Waa Motors and Pumps
  1. Companies
  2. Waa Motors and Pumps
  3. Products
  4. Waa Motors and Pumps - Borewell ...

Waa Motors and PumpsBorewell Submersible Pump

SHARE
The Borewell Submersible Pump offered by Waa Motors and Pumps Pvt Ltd is engineered for applications that demand high efficiency and reliability in domestic water supply systems, small gardens, residential buildings, and water storage facilities. These pumps operate within a power range of 0.74 kW to 1.48 kW (1 HP to 2 HP), supporting both single-phase (180 - 240 V) and three-phase (350 - 440 V for 100 mm) AC power supplies at a frequency of 50 Hz. The pumps are designed with a maximum speed of 2880 rpm and feature maximum outer diameters of 72 mm and 98 mm. They are compatible with outlet sizes of 25, 32, and 38 mm. For enhanced durability, essential parts such as the NRV Housing and Suction InterConnector are crafted from Cast Iron, while the outer shell employs Stainless Steel. The impeller and diffuser are made from Noryl, and components like the stop ring, intermediate bearing, pump shaft, and coupling utilize robust materials like SS 304, SS 410, or proprietary engineering polymers.
Most popular related searches

Domestic
Small Garden
Residential
Buildings
Drinking Water
Supply
Garden & Lawns
Water Storage Tanks

Power Range: 0.74 kW to 1.48 kW (1 HP - 2 HP)
Versions: 1 Ø, 180 - 240 V, 50 Hz AC Supply 3 Ø, 350 - 440 V, 50 Hz AC Supply (For 100 mm only)
Speed: 2880 rpm
Maximum Outer Diameter: 72 mm and 98 mm
Available outlet sizes: 25, 32, 38 mm
Duty: S1
Method of Starting: CSR
Liquid: Clear Water , RL Oil

Part Name: Material
NRV: Housing: C.I
Outer: Shell: (Pipe): StainlessSteel
Impeller: Noryl
Diffuser: Noryl
Stop: Ring: SS 304
Intermediate
Bearing: SS 304/NBR
Suction: Inter
Connector: C.I
Pump: Shaft: SS 410
Coupling: SS 410

  • Corrosion and abrasive resistant parts made of stainless steel
  • High strength engineering polymers and special alloy materials
  • Fitted with NRV in discharge outlet to prevent backflow
  • Designed for optimum efficiency