Conventional claw pump

特点

Conventional claw pump Characteristic

1) The rotor adopts the spiral anti claw structure, and has a number of scientific and technological invention patents

2) The rotor is made of 17-4PH special stainless steel, which is precision cast and has strong corrosion resistance.

3) The compound seal technology with invention patent is more reliable and has longer service life than mechanical seal.

4) Adopt step by step compression energy saving design, reduce energy consumption by 30%

5) Vertical structure, more smooth drainage, strong ability to pump condensable gas and gas-liquid mixture

6) Vertical structure is adopted, which is easier to clean for the working condition with dust

7) Modular structure design, simple and convenient maintenance, most of the maintenance work can be completed on site, no need to return to the factory.

8) High safety, no contact wear in internal design, no pollution of materials

9) Green environmental protection, no pollution, no pollution, no waste disposal cost..

10) The surface of the working chamber is provided with anti-corrosion coating, which can adapt to severe working conditions

材质

Conventional claw pump Application

Chemical and pharmaceutical fields: molecular distillation, freeze-drying, drying, degassing, evaporation, distillation, filtration, organic solvent recovery, biotechnology

1) Polymerization;  2) organic solvent recovery;  3) dyes, coatings, adhesives;  4) Plastics and resins;  5) grease chemistry ;  6) organosilicon oil;  7) spice essence ;  8) vitamin, sugar ;  9) small test;  10) Food ;  11) metal handling.

Other fields: coating, impregnation, drying, degassing, crystal drawing, die casting, sterilization

1) Electronic ;   2) metallurgy ;   3) food and beverage ;  4) Solar energy ;   5) motor ;   6) parts processing

Technical parameter specifications



Model Outline size/mm Weight (excluding motor)kg Extreme vacuum/Pa speed/rpm Pumping rate/L/s Full load power/Kw input voltage/V Noise/Db Cooling water flow/L/h Cooling water inlet temperature/℃ Cooling water inlet pressure/Mpa Intake port/mm Exhaust port/mm
long wide high
YY-30PHC 563 515 1069 213 3 2900 30 4 380 75 350 ≤35 0.2-0.4 DN40 DN32
YY-70PHC 753 628 1373 550 3 2900 70 7.5 380 78 800 ≤35 0.2-0.4 DN50 DN40
YY-110PHC 753 628 1590 630 3 2900 110 11 380 78 1000 ≤35 0.2-0.4 DN50 DN40
YY-150PHC 807 756 1678 730 3 2900 150 15 380 78 1000 ≤35 0.2-0.4 DN65 DN50
YY-200PHC 927 875 1763 962 200 1400 200 22 380 80 1200 ≤35 0.2-0.4 DN80 DN65


Technical parameter performance curve