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EagleBurgmann TS1000 en

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Thermosiphon systems are used to supply buffer/barrier fluid to double and tandem mechanical seals for a broad range of applications in industries such as chemical, petrochemical, pulp and paper, food and beverage, and water and waste water.

Thermosiphon systems are used to pressurize the buffer chamber, compensate for leakage, circulate buffer/barrier fluid by thermosiphon effect or forced circulation to cool the seal, and selectively absorb product leakage to prevent dry running, especially in tandem arrangements.

The main components of a thermosiphon system include the thermosiphon vessel, system connections, level switch, circulation pump, hand refill pump, thermometer, base frame, pressure gas connection, and connections for buffer/barrier fluid in and out.

Seal supply systems | Thermosiphon systems

TS1000
Standards and approvals
PED 97/23 EC (Design and production in
accordance with EU Pressure Equipment
Directive)
SELO, GOST on request

Recommended applications
Chemical industry
Petrochemical industry
Pulp and paper industry
Food and beverage industry
Water and waste water technology

Functional description

Features
With the EagleBurgmann TS1016 thermosiphon
system it is possible to supply buffer/barrier fluid
to double and tandem mechanical seals for a
broad range of applications. The TS1016
thermosiphon vessel is available in 2 standard
sizes with flat ends, sight-glasses for level
monitoring and with or without cooling coil. TS
vessels are equipped as standard with all the
necessary system connections and brackets.
The modular system allows the TS1016 vessels
to be combined with a wide range of system
components such as, e.g. level switch,
circulation pump, hand refill pump,
thermometer, base frame, etc.

The TS system performs all the basic functions


of a buffer/barrier system for the operation of
double seals:
to pressurize the buffer chamber
leakage compensation
buffer/barrier fluid is circulated by
thermosiphon effect or forced circulation
system
to cool the seal
to selectively absorb product leakage and
prevent dry running (tandem arrangement)
Use compressed air or nitrogen for
pressurization.

Circulation in accordance with API 682 / ISO 21


049: Plan 52, Plan 53A

Advantages
Available in 2 standard sizes
Modular system: combination with a wide
range of system components possible
Vessel made of 1.4571 stainless steel /
borosilicate sight-glasses: suitable for
universal applications
All system connections on the face sides
Available with or without cooling coil
Low space requirements because of
compact design

All technical specifications are based on extensive tests and our many years of experience. The diversity of possible applications, however,
means that they can serve only as guide values. We must be notified of the exact conditions of application before we can provide any guarantee
for a specific case. This is subject to change.

17.12 2015 EagleBurgmann


www.eagleburgmann.com

Page 2/6

Seal supply systems | Thermosiphon systems

Item Description
1

Buffer/barrier fluid IN (G1/2")

Buffer/barrier fluid OUT (G1/2")

Cooling water IN (pipe 12 x 1.5 mm)

Cooling water OUT (pipe 12 x 1.5 mm)

Filling connection with cap (G1/2")

Pressure gas connection (1/4NPT)

Connection for level switch (G2")

Connection for refill unit (G1/8")

Connection for pressure gauge


(1/4NPT)

10

Bracket for refill unit

Dimensions for TS1016/A007


Values in brackets: TS1016/A003.

All technical specifications are based on extensive tests and our many years of experience. The diversity of possible applications, however,
means that they can serve only as guide values. We must be notified of the exact conditions of application before we can provide any guarantee
for a specific case. This is subject to change.

17.12 2015 EagleBurgmann


www.eagleburgmann.com

Page 3/6

Seal supply systems | Thermosiphon systems

Installation, details, options

Operating and installation diagram for a


TS1000 system.
The TS vessel must always be installed higher
than the mechanical seal. The buffer/barrier
fluid flows via the rising pipe into the vessel
and is cooled. Particularly with natural
circulation, the fluid level must always be
higher than the rising pipe to maintain the
circulation and to provide the specified cooling
capacity. Connection pipes to the seal should
be designed with as little resistance as
possible.
1 Pressure gauge
2 Thermometer
3 Mechanical seal
4 SPU
5 SPN
6 From PCV, we recommend using a reverse
controlled pressure control valve (PCV)
5 Level switch

All technical specifications are based on extensive tests and our many years of experience. The diversity of possible applications, however,
means that they can serve only as guide values. We must be notified of the exact conditions of application before we can provide any guarantee
for a specific case. This is subject to change.

17.12 2015 EagleBurgmann


www.eagleburgmann.com

Page 4/6

Seal supply systems | Thermosiphon systems

Product variants
Designation

TS1016/A003

TS1016/A013

TS1016/A007

TS1016/A008

Standard design

Pressure Equipment Directive

PED

Integrated cooling coil

Volume of vessel (liters)

Volume of tube (liters)

0.2

Allowable pressure1)

16 bar
(232 PSI)

16 bar
(232 PSI)

16 bar
(232 PSI)

16 bar
(232 PSI)

Allowable temperature1)

-60 C ... +160 C


(-76 F ... +320 F)

-60 C ... +160 C


(-76 F ... +320 F)

-60 C ... +200 C


(-76 F ... +392 F)

-60 C ... +200 C


(-76 F ... +392 F)

Working volume, MAX-MIN (liters)

1.2

1.2

1.3

1.3

Cooling capacity
without cooling water (kW) 3)

0.2

0.2

0.3

0.3

Cooling capacity
natural circulation (kW) 2)

1.2

Cooling capacity
forced circulation (kW) 2)

2.5

Required cooling
water quantity (m3/h)

0.25

0.3

Metal parts

1.4571

1.4571

1.4571

1.4571

Sight-glass

Round Borosilicate

Round Borosilicate

Reflex Borosilicate

Reflex Borosilicate

Seal

PTFE

PTFE

PTFE

PTFE

PED

PED

PED

0.2

Other versions on request.

1) Design data, permissible working values depend on the actual conditions of service.
2) Guidelines with buffer/barrier fluid water 60 C cooling water 20 C.
3) Guidelines with buffer/barrier fluid water 60 C ambient temperature 20 C (valid for thermosiphon systems without cooling water with natural
circulation resp. forced circulation).
Pre-configured complete systems to cover main applications
Complete systems
TS1016/ TS1016/ TS1016/ TS1016/ TS1016/ TS1016/ TS1016/ TS1016/ TS1016/ TS1016/ TS1016/ TS1016/ TS1016/ TS1016/ TS1
(selection)
M063- M151- M152- M078- M153- M007- M394- M201- M221- M395- M142- M194- M245- M396- M3
D1
D1
D1
D1
D1
D0
D1
D0
D1
D1
D1
D1
D0
D1
D1
Operation acc. to API
Plan

Plan 53A

(1) TS basic TS1016/


vessel
A007-00

(2) Pressure SP23-092-00


gauge
PI, 16 bar,
63, ATEX

SP23-095-00
PIA(L), 16
bar,
100,
ATEX

All technical specifications are based on extensive tests and our many years of experience. The diversity of possible applications, however,
means that they can serve only as guide values. We must be notified of the exact conditions of application before we can provide any guarantee
for a specific case. This is subject to change.

17.12 2015 EagleBurgmann


www.eagleburgmann.com

Page 5/6

Seal supply systems | Thermosiphon systems

SP23-451-00
PIA(H), 16
bar,
100,
ATEX
Without
(3)
SP23-093-00
Temperature TI, 120 C,
gauge
63, ATEX

SP23-452-00
TIA(H), 200
C,
100,
ATEX

Without
(4) Level
switch

SPS2000-00
LA(L), ATEX

SPS2000/
A002-00
LA(H/L),
ATEX

Without
(5) Refill
pump

SPN4016-D0

SPN2063-00

Without
SP17-006-00
OUT:
R1/4 (f)

SPN2063/
A200-00
Borosilicate,
stainless
steel

(6) N2 &
Vent

SP17-011-00
OUT: Tube
end
(Plan 52)
Without
(7) Drain

SP14-013-00
OUT:
R1/2 (f)
Without

(8)
Circulation
pump

SPU5000-D0

All technical specifications are based on extensive tests and our many years of experience. The diversity of possible applications, however,
means that they can serve only as guide values. We must be notified of the exact conditions of application before we can provide any guarantee
for a specific case. This is subject to change.

17.12 2015 EagleBurgmann


www.eagleburgmann.com

Page 6/6

Seal supply systems | Thermosiphon systems

TS1016/A003

TS1016/A007

17.12 2015
Phone +49 (8171) 23-0
EagleBurgmann Germany GmbH & Co. KG
Fax +49 (8171) 23-1214
uere
Sauerlacher
Straeare
6-10
info@eagleburgmann.com
All technical
specifications
based on extensive tests and our many years
of experience. The diversity of possible applications, however,
82515
/Germany
means Wolfratshausen
that they can serve
only as guide values. We must be notified of thewww.eagleburgmann.com
exact conditions of application before we can provide any guarantee
for a specific case. This is subject to change.

17.12 2015 EagleBurgmann


www.eagleburgmann.com

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