Wenzhou Supertech supplies Fuel Rotary Pump with built-in relief valve, low power consumption for viscous and volatile liquids, and stable operation at low speed with high flow rate. Available in cast iron and ductile iron with special elastomers for fuel and biofuel compatibility. This rotary vane pump offers strong self-priming capability and flow adjustable by speed change, making it a reliable choice for industrial liquid transfer.
This series of Fuel Rotary Pump is a positive displacement pump, incorporating advanced foreign technology with reasonable structure, long service life, compact size, and high efficiency. This rotary vane pump uses a rotor with vanes to transfer liquids and features a built-in relief valve. When handling viscous and volatile liquids, it consumes less power compared to other pump types, with clear advantages in low-speed, high-flow transfer applications. The pump body is available in cast iron and ductile iron, with special elastomers compatible with fuel and biofuels.
The parameter is as follow.
Rated Speed
500rpm
Flow Rate
835L/min
Pressure
0.345
Horsepower
11.2hp
Suction Time to 5m
10s
Power
7.5kw
Feature
Compact size, high efficiency, smooth operation, and strong self-priming capability.
Flow rate adjustable by speed change- performs well even at idle speed while meeting flow and pressure requirements.
Built-in relief valve protects the motor from overload in case of sudden outlet system closure.
Compact structure, easy maintenance, long service life.
This rotary vane pump performs exceptionally well under low-speed, high-flow conditions.
Applications
Widely used for transferring non-corrosive industrial liquids and petroleum products, suitable for fuel transfer, oil loading and unloading, and similar applications.
Parameters required for ordering:
Pump model, or flow rate and working pressure at operating conditions
Detailed and accurate properties of the medium to be transferred (name, temperature, density, viscosity, etc.).
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies.Privacy Policy