Batch Transfer (peristaltic) Hose Pump LBHP-A11 is high flow rates fluids transfer unit, driven by the AC motor and the frequency converter control speed. Its maximum flow rate is 2.8 to 16.8 L/min and offers 5 L oil consumption. Its operation is simple, reliable and pressure of transmission is high, suitable for massive viscosity and high lift materials. It is used to pump clean/sterile or aggressive fluids without exposing those fluids to contamination from exposed pump components.
Maximum flow rate | 2.8 to 16.8 L/min |
Max Lift | 120 meters |
Max output pressure | 10Bar(1Mpa) |
Oil consumption | 5 L |
Liquid temperature | Up to 80°C |
Hose material | CSM, F-NBR, NR, NBR, EPDM |
Input/output | ½ inch Flange(ID 31.8mm) |
Power | 1.5 kW |
It is a highly durable vacuum pump designed for pumping air from sealed vessels. It can be used as a standalone device or as a fore-pump, process pump or titanium pump of booster pump, oil diffusion pump and molecular pump.
It is designed to deliver uncontaminated air, gases or vapours. They can operate independently or as part of a modular system and require minimal maintenance. They are suitable for producing completely oil-free compressed air and vacuum production without environmental contamination through oil mist.
It is especially designed for pumping air from sealed vessels. It provides smooth, pulse-free air flow, big starting torque design, produces minimal noise or vibrations and are capable of long, service-free life. It can also be used as fore-pump, diffusion pump or molecular pump.
It is especially designed for pumping air from sealed vessels. It provides smooth, pulse-free air flow, big starting torque design, produces minimal noise or vibrations and are capable of long, service-free life. It can also be used as fore-pump, diffusion pump or molecular pump.
It uses big starting torque design and is especially designed for low temperature working environment. It has a compact design and requires less storage place.
It is especially designed for low temperature working environment. In addition to providing smooth, pulse-free air flow, they are compact and simple to install and operate, use big starting torque design, produce minimal noise or vibrations and are capable of long, service-free life.
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