Rotor Pump With Stepless Speed Reducer
Rotor Pump With Stepless Speed Reducer
With stepless speed reducer, the pump speed can be adjusted in a wide range between 40-1000rpm freely by manual. This configuration is used for application that the flow rate needed adjustment.
Working Principle:
Liquid is drawn into the pump as the rotors disengage, forming cavities. The liquid is transported in the cavity of the rotors around the space of the rotor case.
Liquid is pressured out from the pump as the rotors engage, closing the cavities. The following is the diagram of the working principle:
Application
·Food Industry:Milk, yoghourt, butter, ice-cream, chocolate, jelly, jam, syrup, beer, soft drinks, fruit juice,pudding, tomato sauce, sesame, peanut butter, condiment,edible oil, cheese blocks, whey,wort, yeast,Etc.
·Daily Chemicals:Face cream, shampoo, detergent, hand sanitizer, skin gel, detergent, cosmetics,skin cream,toothpaste, hair dye, soap,shoe polish, glycerol, fatty alcohol , hair gel, ETC.
·Chenical Industry:Gasoline, diesel, kerosene, crude oil, sludge, asphalt, paint, pigment, dyes, coating material,catalyzer, leather, fat solvents,resins, silicone oil, adhesives,latex, colloida material, and other colloidal subst, Etc.
·Pharmacy Industry:Health care products, pharmaceutical, vaccine, biological products, syrup, slurry, protein,royal jelly, extracts, emulsions, pills slurry, fish meal, pollen, etc.
·Enviromental Protection:Mud,manure, fertilizer solution, sewage, sludge, toxic agents,Etc.
·Constructio Industry:Indoor / outdoor wall coating, paints, coatings, resins, organic solvents, water proof coating,ceramic coating, paint coating, ceramic glazing, Etc.
·Others:Nano-materials, patermaking, textile, plastic, biochemical, coal industry, Etc.
Parameter Data Sheet:
Note:
1.The value for L/R in the table is tested by water under no pressure;
2.The higher viscosity of the medium,the lower speed the pump should be;
3.Flow rate is proportional to the pump speed, and inversely proportional to the outlet pressure;
4. The max pressure is the pump rated pressure;
