Summarize of Raw Water Transfer Hydraulic Vane Submersible Drain Pump for Irrigation Installation of water flow Channel: in terms of recommended sample installation diagram The form of water exit: flap valve or other ways Installation ways: Floor fixed type, suspended type, floated type and diagnal installed type; Max. Capacity: 90000m3/h Max. Head: 20m Motor of Raw Water Transfer Hydraulic Vane Submersible Drain Pump for Irrigation
Submersible motor
Power Level: electrical performance conforms to GB756
Protection level: IP68
Voltage grade: ≤1300kw, voltage, 380v, 660v, 6000v, 10000V
Insulation level: F
Rated frequency: 50Hz/60Hz
Shaft seal of Raw Water Transfer Hydraulic Vane Submersible Drain Pump for Irrigation There are two or three stages of mechanical seal. The first stage called carborundum (directly contact with water). The second and third stage called graphite and carborundum. Leak proof Equipment of Raw Water Transfer Hydraulic Vane Submersible Drain Pump for Irrigation Sinoflo Axial/Mixed Flow Pump have been equipped with leak proof sensors. When the oil tank, the inner part of motor or the junction box has been leaked by water, the sensor will signal or made the motor shut down, and retain the malfunction signal. Over heating protection system of Raw Water Transfer Hydraulic Vane Submersible Drain Pump for Irrigation A overheating protection device is fastened on the motor winding. When the temperature exceeds the stated value, the device will signal or made the motor shut down. Rotation direction: Seen from the top of the motor, the impeller is rotating clock wisely.
Application of Raw Water Transfer Hydraulic Vane Submersible Drain Pump for Irrigation Sinoflo axial/mixed flow pump is widely used in industry and agriculture water lifting, urban water supply, light polluted water discharge and other water transfer project. Working condition of Raw Water Transfer Hydraulic Vane Submersible Drain Pump for Irrigation Clean water with the temperature no more than 50 or some liquids that are similar to water.