TS1000
1 / 5Pages

amemberof BCSl and FREUDENBERG RELY ON EXCELLENCE 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 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. Circulation based on API 682 / ISO 21 049: Plan 52, Plan 53A Standards and approvals • PED 2014/68/EU (Design and production in accordance with EU Pressure Equipment Directive) • SELO, TR CU on request Recommended applications • Chemical industry • Petrochemical industry • Pulp and paper industry • Food and beverage industry • Water and waste water technology Functional description 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. eagleburgmann.com info@eagleburgmann.com 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.

eagleburgmann.com info@eagleburgmann.com Item Description 3 Cooling water IN (pipe 12 x 1.5 mm) 4 Cooling water OUT (pipe 12 x 1.5 mm) 5 Filling connection with cap (G1/2") 6 Pressure gas connection (1/4" NPT) 7 Connection for level switch (G2") 8 Connection for refill unit (G1/8") 9 Connection for pressure gauge (1/4" NPT) 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...

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 6 From PCV, we recommend using a reverse controlled pressure control valve...

Designation Standard design Design code Integrated cooling coil Volume of vessel (liters) Volume of tube (liters) Allowable pressure"^ Allowable temperature"^ Working volume, MAX-MIN (liters) Cooling capacity -without cooling water (kW) 2) Cooling capacity -natural circulation (kW) 2) Cooling capacity -forced circulation (kW) 2) Metal parts Sight-glass Seal 1.4571 Round Borosilicate PTFE 1.4571 Round Borosilicate PTFE 1.4571 Reflex Borosilicate PTFE 1.4571 Reflex Borosilicate PTFE 1.4571 Reflex Borosilicate PTFE Other versions on request. 1) Design data, permissible working values depend on...

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.