Magnetic Drive Gear Pump Magnetic Drive Gear Pump
|Start Up||Electric Pump|
|Application||Oil Transfer Pump, Chemical Pump|
|Motor Power||120 W|
|Pressure||0 - 20 Bar|
|Rated Current||6.7 a|
|Ambient Temperature||-40ºC - 110ºC|
|Speed Rpm||500-4500 Rpm|
|Flow Rate||10.8 - 162 L/H|
|Working System||Continuous or Intermittent Operation|
|Gear||Peek and Shaft 304/316L|
|Transport Package||Standard Export Carton or OEM Packing|
|Origin||Suzhou City, Jiangsu Province, China|
|Production Capacity||3000 PCS/Month|
Product DescriptionProduct Model Description
The brushless DC motor is used as the power driving gear pump. The brushless motor driver is configured to realize the motor function control. It has the functions of speed measurement, speed adjustment, forward and reverse rotation. It can be connected with the upper computer to realize intelligent control. It is especially suitable for the workplace with frequent start and stop, such as liquid filling. Step motor or servo motor can be selected as driving power.
1.400 Mesh filter shall be installed at the inlet of gear pump.
2.Before using, squeeze in a small amount of medium to lubricate the gear from the gear pump inlet.
Remark: The value in this table is for reference only.
Test Medium: Water
1.Smooth transmission, no pulse, accurate measurement;
2.Use magnetic drive structure, static seal, truly achieve zero leakage;
3.Diversified drive, wide application in the industry, complete models;
4.High efficiency and energy saving, easy maintenance, low installation cost and long service life.
It cannot be used to transport fluids with hard particles;
Filter to be installed at inlet.
OEM service are avaiable according to your request.
The specifications are only for reference, for details checking, please feel free to contact us.
|Industrial machinery and equipment||Water treatment||Food and cosmetics|
|Inkjet printing/painting||Mask making||Food and Beverage filling|
|Oil transportation||Booster pressure||Filling of perfume cosmetics|
|Sand mill/Grinding||Circulating cooling||Quantitative Transport|