Electric Actuator Catalogue - Complete2
Electric Actuator Catalogue - Complete2
Electric Actuator Catalogue - Complete2
The electronic version of Auma India Integral Programmable Control Logic Module consists
Starter e-pac incorporates sophisticated of
electronic controls with field programming
feature. E-pac is modular in construction and Inching & Non-inching in local mode by dip
consists of Power Supply Module, Relay switches
Module & Programmable Control Module. Inching & Non-inching in remote mode by dip
switches
Power Supply Module consists of Limit switch seating or Torque seating by dip
switches
24 V DC, 150 mA source
Wide varieties of versions of e-pac & optional
Reversing contactors electrically and
mechanically interlocked features make the actuator controls adaptable to
any field situation. Versions & optionals
Selector switch LOCAL-OFF-REMOTE,
available are :
lockable & potential free contacts for local-
off & remote Emergency shut down (ESD)
Push buttons OPEN-STOP-CLOSE for 2 wire make-break
local controls Timer board to run the actuator in ON-OFF
Single phase supply for space heater 10W steps
Open-Close inhibit
Relay Module consists of Negative switching
Remote control & local stop
Monitor relay for collective fault Electronic positioner for regulating duty, with
signals (Thermo switch trip, torque switch or without isolator
trip in mid travel) with potential free contacts Single phase protection
Local status annunciation (Green) & fault Automatic phase correction
annunciation (Red) by LEDs Remote annunciation relays
Thermal overload relay
Positioner with PID features
Wall mountable e-pac
For detailed literature, refer separate catalogue.
Auma e-pac
23
Interface
Valve Attachment
Flange Sizes
Actuator size
3 6 12 15 25 30 50 60 100
SA/SAR
Max. Torque
30 60 120 150 250 300 500 600 1000
Nm
ISO 5210 F10 F10 F10 F10 F14 F14 F14 F14 F16
DIN 3210 G0 G0 G0 G0 G 12 G 12 G 12 G 12 G3
Output Drives
The output drive has stem nut for rising or non Bore with Keyway :
rotating valve stem. The mounting flange
together with stem nut and thrust bearings form This type is mainly used for connecting to a gear
one assembly which is suitable for accepting box, example Auma Gear Box type GS
thrust loads. (worm / worm wheel) or GK (Bevel gear box).
Plug Sleeve : With the linear thrust unit, the rotary movement
of the actuator output shaft is converted into an
Plug sleeve has bore and keyway and is designed axial movement. Thus the multiturn actuator
for transmission of torque. becomes linear actuator. Different stroke lengths
can be provided.
Output Drive Type C
24
Interface
Electrical Connection
Terminals
Screw type terminals are used for electrical Version I :
connection as standard. Stud type terminals can
be provided for power connections. Terminals 32 x 2 = 64 pins for control
are DIN rail mountable and are available as 3 + 1 = 4 pins for power
single or double decker versions also.
Version II :
Plug socket connector
50 pin circular connector for control
The actuators can also be equipped with plug
socket connectors in two versions. 6 + 1 = 7 pins for power
To protect rising valve stem, a protection tube as a standard. If protection tube is not required,
can be fitted to the hand wheel hub. Internal the bore of the hand wheel hub is closed with lid.
threads are provided in the hand wheel hub
26
Service Conditions
Enclosure Protection
Auma actuators conform to enclosure protection The lowest point of equipment is atleast 1 m
IP67 as per IS 13947 (Part I) : 1993, Appendix C. below the surface of water
Auma actuators are also available with improved Duration of test is 30 min.
enclosure protection IP68. The definition of
IP67 & IP68 as per standard is as follows : Under above conditions, ingress of water in
IP : Ingress Protection harmful quantity shall not be possible.
First numeral 6 : Dust tight, prevents ingress Second numeral 8 : Test conditions as above,
of dust. however no ingress of water is permitted.
Second numeral 7 : Protected against the effects
of immersion. Test is made by completely
immersing the equipment in water so that :
Surface of water is atleast 150 mm above
highest point of equipment.
Painting
Type of paint Epoxy Any other type & colour of paint can be provided
Standard colour DA grey IS 5 on request.
Primer thickness 40 microns min.
Paint thickness 75 microns min.
27
Service Conditions
Explosion Proof / Flame Proof Actuators
SAEx3 - SAEx100
SAREx6 - SAREx100
SACEx3 - SACEx100
SARCEx6 - SARCEx100
EN ISO 9001
Certificate : 041005262
28
General
Mounting Position Functional Tests
Auma actuators also with integral controls can After assembly, all actuators are thoroughly
be operated without restriction in any mounting tested and torque switches are calibrated. Final
position. inspection record is provided to the customer.
Test Certificates
29
Technical Data SA3-SA100
Open-Close duty
1)
Tripping Torque Auma India Valve Stem dia. Permissible Revolutions Hand Hand wheel Weight
Actuator Type Mounting Output drive Thrust for for wheel Ratio Auma India Norm
both directions
Flange Type-A Type-A Full stroke Dia.
Type Output Speed Standard Std. Std. With bevel Std. With bevel
DIN:3210 gear set gear set
2) (Special
Min.Nm Max.Nm 1/min ISO:5210) Max. mm Max. kN Min. / Max. Kgs. Kgs.
SA 3 ..... 11
SA 3 ..... 16
SA 3 ..... 22
SA 3 ..... 32 1-480
20 30 SA 3 ..... 45 G0 26 25 or 250 1:1 2:1 39 45
SA 3 ..... 63 (F10) 1-4800
SA 3 ..... 90
SA 3 ..... 1253)
SA 3 ..... 1803)
SA 6 ..... 4
SA 6 ..... 5.6
SA 6 ..... 8
SA 6 ..... 11
SA 6 ..... 16
1-480
20 60 SA 6 ..... 22 G0 26 40 or 250 1:1 2:1 39 45
SA 6 ..... 32 (F10) 1-4800
SA 6 ..... 45
SA 6 ..... 63
SA 6 ..... 90
SA 6 ..... 1253)
55 SA 6 ..... 1803)
SA 12 ..... 4
SA 12 ..... 5.6
SA 12 ..... 8
SA 12 ..... 11
SA 12 ..... 16
1-480
30 120 SA 12 ..... 22 G0 38 60 or 250 1:1 2:1 39 45
SA 12 ..... 32 (F10) 1-4800
SA 12 ..... 45
SA 12 ..... 63
SA 12 ..... 90
SA 12 ..... 1253)
110 SA 12 ..... 1803)
SA 15 ..... 4
SA 15 ..... 5.6
SA 15 ..... 8
SA 15 ..... 11 1-480
50 150 SA 15 ..... 16 G0 38 60 or 250 1:1 2:1 39 45
SA 15 ..... 22 (F10) 1-4800
SA 15 ..... 32
SA 15 ..... 45
SA 15 ..... 63
SA 25 ..... 4
SA 25 ..... 5.6
SA 25 ..... 8
SA 25 ..... 11
SA 25 ..... 16
SA 25 ..... 22 1-480
60 250 SA 25 ..... 32 G 12 52 120 or 360 1:1 3:1 72 88
SA 25 ..... 45 (F14) 1-4800
SA 25 ..... 63
SA 25 ..... 90
SA 25 ..... 1253)
220 SA 25 ..... 1803)
1) Infinitely adjustable 3) Non self locking
2) At 50 Hz
We reserve the right to alter data according to improvements made. Previous data sheets become invalid with the issue of this data sheet.
30
Technical Data SA3-SA100
Open-Close duty
1)
Tripping Torque Auma India Valve Stem dia. Permissible Revolutions Hand Hand wheel Weight
Actuator Type Mounting Output drive Thrust for for wheel Ratio Auma India Norm
both directions Flange Type-A Type-A Full stroke Dia.
Type Output Speed Standard Std. Std. With bevel Std. With bevel
DIN:3210 gear set gear set
Min. Max. 2) (Special
Max.
Nm. Nm. 1/min ISO:5210) kN Min. / Max. Kgs. Kgs.
SA 30 ..... 4
SA 30 ..... 5.6
SA 30 ..... 8
SA 30 ..... 11
SA 30 ..... 16
.....
1-480
SA 30 22
100 300 ..... G 12 52 120 or 360 1:1 3:1 72 88
SA 30 32
SA 30 ..... 45 (F14) 1-4800
SA 30 ..... 63
SA 30 ..... 90
SA 30 ..... 125 3)
264 SA 30 ..... 180 3)
SA 50 ..... 4
SA 50 ..... 5.6
SA 50 ..... 8
SA 50 ..... 11
SA 50 ..... 16 1-480
SA 50 ..... 22 75
100 500 G 12 52 160 or 640 1:1 3:1 92
SA 50 ..... 32
(F14) 1-4800
SA 50 ..... 45
SA 50 ..... 63
SA 50 ..... 90
SA 50 ..... 1253)
450 SA 50 ..... 1803)
SA 60 ..... 4
SA 60 ..... 5.6
SA 60 ..... 8
SA 60 ..... 11
SA 60 ..... 16
..... 1-480
SA 60 22
100 600 ..... G 12 52 160 or 640 1:1 3:1 75 92
SA 60 32
SA 60 ..... 45 (F14) 1-4800
SA 60 ..... 63
SA 60 ..... 90
SA 60 ..... 1253)
540 SA 60 ..... 1803)
SA 100 ..... 4
SA 100 ..... 5.6
SA 100 ..... 8
SA 100 ..... 11
SA 100 ..... 16
..... 1-480
SA 100 22
200 1000 SA 100 ..... 32 G3 65 190 or 800 1:1 4:1 107 128
SA 100 ..... 45 (F16) 1-4800
SA 100 ..... 63
SA 100 ..... 90
SA 100 ..... 1253)
900 SA 100 ..... 1803)
31
Electrical Data SA3-SA100
Open-Close duty
Auma India
Three phase Squirrel cage AC Motor 415V, 50 Hz
Actuator Type
Torque
Max. Type Output Speed Nominal Speed Size Nominal Current at Starting Power Full load
at 50 Hz Output 1/min Current Max. Torque Current Factor Efficiency
Nm 1/min KW A 1) A A Cos o (%)
SA 3 ..... 11 0.06 1400 71 0.3 0.30 1.2 0.6 46
SA 3 ..... 16 0.06 1400 71 0.3 0.38 1.2 0.6 46
SA 3 ..... 22 0.06 1400 71 0.3 0.50 1.2 0.6 46
SA 3 ..... 32 0.12 1400 71 0.5 0.62 2.3 0.6 55
SA 3 ..... 45 0.18 2800 71 0.6 0.84 3.3 0.7 60
30
SA 3 ..... 63 0.18 2800 71 0.6 1.16 3.3 0.7 60
SA 3 ..... 90 0.37 2800 71 1.0 1.62 5.5 0.76 68
SA 3 ..... 125 0.37 2800 71 1.0 1.40 5.5 0.76 68
SA 3 ..... 180 0.37 2800 71 1.0 2.05 5.5 0.76 68
SA 6 ..... 4 0.06 1400 71 0.3 0.25 1.2 0.6 46
SA 6 ..... 5.6 0.06 1400 71 0.3 0.30 1.2 0.6 46
SA 6 ..... 8 0.06 1400 71 0.3 0.38 1.2 0.6 46
SA 6 ..... 11 0.12 1400 71 0.5 0.45 2.3 0.6 55
SA 6 ..... 16 0.12 1400 71 0.5 0.62 2.3 0.6 55
60 SA 6 ..... 22 0.12 1400 71 0.5 0.90 2.3 0.6 55
SA 6 ..... 32 0.18 2800 71 0.6 1.18 3.3 0.7 60
SA 6 ..... 45 0.37 2800 71 1.0 1.62 5.5 0.76 68
SA 6 ..... 63 0.37 2800 71 1.0 2.34 5.5 0.76 68
SA 6 ..... 90 0.55 2800 71 1.8 3.08 9.0 0.62 70
SA 6 ..... 125 0.55 2800 71 1.8 2.45 9.0 0.62 70
55 ..... 1.8 3.52 9.0 0.62 70
SA 6 180 0.55 2800 71
SA 12 ..... 4 0.06 1400 71 0.3 0.38 1.2 0.6 46
SA 12 ..... 5.6 0.12 1400 71 0.5 0.46 2.3 0.6 55
SA 12 ..... 8 0.12 1400 71 0.5 0.62 2.3 0.6 55
SA 12 ..... 11 0.12 1400 71 0.5 0.90 2.3 0.6 55
SA 12 ..... 16 0.25 1400 71 1.4 1.45 4.6 0.5 50
120
SA 12 ..... 22 0.25 1400 71 1.4 1.80 4.6 0.5 50
SA 12 ..... 32 0.37 2800 71 1.0 2.42 5.5 0.76 68
SA 12 ..... 45 0.55 2800 71 1.8 3.08 9.0 0.62 70
SA 12 ..... 63 1.1 2800 71 2.9 4.58 16.0 0.72 72
SA 12 ..... 90 1.1 2800 71 2.9 6.50 16.0 0.72 72
SA 12 ..... 125 1.1 2800 71 2.9 5.10 16.0 0.72 72
110 ..... 2.9 7.50 16.0 0.72 72
SA 12 180 1.1 2800 71
SA 15 ..... 4 0.06 1400 71 0.3 0.45 1.2 0.6 46
SA 15 ..... 5.6 0.12 1400 71 0.5 0.55 2.3 0.6 55
SA 15 ..... 8 0.12 1400 71 0.5 0.83 2.3 0.6 55
SA 15 ..... 11 0.25 1400 71 1.4 1.36 4.6 0.5 50
150 SA 15 ..... 16 0.25 1400 71 1.4 1.66 4.6 0.5 50
SA 15 ..... 22 0.37 2800 71 1.0 2.00 5.5 0.76 68
SA 15 ..... 32 0.55 2800 71 1.8 2.75 9.0 0.62 70
SA 15 ..... 45 1.1 2800 71 2.9 4.26 16.0 0.72 72
SA 15 ..... 63 1.1 2800 71 2.9 5.67 16.0 0.72 72
SA 25 ..... 4 0.12 1400 71 0.5 0.65 2.3 0.6 55
SA 25 ..... 5.6 0.25 1400 71 1.4 1.29 4.6 0.5 50
SA 25 ..... 8 0.55 1400 71 2.8 1.64 12.0 0.51 60
250 SA 25 ..... 11 0.55 1400 71 2.8 1.92 12.0 0.51 60
SA 25 ..... 16 0.55 1400 71 2.8 2.60 12.0 0.51 60
SA 25 ..... 22 0.55 1400 71 2.8 3.58 12.0 0.51 60
SA 25 ..... 32 1.1 2800 71 2.9 4.75 16.0 0.72 72
SA 25 ..... 45 1.1 2800 71 2.9 6.58 16.0 0.72 72
SA 25 ..... 63 2.2 2800 90 4.6 8.44 40.0 0.83 80
SA 25 ..... 90 2.2 2800 90 4.6 12.5 40.0 0.83 80
SA 25 ..... 125 2.2 2800 90 4.6 8.95 40.0 0.83 80
220 SA 25 ..... 180 2.2 2800 90 4.6 13.6 40.0 0.83 80
1) Current at max. torque. We recommend to select switch gear and cables suitable for those values.
We reserve the right to alter data according to improvements made. Previous data sheets become invalid with the issue of this data sheet.
32
Electrical Data SA3-SA100
Open-Close duty
Auma India
Three phase Squirrel cage AC Motor 415V, 50 Hz
Actuator Type
Torque
Type Output Speed Nominal Speed Size Nominal Current at Starting Power Full load
Max.
at 50 Hz Output 1/min Current Max. Torque Current Factor Efficiency
Nm 1/min KW A 1) A A Cos o (%)
SA 30 ..... 4 0.12 1400 71 0.5 0.82 2.3 0.6 55
SA 30 ..... 5.6 0.25 1400 71 1.4 1.39 4.6 0.5 50
SA 30 ..... 8 0.55 1400 71 2.8 1.77 12.0 0.51 60
SA 30 ..... 11 0.55 1400 71 2.8 2.20 12.0 0.51 60
SA 30 ..... 16 0.55 1400 71 2.8 3.08 12.0 0.51 60
300
SA 30 ..... 22 1.1 1400 90 3.7 3.95 25.0 0.58 72
SA 30 ..... 32 1.1 2800 71 2.9 5.72 16.0 0.72 72
SA 30 ..... 45 1.25 2800 90 2.7 8.65 22.0 0.81 79
SA 30 ..... 63 2.2 2800 90 4.6 10.0 40.0 0.83 80
SA 30 ..... 90 2.5 2800 90 5.3 15.5 40.0 0.83 79
SA 30 ..... 125 2.5 2800 90 5.3 11.5 40.0 0.83 79
264 ..... 10.2 16.5 65.0 0.7 78
SA 30 180 4.0 2800 90
SA 50 ..... 4 0.25 1400 71 1.4 1.48 4.6 0.5 50
SA 50 ..... 5.6 0.55 1400 71 2.8 1.95 12.0 0.51 60
SA 50 ..... 8 0.55 1400 71 2.8 2.60 12.0 0.51 60
SA 50 ..... 11 0.55 1400 71 2.8 3.58 12.0 0.51 60
SA 50 ..... 16 1.1 1400 90 3.7 4.80 25.0 0.58 72
500 ..... 3.7 6.65 25.0 0.58 72
SA 50 22 1.1 1400 90
SA 50 ..... 32 2.2 2800 90 4.6 8.52 40.0 0.83 80
SA 50 ..... 45 2.2 2800 90 4.6 12.5 40.0 0.83 80
SA 50 ..... 63 4.0 2800 90 10.2 17.1 65.0 0.7 78
SA 50 ..... 90 4.0 2800 90 10.2 26.0 65.0 0.7 78
SA 50 ..... 125 5.0 2800 112 9.9 18.2 80.0 0.86 88
450 SA 50 ..... 180 5.0 2800 112 9.9 28.5 80.0 0.86 50
SA 60 ..... 4 0.25 1400 71 1.4 1.67 4.6 0.55 50
SA 60 ..... 5.6 0.55 1400 71 2.8 2.2 12.0 0.51 60
SA 60 ..... 8 0.55 1400 71 2.8 3.08 12.0 0.51 60
SA 60 ..... 11 0.55 1400 71 2.8 5.15 12.0 0.51 60
SA 60 ..... 16 1.1 1400 90 3.7 5.75 25.0 0.58 72
600 ..... 6.9 7.92 40.0 0.63 72
SA 60 22 2.2 1400 90
SA 60 ..... 32 2.2 2800 90 4.6 10.04 40.0 0.83 80
SA 60 ..... 45 4.0 2800 90 10.2 15.05 65.0 0.7 78
SA 60 ..... 63 4.0 2800 90 10.2 21.08 65.0 0.7 78
SA 60 ..... 90 5.0 2800 112 9.9 31.08 80.0 0.86 88
SA 60 ..... 125 5.0 2800 112 9.9 22.5 80.0 0.86 88
540 SA 60 ..... 180 5.0 2800 112 9.9 35.5 80.0 0.86 88
SA 100 ..... 4 0.55 1400 71 2.8 2.55 12.0 0.51 60
SA 100 ..... 5.6 0.55 1400 71 2.8 3.85 12.0 0.51 60
SA 100 ..... 8 0.75 1400 90 2.0 4.65 12.0 0.72 75
SA 100 ..... 11 1.1 1400 90 3.7 6.65 25.0 0.58 72
SA 100 ..... 16 2.2 1400 90 6.9 9.06 40.0 0.63 72
1000 ..... 6.9 12.5 40.0 0.63 72
SA 100 22 2.2 1400 90
SA 100 ..... 32 4.0 2800 90 10.2 17.5 65.0 0.7 78
SA 100 ..... 45 4.0 2800 90 10.2 26.0 65.0 0.7 78
SA 100 ..... 63 7.5 2800 112 15.6 40.0 116.0 0.78 86
SA 100 ..... 90 7.5 2800 112 15.6 60.0 116.0 0.78 86
SA 100 ..... 125 7.5 2800 112 15.6 44.6 116.0 0.78 86
900 SA 100 ..... 180 7.5 2800 112 15.6 68.0 116.0 0.78 86
Permissible voltage variation : + 10%, Permissible frequency variation : + 5%, Permissible combined variation : 10%
if voltage drops below there will be reduction of nominal output.
Auma motors are provided with 3 thermoswitches one in each winding connected in series to protect windings. Our
warranty is void if those thermoswitches are not connected in control circuit.
Motor data are approximate. Due to usual manufacturing tolerances there may be deviations from the values given.
1) Current at max. torque. We recommend to select switch gear and cables suitable for those values.
We reserve the right to alter data according to improvements made. Previous data sheets become invalid with the issue of this data sheet.
33
Technical Data SAR6-SAR100
Regulating duty
1)
Tripping Regu- Auma India No. of Valve Stem dia. Permissible Hand Hand wheel Weight
Torque lating Actuator Type starts Mounting Output drive Thrust for wheel Ratio Auma India Norm
in both Torque Flange Type-A Type-A Dia.
Type Output Speed Standard Std. Std. With bevel Std. With bevel
directions DIN:3210
2) Max. gear set gear set
Min. Max. Max. (Special
Nm Nm Nm 1/min c/h ISO:5210) Max. mm Max. kN Kgs. Kgs.
SAR 6 ..... 4
SAR 6 ..... 5.6
SAR 6 ..... 8
SAR 6 ..... 11 G0
30 60 30 SAR 6 ..... 16 1200 26 40 250 1:1 2:1 39 45
SAR 6 ..... 22
(F10)
SAR 6 ..... 32
SAR 6 ..... 45
SAR 12 ..... 4
SAR 12 ..... 5.6
SAR 12 ..... 8
SAR 12 ..... 11 G0
60 120 60 ..... 1200
38 60 250 1:1 2:1 39 45
SAR 12 16 (F10)
SAR 12 ..... 22
SAR 12 ..... 32
SAR 12 ..... 45 900
SAR 15 ..... 4
SAR 15 ..... 5.6
SAR 15 ..... 8
.....
G0
60 150 75 SAR 15 11 1200 38 60 250 1:1 2:1 39 45
SAR 15 ..... 16 (F10)
SAR 15 ..... 22
SAR 15 ..... 32
SAR 25 ..... 4
SAR 25 ..... 5.6
SAR 25 ..... 8
SAR 25 ..... 11 1200 G 12
120 250 120 SAR 25 ..... 16 52 120 360 1:1 3:1 72 88
25 ..... 22
(F14)
SAR 900
SAR 25 ..... 32
SAR 25 ..... 45 600
SAR 30 ..... 4
SAR 30 ..... 5.6
SAR 30 ..... 8 1200
SAR 30 ..... 11 G 12
150 300 150 SAR 30 ..... 16 52 120 360 1:1 3:1 72 88
SAR 30 ..... 22 (F14)
SAR 30 ..... 32 600
SAR 30 ..... 45
SAR 50 ..... 4
SAR 50 ..... 5.6 1200
SAR 50 ..... 8
..... 900
SAR 50
.....
11 G 12
250 500 250 SAR 50 16 52 160 640 1:1 3:1 75 92
SAR 50 ..... 22 (F14)
SAR 50 ..... 32 600
SAR 50 ..... 45
SAR 60 ..... 4
SAR 60 ..... 5.6 1200
SAR 60 ..... 8 G 12
300 600 300 SAR 60 ..... 16 52 160 640 1:1 3:1 75 92
.....
(F14)
SAR 60 22 600
SAR 60 ..... 32
SAR 100 ..... 4 1200
SAR 100 ..... 5.6 900
SAR 100 ..... 8 G3
500 1000 500 SAR 100 ..... 11 65 190 800 1:1 4:1 107 128
..... (F16)
SAR 100 16 600
SAR 100 ..... 22
1) Infinitely adjustable 2) At 50 Hz
We reserve the right to alter data according to improvements made. Previous data sheets become invalid with the issue of this data sheet.
34
Electrical Data SAR6-SAR100
Regulating duty
Auma India
Regulating Torque Three phase Squirrel cage AC Motor 415V, 50 Hz
Actuator Type
Type Output Speed Nominal Speed Size Nominal Current at Starting Power Full load
Max. at 50 Hz Output 1/min Current Max. Torque Current Factor Efficiency
Nm 1/min KW A 1) A A Cos o (%)
SAR 6 ..... 4 0.06 1400 71 0.3 0.25 1.2 0.6 46
SAR 6 ..... 5.6 0.06 1400 71 0.3 0.30 1.2 0.6 46
SAR 6 ..... 8 0.06 1400 71 0.3 0.38 1.2 0.6 46
SAR 6 ..... 11 0.12 1400 71 0.5 0.45 2.3 0.6 55
SAR 6 ..... 16 0.12 1400 71 0.5 0.62 2.3 0.6 55
30 SAR 6 ..... 22 0.12 1400 71 0.5 0.90 2.3 0.6 55
SAR 6 ..... 32 0.25 1400 71 1.4 1.45 4.6 0.5 50
SAR 6 ..... 45 0.25 1400 71 1.4 1.86 4.6 0.5 50
SAR 12 ..... 4 0.06 1400 71 0.3 0.38 1.2 0.6 46
SAR 12 ..... 5.6 0.12 1400 71 0.5 0.46 2.3 0.6 55
SAR 12 ..... 8 0.12 1400 71 0.5 0.62 2.3 0.6 55
SAR 12 ..... 11 0.12 1400 71 0.5 0.90 2.3 0.6 55
60 .....
SAR 12 16 0.25 1400 71 1.4 1.45 4.6 0.5 50
SAR 12 ..... 22 0.25 1400 71 1.4 1.80 4.6 0.5 50
SAR 12 ..... 32 0.55 1400 71 2.8 2.52 12.0 0.51 60
SAR 12 ..... 45 0.55 1400 71 2.8 3.52 12.0 0.51 60
SAR 15 ..... 4 0.06 1400 71 0.3 0.45 1.2 0.6 46
SAR 15 ..... 5.6 0.12 1400 71 0.5 0.55 2.3 0.6 55
SAR 15 ..... 8 0.12 1400 71 0.5 0.83 2.3 0.6 55
75 SAR 15 ..... 11 0.25 1400 71 1.4 1.36 4.6 0.5 50
SAR 15 ..... 16 0.25 1400 71 1.4 1.66 4.6 0.5 50
SAR 15 ..... 22 0.55 1400 71 2.8 2.20 12.0 0.51 60
SAR 15 ..... 32 0.55 1400 71 2.8 3.08 12.0 0.51 60
SAR 25 ..... 4 0.12 1400 71 0.5 0.65 2.3 0.6 55
SAR 25 ..... 5.6 0.25 1400 71 1.4 1.29 4.6 0.5 50
SAR 25 ..... 8 0.25 1400 71 1.4 1.64 4.6 0.5 50
SAR 25 ..... 11 0.55 1400 71 2.8 1.92 12.0 0.51 60
125 SAR 25 ..... 16 0.55 1400 71 2.8 2.60 12.0 0.51 60
SAR 25 ..... 22 0.55 1400 71 2.8 3.58 12.0 0.51 60
SAR 25 ..... 32 1.1 1400 90 3.7 4.80 25.0 0.58 72
SAR 25 ..... 45 1.1 1400 90 3.7 6.67 25.0 0.58 72
SAR 30 ..... 4 0.12 1400 71 0.5 0.82 2.3 0.6 55
SAR 30 ..... 5.6 0.25 1400 71 1.4 1.39 4.6 0.5 50
SAR 30 ..... 8 0.25 1400 71 1.4 1.77 4.6 0.5 50
SAR 30 ..... 11 0.55 1400 71 2.8 2.20 12.0 0.51 60
150 .....
SAR 30 16 0.55 1400 71 2.8 3.08 12.0 0.51 60
SAR 30 ..... 22 1.1 1400 90 3.7 3.95 25.0 0.58 72
SAR 30 ..... 32 1.1 1400 90 3.7 5.75 25.0 0.58 72
SAR 30 ..... 45 2.2 1400 90 6.9 8.0 40.0 0.63 72
SAR 50 ..... 4 0.25 1400 71 1.4 1.48 4.6 0.5 50
SAR 50 ..... 5.6 0.55 1400 71 2.8 1.95 12.0 0.51 60
SAR 50 ..... 8 0.55 1400 71 2.8 2.60 12.0 0.51 60
SAR 50 ..... 11 0.55 1400 71 2.8 3.58 12.0 0.51 60
250 .....
SAR 50 16 1.1 1400 90 3.7 4.80 25.0 0.58 72
SAR 50 ..... 22 1.1 1400 90 3.7 6.65 25.0 0.58 72
SAR 50 ..... 32 2.2 1400 90 6.9 9.06 40.0 0.63 72
SAR 50 ..... 45 2.2 1400 90 6.9 13.4 40.0 0.63 72
SAR 60 ..... 4 0.25 1400 71 1.4 1.67 4.6 0.5 50
SAR 60 ..... 5.6 0.55 1400 71 2.8 2.2 12.0 0.51 60
SAR 60 ..... 8 0.55 1400 71 2.8 3.08 12.0 0.51 60
300 SAR 60 ..... 16 1.1 1400 90 3.7 5.75 25.0 0.58 72
SAR 60 ..... 22 2.2 1400 90 6.9 7.92 40.0 0.63 72
SAR 60 ..... 32 2.2 1400 90 6.9 11.1 40.0 0.63 72
SAR 100 ..... 4 0.55 1400 71 2.8 2.55 12.0 0.51 60
SAR 100 ..... 5.6 0.55 1400 71 2.8 3.85 12.0 0.51 60
SAR 100 ..... 8 0.75 1400 90 2.0 4.65 12.0 0.72 75
500 SAR 100 ..... 11 1.1 1400 90 3.7 6.65 25.0 0.58 72
SAR 100 ..... 16 2.2 1400 90 6.9 9.06 40.0 0.63 72
SAR 100 ..... 22 2.2 1400 90 6.9 12.5 40.0 0.63 72
Permissible voltage variation : + 10%, Permissible frequency variation : + 5%, Permissible combined variation : 10%
if voltage drops below there will be reduction of nominal output.
Auma motors are provided with 3 thermoswitches one in each winding connected in series to protect windings. Our
warranty is void if those thermoswitches are not connected in control circuit.
Motor data are approximate. Due to usual manufacturing tolerances there may be deviations from the values given.
1) Current at Max. torque. We recommend to select switch gear and cables suitable for those values.
We reserve the right to alter data according to improvements made. Previous data sheets become invalid with the issue of this data sheet.
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SA3-SA100
Norm actuator SAR6-SAR100
SA3 & SA6 SA12 & SA15 SA25 & SA30 SA50 & SA60 SA100
Dimensions SAR6 SAR12 & SAR15 SAR25 & SAR30 SAR50 & SAR60 SAR100
A 215 215 245 245 275
B 257 257 282 282 307
C 210 235 275 275 380
D 250 250 360 640 800
D1 110 - 125 110 - 125 110 - 160 125 - 160 125 - 200
D2 42 x 3.3 60 x 3.7 76 x 3.7 76 x 3.7 89 x 4.1
E 195 195 255 255 255
J 185 185 210 210 230
L max. 175-230 175-230 175-280 210-280 210-305
LL min. 35 35 45 45 60
M min. 80 80 80 80 80
N 110 110 170 170 210
O 96 96 96 96 96
P 142 142 167 167 192
Q min 65 65 65 65 65
R (Conduit th) 2x114 '' BSC 2x114 '' BSC 2x114 '' BSC 2x114 '' BSC 2x114 '' BSC
S 255 255 255 255 255
Y 182 185 250 250 306
d 125 125 175 175 210
g (TYPE - A) 35 37 51 51 69
g1 (TYPE - B & C) 50 50 65 65 80
g2 ( TYPE - D & E) 15 15 22 22 30
DIN 3210 Designation G0 G0 G1 2 G1 2 G3
We reserve the right to alter data, dimensions and weights according to improvement made. (all dimensions are in mm)
Figures and diagrams are not binding.
36
SA3-SA100
Integral starter compact actuator SAR6-SAR100
SA3 & SA6 SA12 & SA15 SA25 & SA30 SA50 & SA60 SA100
Dimensions SAR6 SAR12 & SAR15 SAR25 & SAR30 SAR50 & SAR60 SAR100
A 215 215 245 245 275
B 430 430 451 451 467
C 210 235 275 275 380
D 250 250 360 640 800
D1 110 - 125 110 - 125 110 - 160 125 - 160 125 - 200
D2 42 x 3.3 60 x 3.7 76 x 3.7 76 x 3.7 89 x 4.1
E 195 195 255 255 255
J 185 185 210 210 230
K 342 342 342 342 342
L max. 340 340 450 450 515
LL min. 35 35 45 45 60
M min. 80 80 80 80 80
N 227 227 227 227 227
O 96 96 96 96 96
P 315 315 340 340 365
Q min 65 65 65 65 65
R (Conduit th) 2x114 '' BSC 2x114 '' BSC 2x114 '' BSC 2x114 '' BSC 2x114 '' BSC
S 255 255 255 255 255
V 160 160 160 160 160
W 185 185 185 185 185
d 125 125 175 175 210
g (TYPE - A) 35 37 51 51 69
g1 (TYPE - B & C) 50 50 65 65 80
g2 ( TYPE - D & E) 15 15 22 22 30
DIN 3210 Designation G0 G0 G 12 G 12 G3
We reserve the right to alter data, dimensions and weights according to improvement made. (all dimensions are in mm)
Figures and diagrams are not binding.
37
SA3-SA100
Integral starter epac actuator SAR6-SAR100
e-pac
e-pac
e-pac
SA3 & SA6 SA12 & SA15 SA25 & SA30 SA50 & SA60 SA100
Dimensions SAR6 SAR12 & SAR15 SAR25 & SAR30 SAR50 & SAR60 SAR100
A 215 215 245 245 275
B 278.5 278.5 303.5 303.5 329.5
C 210 235 275 325 380
D 250 250 360 640 800
D1 110 - 125 110 - 125 110 - 160 125 - 160 125 - 200
D2 42 x 3.3 60 x 3.7 76 x 3.7 76 x 3.7 89 x 4.1
E 195 195 255 255 255
J 185 185 210 210 230
K 256 256 256 256 256
L max 340 340 450 450 515
LL min. 35 35 45 45 60
M min. 80 80 80 80 80
N 240.5 240.5 240.5 240.5 240.5
O 96 96 96 96 96
P 400.5 400.5 425.5 425.5 451.5
Q min 65 65 65 65 65
R (Conduit th) 2x114 '' BSC 2x114 '' BSC 2x114 '' BSC 2x114 '' BSC 2x114 '' BSC
S 255 255 255 255 255
V 185 185 185 185 185
W 175 175 175 175 175
Z (For ON-OFF Duty) 121 121 121 121 121
Z1 (For Regulating Duty) 202 202 202 202 202
d 125 125 175 175 210
g (TYPE - A) 35 37 51 51 69
g1 (TYPE - B & C) 50 50 65 65 80
g2 ( TYPE - D & E) 15 15 22 22 30
DIN 3210 Designation G0 G0 G 12 G 12 G3
We reserve the right to alter data, dimensions and weights according to improvement made. (all dimensions are in mm)
Figures and diagrams are not binding.
38
SA3-SA100
Output drives according to DIN 3210 SAR6-SAR100
SA3/ SA12/ SAR12/ SA25/ SAR25/ SA50/ SAR50/ SA100/
SAR 6
SA6 SA15 SAR15 SA30 SAR30 SA60 SAR60 SAR100
39
SA6-SA100
Linear Thrust Unit for control valves with
LTU6-LTU100
For all other dimensions of actuator, please refer separate data sheet (all dimensions are in mm)
40
Terminal plan - Norm actuator
41
Wiring diagram - Integral starter, epac
42
Info-A