NYP inner ring high viscosity rotor pump
Describe: The NYP inner ring high viscosity pump series is composed of pump body, bracket, front cover, large and small rotors, shaft, mechanical seal sleeve, bearing sleeve, pressure cover a...
TEL:+8615076761164
Email:amy.hypump@gmail.com
DESCRIPTION:
The NYP inner ring high viscosity pump series is composed of pump body, bracket, front cover, large and small rotors, shaft, mechanical seal sleeve, bearing sleeve, pressure cover and other components. It is a positive displacement inner rotor pump with advantages such as good self-priming performance, small volume, light weight, small pulsation, low noise, smooth operation, and long service life
Scope of application
Used for conveying viscous liquids without solid particles and fibers, even semi-solid liquids, with high conveying viscosity up to 3X10 cp. The medium temperature shall not exceed+80 ℃
Structural form
1. The shaft wheel adopts a separate lubrication method, which is isolated from the pump chamber with a sealing device. The bearing is lubricated regularly from the outside through an oil cup.
The pump consists of a pump body, pump cover, safety valve, shaft, inner and outer rotors, bearing seat, etcThe safety valve has an overload protection effect on the pump and motor
Product advantages:
(1) Smooth liquid conveying, no pulsation, low vibration, and low noise.
(2) It has strong self suction performance(3) The correct selection of component materials can transport various corrosive media, and the operating temperature can reach 200 ℃(4) The inner and outer rotors have the same rotation direction, less wear, and a long service life(5) The speed of the pump is linearly related to the flow rate, and the flow rate of the pump can be adjusted by changing the speed appropriately(6) Especially suitable for the transportation of high viscosity and viscosity media
Precautions when selecting a pump
1. The working temperature of the conveying medium.
2. The viscosity of the medium at various temperatures3. The corrosiveness of the medium is good (or there are special requirements for the pump material)4. The inlet and outlet pressure of the pump5. The working flow rate of the pump6. Supporting requirement