HCP Axial Submersible Pump - LA Series

Product Description:
• Submersible propeller pumps are used for large volume transfer at relatively low discharge heads.
• Primarily used as flood lifters, but they can also be found in water theme parks, water treatment plants and irrigation projects.
• High efficiency motor directly connect to impeller for best energy saving.

Product Specification:
Features:
• Pump manufacture with firm structure, cable lead isolated by harden epoxy for water proof, double mechanical seal, and IP68 dust free and water proof for long period of performance.
• Shaft and impeller is been precisely balance for quiet and long life performance.
• Standard Protector: Miniature thermal protector, mechanical seal leakage detector.other optional protector device can be apply.
• 3D computerizes impeller and vanes conductive design for higher pump efficiency.

Applications:
• Water supply or drainage for industrial
• Water supply for cooling in the power plant
• Drainage of waste water treatment
• Used for large volume dewatering
• Water supply for agriculture irrigation
• Others: Extraction of water from dock and river

Submersible Axial Pump Station Advantages:
• Sample design and construction for pump station
• Frugal space Easier installing and maintaining
• Reduce pump station construction and installation expense

Protector Description (Optional):
• MTP (Miniature Thermal Protector): Motor winding and bearing bracket can be embed with MTP to prevent motor operating in dry or unusual condition cause motor over heating.
• WD (Water detector): Mechanical seal chamber, motor chamber, and wiring chamber can be installing WD to prevent water entering in case failure.

Suction Flow Design Reference For Submersible Axial Pump:
• If the insufficient shape and dimensions of the suction flow zone are adopted at the design stage, and from hydro-dynamical point of view there are severe serious problems might arise.Especially eddy current of the surface water, air mixing with water, heavy turbulence of water flow and the formation of stagnant zone. In order to prevent or to reduce such causes of the problems there are sever things need to considered.
• The liquid of suction flow speed should be kept constant (flow speed 0.3~0.5m/s).
• Suction flow zone of water depth and floor slop variation of slope angle should be 30°~45°.
• Suction flow zone should filling up with concrete.
• In case of two pumps operation, eddy current protection wall must be installed in the suction zone.
• In case of two pumps operation, any sudden obstacles at the suction flow zone must be avoided and Maximum divergent angle must not more than 20°.

Document:
Product Leaflets:
http://www.litak.com.my/catalog/pdf/8c9b032b6b90e655291e0f25d0047a0e-DLAEN0-1501.pdf