The model and parameters of the corrugated compensator are determined according to its design, function and application area. Here are some examples of models of corrugated compensators and their parameters that can help you understand how to interpret the identification and specifications of corrugated compensators:
Axial Internal Pressure Corrugated Compensator (TNY)
Example: 0.6TNY500×4F
Explanation: The nominal diameter is φ 500mm, the working pressure is 0.6MPa, the wave number is 4, with guide tube, and the carbon steel flange connection is adopted.
Axial external pressure corrugated compensator (TWY)
Example: 0.6TWY500×8JB
Explanation: The nominal diameter is 500mm, the working pressure is 0.6MPa, the wave number is 8, and it is connected by stainless steel pipe.
Axial Type Compound Corrugation Compensator (TFS)
Example: 1.0HFS200×10F
Explanation: Operating pressure is 1.0MPa, diameter DN =200mm, wave number is 10, flanged connection.
Direct buried internal pressure corrugation compensator (TZM)
Example: 1.6ZMS200×6J
Explanation: The working pressure is 1.6MPa, the nominal diameter is 200mm, the wave number is 6, and the connection is taken over.
Universal Hinge Transverse Corrugation Compensator (TWJH)
Parameters may include: working pressure, nominal diameter, wave number, connection mode, etc.
Bypass Pressure Balanced Ripple Compensator (TPP)
Parameters may include: working pressure, nominal diameter, bellows material, connection mode, etc.
The parameters of a corrugation compensator typically include the following:
Nominal diameter(DN): The diameter size of the compensator.
Working pressure(PN): The maximum operating pressure the compensator can withstand.
wavenumber: The number of corrugations in the bellows, affecting the compensation ability and compression resistance.
Material: The material of the compensator body and bellows, such as carbon steel, stainless steel, etc.
Connection mode: Flange connection, welding, threaded connection, etc.
Compensation amount: The amount of displacement that the compensator can absorb, including axial, lateral, or angular displacement.
Temperature range: The temperature range in which the compensator can operate.
Fatigue life: The expected number of cycles, i.e. the number of displacement cycles the compensator can withstand before failure.
When selecting a corrugated compensator, it is essential to ensure that its parameters meet the specific requirements of the pipeline system, including but not limited to the parameters described above. If you need more detailed parameters or specific application suggestions, you can consult our company by telephone.