Model LPA 925 Suitable for Co2 or HFC Refrigeration Applications

Model LPA 925 Suitable for Co2 or HFC Refrigeration Applications

LPA® Model 925 Available with Stainless Steel or Copper connecting tubes. Model 925-SS-PM10 (Stainless Steel Tube) PS Max 75 bar (1087 psi) Model 925-CU-PM10 (Copper Pipe Connection) PS Max 44.2 bar (640 psi) Flow Rate Flow Rate – 60hz 15 to 70 GPM | 50hz 55 to 245 L/Min. Maximum Head Maximum Head – 60hz [...]

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Model Co2 820 Super-Critical LPA Pump

Model Co2 820 Super-Critical LPA Pump

Model Co2-820-IND Metric: EUR-Co2-LPA-833 Flow (50Hz) 2 to 20 GPM (7.5 to 75 l/min) Max head (50Hz) 28 feet (8.5 Metres) 208-230/415/460V 3 phase Imperial: USA-Co2-LPA-833 Flow (60Hz) 2 to 25 GPM (7.5 to 95 l/min) Max head (60Hz) 40 feet (12 Metres) Design Pressure 1087 psig PS 3000 psi Max Temp Fluid (Co2  +86F) [...]

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Model Co2 809 Super-Critical LPA Pump

Model Co2 809 Super-Critical LPA Pump

Recently developed for Co2 applications, Model Co2 LPA® 809 has exceptional and outstanding performance based on the most adverse operating conditions. The design consists on an internally developed design frame work code named“FECMP-001”. This Frame work was derived based on mass manufacturing and high strength requirements. Applications include Co2 Air Conditioning, Refrigeration and Heat Transfer Systems. [...]

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Model Co2 809 Super-Critical LPA Pump

Model Co2 809 Super-Critical LPA Pump

Recently developed for Co2 applications, Model Co2 LPA® 809 has exceptional and outstanding performance based on the most adverse operating conditions. The design consists on an internally developed design frame work code named“FECMP-001”. This Frame work was derived based on mass manufacturing and high strength requirements. Applications include Co2 Air Conditioning, Refrigeration and Heat Transfer Systems. [...]

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Facts about the LPA Pump

Facts about the LPA Pump

The LPA® pump is a semi-hermetically sealed unit with important design features: The impeller floats in a revolving magnetic field and is the only moving part. The magnetic flux is supplied by an external motor with a magnetic coupling device. Because the motor is external to the system, a burnout cannot contaminate the system. The [...]

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