The high-viscosity NYP gear pump has a strong self-priming performance and is a volumetric internal rotor pump. It is widely used in chemical petroleum, pigment, food, soap, detergent and pharmaceutical industries because of its small size, light weight and pulsation. Small, low-pitched, and stable operation.
How does the high viscosity NYP gear pump work?
First of all, we must understand its structure to know how it works. The basic structure consists of pump body, pump cover, safety part, drive shaft, inner and outer rotors, bearings, bearings and so on. The pump unit consists of a pump, a motor and a base. The pump and motor are fixedly mounted on the base. However, the high-year NYP gear pump is externally lubricated. Its bearing part and the working part of the pump chamber are separated by a sealing part. The bearing part and the working part of the pump chamber are separated by a sealing part. The heating or cooling clamp is provided in the gear pump body. The set can be heated or cooled by an external device and the high viscosity NYP gear pump can be equipped with a safety valve. When the pump or piping system is overpressured, the safety valve is opened to allow internal recirculation to ensure system safety. In addition, the transmission mode is divided into two modes: belt drive and coupling.
Parker Gear Pump description: When the high-viscosity NYP gear pump is working, the active tooth drives the inner rotor to rotate in the same direction in the fully enclosed pump body. The pump casing and the crescent plate separate the suction port and the discharge port. A negative pressure is formed at the suction port to allow the liquid to be sucked in, and then the rotor brings the liquid to the discharge port, because the pressure is discharged outside the pump, and the delivery of the high-concentration liquid is completed, even for the NYP gear pump. The liquid will also be transported out. The above is its complete workflow.
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