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Thermosyphon System
Thermosyphon Pot System
Product Brochure
Material | Stainless steel |
Color | Silver |
Design Pressure | 120 Bar |
Max Temp | 240 Degree C |
Brand | Ashish Seals |
Model No | TSP100 |
Ashish Seals is actively involved in manufacturing, supplying and exporting the best quality Thermosyphon Pot System in Mumbai India and overseas. It is designed for double mechanical seas having pumping feature. It finds its wide application in different industries such as Petrochemical, Oil and Gas, Refining, and Chemical industry. It is used for double mechanical seals in tandem or back to back seal arrangement. This provides required cooling and lubrication to the seal faces for achieving its recommended seal life. It is equipped with cooling coil that is present within the shell for bringing down the temperature of the barrier fluid that comes from the seal to Thermosyphon.
Principle :
Thermosyphon Is A Method Of Passive Heat Exchange Based On Natural Convection Which Circulates A Fluid Without Necessity Of Mechanical Pump. A Good Thermosyphon Has A Very Little Hydraulic Resistance So That Liquid Can Flow Easily Under Relatively Low Pressure Produced By Natural Convection.
Objective
To Provide A Flow Of Cooling Media To The Mechanical Seal At Required Pressure.
Operation
- - The exchange of heat takes place by thermosyphon principle or forced circulation.
- - Media in the vessel is forced into the seal through bottom line.
- - Hot fluid leaves the seal through top line back into the vessel.
- - Hot media is then cooled by contact with the walls of the tank and cooling coils.
- Tank
- Cooling coils
- Pressure switch
- Slight glass
- Manometer
- Level switch
- Tank : SS316, SS304, Carbon steel
- Cooling coil : SS316, SS304, Copper
Operating parameters Vary depending on the Application and tank volume.
Mechanical Seal Support System
Product Brochure
Material | Stainless steel |
Color | Silver |
Design Pressure | 120 Bar |
Max. Temperature | 240 Degree C |
Model Type | TSP100 |
Ashish Seals is actively involved in manufacturing, supplying and exporting the best quality Mechanical Seal Support System in Mumbai India and overseas. It is designed for double mechanical seas having pumping feature. It finds its wide application in different industries such as Petrochemical, Oil and Gas, Refining, and Chemical industry.
Principle :
Thermosyphon Is A Method Of Passive Heat Exchange Based On Natural Convection Which Circulates A Fluid Without Necessity Of Mechanical Pump. A Good Thermosyphon Has A Very Little Hydraulic Resistance So That Liquid Can Flow Easily Under Relatively Low Pressure Produced By Natural Convection.
Objective
To Provide A Flow Of Cooling Media To The Mechanical Seal At Required Pressure.
Operation
- - The exchange of heat takes place by thermosyphon principle or forced circulation.
- - Media in the vessel is forced into the seal through bottom line.
- - Hot fluid leaves the seal through top line back into the vessel.
- - Hot media is then cooled by contact with the walls of the tank and cooling coils.
- Tank
- Cooling coils
- Pressure switch
- Slight glass
- Manometer
- Level switch
- Tank : SS316, SS304, Carbon steel
- Cooling coil : SS316, SS304, Copper
Operating parameters Vary depending on the Application and tank volume.
Thermosyphon System
Product Brochure
Brand | Ashish Seals |
Material | Stainless steel |
Color | Silver |
Design Pressure | 120 Bar |
Max Temp | 240 Degree C |
Country of Origin | Made in India |
Model No | TSP100 |
Principle :
Thermosyphon Is A Method Of Passive Heat Exchange Based On Natural Convection Which Circulates A Fluid Without Necessity Of Mechanical Pump. A Good Thermosyphon Has A Very Little Hydraulic Resistance So That Liquid Can Flow Easily Under Relatively Low Pressure Produced By Natural Convection.
Objective
To Provide A Flow Of Cooling Media To The Mechanical Seal At Required Pressure.
Operation
- - The exchange of heat takes place by thermosyphon principle or forced circulation.
- - Media in the vessel is forced into the seal through bottom line.
- - Hot fluid leaves the seal through top line back into the vessel.
- - Hot media is then cooled by contact with the walls of the tank and cooling coils.
- Tank
- Cooling coils
- Pressure switch
- Slight glass
- Manometer
- Level switch
- Tank : SS316, SS304, Carbon steel
- Cooling coil : SS316, SS304, Copper
Operating parameters Vary depending on the Application and tank volume.