Flood protection, equip with filter basket, hose and pump. Basement drainage.
QDX series submersible motor pump is mainly composed by three parts: pump, mechanical seal and motor. Pump is at the bottom part of motor pump, which adopt centrifugal impeller. Motor is at the upper part of motor pump and it can be connected with single-phase asynchronous motor or three-phase motor. Mechanical seal is between pump and motor, it's a kind of double end mechanical seal, "O" rings are applied in all static joints of the submersible pump. Inner-installed protector prevents the pump from damages due to abnormal power, clog and overload etc.
QDX series submersible motor pump is mainly composed by three parts: pump, mechanical seal and motor. Pump is at the bottom part of motor pump, which adopt centrifugal impeller. Motor is at the upper part of motor pump and it can be connected with single-phase asynchronous motor or three-phase motor. Mechanical seal is between pump and motor, it's a kind of double end mechanical seal, "O" rings are applied in all static joints of the submersible pump. Inner-installed protector prevents the pump from damages due to abnormal power, clog and overload etc.
SGP series stainless steel submersible pumps can be used for garden watering, oxygenating of water cluster box or in supplying and draining Water for ordinary places and characterized by corrosion resistance, small volume, light weight and convenient operation. It is fitted with multiple water-outlet pipes, and self-regulated according to the requirements of its lift and flow, it can be used At a deadlock (it is fitted with a floating switch, so it is possible to carry out automatic control of start-stop action under no one's care ) It's with single-phase capacitor A/C motor and with a thermal protector, it can be cut-off automatically in the case of overheat or over-current, thus ensuring safe and reliable running under worse Circumstances.
SGPS series is an open Impeller centrifugal submersible drainage pumps. The Impeller mounted on the drive shaft, consists of a back disk and lades. The fluid enters the rotating blade channel via the strainer where it moves radially from the centre outwards, acquiring energy both in the form of pressure and increased speed. When it leaves the impeller the fluid is conveyed into the volute. Here part of the kinetic energy is transformed into pressure energy and the fluid leaves the pump via the vertical delivery opening in the pump body. Correct motor cooling is ensured pumped fluid.