
CAD technology is used to redesign the design multiple times to ensure that the submersible pump body and impeller are perfectly matched, allowing fibers and debris to pass through easily without becoming tangled or clogged.
1. Selected pump body and impeller
CAD technology is used to redesign the design multiple times to ensure that the submersible pump body and impeller are perfectly matched, allowing fibers and debris to pass through easily without becoming tangled or clogged. The impeller is strictly balanced, so the electric pump has low vibration and stable operation.
2. Highly reliable submersible motor
The specially designed and manufactured submersible motor has an IP68 protection rating and the stator winding has Class F insulation. Thanks to good cooling when operating under water and a low actual temperature rise of the winding, the motor is more durable.
3. Motor tightness and strict control
4. Reliable bearing configuration
Famous brand angular contact ball bearings are selected, which have sufficient load capacity to ensure reliable operation of the products.
5. Jet mixing function
The housing of the submersible centrifugal pump has a hole for jet mixing. When the pump is running, the pressurized water inside the pump produces a high-speed jet through this orifice to vigorously mix, causing a large amount of impurities to be suspended, sucked into the pump and removed. Sediment does not form over a large area, which is better than just mechanical mixing at the pump suction pipe.
6. Safety device
An overheating protection element is built into the motor windings. When the winding temperature exceeds the set temperature, the overheat protection element will turn on the "overheat" indicator lamp through the electrical control cabinet and automatically turn off the motor. The operator is asked to check and find out the cause of engine overheating. Once the winding temperature has decreased, the overheating protection element will automatically be restored and the motor can be turned on. However, you cannot turn it on until the overheating of the winding has been eliminated.
Applications
City building
Construction of buildings
Industrial wastewater
Wastewater treatment for wastewater pumping
Sewage and rainwater containing solids and short fibers
Operating Parameters
◆ Flow: 5-12000 m³/h
◆ Head: up to 42 m – 86 m
◆ Liquid temperature: < 40°C
◆ Liquid density: ≤1050 kg/m³
◆ pH: 4–10