A U
Oil, Quenching -40/250 -40/120 U A A U A A A U
Oil, Rapeseed -40/250 -40/120 U A A U A A A U
Oil, Silicone -20/375 -30/190 A A A A A X X U
Oil, Soya Bean -40/250 -40/120 U A A A A A A U

Oil, Tall -40/250 -40/120 U A A A A A A A
Oil, Transformer -20/300 -30/150 U A A X A X X A
Oil, Vegetable Types (Food Service) -40/250 -40/120 U A A U A A A U
Oil, Vegetable Types (Non-Food Service) -40/250 -40/120 U A A U A A A U
Oil, and Freon 11 & 12 & 114 -40/200 -40/95 U U U A A U U U

Oil, and Freon 22 (Low Aniline Oil) -40/200 -40/95 U U U A U U U U
Oil, and Freon 22 (High Aniline Oil) -40/200 -40/95 U U U A U U U U
Olefin, Crude -40/250 -40/120 U A A U A A A U
Oleic Acid -40/160 -40/70 U A X U A X X U
Oleum -20/160 -30/70 U A U U U U U U

Oleum Spirits -65/160 -55/70 U A B U B X C U
Oronite 8200 & 8515 -20/400 -30/205 U A A A U X A U
Orthodichlorobenzene -20/200 -30/95 U A B U U U U U
OS 45 and OS-45-1 -20/400 -30/205 U A B A U U U U
OS 45 and OS-45-1 -40/250 -40/120 U A B A U U U U

Oxalic Acid -65/250 -55/120 A A A B B X X B
Oxygen, Gasenous, Low Pressure -40/200 -40/95 A A A A B B A A
Oxygen, Liquid (No Compound Available) U U U U U U U U
Ozone (High Concentration Static) -80/400 -60/205 A A A B C A A A
Ozone (High Concentration Dynamic) -20/400 -30/205 A A U B C A A U
P
Palmitic Acid -40/160 -40/70 B A A B A X A X
Palm Oil -40/250 -40/120 U A A U A A A U
Parafin (Molten) -40/250 -40/120 `U A A B A A A B
Pectin Liquor -40/200 -40/95 U A A C A A A A
Penicillin Liquid -80/200 -60/95 X X X X X X X A
Pentane -65/250 -55/120 U A A U A A U U

Pentachloro Phenol -20/250 -30/120 B A B B C X U X
Pentasol -65/160 -55/70 A B A A B U U U
Perchloroethylene -20/200 -30/95 U A B U U U U B
Peroxide of Hydrogen See Hydrogen Peroxide
Petroleum Ether (Ligraine) -65/160 -55/70 U A A U A A B U
Petroleum Ether, Liquified (UL Approved) -65/200 -55/95 U A A U A B A U
Petroleum Oils -40/250 -40/120 U A A U A B A U

Phenol -65/200 -55/95 A A B U U U U U
Phenylacetic Acid 75% -65/200 -55/95 A U U U U U U U
Phenylcellosolve -65/200 -55/95 A A A A U U U A
Phosphoric Acid 45% -65/200 -55/95 A A A B B C U B
Phthalic Anhydride -65/20 -55/95 A X X X X X X X

Picoline, Alpha -65/250 -55/120 A U X X X X X X
Picric Acid, Aqueous Solution -65/200 -55/95 A A B A B X B U
Polyvinyl Acetates -65/20 -55/95 A U X B X X X X
Poly Glycols -40/250 -40/120 A A A A A U U A
Potassium Bicarbonite -40/200 -40/95 A A A A A U U A

Potassium Bromide -40/200 -40/95 A A A A A U U A
Potassium Carbonate -40/200 -40/95 A A A A A U U A
Basic Seals O-Ring

Potassium Chloride -40/200 -40/95 A A A A A A A A
Potassium Cyanide -40/200 -40/95 A A A A A A A A
Potassium Hydroxide -65/200 -55/95 A B C A B U U C

Potassium Perfluoroacetate -65/200 -55/95 A U U B B X X X
Potassium Permanganate -65/200 -55/95 A A X X X X X X
Potassium Prosphante, Di, Tri -40/200 -40/95 A A A A A U U A
Potassium Silicate -40/160 -40/70 A A A A A A A A
Potassium Sulfate -40/160 -40/70 A A A A A U A A

Power Steering Fluid -40/250 -40/120 X X X X A X X X
Prestone -40/250 -40/120 A A A A A U U A
Producer Gas -65/250 -55/120 U A A U A U U A
Propane -65/250 -55/120 U A A U A U U A
Propanol -65/200 -55/95 A U A A A U U A

Propanol -40/200 -40/95 A A A A A U U A
Propionic Acid -65/200 -55/95 A U X B A U U A
Propion Aldehyde -65/200 -55/95 A U U U U U U U
Porpylene -40/250 -40/120 U A A U A U U U
Propylene Glycol -40/250 -40/120 A A A A A U U A
Propylene Dichloride -20/300 -30/150 U A B U U U U U

Propylene Oxide -65/120 -55/50 B U U U U U U U
Propyl Nitrate -65/160 -55/70 B U U U U U U U
Pulp Stock -40/200 -40/95 A A A A A U U A
Pyridine -65/160 -55/70 A U U U U U U U
R
Rapeseed Oil -40/250 -40/120 U A A B A U U U
Rosin Paper Mill -40/200 -40/95 A A A A A U U A
Rosins -40/200 -40/95 A A A A A U U A
S
Sal Ammoniac -40/160 -40/70 A A A A A A A B
Salicylic Acid -65/200 -55/95 A A A X B X X X
Salt Solution -40/200 -40/95 A A A A A U U A
Sea Water 200 95 A A A B A U U A
Sewage 200 95 A A A A A U U A
Shellac -65/200 -55/95 A X X X X X X X

Silver Cyanide Solution -65/120 -55/50 U A A A U U U U
Silicate Esters -20/400 -30/205 U A A B B U U U
Silicone Oils & Greases See Oil Silicone
Silver Nitrate Solution -40/120 -40/50 A A A A B A A A
Silver Salts -40/200 -40/95 A A A A A U U A

Skydrol (7000 and 500) -65/250 -55/120 A U U U U U U U
Sludge, Acid -65/200 -55/95 A X X X X X X X
Soap, Liquor -40/200 -40/95 A A A A A U U A
Soap, Solution -40/200 -40/95 A A A A A U U A
Soda Ash (Sodium Carbonate) -40/160 -40/70 A A A A A U U A

Soda, Caustic See Sodium Hydroxide
Sodium Acetate Solution -65/200 -55/95 A U U B B U U X
Sodium Bicarbonate Solution -40/200 -40/95 A A A A A U U A
Sodium Bisulfate Solution -40/200 -40/95 A A A A A U A A
O-Ring Basic Seals

Sodium Bisulfite Solution -40/200 -40/95 A A A A A U A A
Sodium Carbonate Solution -40/200 -40/95 A A A A A X X A
Sodium Chloride Solution -40/200 -40/95 A A X A A X X X
Sodium Cyanide Solution -65/120 -55/50 A X X A A X X A
Sodium Hydroxide Solution -65/250 -55/120 A A C A B U U C
Sodium Hydrosulfite Solution -40/160 -40/70 A A A A A U X A

Sodium Hypochlorite Solution -65/160 -55/70 A A B B B U U B
Sodium Metaphosphate Solution -40/200 -40/95 A A A B A X X X
Sodium Nitrate Solution -65/200 -55/95 A X X B B X X U
Sodium Perborate Solution -65/200 -55/95 A A A B B X X B
Sodium Peroxide Solution -65/120 -55/50 A A A B B U U U
Sodium Phosphate, Mono, Di, Tri, Solution -40/200 -40/95 A A X B A X X U
Sodium Silicate Solution -40/200 -40/95 A A X A A X X X

Sodium Sulfate (Glauber’s Salts) Solution -40/200 -40/95 A A A A A U A A
Sodium Sulfhydrate Solution -65/200 -55/95 A A A A A U X A
Sodium Sulfide Solution -65/200 -55/95 A A A A A U A A
Sodium Sulfite Solution -65/200 -55/95 A A A A A U U A
Sodium Tetraborate Solution -65/200 -55/95 A A A B B U X B

Sodium Thiosulfate (or Hypo) Solution -65/160 -55/70 A A A A B U A A
Stannic Chloride Solution -40/200 -40/95 A A A U A X X B
Soy Bean Oil -40/250 -40/120 C A A C A A X A
Sperm Oil -40/250 -40/120 U A A C A A X U
Steam & Hot Water to

Continuous 400° Intermittant -65/275 -55/135 A U U U U U U U
Stearic Acid -40/250 -40/120 B X X B B U U B
Stoddard Solvent -65/250 -55/120 U A A B A A A U
Styrene -20/120 -30/50 U A C U U U U U
Sugar Solutions -65/250 -55/120 A A A B A U U A
Sulfate Liquors -40/160 -40/70 A A B B B U X U

Sulfur -65/250 -55/120 A A A A U U X X
Sulfur, Chloride -20/120 -30/50 U A A U U U X C
Sulfur, Dioxide Gaseous -65/120 -55/50 A U B U U U X B
Sulfur Dioxide Liquid (Anhydrous) -65/120 -55/50 A U B U U U X B
Sulfur Hexafluoride -65/120 -55/50 A A B A B U X B

Sulfur Trioxide -65/120 -55/50 A A B U U U X B
Sulfuric Acid (0 to 50%) -65/70 -55/20 A A C C U U C U
Sulfuric Acid (Concentrated) -20/120 -30/50 C A X U U U U U
Sulphite Pulp -20/160 -30/70 B A B B B U X U
T
Tallow - Hot -40/200 -40/95 U A A C A A A U
Tall Oil -40/200 -40/95 U A A U A A A U
Tannic Acid -40/200 -40/95 A A X B A U X B
Tanning Liquors (Vegetable) -40/200 -40/95 A A X B A U X B
Tar, Hot -20/300 -30/150 U A A C B U X B
Tetrachloroethane -20/200 -30/95 U A B U U U U U

Tetrachorethylene -20/200 -30/95 U A B U U U U U
Tetraethyl Lead -20/120 -30/50 U A B B B X X X
Tetrahydrofuran (No Recommended Compound)
Titanium Tetrachloride -20/160 -30/70 U A B U B U U U
Toluene (Toluol) -20/200 -30/95 U A B U U U U U

Toluene Diisocyanate -20/120 -30/50 X B X X X X X X
Basic Seals O-Ring

Trichloroethane -20/200 -30/95 U A B U U U U U

Trichloroethylene -20/200 -30/95 U A B U U U U U
Tricresyl Phosphate -65/200 -55/95 A U U U U U U U
Trichloro Benzene -20/160 -30/70 X A U U X U U U

Triethanolamine -65/160 -55/70 A X X X X U U U
Triethylamine -65/160 -55/70 A X X X X U U U
Tri-Normal-Butyl Phosphate -65/250 -55/120 A U U U U U U U
Trisodium Phosphate Solution -40/200 -40/95 A A A A A U U A
Tung Oil -40/250 -40/120 U A A B A A A U
Turpentine -40/200 -40/95 U A A U A B B U
U
Ucon Hydrolubes -40/200 -40/95 X B X X A U U X
UDMH A U U U U U U U
Ultra Violet Light -80/450 -60/230 X X X X X X X A
V
Varnish (Depends upon composition and solvent base)
Vegetable Juices 250 120 A A A B A U U A
Vegetable Oils -40/200 -40/95 C A A C A A U B
Versilubes -20/400 -30/205 A A A B B A A U
Vinegar 200 95 A U C B B U U A
Vinyl Acetate -65/160 -55/70 B U X U U U U U
Vinylidene Chloride -20/160 -30/70 U B U U U U U U
W
Water to 275°F 33/275 1/135 A B A C U U U U
Water to 180°F 33/180 1/80 A B A B B U U B
Water Detergent Solution to 180°F 33/180 1/80 A B A C B U U B
Water, Sea to 180°F 33/180 1/80 A B A C B U U B
Water, Soap Solution to 180°F 33/180 1/80 A B A C B U U B
Water, with Soluble Oil, to 180°F 33/180 1/80 U B B B A U U U

Whiskey and Alcoholic Beverages 200 95 A A A C A U U A
Wine 200 95 A A A C A U U A
X
Xylene (Xylol) -20/300 -30/150 U A U U U U U U
Xylydine
Z
Zinc Chloride Solutions, Salt Solutions 180 80 A B B B A U U B
Basic Seals: Back-Up Ring
Back-Up Ring Basic Seals
Description The spiral-type Back-up Ring consists as standard of two spiral

windings. The ends of the windings are cut at an angle. This
Back-up Rings have no intended sealing function. Instead, as design can be used for both external sealing and internal sealing
their name indicates, they are protective and supporting elements applications with static O-Ring seals.
made from extrusion-resistant materials. They are installed in a
groove together with an elastomer seal–preferably with an The particular advantage of the spiral Back-up Ring is found in
O-Ring or a QUAD-RING® Seal. applications where large temperature fluctuations occur. The
spiral-shaped ring can compensate for larger changes in toler-
Due to the tight fit of the Back-up Ring in the housing, it prevents ances without difficulty by a helical elongation and contraction.
extrusion of the pressurized elastomer sealing element into the It can thus react more flexibly to deviations in tolerances and
seal gap. offers a very wide range of potential applications.
Back-up Rings generally have a rectangular cross-section and

are specified to fit the groove dimensions of the corresponding
O-Ring and QUAD-RING® Seal.
Designs
Standard designs with rectangular cross-section (Figure 40)
- Back-up Ring, Type BU, uncut
This uncut design is preferred for use for internal sealing in static BU BG BP
applications in conjunction with O-Ring or slow dynamic appli-
cations with QUAD-RING® Seals, especially where extreme Figure 40 Back-up Ring types
O-Ring deformations occur as a result of high pressures and high
or low temperatures. An open groove is generally preferred for
external sealing applications. Method of Operation
- Back-up Ring, Type BG, cut When exposed to high pressure, elastomer O-Rings will attempt
to migrate into gaps on the low pressure side (extrusion). Under
The cut Back-up Ring is preferred for use in external sealing pulsating pressures there is a danger that material which has
applications with static O-Ring seals. migrated into the sealing gap will be nibbled away.
For internal sealing applications, cut Back-up Rings offer an This tendency to extrusion is increased with
alternative where the uncut design cannot be fitted or if an open - materials with a low Shore hardness
groove is not possible. - large gaps
- high pressures
Cut Back-up Rings are cut at an angle of 30o or 40o so protection
of the O-Ring is also ensured of the cut. If, for design reasons, large sealing gaps cannot be avoided, e.g.
to prevent metal to metal contact between components, the gaps
- Back-up Ring, Type BP, spiral can be reduced or even closed using Back-up Rings. Figure 41
shows such a situation with and without Back-up Ring.
Basic Seals Back-Up Ring
S
Back-up Rings can be manufactured for all types of elastomer seal
elements.
The use of Back-up Rings is necessary when a sealing situation
Seal gap
involves at least one of the following operating conditions:
- Moderately high pressures above approx. 5 MPa

(725 psi)
- Large tolerances between the components to be
sealed or large diameter tolerances and large radial
sealing gaps
S
- Extreme pressure pulsation and pressure cycling
- Elevated temperatures and temperature fluctuations.
Design Instructions
Seal gap
The recommendations for O-Rings (see "O-Rings" catalog) and

for QUAD-RING® Seal (see "QUAD-RING® Seal catalog) are
generally valid for the use of Back-up Rings. This applies to the
groove design, surface roughness, lead-in chamfers, etc. Back-
Figure 41 O-Ring installation with and without Back-up Ring up Ring materials are chosen depending on pressure, tempera-
ture and working medium.
Materials
Where the pressure is applied from only one side, it is sufficient
Back-up Rings are manufactured from virgin PTFE to install a Back-up Ring on the downstream side of the O-Ring.
(polytetrafluoroethylene) (PT00), which can be used for pressures Where the seal is exposed to pressure from two sides, two Back-
up to 25 MPa (3625 psi) and temperatures from -150°C to 200°C up Rings - one on each side of the O-Ring - have to be used.
(-238°F to 392°F). For higher pressure applications filled PTFE
materials (with glassfiber, bronze, carbon, etc.) have to be To avoid possible errors in installation, it is advantageous to
employed. For sealing against high pressures, Back-up Rings install two Back-up Rings even when the seal is only exposed to
made from specially modified thermoplastic materials can be pressure from one side.
used. An open groove is preferred for these applications. Back-
up Rings of this type can be manufactured to very close tolerances. Groove Design
For the series production of larger quantities, injection molded Table 42 shows recommendations for the groove design for
Back-up Rings can be manufactured, e.g. in acrylonitrile butadi- internal and external sealing for different Back-up Ring types.
ene rubber (NBR), 90 Shore A, or thermoplastic materials. For
materials other than PTFE, please contact Busak+Shamban. Permissible Sealing Gap
The use of Back-up Rings allows the service pressure and/or

permissible sealing gap specified in our O-Ring catalog to be
increased. With high service temperatures or service pressure the
tolerance band H7/f7 is recommended.
Depending on the Back-up Ring type and component configura-

tion, closed or open grooves must be provided for installation. Pressure
Table 42 summarizes the possible installation arrangements.
Table 42 Groove design for Back-up Rings

Type of External sealing Internal sealing
Back-up Ring groove groove
uncut BU open big diameter closed

small diameter open
cut BG closed closed

Pressure Pressure
spiral BP closed closed
Figure 42 Back-up Ring installation, depending on the

direction of the pressure
Installation Recommendations Back-up Ring, Type BU (Uncut) and Back-up Ring, Type BG
(Cut) for Static Applications with O-Ring
R
øB øA
øC øD
BU BG
Type G2 G1
Table 43 Back-up Type BG (Cut) with O-Ring for Static Applications/External Sealing
Ordering Information (Metric)
Bore Groove Groove Width Radius O-Ring Cut Back-up Ring

Diameter
B H9 A h9 G1+0,2 G2+0,2 R (Max) Part No. Part No.
6,0 3,4 3,8 5,2 0,2 ORAR00006 BG1300034
8,0 5,4 3,8 5,2 0,2 ORAR00008 BG1300054
10,0 7,4 3,8 5,2 0,2 ORAR00011 BG1300074
12,0 9,4 3,8 5,2 0,2 ORAR00012 BG1300094
14,0 11,4 3,8 5,2 0,2 ORAR00013 BG1300114
15,0 12,4 3,8 5,2 0,2 ORAR00014 BG1300124

16,0 13,4 3,8 5,2 0,2 ORAR00015 BG1300134
18,0 15,4 3,8 5,2 0,2 ORAR00016 BG1300154
20,0 17,4 3,8 5,2 0,2 ORAR00017 BG1300174
22,0 19,4 3,8 5,2 0,2 ORAR00018 BG1300194
25,0 22,4 3,8 5,2 0,2 ORAR00020 BG1300224

28,0 24,0 5,0 6,4 0,3 ORAR00119 BG2000240
30,0 26,0 5,0 6,4 0,3 ORAR00120 BG2000260
32,0 28,0 5,0 6,4 0,3 ORAR00121 BG2000280
35,0 31,0 5,0 6,4 0,3 ORAR00123 BG2000310
40,0 36,0 5,0 6,4 0,3 ORAR00126 BG2000360

42,0 38,0 5,0 6,4 0,3 ORAR00127 BG2000380
45,0 41,0 5,0 6,4 0,3 ORAR00129 BG2000410
48,0 42,6 6,2 7,6 0,3 ORAR00223 BG2700426
50,0 44,6 6,2 7,6 0,3 ORAR00224 BG2700446
52,0 46,6 6,2 7,6 0,3 ORAR00224 BG2700466

55,0 49,6 6,2 7,6 0,3 ORAR00225 BG2700496
60,0 54,6 6,2 7,6 0,3 ORAR00227 BG2700546
63,0 57,6 6,2 7,6 0,3 ORAR00228 BG2700576
65,0 59,6 6,2 7,6 0,3 ORAR00228 BG2700596
70,0 64,6 6,2 7,6 0,3 ORAR00230 BG2700646

75,0 69,6 6,2 7,6 0,3 ORAR00231 BG2700696
80,0 74,6 6,2 7,6 0,3 ORAR00233 BG2700746
85,0 79,6 6,2 7,6 0,3 ORAR00235 BG2700796
90,0 81,4 8,8 10,5 0,4 ORAR00338 BG4300814
95,0 86,4 8,8 10,5 0,4 ORAR00340 BG4300864

100,0 91,4 8,8 10,5 0,4 ORAR00342 BG4300914
105,0 96,4 8,8 10,5 0,4 ORAR00343 BG4300964
110,0 101,4 8,8 10,5 0,4 ORAR00345 BG4301014
115,0 106,4 8,8 10,5 0,4 ORAR00346 BG4301064
Table 43 Back-up Type BG (Cut) with O-Ring for Static Applications/External Sealing
Ordering Information (Metric - Continued)
Bore Groove Groove Width Radius O-Ring Cut Back-up Ring
Diameter
B H9 A h9 G1+0,2 G2+0,2 R (Max) Part No. Part No.
120,0 111,4 8,8 10,5 0,4 ORAR00348 BG4301114
125,0 116,4 8,8 10,5 0,4 ORAR00349 BG4301164
130,0 121,4 8,8 10,5 0,4 ORAR00351 BG4301214
135,0 123,4 12,0 14,5 0,6 ORAR00427 BG5801234
140,0 128,4 12,0 14,5 0,6 ORAR00429 BG5801284
150,0 138,4 12,0 14,5 0,6 ORAR00432 BG5801384

160,0 148,4 12,0 14,5 0,6 ORAR00435 BG5801484
170,0 158,4 12,0 14,5 0,6 ORAR00438 BG5801584
180,0 168,4 12,0 14,5 0,6 ORAR00439 BG5801684
190,0 178,4 12,0 14,5 0,6 ORAR00441 BG5801784
200,0 188,4 12,0 14,5 0,6 ORAR00442 BG5801884

210,0 198,4 12,0 14,5 0,6 ORAR00444 BG5801984
220,0 208,4 12,0 14,5 0,6 ORAR00445 BG5802084
230,0 218,4 12,0 14,5 0,6 ORAR00446 BG5802184
240,0 228,4 12,0 14,5 0,6 ORAR00447 BG5802284
250,0 238,4 12,0 14,5 0,6 ORAR00448 BG5802384

280,0 268,4 12,0 14,5 0,6 ORAR00450 BG5802684
300,0 288,4 12,0 14,5 0,6 ORAR00451 BG5802884
320,0 308,4 12,0 14,5 0,6 ORAR00453 BG5803084
350,0 338,4 12,0 14,5 0,6 ORAR00455 BG5803384
400,0 388,4 12,0 14,5 0,6 ORAR00459 BG5803884

420,0 408,4 12,0 14,5 0,6 ORAR00461 BG5804084
450,0 438,4 12,0 14,5 0,6 ORAR00463 BG5804384
480,0 468,4 12,0 14,5 0,6 ORAR00465 BG5804684
500,0 488,4 12,0 14,5 0,6 ORAR00467 BG5804884
All Bold dimensions are recommended by ISO 3320.
Order No. BG 43 00920 – PT00

Ordering Example
Back-up Ring Type
Back-up Ring: Type BG (cut) for O-Ring Seal
Application: Static, external sealing Radial height L x 10
Bore diameter: B = 100,0 mm Groove diameter A x 10
Radial Height: L = 4,3 mm
Back-up Ring material: PTFE Quality Index (Standard)
Compound No.
Table 44 Back-up Type BU (Uncut) with O-Ring for Static Applications/Internal Sealing
Ordering Information (Metric)
Rod Groove Groove Width Radius O-Ring Uncut Back-up Ring
Diameter
C f8 D H9 G1+0,2 G2+0,2 R (Max) Part No. Part No.
4,0 6,6 3,8 5,2 0,2 ORAR00007 BU1300040

5,0 7,6 3,8 5,2 0,2 ORAR00008 BU1300050
6,0 8,6 3,8 5,2 0,2 ORAR00010 BU1300060
8,0 10,6 3,8 5,2 0,2 ORAR00011 BU1300080
10,0 12,6 3,8 5,2 0,2 ORAR00013 BU1300100
12,0 14,6 3,8 5,2 0,2 ORAR00014 BU1300120

14,0 16,6 3,8 5,2 0,2 ORAR00015 BU1300140
15,0 17,6 3,8 5,2 0,2 ORAR00016 BU1300150
16,0 18,6 3,8 5,2 0,2 ORAR00016 BU1300160
18,0 20,6 3,8 5,2 0,2 ORAR00018 BU1300180
20,0 22,6 3,8 5,2 0,2 ORAR00019 BU1300200

22,0 26,0 5,0 6,4 0,3 ORAR00118 BU2000220
25,0 29,0 5,0 6,4 0,3 ORAR00120 BU2000250
28,0 32,0 5,0 6,4 0,3 ORAR00122 BU2000280
30,0 34,0 5,0 6,4 0,3 ORAR00123 BU2000300
32,0 36,0 5,0 6,4 0,3 ORAR00124 BU2000320

35,0 39,0 5,0 6,4 0,3 ORAR00126 BU2000350
36,0 40,0 5,0 6,4 0,3 ORAR00127 BU2000360
40,0 45,4 6,2 7,6 0,4 ORAR00223 BU2700400
42,0 47,4 6,2 7,6 0,4 ORAR00223 BU2700420
45,0 50,4 6,2 7,6 0,4 ORAR00224 BU2700450

48,0 53,4 6,2 7,6 0,4 ORAR00225 BU2700480
50,0 55,4 6,2 7,6 0,4 ORAR00226 BU2700500
52,0 57,4 6,2 7,6 0,4 ORAR00226 BU2700520
55,0 60,4 6,2 7,6 0,4 ORAR00227 BU2700550
56,0 61,4 6,2 7,6 0,4 ORAR00228 BU2700560

60,0 65,4 6,2 7,6 0,4 ORAR00229 BU2700600
63,0 68,4 6,2 7,6 0,4 ORAR00230 BU2700630
65,0 70,4 6,2 7,6 0,4 ORAR00231 BU2700650
70,0 75,4 6,2 7,6 0,4 ORAR00232 BU2700700
75,0 80,4 6,2 7,6 0,4 ORAR00234 BU2700750

80,0 88,6 8,8 10,5 0,4 ORAR00339 BU4300800
85,0 93,6 8,8 10,5 0,4 ORAR00340 BU4300850
90,0 98,6 8,8 10,5 0,4 ORAR00342 BU4300900
95,0 103,6 8,8 10,5 0,4 ORAR00343 BU4300950
Table 44 Back-up Type BU (Uncut) with O-Ring for Static Applications/Internal Sealing
Ordering Information (Metric- Continued)
Rod Groove Groove Width Radius O-Ring Uncut Back-up Ring
Diameter
C f8 D H9 G1+0,2 G2+0,2 R (Max) Part No. Part No.
100,0 108,6 8,8 10,5 0,4 ORAR00345 BU4301000

105,0 113,6 8,8 10,5 0,4 ORAR00346 BU4301050
110,0 118,6 8,8 10,5 0,4 ORAR00348 BU4301100
115,0 123,6 8,8 10,5 0,4 ORAR00349 BU4301150
120,0 128,6 8,8 10,5 0,4 ORAR00351 BU4301200
125,0 133,6 8,8 10,5 0,4 ORAR00353 BU4301250

130,0 138,6 8,8 10,5 0,4 ORAR00354 BU4301300
135,0 146,6 12,0 14,5 0,6 ORAR00432 BU5801350
140,0 151,6 12,0 14,5 0,6 ORAR00433 BU5801400
150,0 161,6 12,0 14,5 0,6 ORAR00437 BU5801500
160,0 171,6 12,0 14,5 0,6 ORAR00438 BU5801600

170,0 181,6 12,0 14,5 0,6 ORAR00440 BU5801700
180,0 191,6 12,0 14,5 0,6 ORAR00442 BU5801800
190,0 201,6 12,0 14,5 0,6 ORAR00443 BU5801900
200,0 211,6 12,0 14,5 0,6 ORAR00445 BU5802000
210,0 221,6 12,0 14,5 0,6 ORAR00446 BU5802100

220,0 231,6 12,0 14,5 0,6 ORAR00446 BU5802200
230,0 241,6 12,0 14,5 0,6 ORAR00447 BU5802300
240,0 251,6 12,0 14,5 0,6 ORAR00448 BU5802400
250,0 261,6 12,0 14,5 0,6 ORAR00449 BU5802500
280,0 291,6 12,0 14,5 0,6 ORAR00451 BU5802800

300,0 311,6 12,0 14,5 0,6 ORAR00453 BU5803000
320,0 331,6 12,0 14,5 0,6 ORAR00454 BU5803200
350,0 361,6 12,0 14,5 0,6 ORAR00457 BU5803500
360,0 371,6 12,0 14,5 0,6 ORAR00457 BU5803600
400,0 411,6 12,0 14,5 0,6 ORAR00461 BU5804000
All Bold dimensions are recommended by ISO 3320.

Order No. BU 27 00630 – PT00
Ordering Example
Back-up Ring Type
Back-up Ring: Type BU (uncut) for O-Ring Seal
Application: Static, internal sealing Radial height L x 10
Rod diameter: C = 63,0 mm Rod diameter C x 10
Radial height: L = 2,7 mm
Back-up Ring material: PTFE Quality Index (Standard)
Compound No.
Basic Seals: QUAD-RING® Seal
Basic Seals QUAD-RING® Seal
General Method of Operation
The QUAD-RING® Seal is a four-lip seal used and handled much The QUAD-RING® Seal is a pressure energized, double-acting
like O-Rings. But where O-Rings have drawbacks, the seal. It is an endless, circular ring with an almost square cross
QUAD-RING® Seal achieves a substantially more efficient seal. section which is produced by vulcanizing in the mold. Radial and
Application ranges are extensive due to the many types of axial force are dependent upon the system pressure. The result
synthetic rubber available today. is an increase in the compression of the seal as the pressure rises.
Selection of QUAD-RING ®
Seal
Advantages
If the bore or rod diameter is known, the following principles
The QUAD-RING® Seal has several advantages over O-Rings: apply for selecting the most suitable sized QUAD-RING® Seal:
- No likelihood of twisting from reciprocating motion For External Seals Installation:

- Less friction because it requires less radial pre- The inside diameter of the QUAD-RING® Seal should
stressing which lessens contact pressure be the same as that of the corresponding groove or
- Less leakage because contact pressure is evenly approximately 2% less. The QUAD-RING® Seal is
distributed thereby prevented from twisting , because it is slightly
- No interfering flash because the mold parting line is prestressed in the groove.
located between the lips affecting the seal
- Long life and better sealing in dynamic applications For Internal Seals Installation:
The inside diameter of the QUAD-RING® Seal should
be equal or approximately .2 to .3 mm smaller than
Fields of Application the corresponding rod. It may also be about 1%
larger than the corresponding shaft diameter. In this
The QUAD-RING® Seal can be used in either dynamic or static case, the ring can be more easily installed and will
applications. However, it is most often used for slow dynamic or have a longer life.
rotary applications because the O-Ring is more economical for
static applications. Usually a ring with a comparatively thin cross section will suffice
for static seals, whereas a ring of greater width should be selected
- Dynamic seals : for reciprocating pistons, rods, for dynamic seals. In general, the greater the pressure and the
plungers, etc., and for shafts, spindles, etc. sub- larger the gap, the harder the compound should be in order to
jected to slewing, spiral and rotary motion avoid extrusion into the gap. However, a better solution, would
be to select a compound of average hardness (70 Shore) and to
- Static seals : radial and axial seals for bushings, install a PTFE back-up ring. X-sel coating is also available for
flanges, covers, etc. friction reduction.
Operating Ranges
Pressure: up to approximately 40 MPa (5800 psi)

(together with PTFE back-up rings)
PRESSURE
Speed: up to approximately 0.5 m/s(1.6 ft/s)
(reciprocating motion) Special design
dimensions available for rotary applications
Temperature: approx. -100oC to +260oC (-148oF to +500o F)

(depending on QUAD-RING® Seal compound) Figure 43 QUAD-RING® Seal load distribution profile
® QUAD-RING is a registered trademark of Quadion Corporation
QUAD-RING® Seal Basic Seals
QUAD-RING® Seal Dimensional Data
G G1 G2
(64 µin)
PRESSURE
1,6 µm
Ra Max
(4 - 8 µin)
,1 - ,2 µm
Ra
øD
øC
Table 45 QUAD-RING® Seal Ordering Information for Reciprocating Rod Sealing (Metric)
Rod Groove Groove Width QUAD-RING® Seal Spiral Back-up Ring
Diameter (+ 0,2)
C f8 D H9 G G1 G2 Part Number Part Number
4,0 7,0 2,0 3,4 4,8 QRAR04008 BP1500040

5,0 8,0 2,0 3,4 4,8 QRAR04009 BP1500050
6,0 9,0 2,0 3,4 4,8 QRAR04010 BP1500060
8,0 11,0 2,0 3,4 4,8 QRAR4012A BP1500080
10,0 14,6 3,0 4,4 5,8 QRAR4111A BP2300100
12,0 16,6 3,0 4,4 5,8 QRAR04112 BP2300120

14,0 18,6 3,0 4,4 5,8 QRAR04113 BP2300140
15,0 19,6 3,0 4,4 5,8 QRAR4114A BP2300150
16,0 20,6 3,0 4,4 5,8 QRAR4115A BP2300160
18,0 24,4 4,0 5,4 6,8 QRAR4210A BP3200180
20,0 26,4 4,0 5,4 6,8 QRAR04211 BP3200200

22,0 28,4 4,0 5,4 6,8 QRAR04212 BP3200220
25,0 31,4 4,0 5,4 6,8 QRAR04214 BP3200250
28,0 34,4 4,0 5,4 6,8 QRAR04216 BP3200280
30,0 36,4 4,0 5,4 6,8 QRAR04217 BP3200300
32,0 38,4 4,0 5,4 6,8 QRAR04218 BP3200320

35,0 41,4 4,0 5,4 6,8 QRAR04220 BP3200350
36,0 42,4 4,0 5,4 6,8 QRAR04221 BP3200360
40,0 49,8 6,0 7,7 9,4 QRAR04326 BP4900400
42,0 51,8 6,0 7,7 9,4 QRAR04326 BP4900420
Table 45 QUAD-RING® Seal Ordering Information for Reciprocating Rod Sealing (Metric-Continued)
Diameter (+ 0,2)
45,0 54,8 6,0 7,7 9,4 QRAR4328A BP4900450

48,0 57,8 6,0 7,7 9,4 QRAR04328 BP4900480
50,0 59,8 6,0 7,7 9,4 QRAR04329 BP4900500
52,0 61,8 6,0 7,7 9,4 QRAR04329 BP4900520
55,0 64,8 6,0 7,7 9,4 QRAR04330 BP4900550
56,0 65,8 6,0 7,7 9,4 QRAR04331 BP4900560

60,0 69,8 6,0 7,7 9,4 QRAR04332 BP4900600
63,0 72,8 6,0 7,7 9,4 QRAR04333 BP4900630
65,0 74,8 6,0 7,7 9,4 QRAR04334 BP4900650
70,0 79,8 6,0 7,7 9,4 QRAR04335 BP4900700
75,0 84,8 6,0 7,7 9,4 QRAR04337 BP4900750

80,0 89,8 6,0 7,7 9,4 QRAR04338 BP4900800
85,0 94,8 6,0 7,7 9,4 QRAR04340 BP4900850
90,0 99,8 6,0 7,7 9,4 QRAR04342 BP4900900
100,0 109,8 6,0 7,7 9,4 QRAR04345 BP4901000
105,0 114,8 6,0 7,7 9,4 QRAR04346 BP4901050

110,0 119,8 6,0 7,7 9,4 QRAR04348 BP4901100
115,0 127,8 8,0 10,5 13,0 QRAR04426 BP6401150
120,0 132,8 8,0 10,5 13,0 QRAR04427 BP6401200
125,0 137,8 8,0 10,5 13,0 QRAR04429 BP6401250
130,0 142,8 8,0 10,5 13,0 QRAR04430 BP6401300

135,0 147,8 8,0 10,5 13,0 QRAR04432 BP6401350
140,0 152,8 8,0 10,5 13,0 QRAR04433 BP6401400
150,0 162,8 8,0 10,5 13,0 QRAR04436 BP6401500
160,0 172,8 8,0 10,5 13,0 QRAR4439A BP6401600
170,0 182,8 8,0 10,5 13,0 QRAR04440 BP6401700

180,0 192,8 8,0 10,5 13,0 QRAR04441 BP6401800
190,0 202,8 8,0 10,5 13,0 QRAR04443 BP6401900
200,0 212,8 8,0 10,5 13,0 QRAR04445 BP6402000
210,0 222,8 8,0 10,5 13,0 QRAR04446 BP6402100
220,0 232,8 8,0 10,5 13,0 QRAR04446 BP6402200

230,0 242,8 8,0 10,5 13,0 QRAR04447 BP6402300
240,0 252,8 8,0 10,5 13,0 QRAR04448 BP6402400
250,0 262,8 8,0 10,5 13,0 QRAR04449 BP6402500
280,0 292,8 8,0 10,5 13,0 QRAR04451 BP6402800
Table 45 QUAD-RING® Seal Ordering Information for Reciprocating Rod Sealing (Metric-Continued)
Diameter (+ 0,2)
300,0 312,8 8,0 10,5 13,0 QRAR04453 BP6403000
320,0 332,8 8,0 10,5 13,0 QRAR04454 BP6403200
350,0 362,8 8,0 10,5 13,0 QRAR04457 BP6403500
360,0 372,8 8,0 10,5 13,0 QRAR04457 BP6403600
400,0 412,8 8,0 10,5 13,0 QRAR04461 BP6404000
(8 16 µ in)
0,2 0,4 µ m
(32 µin) Ra
0,8 µm)
Ra
PRESSURE
øB
øA
G G1 G2
Table 46 QUAD-RING® Seal Ordering Information for Reciprocating Piston Sealing (Metric)
Bore Groove Groove Width QUAD-RING® Seal Spiral Back-up
Diameter (+ 0,2) Ring
B H9 A h9 G G1 G2 Part Number Part Number
6,0 3,0 2,0 3,4 4,4 QRAR04005 BP1500030
8,0 5,0 2,0 3,4 4,4 QRAR04008 BP1500050
10,0 7,0 2,0 3,4 4,4 QRAR40010 BP1500070
12,0 9,0 2,0 3,4 4,4 QRAR4012A BP1500090
14,0 11,0 2,0 3,4 4,4 QRAR04013 BP1500110
15,0 10,4 3,0 4,4 5,8 QRAR4111A BP2300104

16,0 11,4 3,0 4,4 5,8 QRAR04111 BP2300114
18,0 13,4 3,0 4,4 5,8 QRAR04112 BP2300134
20,0 15,4 3,0 4,4 5,8 QRAR4114A BP2300154
22,0 17,4 3,0 4,4 5,8 QRAR04115 BP2300174
Table 46 QUAD-RING® Seal Ordering Information for Reciprocating Piston Sealing

(Metric-Continued)
25,0 18,6 4,0 5,4 6,8 QRAR4210A BP3200186
28,0 21,6 4,0 5,4 6,8 QRAR04212 BP3200216
30,0 23,6 4,0 5,4 6,8 QRAR04213 BP3200236
32,0 25,6 4,0 5,4 6,8 QRAR04214 BP3200256
35,0 28,6 4,0 5,4 6,8 QRAR04216 BP3200286
40,0 33,6 4,0 5,4 6,8 QRAR04219 BP3200336

42,0 35,6 4,0 5,4 6,8 QRAR04220 BP3200356
45,0 38,6 4,0 5,4 6,8 QRAR04222 BP3200386
48,0 38,2 6,0 7,7 9,4 QRAR04325 BP4900382
50,0 40,2 6,0 7,7 9,4 QRAR4326A BP4900402
52,0 42,2 6,0 7,7 9,4 QRAR04326 BP4900422

55,0 45,2 6,0 7,7 9,4 QRAR04327 BP4900452
60,0 50,2 6,0 7,7 9,4 QRAR04329 BP4900502
63,0 53,2 6,0 7,7 9,4 QRAR04330 BP4900532
65,0 55,2 6,0 7,7 9,4 QRAR04330 BP4900552
70,0 60,2 6,0 7,7 9,4 QRAR04332 BP4900602

75,0 65,2 6,0 7,7 9,4 QRAR04333 BP4900652
80,0 70,2 6,0 7,7 9,4 QRAR04335 BP4900702
85,0 75,2 6,0 7,7 9,4 QRAR04337 BP4900752
90,0 80,2 6,0 7,7 9,4 QRAR04338 BP4900802
95,0 85,2 6,0 7,7 9,4 QRAR04340 BP4900852

100,0 90,2 6,0 7,7 9,4 QRAR04342 BP4900902
105,0 95,2 6,0 7,7 9,4 QRAR04343 BP4900952
110,0 100,2 6,0 7,7 9,4 QRAR04345 BP4901002
115,0 105,2 6,0 7,7 9,4 QRAR04346 BP4901052
120,0 110,2 6,0 7,7 9,4 QRAR04348 BP4901102

125,0 115,2 6,0 7,7 9,4 QRAR04349 BP4901152
130,0 120,2 6,0 7,7 9,4 QRAR04351 BP4901202
135,0 122,2 8,0 10,5 13,0 QRAR04427 BP6401222
140,0 127,2 8,0 10,5 13,0 QRAR04429 BP6401272
150,0 137,2 8,0 10,5 13,0 QRAR04432 BP6401372

160,0 147,2 8,0 10,5 13,0 QRAR04435 BP6401472
170,0 157,2 8,0 10,5 13,0 QRAR04438 BP6401572
180,0 167,2 8,0 10,5 13,0 QRAR04439 BP6401672
190,0 177,2 8,0 10,5 13,0 QRAR04441 BP6401772
Table 46 QUAD-RING® Seal Ordering Information for Reciprocating Piston Sealing

(Metric-Continued)
200,0 187,2 8,0 10,5 13,0 QRAR04442 BP6401872
210,0 197,2 8,0 10,5 13,0 QRAR04444 BP6401972
220,0 207,2 8,0 10,5 13,0 QRAR04445 BP6402072
230,0 217,2 8,0 10,5 13,0 QRAR04446 BP6402172
240,0 227,2 8,0 10,5 13,0 QRAR04447 BP6402272
250,0 237,2 8,0 10,5 13,0 QRAR04447 BP6402372

280,0 267,2 8,0 10,5 13,0 QRAR04450 BP6402672
300,0 287,2 8,0 10,5 13,0 QRAR04451 BP6402872
320,0 307,2 8,0 10,5 13,0 QRAR04453 BP6403072
350,0 337,2 8,0 10,5 13,0 QRAR04455 BP6403372
400,0 387,2 8,0 10,5 13,0 QRAR04459 BP6403872

420,0 407,2 8,0 10,5 13,0 QRAR04461 BP6404072
450,0 437,2 8,0 10,5 13,0 QRAR04463 BP6404372
480,0 467,2 8,0 10,5 13,0 QRAR04465 BP6404672
500,0 487,2 8,0 10,5 13,0 QRAR04467 BP6404872
Table 47 QUAD-RING® Seal and Back-up Ring (cut) Ordering Information for Reciprocating
Rod Sealing (Imperial)
Rod Groove Groove Width QUAD-RING® Seal Spiral Back-up
Diameter Diameter (+ .008) Ring
.500 .620 .080 .136 .191 QRAR04014 BP15L0127
.625 .745 .080 .136 .191 QRAR04016 BP15L0159
.750 .870 .080 .136 .191 QRAR04018 BP15L0191
.875 .995 .080 .136 .191 QRAR04020 BP15L0222
1.000 1.186 .115 .171 .226 QRAR04120 BP23L0254
1.125 1.311 .115 .171 .226 QRAR04122 BP23L0286

1.250 1.435 .115 .171 .226 QRAR04124 BP23L0318
1.375 1.560 .115 .171 .226 QRAR04126 BP23L0349
1.500 1.685 .115 .171 .226 QRAR04128 BP23L0381
1.625 1.810 .115 .171 .226 QRAR04130 BP23L0413
1.750 2.003 .155 .222 .289 QRAR04224 BP32O0445

1.875 2.128 .155 .222 .289 QRAR04225 BP32O0476
2.000 2.253 .155 .222 .289 QRAR04226 BP32O0508
2.125 2.387 .155 .222 .289 QRAR04227 BP32O0540
2.250 2.503 .155 .222 .289 QRAR04228 BP32O0572
Rod Sealing (Imperial - Continued)
2.375 2.628 .155 .222 .289 QRAR04229 BP32O0603
2.500 2.753 .155 .222 .289 QRAR04230 BP32O0635
2.625 2.878 .155 .222 .289 QRAR04231 BP32O0668
2.750 3.003 .155 .222 .289 QRAR04232 BP32O0699
2.875 3.128 .155 .222 .289 QRAR04233 BP32O0730
3.000 3.389 .240 .307 .374 QRAR04337 BP49O0762

3.125 3.514 .240 .307 .374 QRAR04338 BP49O0794
3.250 3.638 .240 .307 .374 QRAR04339 BP49O0826
3.375 3.763 .240 .307 .374 QRAR04340 BP49O0857
3.500 3.888 .240 .307 .374 QRAR04341 BP49O0889
3.625 4.013 .240 .307 .374 QRAR04342 BP49O0921

3.750 4.138 .240 .307 .374 QRAR04343 BP49O0953
3.875 4.263 .240 .307 .374 QRAR04344 BP49O0984
4.000 4.388 .240 .307 .374 QRAR04345 BP49O1016
4.125 4.513 .240 .307 .374 QRAR04346 BP49O1048
4.250 4.638 .240 .307 .374 QRAR04347 BP49O1080

4.375 4.763 .240 .307 .374 QRAR04348 BP49O1111
4.500 4.888 .240 .307 .374 QRAR04349 BP49O1143
4.625 5.013 .240 .307 .374 QRAR04350 BP49O1175
4.750 5.138 .240 .307 .374 QRAR04351 BP49O1207
4.875 5.263 .240 .307 .374 QRAR04352 BP49O1238

5.000 5.388 .240 .307 .374 QRAR04353 BP49O1270
5.125 5.513 .240 .307 .374 QRAR04354 BP49O1302
5.250 5.638 .240 .307 .374 QRAR04355 BP49O1334
5.375 5.763 .240 .307 .374 QRAR04356 BP49O1365
5.500 5.888 .240 .307 .374 QRAR04357 BP49O1397

5.625 6.013 .240 .307 .374 QRAR04358 BP49O1429
5.750 6.138 .240 .307 .374 QRAR04359 BP49O1461
5.875 6.263 .240 .307 .374 QRAR04360 BP49O1492
6.000 6.508 .310 .409 .507 QRAR04437 BP64T1524
6.250 6.758 .310 .409 .507 QRAR04438 BP64T1588

6.500 7.008 .310 .409 .507 QRAR04439 BP64T1651
6.750 7.258 .310 .409 .507 QRAR04440 BP64T1715
7.000 7.508 .310 .409 .507 QRAR04441 BP64T1778
7.250 7.757 .310 .409 .507 QRAR04442 BP64T1842
Rod Sealing (Imperial - Continued)
7.500 8.007 .310 .409 .507 QRAR04443 BP64T1905
7.750 8.257 .310 .409 .507 QRAR04444 BP64T1969
8.000 8.507 .310 .409 .507 QRAR04445 BP64T2032
8.500 9.007 .310 .409 .507 QRAR04446 BP64T2159
9.000 9.507 .310 .409 .507 QRAR04447 BP64T2286
9.500 10.007 .310 .409 .507 QRAR04448 BP64T2413

10.000 10.507 .310 .409 .507 QRAR04449 BP64T2540
10.500 11.007 .310 .409 .507 QRAR04450 BP64T2667
11.000 11.507 .310 .409 .507 QRAR04451 BP64T2794
11.500 12.007 .310 .409 .507 QRAR04452 BP64T2921
12.000 12.507 .310 .409 .507 QRAR04453 BP64T3048

12.500 13.006 .310 .409 .507 QRAR04454 BP64T3175
13.000 13.506 .310 .409 .507 QRAR04455 BP64T3302
13.500 14.006 .310 .409 .507 QRAR04456 BP64T3429
14.000 14.506 .310 .409 .507 QRAR04457 BP64T3556
14.500 15.006 .310 .409 .507 QRAR04458 BP64T3683

15.000 15.506 .310 .409 .507 QRAR04459 BP64T3810
15.500 16.006 .310 .409 .507 QRAR04460 BP64T3937
16.000 16.505 .310 .409 .507 QRAR04461 BP64T4064
16.500 17.005 .310 .409 .507 QRAR04462 BP64T4191
17.000 17.505 .310 .409 .507 QRAR04463 BP64T4318

17.500 18.005 .310 .409 .507 QRAR04464 BP64T4445
18.000 18.505 .310 .409 .507 QRAR04465 BP64T4572
18.500 19.005 .310 .409 .507 QRAR04466 BP64T4699
19.000 19.505 .310 .409 .507 QRAR04467 BP64T4826
19.500 20.005 .310 .409 .507 QRAR04468 BP64T4953

20.000 20.505 .310 .409 .507 QRAR04469 BP64T5080
Piston Sealing (Imperial)
.500 .380 .080 .136 .191 QRAR04012 BP15L0096
.625 .505 .080 .136 .191 QRAR04014 BP15L0128
.750 .630 .080 .136 .191 QRAR04016 BP15L0160
.875 .755 .080 .136 .191 QRAR04018 BP15L0192
1.000 .880 .080 .136 .191 QRAR04020 BP15L0224
1.125 .939 .115 .171 .226 QRAR04119 BP23L0239

1.250 1.064 .115 .171 .226 QRAR04121 BP23L0270
1.375 1.189 .115 .171 .226 QRAR04123 BP23L0302
1.500 1.314 .115 .171 .226 QRAR04125 BP23L0334
1.625 1.371 .155 .222 .289 QRAR04220 BP32O0348
1.750 1.496 .155 .222 .289 QRAR04222 BP32O0380

1.875 1.621 .155 .222 .289 QRAR04223 BP32O0412
2.000 1.747 .155 .222 .289 QRAR04224 BP32O0444
2.125 1.872 .155 .222 .289 QRAR04225 BP32O0475
2.250 1.997 .155 .222 .289 QRAR04226 BP32O0507
2.375 2.122 .155 .222 .289 QRAR04227 BP32O0539

2.500 2.247 .155 .222 .289 QRAR04228 BP32O0571
2.625 2.372 .155 .222 .289 QRAR04229 BP32O0602
2.750 2.497 .155 .222 .289 QRAR04230 BP32O0634
2.875 2.622 .155 .222 .289 QRAR04231 BP32O0666
3.000 2.611 .240 .307 .374 QRAR04334 BP49O0663

3.125 2.736 .240 .307 .374 QRAR04335 BP49O0695
3.250 2.861 .240 .307 .374 QRAR04336 BP49O0727
3.375 2.986 .240 .307 .374 QRAR04337 BP49O0759
3.500 3.111 .240 .307 .374 QRAR04338 BP49O0790
3.625 3.236 .240 .307 .374 QRAR04339 BP49O0822

3.750 3.361 .240 .307 .374 QRAR04340 BP49O0854
3.875 3.486 .240 .307 .374 QRAR04341 BP49O0886
4.000 3.611 .240 .307 .374 QRAR04342 BP49O0917
4.125 3.736 .240 .307 .374 QRAR04343 BP49O0949
4.250 3.861 .240 .307 .374 QRAR04344 BP49O0981

4.375 3.986 .240 .307 .374 QRAR04345 BP49O1013
4.500 4.111 .240 .307 .374 QRAR04346 BP49O1044
4.625 4.236 .240 .307 .374 QRAR04347 BP49O1076
4.750 4.362 .240 .307 .374 QRAR04348 BP49O1108
Piston Sealing (Imperial- Continued)
4.875 4.487 .240 .307 .374 QRAR04349 BP49O1140
5.000 4.612 .240 .307 .374 QRAR04350 BP49O1171
5.125 4.737 .240 .307 .374 QRAR04351 BP49O1203
5.250 4.862 .240 .307 .374 QRAR04352 BP49O1235
5.375 4.987 .240 .307 .374 QRAR04353 BP49O1267
5.500 5.112 .240 .307 .374 QRAR04354 BP49O1298

5.625 5.237 .240 .307 .374 QRAR04355 BP49O1330
5.750 5.362 .240 .307 .374 QRAR04356 BP49O1362
5.875 5.487 .240 .307 .374 QRAR04357 BP49O1394
6.000 5.492 .310 .409 .507 QRAR04433 BP64T1395
6.250 5.742 .310 .409 .507 QRAR04435 BP64T1458

6.500 5.992 .310 .409 .507 QRAR04437 BP64T1522
6.750 6.242 .310 .409 .507 QRAR04438 BP64T1585
7.000 6.492 .310 .409 .507 QRAR04439 BP64T1649
7.250 6.743 .310 .409 .507 QRAR04440 BP64T1713
7.500 6.993 .310 .409 .507 QRAR04441 BP64T1776

7.750 7.243 .310 .409 .507 QRAR04442 BP64T1840
8.000 7.493 .310 .409 .507 QRAR04443 BP64T1903
8.500 7.993 .310 .409 .507 QRAR04445 BP64T2030
9.000 8.493 .310 .409 .507 QRAR04446 BP64T2157
9.500 8.993 .310 .409 .507 QRAR04447 BP64T2284

10.000 9.493 .310 .409 .507 QRAR04448 BP64T2411
10.500 9.993 .310 .409 .507 QRAR04449 BP64T2538
11.000 10.493 .310 .409 .507 QRAR04450 BP64T2665
11.500 10.993 .310 .409 .507 QRAR04451 BP64T2792
12.000 11.493 .310 .409 .507 QRAR04452 BP64T2919

12.500 11.994 .310 .409 .507 QRAR04453 BP64T3046
13.000 12.494 .310 .409 .507 QRAR04454 BP64T3173
13.500 12.994 .310 .409 .507 QRAR04455 BP64T3300
14.000 13.494 .310 .409 .507 QRAR04456 BP64T3427
14.500 13.994 .310 .409 .507 QRAR04457 BP64T3554

15.000 14.494 .310 .409 .507 QRAR04458 BP64T3681
15.500 14.994 .310 .409 .507 QRAR04459 BP64T3808
16.000 15.494 .310 .409 .507 QRAR04460 BP64T3936
16.500 15.994 .310 .409 .507 QRAR04461 BP64T4063
Piston Sealing (Imperial- Continued)
17.000 16.494 .310 .409 .507 QRAR04462 BP64T4190
17.500 16.994 .310 .409 .507 QRAR04463 BP64T4317
18.000 17.494 .310 .409 .507 QRAR04464 BP64T4444
18.500 17.994 .310 .409 .507 QRAR04465 BP64T4571
19.000 18.494 .310 .409 .507 QRAR04466 BP64T4698
19.500 18.994 .310 .409 .507 QRAR04467 BP64T4825

20.000 19.495 .310 .409 .507 QRAR04468 BP64T4952
Ordering Example Order No. QRAR04342 – N7004

QUAD-RING® Seal and Back-up Ring for bore diameter
B = 100,0 mm Series No.
Application: radial-dynamic, external sealing
QUAD-RING® Seal according to AS 568A
Dimensions: Inside diameter = 91,45 mm Quality Index (Standard)
Cross section = 5,33 mm
Material code (Standard)
Compound: NBR 70
(Acrylonitrile Butadiene Elastomer,
70 Shore A)
Part No., QUAD-RING® Seal dimensions and installation

dimensions see Tables 45-48 pages 150-159. Compounds,
see Table 1, page 2
Ordering Example Order No. BP4900902 – PT00

Back-up Ring, type BP (spiral) fitted for QUAD-RING® Seal
with cross section of 5,33 mm and bore diameter Series No.
B = 100,00 mm
Compound: PTFE (Polytetrafluorethylene)
Part No. and installation dimensions see Tables 45-48 on
pages 150-159
Material code (Standard)
Standard compound PTFE
Further indications about Back-up Rings see Back-up Ring
catalog.
Bearings: Turcite® Slydring®
Bearings: Luytex® Wear Ring
Luytex® Wear Ring Bearings
General In principle, piston wear rings and rod wear rings are inter-
changeable if the difference in size is taken into consideration,
Wear rings have the task of precisely guiding the piston and the e.g. piston wear ring, diameter 100mm x 2,5mm thick can be
piston rod of a working cylinder and absorbing the lateral forces used as a rod wear ring with a diameter 95mm x 2,5 mm thick.
which occur. At the same time, metallic contact between the Depending on the material and dimensions of the wear ring, the
sliding parts of the cylinder, e.g. piston and cylinder barrel or rod thickness tolerance is +0 to -0,08mm.
and cylinder head, must be prevented. Nonmetallic wear rings
offer major benefits compared with metallic guides.
Advantages
Turcite® T47
- Avoids metal to metal contact Velocity: up to 15 m/s (50 ft/s) reciprocating
- High load bearing strength Temperature: -60oC to +200oC (-76oF to 392oF)
- Compensate edge forces Dynamic Compressive Strength: max. 15 N/mm2 at
- Very wear-resistant, long service life 60oC.
- Low friction behavior
- Damping of mechanical vibrations With the thermoplastic Turcite ® materials, it must be taken into
- Good wiping effect, embedding of foreign particles account that the surface pressure decreases with increasing
possible temperatures. The load bearing ability for dynamic applications
- Protect the seal against "dieseling" in practice is dependent primarily on the operating temperature;
- Reacts to side load forces this should therefore generally not exceed 150oC (302oF).
- Prevents hydrodynamic problems in the guide system
- Simple closed groove, easy installation Luytex® C380
- Low service costs Velocity: up to 1m/s (3 ft/s) reciprocating
- Increases "E" gap with seal by centering the Temperature: -50oC to +130oC (-58oF to 266oF)
element Dynamic Compressive Strength: max. 90 N/mm2 at
60oC.
Designs The permissible load bearing ability for dynamic applications in

practice is dependent i.e. on the operating temperature; it should
In view of the different specific demands made on piston and rod generally not exceed 100oC (212oF).
guides, two wear ring materials are available:
Z-Gap Calculations
Turcite® T47
Recommended material for low friction, stick slip free Rod: .050 (Ø C+w)
movements. It has exceptionally high wear resis-
tance properties and a very high resistance to heat
Bore: .050 (Ø B-w)
and chemicals.
Luytex® C380 Cut Lengths For Rod

A fabric composite material made of fine plastic
mesh with lubricant additives impregnated with spe- L=3,092 (Ø C+w) max
cial hot curing polymer resins. It dampens
vibrations, has a very high resistance to wear and (Series GR for Rod)
good dry running properties. The color is bluish green. Ø C = Rod Diameter w = guide ring thickness
Bearings Luytex® Wear Ring
Cut Lengths For Bore:
L=3,092 (Ø B-w) max
(Series GP for Bore)

Ø B = Bore Diameter w = guide ring thickness
Type of Cut
➔ 30o➔
Type A - Reciprocating ➔
T
movements
➔
L ➔
➔ ➔
w➔
Figure 45 Deformation graph: Turcite® T47

➔
Type B - Rotating
movements T An initial determination for the required number and width of
guide rings can be determined from the following formula:
➔
L ➔
➔ ➔
w➔
T= F x f
Dimensioning of Guide Rings C x Pr
In order to determine the necessary guide ring area, it is crucial

to utilize the elastic deformation. Radial guide ring play, which where: T = guide ring width
is caused by dimensional tolerances, deformation and wear, F = Maximum radial load (N)
must be smaller than the smallest seal gap in the system. The f = Safety factor
deformation values under load for various materials can be C = Rod diameter (mm)
determined by the diagrams in Figure 44 and Figure 45. Pr = Dynamic compressive strength
Calculations for specific applications can be provided upon
request. example:
C = 60mm
F = 40.000 N
t = 60oC
f = 2
Pr = 90 N/mm2
Guide Ring material = Luytex® C380
T= 40.000 x 2 = 14,8 mm
60 x 90
We can select either one (1) guide ring that has a 15mm width,
or two guide rings with 9,7 mm width each. We would
recommend the installation of two 9,7 mm wide guide rings in
order to give a greater combined guide ring width. The selection
of two series GR69 guide rings with a groove width of 9,7mm will
Figure 44 Deformation graph: Luytex® C380 consequently increase the safety factor to 2,6.
Luytex® Wear Ring Bearings
Wear Ring Dimensional Data Piston
Table 49 Wear Ring Ordering Information Piston (Metric)

Series Bore Groove Groove Radial Series Bore Groove Groove Radial
No. Diameter Diameter Width Clearance No. Diameter Diameter Width Clearance
B H9 A h8 G+0,2 S B H9 A h8 G+0,2 S
GP65 16-140,0 B - 5,00 5,60 0,25-0,50 GP75 320-999,9 B - 5,00 25,00 0,25-1,10
GP69 60-220,0 B - 5,00 9,70 0,25-0,70 GP99 100-999,9 B - 8,00 9,70 0,25-1,50
GP73 130-400,0 B - 5,00 15,00 0,25-0,90
Wear Ring Dimensional Data Rod
Table 50 Wear Ring Ordering Information Rod (Metric)

Series Rod Groove Groove Radial Series Rod Groove Groove Radial
No. Diameter Diameter Width Clearance No. Diameter Diameter Width Clearance
C f8 D H8 G+0,2 S C f8 D H8 G+0,2 S
GR65 15-140,0 C + 5,00 5,60 0,25-0,50 GR75 200-999,9 C + 5,00 25,00 0,25-1,10
GR69 32-220,0 C + 5,00 9,70 0,25-0,70 GR99 100-999,9 C + 8,00 9,70 0,25-1,50
GR73 80-400,0 C + 5,00 15,00 0,25-0,90
Bearings Luytex® Wear Ring
Ordering Example Table 51 Bulk Ordering Information
When ordering bulk material, refer to the following table:

Ring:
Part Width Material Length Thickness
Guide Ring for Piston Number (mm) Code (meter) (mm)
Diameter B: 100,00 mm GM6500000-T47 5,60 T47 13,5 2,50

Series number: GP69 (see Table 49) GM6900000-T47 9,70 T47 13,5 2,50
Groove width: 9,70 mm GM7300000-T47 15,00 T47 13,5 2,50
Thickness: 2,50 mm GM7500000-T47 25,00 T47 13,5 2,50
Material: Turcite® T47 (see page 2) GM9900000-T47 9,70 T47 9,5 4,00
Standard Type: With scarf cut and teardrop texture
GM65A0000-C380 5,60 C380 2,00 2,50
GM69A0000-C380 9,70 C380 2,00 2,50
Part Number: GP69 0 1000 – T47 GM73A0000-C380 15,00 C380 2,00 2,50
GM75A0000-C380 25,00 C380 2,00 2,50
Series No.
Standard Type*
Piston Diameter (mm x 10)
Quality (Standard)
Material Code
* without teardrop use "L"

for rotating motion, use "B" for sizes ≥ 100 mm
for rotating motion, use "D" for sizes < 100 mm
Installation Instructions Seals Selection Guide
Installation Instr uctions RESIZING TOOL
MAXIMUM
BORE I.D.
Before you begin: +.005"
(,13mm)
• It is essential that the cylinder and piston rod are chamfered. 10°
• Sharp edges must be deburred and filleted or chamfered. BORE LENGTH .8 X GLAND
• The crests of threads must be covered. +2 INCHES
DEPTH
(50mm)
• Any dust, splinters or other foreign particles must be carefully
removed.
• Do not use tools with sharp edges.
• Before assembly, the cylinder, piston rod and seals must be
oiled or greased.
• Turcon® rings can be expanded easily (and recover their
shape afterwards) if they are heated to about 80 to 120oC
in oil or water.
• If grease is used for lubrication, it must not contain any solid
additives (e.g., molybdenum disulfide or zinc sulfide). Free state Turcon® Seal Ring
The grease should be compatible with the elastomer.
Rod Seal (I.D.) Installation Data
The following installation procedure is for a rod seal such as the

Turcon® Stepseal® K, U-Cup, DA 17, etc. An installation tool is Deformed to kidney shape
recommended, as shown in Figure 46, for one piece glands.
Step 1: Clean and lubricate all gland hardware, seal compo-

nents and sizing rod (as noted above).
Step 2: Place rubber (elastomer) into gland assembly.
Step 3: Collapse Turcon® seal ring as shown in Figure 46,

taking care not to crease the Turcon® seal ring. Place
into gland assembly as shown in Figure 46. If pos-
sible, use fingers to smooth out I.D. of Turcon® seal Figure 46 Rod Installation sequence
ring after installation.
Step 4: Push while twisting the resizing tool into the bore.
Remove the resizing tool from the bore after one
minute.
®
Seals Selection Guide Installation Instructions
L OA D I N G M A N D R E L
Piston Seal (O.D.) Installation Data .015" WALL (,40mm)
.020" (,50mm)
The following installation procedure is for a piston seal, such as

the Turcon® CST™ Seal, Turcon® Glyd Ring® T, etc. Installation MAXIMUM
PISTON O.D.
MINIMUM
SEAL I.D.
tools, as shown in Figure 47 are recommended for one piece +.005" (,13mm) .10" (2,5mm)
glands.
Step 1: Clean and lubricate all gland hardware, seal

components as outlined above.
Step 2: Place rubber (elastomer) into gland assembly as

shown in Figure 47. 10° RESIZING TOOL
Step 3: Place loading mandrel onto piston.

MAXIMUM
Step 4: Place Turcon® seal ring on loading mandrel as BORE I.D.
+.005" (,13mm)
shown in Figure 47.
Step 5: Push Turcon® seal ring up the loading mandrel and

into the gland .
Step 6: Remove the loading mandrel from the piston.
Step 7: Push, while twisting, the resizing tool onto the seal
assembly. Remove after one minute.
Figure 47 Piston installation
Quality/Storage Criteria
Quality/Storage Criteria Seals Selection Guide
Quality Criteria
The cost-effective use of seals and bearings is highly influenced the properties of certain materials may change. For example,
by the quality criteria applied in production. Seals and bearings deformation, aging and weathering can cause deterioration of
manufactured by Busak+Shamban are continuously monitored the original mechanical and physical properties, depending on
according to strict quality standards from material acquisition the material and shape of the parts.
through to delivery.
Fundamental instructions on storage, cleaning and maintenance
Certification of our production plants in accordance with interna- of elastomer seal elements are described in international stan-
tional standards EN ISO 9000 meets the specific requirements for dards, such as:
quality control and management of purchasing, production and
marketing functions. Storage of rubber products: DIN 7716/BS 3F68:1977
Our quality policy is consistently controlled by strict procedures Maximum age limitation: MIL-HDBK-695C or
and guidelines which are implemented within all strategic areas MIL-STD-1523A or
of the company. DIN 9088
All testing of materials and products is performed in accordance The individual guidelines give several recommendations for the
with accepted test standards and specifications, e.g. random shelf life of elastomers, depending on the material classes.
sample testing in accordance with DIN ISO 2859 part 1/ANSI/
ASQC Z 1.4-1993/MIL-STD- 105 E. Inspection specifications The following guidelines should be observed to maintain the
correspond to standards applicable to individual product groups optimum physical and chemical values of the parts:
(e.g. for O-Rings: ISO 3601/DIN 3771).
Heat
Our sealing materials are produced free of chlorofluorinated
hydrocarbons and carcinogenic elements. The ideal temperature for storage is between +5°C/41°F and
+25°C/77°F. Direct contact with heaters should be avoided.
The 10th digit of our article number defines the quality character-
istics of the part. A hyphen indicates compliance with standard Moisture
quality criteria outlined in this catalog. Customer-specific re-
quirements are indicated by a different symbol in this position. Parts may be stored dry under normal atmospheric conditions
Customers who require special quality criteria should contact (65% rel. moisture ± 10).
their local Busak+Shamban sales office for assistance. We have
experience to meet all customer quality requirements. Weathering
Storage To protect them against damage, seals and bearings should be

kept in the original packaging or in airtight containers.
(The notes in italics only apply to elastomeric sealing materials).
Ozone
Seals and bearings are often stored as spare parts for prolonged
periods. With a few simple precautions, the shelf life of these Destruction of certain elastomeric sealing materials due to ozone
products can be considerably lengthened. can be caused by the following machines and equipment:
Seals and bearings should be stored where they are safe from - Mercury discharge lamps
damage by external influences. Deformation, in particular, - High voltage equipment
should be avoided during storage. - Electric motors
- Electric spark sources or discharges
Under the influence of various external factors e.g. heat, moisture,
light, oxygen, ozone and as a result of contact with liquid media,
®
Seals Selection Guide Quality/Storage Criteria
Cleaning
Cleaning with soap and water is generally the least harmful;

however, this method should not be used for polyurethane
rubbers or fabric composites with exposed fabric.
Organic solvents, abrasives and sharp objects should not be

used. Articles that have been cleaned should be dried at room
temperature.
Conversion Tables
Conversion Tables
SI - Basic Units
Measures Units Symbol
Length Meter m
Mass Kilogram kg
Time Second s
Electric current Ampere A
Temperature Kelvin K
Luminous intensity Candela cd
Amount of substance Mol mol
Length Temperatur e
inch
1234567890123456
1234567890123456 foot yard mm meter Kelvin
12345678901234567890123456 °C °F
1234567890123456 12345678901234567890123456
1 inch = 1234567890123456 0.0833 0.0278 25.4 0.0254 1 Kelvin = 12345678901234567890123456 K - 273.15 K 9/5 - 459.67
123456789012345612345678901 12345678901234567890123456 1 23456789012345678901
12345678901 123456789012345678901
12345678901 123456789012345678901
1 foot = 12 12345678901
12345678901 0.333
123456789012 304.8 0.3048 1 °C = °C + 273.15 123456789012345678901
123456789012345678901 °C 9/5 + 32
12345678901234567890
123456789012 12345678901234567890
1 yard = 36 3 123456789012
123456789012
1234567890123
914.4 0.9144 1 °F = 5/9 (°F-32) + 273.15 (°F-32) x 5/9 12345678901234567890
12345678901234567890
1234567890123
1234567890123 12345678901234567890
12345678901234567890
1 mm = 0.03937 0.0033 0.00109 1234567890123 0.001
1234567890123456
1234567890123
1234567890123456
1 meter = 39.37 3.2808 1.0936 1,000 1234567890123456
1234567890123456
1234567890123456
Density
Torque ounce/inch 3
12345678901234567890123 pound/foot 3
g/cm 3
12345678901234567890123
12345678901234567890123
inch- inch- foot- kg- Newton- 1 ounce/inch =
3 12345678901234567890123 108 1.73
12345678901234567890123
1 234567890123456789012
1234567890123456789012
1234567890123456789012
ounce
1234567890123
1234567890123
pound pound meter meter 1 pound/foot3 = 0.0092 1234567890123456789012
1234567890123456789012
0.016
1234567890123456789
1234567890123456789
1234567890123 1234567890123456789
1 inch-ounce = 1234567890123 0.0625
12345678901231234567890123 0.0052 7.2 x 10-4 7.06 x 10-3 1 g/cm3 = 0.578 62.43 1234567890123456789
1234567890123456789
1234567890123
1234567890123 0.0833 1234567890123456789
1234567890123456789
1 inch-pound = 16 1234567890123
12345678901 1.152 x10-2 0.1130
12345678901
1234567890123
12345678901
1 foot-pound = 192 12 12345678901 0.1383 1.356
12345678901
1234567890123
1234567890123
1234567890123 Force
1 kg-meter = 1,388.7 86.796 7.233 1234567890123 9.80665
1234567890123 1234567890123456
1 Newton-meter = 141.6 8.850 0.7375 0.1020
1234567890123456
1234567890123456 Newton (N)
1234567890123456789012 kilopond (kp) pound force
1234567890123456 1234567890123456789012
1234567890123456 1 Newton (N) = 1234567890123456789012
1234567890123456789012 0.10197
12345678901234567890123 0.22481
12345678901234567890123
12345678901234567890123
1 kilopond (kp) = 9.80665 12345678901234567890123 2.20463
Area 12345678901234567890123
123456789012345678
123456789012345678
123456789012345678
inch 2
12345678901234
12345678901234 foot 2
yard 2
mm
2
m
2 1 pound force = 4.4482 0.45359 123456789012345678
123456789012345678
12345678901234 123456789012345678
1 inch =
2 12345678901234
123456789012341234567890123
0.0069 0.00077 645.16 6.45 x 10-4
1234567890123
1 foot2 = 144
1234567890123
1234567890123 123456789012
0.111 92,903 0.0929
Velocity (Speed )
1234567890123 123456789012
123456789012
123456789012 foot/s foot/min
1234567890 mile/hour meter/s km/hour
1 yard = 2
1,296 9 123456789012 836,100 0.8361 1234567890
123456789012 12345678901 1234567890
12345678901 1 foot/s = 1234567890 60 0.6818 0.3048 1.097
1 mm = 2
0.0016 1.0764 x 10-5 1.196 x10-612345678901
12345678901 10-6
12345678901234567
12345678901 2345678901234
12345678901234
12345678901234567 1 foot/min = 0.017 12345678901234 0.0114 0.00508 0.01829
12345678901234567
12345678901234567 123456789012341 23456789012345678
123456789012345678
1 m2 = 1,550 10.764 1.196 10 6
123456789012345678
1 mile/hour = 1.4667 88 123456789012345678 0.447 1.609
1234567890123456781 2345678901234
12345678901234
12345678901234
Volume 1 meter/s = 3.280 196.848 2.237 12345678901234
12345678901234
3.6
1234567890123456
1234567890123456
1234567890123456
inch3 US imp. foot3 US liter 1 km/hour = 0.9113 54.68 0.6214 0.278 1234567890123456
12345678901 quart gallon gallon
12345678901
12345678901
1234567890112345678901 Mass
1 inch3 = 0.0173 0.0036 0.00058 0.0043 0.0164
12345678901
12345678901
1 US quart = 12345678901
57.75 12345678901 1 23456789012
0.2082 0.0334 0.25 0.9464 ounce
123456789012345678901
123456789012345678901 pound kg
123456789012 123456789012345678901
123456789012
1234567890121 2345678901 1 ounce = 123456789012345678901
123456789012345678901 0.0625
12345678901234567890123 0.0283
1 imp. gallon = 277 4.8 0.1604
12345678901 1.2 4.546 12345678901234567890123
12345678901 12345678901234567890123
12345678901 1 pound = 16 12345678901234567890123 0.4536
1 foot3 = 1,728 29.922 6.23 123456789011 23456789012
7.48 28.317 12345678901234567890123
1234567890123456789012
123456789012 1234567890123456789012
123456789012 1 kg = 35.274 2.2046 1234567890123456789012
1 US gallon = 231 4 0.8327 0.1337 123456789012
1234567890121 3.785
23456789012345
1234567890123456789012
1234567890123456789012
123456789012345 1234567890123456789012
123456789012345
1 liter = 61.024 1.0567 0.220 0.0353 0.264 123456789012345
123456789012345
Pressure
inch Hg psi atmosphere torr mm Hg bar MPa kg/cm2
123456789012345678901
123456789012345678901
123456789012345678901
1 inch Hg = 0.491 0.0334 25.4 25.4 0.0339 0.00339 0.0345
123456789012345678901
1 234567890123456789
1234567890123456789
1 psi = 2.036 1234567890123456789 0.0680 51.715 51.715 0.0689 0.00689 0.0703
12345678901234567891234567890123456789
1234567890123456789
1234567890123456789
1234567890123456789
1 atmosphere = 29.921 14.696 760
12345678901234567890
1234567890123456789 760 1.0133 0.10133 1.0332
12345678901234567890
12345678901234567890
1 torr = 0.0394 0.0193 0.0013 12345678901234567890
1 234567890123456789
1 0.0013 0.00013 0.00136
1234567890123456789
1234567890123456789
1234567890123456789
1 mm Hg = 0.0394 0.0193 0.0013 1 1234567890123456789 0.0013
1234567890123456789 0.00013 0.00136
1234567890123456789
1234567890123456789
1 bar = 29.53 14.504 0.987 749.87 749.87 1234567890123456789
1 23456789012345678
0.1 1.020
123456789012345678
123456789012345678
1 MPa = 295.3 145.04 9.869 7498.7 7498.7 10 123456789012345678 10.2
1234567890123456781 23456789012345
123456789012345
123456789012345
123456789012345
1 kg/cm2 = 28.950 14.22 0.968 735.35 735.35 0.980 0.098
123456789012345
123456789012345
Engineering Action Request

Note: Only information provided in this EAR will be considered for the recommended solution
Prepared By: Application Engr:

Date Prepared: Sales Engr: B+S MC EAR No.:
Answers Required By: Inside Sales: Mfg. Project No.:
CUSTOMER Name Contact

Address Phone x
Customer No Fax
MS Code Email
APPLICATION DESCRIPTION
Equipment: System Type Product Motion Pressure
Rod Seal Static Unidirectional
Component: Piston Wiper Reciprocating Bi-directional
System Bearing Rotary Pulsating
Problem: (rod + piston) Other Oscillatory Without Pressure
Shaft New Design
Face
Current Seal: Demand/Year: Price: @ Pcs.
Quote Qty: Target: @ Pcs.
OPERATING CONDITIONS Units Minimum Operating Maximum

Media to Seal: Temperature
Pressure
Vacuum
Other Media: Stroke
Cycle-Rate
Angle of Rotation
Contamination: RPM
Velocity
Side Load
PERFORMANCE PRIORITY Most critical: Planning Test? No Yes

Units Value Units Breakout Dynamic
Expected Life: Friction:
Max Leakage: Torque:
HARDWARE Units Inch Metric Type Split Open Solid Stepped Recommend
Nominal dim. Tolerance Change OK Material Finish Hardness Coating/Treatment
Rod Diameter:
Bore Diameter:
Rod Bore: Notes:
Piston Diameter:
Gland/Groove Width:
Gland Depth:
Groove Diameter
Extrusion Gap:
Runout (TIR):
Step Height: Solution Proposed to customer by MC:
Bearing length:
MIL-G-5514 Dash: AS 4716 Dash: B/U Width:
Required: Installation Dwg Inspection Dwg Quote Prototype Qty:

Other Production Qty:
Date Proto’s Required:
Further details on additional page(s):
SPECIFICATIONS : QUALITY ENCLOSURES: ADDITIONAL
CHARACTERISTICS: INFORMATION:
Prepared By: Application Engr:

Date Prepared: Sales Engr: B+S MC EAR No.:
Answers Required By: Inside Sales: Mfg. Project No.:
SPECIFICATIONS
Automatic installation? No Yes Spec.
Existing customer spec? No Yes Ref.
Existing customer product drawing? No Yes Ref.
Existing customer material spec? No Yes Ref.
Other requirements:
QUALITY CHARACTERISTICS
Inspection level
According to B+S Specification:
Special Request:
(e.g. for O Ring, AQL1.0 for surface defects
acc. ISO 3601/3 grade N)
Existing inspection plan? No Yes Ref.
Certificate required? No Yes Ref.
Additional Quality guidelines? No Yes Ref.
ENCLOSURES
Pages – specifications Samples
Drawings Others
ADDITIONAL INFORMATION
Referring to:
Service Performance (friction, leakage, shelf life, ext/int pollution, etc.):
Use (frequency, cycles, exposure time, etc.)
Logistic / Packaging:
Sketch/Drawing:
®
Busak +Shamban W orldwide
Australia China India Singapore

Busak+Shamban Busak+Shamban China Rollon Hydraulics Busak+Shamban Pte. Ltd.
Level 23, HWT Tower TISPP (EC) Shanghai Old No. 16A, New No. 27 70 Bendemeer Road
40 City Road Room 506, Changning Equatorial 32nd Cross, 7th Block #06-01 Hiap Huat House
Southgate 3006 Australia Serviced Apartments Jayanagar Singapore 339940
Phone ++03 9674 0444 No. 889 Changing Road Bangalore 560 082 India Phone ++65 293 2500
Telefax ++03 9674 0400 Changning District Phone ++91 80 6555 157 Telefax ++65 293 0030
Shanghai, 200050 PR China Telefax ++91 80 6555 153
Phone ++86 21 6210 5023
Telefax ++86 21 6210 8027
Brazil Taiwan
Busak+Shamban Ltda. Indonesia Busak+Shamban Taiwan
Av. Dr. Renato de Adrade Maia, Busak+Shamban No. 21, Fu-An 5th Street,
220 China Indonesia Taichung 40750, Taiwan
CEP 07114-000, Guarulhos – SP Busak+Shamban China Representative Office Phone ++886 4 2358 0082
Brasil TISPP (NC) Dalian Jl. Johar No. 2, 3rd Floor Telefax ++886 4 2358 0083
Phone ++55-11 6440-5109 Room 1606, 16/F Menteng, Jakarta 10340
Telefax ++55-11 6461-0194 Dong Ya Bank Mansion, No. Indonesia
10 TongXing Street Phone ++62 21 829 5391
Zhong Shan District Telefax ++62 21 829 5391 USA
Dalian 116001 PR China TISPP West
Canada Phone ++86 411 280 94572 3904 Del Amo Blvd., #805
TISPP CANADA Telefax ++86 411 280 5692 Torrance, California 90503
43 Voyager Court North Korea Phone: ++(310) 371 1025
Etobicoke, Ontario Hansung Sangsa Co., Ltd. Telefax: ++(310) 371 3135
Canada M9W4Y6 360-3 Dang Jeong-Dong
Phone: ++416 213 9444 Busak+Shamban China Koonpo-Si Kyunggi-Do
Telefax: ++416 213 9462 TISPP (WC) Wuhan South Korea
Flat B-1, 13/F, Credit Phone ++82 343 455 0660 TISPP Midwest
Cooperative Building Telefax ++82 31 455 1818 270 Tubeway Drive
No. 618 JianShe Road Carol Stream, Illinois 60188
China/Hong Kong Hankou, 430015 Wuhan Phone: ++(630) 682 8855
Busak+Shamban Hong Kong PR China
Telefax: ++(630) 682 3860
TISPP ASIA PACIFIC Phone ++86 27 8549 7022 Mexico
9th Floor, Flat A Telefax ++86 27 8556 0273 TI GROUP
Cameron Plaza SPECIALTY POLYMER
23-25A Cameron Road PRODUCTS
TISPP Southwest
Tsim Sha Tsui, Kowloon Poniente 152 #679
10801 Hamerly, #246
Hong Kong Japan Col. Ind. Vallejo
Busak+Shamban KK Mexico, D.F. 02300 Houston, Texas 77043
Phone ++852 2366 9165 or 9167 Phone: ++(713) 461 3495
Telefax ++852 2366 7471 Nittochi Oshiage Bldg., 5F Phone ++525 567 1143
3-14-4 Narihira 3-chome Telefax ++525 567 6590 Telefax: ++(713) 461 1677
Sumida-ku
Tokyo 130-0002 Japan
Hong Kong Phone ++81 35 610 1811
Telefax ++81 35 610 1809 Pakistan TISPP Central
Wai Ching Ltd. 2531 Bremer Drive
Unit 13, 3/F JJ Hydraulic Pneumatic
Systems (PVT.) LTD. Fort Wayne, Indiana 46803
Laurels Industrial Center
Room #127, 1st Floor Phone: ++(219) 748 5704
32 Tai Yau Street
San Po Kong, Kowloon India Hotel Metropole Building Telefax: ++(219) 749 4844
Hong Kong Busak+Shamban Club Road
Phone ++852 2326 9368 Seals & Bearings Pvt. Ltd. Karachi-75520 Pakistan
Telefax ++852 2752 7602 No. 27, 32nd Cross Phone ++92 21 566 1063
7th Block, Jayanagar Telefax ++92 21 566 1063 TISPP South
Bangalore 560 082 India 4275 Arco Lane
Phone ++91 80 6555 157 North Carleston,
Telefax ++91 80 6555 153 South Carolina 29418
Phone: ++(843) 747 7656
Telefax: ++(843) 747 7916
www.busakshamban.com
For all countries in Asia, Australia and Latin America please refer to TI SPP (Busak + Shamban), 3904 Del Amo Blvd., Suite #805, Torrance, California
90503, Phone (310) 371-1025, Fax (310) 371-4805.
PRODUCT RANGE
Precision O-Rings made of U-Cup V-Seal
Elastomers, Polyurethane,
PTFE, Kalrez®, Zalak®
Registered trademarks: Kalrez®, Zalak® of DuPont; QUAD-RING® of Quadion Corporation; all other trademarks belong to the Busak+Shamban Group
FEP O-Ring Turcon® Excluder® Axial Shaft Seal
QUAD-RING® Seal Rod Scraper DA 22 Heavy Duty Seal
Kantseal Rod Scraper DA 17 Wills Rings®
Back-up Ring Rod Scraper ASW Airseal
Back-up Ring Concave Rod Scraper SA U-Seal
Turcon® Glyd Ring® T Rod Scraper A Turcon® Variseal™ M2
Turcon® CST™ Seal Metal Scraper Turcon® Variseal™ HF
Turcon® AQ-Seal® 5 Turcite® Luytex® and Turcon® Roto Variseal™

Zurcon® Wear Rings
Zurcon® Wynseal Complete Pneumatic Piston PK Turcon® Variseal™ W
D-A-S Compact Seal Turcon® Roto Glyd Ring® Turcite® -B Slydway®
Turcon® Double Delta® Radial Oil Seal Bearing Brushes
Turcon® Stepseal® K Shaft Repair Kit Custom made Components
Zurcon® Rimseal Varilip® Installation Tools

®
Zurcon® L-Cup O-Ring

SEAL QUAD-RING® Seal
SET
Kantseal
Please find the addresses of Busak + Shamban on the inner back page BSEG T599.SSG3

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Seals Selection Guide

Corporate Profile ........................................................................................................................................... 1

Piston Seals: Turcon® Glyd Ring® T ..............................................................................................22

Rod Seals: U-Cup .......................................................................................................................

Rotary Seals: V-Seal .......................................................................................................................

Special Seals: Turcon® Variseal™ M2 ................................................................................................

Basic Seals: O-Ring ......................................................................................................................

Bearings: Turcite® Slydring® .................................................................................................160

Installation Instructions ...................................................................................................................................

Seals Selection Guide

Global supply with local support

Materials Selection Guide

Table 1 Material Application Properties and Mating Surface Materials

Materials Selection Guide

Compatible Fluids Mating Surface Available Products

D-A-S Compact Seal

U-Cup Metric DA22 Wiper Wynseal

Slydring® Cut Slydring®

Glyd Ring® HPR Glyd Ring® T Stepseal® K

Variseal™ Roto Glyd Ring®

Glyd Ring® HPR Back-up Ring Turcon®CST™Seal

B+S U-Cup Imperial DA22 Wiper

Data on other available materials, provided upon request.

Product Range Basic Seals

Seal Kits -30°C +200°C

Basic Seals ProducMaterials Selection Guidet Range

Basic Seals (Continued)

Back-up Ring (Concave)

Product Range Basic Seals

Fluid Sealing Systems - Piston Seals

D-A-S Compact Seal to

Basic Seals Product Range

Fluid Sealing Systems - Rod Seals

Product Range Basic Seals

Fluid Sealing Systems - Scrapers

Rod Scraper DA22

Rod Scraper DA17

Rod Scraper ASW

Rod Scraper A -30°C +110°C 1 m/s

Basic Seals Product Range

Fluid Sealing Systems - Wear Rings

Zurcon® Wear Ring

Luytex® Wear Ring to

Pressure Temp. Speed

Complete Pneumatic Piston PK to

Radial Oil Seal to

Radial Oil Seal (Pressure Seal) to

Product Range Basic Seals

Rotary Seals (Continued)

Varilip® Radial Lip Shaft Seal to

Axial Shaft Seal to

Turcon® Roto Glyd Ring® to -54°C +200°C 2 m/s

Turcon® Roto Variseal™ to

Heavy Duty Seal to

Basic Seals Product Range

SAE Flange Seal to

Linear Bearings & Bushes

(11600 (-40°F +212°F) (20 ft/s)

Product Range Basic Seals