PowerTrap® (Mechanical Pump)

Product Details

GP5C	Specifications Manual

• Max. Operating Pressure: 0.5 MPaG
• Max. Operating Temperature: 185°C
• Discharge Capacity: approx. 250 kg/h

GP10	Specifications Manual

• Max. Operating Pressure: 1.05 MPaG
• Max. Operating Temperature: 185°C
• Discharge Capacity: approx. 7 t/h

GP10L

Specifications Manual

• Max. Operating Pressure: 1.05 MPaG
• Max. Operating Temperature: 185°C
• Discharge Capacity: approx. 1.5 t/h

GP10F

Specifications Manual

• Max. Operating Pressure: 1.05 MPaG
• Max. Operating Temperature: 220°C
• Discharge Capacity: approx. 7 t/h
• Straight through connection - inlet on one side and outlet on the other
• One-piece Pump Assembly

GP14	Specifications Manual

• Max. Operating Pressure: 1.4 MPaG
• Max. Operating Temperature: 200°C
• Discharge Capacity: approx. 6 t/h

GP14M

Specifications Manual

• Max. Operating Pressure: 1.4 MPaG
• Max. Operating Temperature: 220°C
• Discharge Capacity: approx. 4 t/h

GP14L

Specifications Manual

• Max. Operating Pressure: 1.4 MPaG
• Max. Operating Temperature: 220°C
• Discharge Capacity: approx. 2.4 t/h

C1 Cycle Counter

Specifications Manual

• Enables monitoring of the number of pumping cycles of GP series PowerTrap® to help determine the timing of maintenance, or estimate the volume of pumped condensate.

C1 Cycle Counter (ATEX/IECEx)

Specifications Manual

• Enables monitoring of the number of pumping cycles of GP series PowerTrap® to help determine the timing of maintenance, or estimate the volume of pumped condensate.
• Intrinsically safe type (ATEX/IECEx)

C1 Cycle Counter (cULus)

Specifications Manual

• Enables monitoring of the number of pumping cycles of GP series PowerTrap® to help determine the timing of maintenance, or estimate the volume of pumped condensate.
• Intrinsically safe type (cULus)

Always check the specification PDFs for the exact product specification available in your region.

Benefits and Features

Energy Conservation

Recovers and transports condensate in order to recycle heat energy and water resources.

The snap-action mechanism rapidly switches between condensate in-flow to the mechanical pump and discharging the condensate, preventing delay-induced leakage of motive medium (steam, air).

'Stall' prevention

The steam-using equipment installing the control valve has a tendency to stall, resulting in process temperature swings, water hammer, and/or tube corosion. By installing PowerTrap®, this stall phenomenon can be prevented.

Easy to Operate

The unit is powered by steam or air, so there is no need for electrical facilities, which makes it suitable for use in explosion-proof installations and other environments where electrical power supply is not an option.

Designed to allow maintenance without being removed from condensate recovery lines.

Application Areas

Reboilers, heat exchangers, cylinder dryers, etc.