Borehole Lineshaft Pumps

Providing you the best range of Borehole Lineshaft Pumps such as Subrotor Borehole Lineshaft Pump, Borehole Lineshaft Water Pump Driven by Diesel Engine, Borehole Lineshaft Water Pump Driven by Tractor PTO Shaft, Borehole Lineshaft Water Pump Driven By Electric Motor and Subrotor Borehole Submersible Pumps with effective & timely delivery.

Subrotor Borehole Lineshaft Pump

Item Code: PHF

PANCHAL Borehole Line Shaft Pumps.

Features:

Designed simple, the “PANCHAL” Borehole Line Shaft Pumps Drive Head and Prime Mover located at the ground level for easy installation, maintenance and inspection and the rotor and stator are immersed below draw-down level in the bore or well.
Suitable for underground waters laden with sand or silt.
Drive head available with a quarter twist drive head or right angle drive head.
Power: Can be driven by Diesel Engine, Electric Motor or Tractor PTO as per users’ choice.

Specifications:

Head	45 mtrs. (60, 90, 120 mtrs on request)
Flow	10000 - 100000 LPH

Application Areas:

Drinking Water Schemes
Irrigation Systems
Sprinkler Irrigation Systems
Stock Watering
Drinking Water System
Rural Establishments Like Village,
Schools, Cattle Farms,
Collage Industries, Forestry
Industrial Use (Tank Empty / Slurry Transfer)

Advantages:

Handles sand laden water
Uniform flow
Simple maintenance on site
Robust construction for durability
Easy installation
No valve / washer to clog

Borehole Lineshaft Water Pump Driven by Diesel Engine

Item Code: Engine-Driven

PANCHAL Borehole Lineshaft Pump Driven By Diesel Engine:

Specifications:

Head	45 mtrs. (60, 90, 120 mtrs on request)
Flow	10000 - 100000 LPH

Application Areas:

Drinking Water Schemes
Irrigation Systems
Sprinkler Irrigation Systems
Stock Watering
Drinking Water System
Rural Establishments Like Village,
Schools, Cattle Farms,
Collage Industries, Forestry
Industrial Use (Tank Empty / Slurry Transfer)

Advantages:

Handles sand laden water
Uniform flow
Simple maintenance on site
Robust construction for durability
Easy installation
No valve / washer to clog

Borehole Lineshaft Water Pump Driven by Tractor PTO Shaft

Item Code: Tractor-PTO-Driven

PANCHAL Borehole Lineshaft Pump Driven By Tractor PTO Shaft:

Specifications:

Head	45 mtrs. (60, 90, 120 mtrs on request)
Flow	10000 - 100000 LPH

Application Areas:

Drinking Water Schemes
Irrigation Systems
Sprinkler Irrigation Systems
Stock Watering
Drinking Water System
Rural Establishments Like Village,
Schools, Cattle Farms,
Collage Industries, Forestry
Industrial Use (Tank Empty / Slurry Transfer)

Advantages:

Handles sand laden water
Uniform flow
Simple maintenance on site
Robust construction for durability
Easy installation
No valve / washer to clog

Borehole Lineshaft Water Pump Driven By Electric Motor

PANCHAL Borehole Lineshaft Pump Driven By Electric Motor:

Specifications:

Head	45 mtrs. (60, 90, 120 mtrs on request)
Flow	10000 - 100000 LPH

Application Areas:

Drinking Water Schemes
Irrigation Systems
Sprinkler Irrigation Systems
Stock Watering
Drinking Water System
Rural Establishments Like Village,
Schools, Cattle Farms,
Collage Industries, Forestry
Industrial Use (Tank Empty / Slurry Transfer)

Advantages:

Handles sand laden water
Uniform flow
Simple maintenance on site
Robust construction for durability
Easy installation
No valve / washer to clog

Subrotor Borehole Submersible Pumps

The Panchal Subrotor pump offers the first real alternative to multi-stage centrifugal borehole pumps.

Unlike the conventional borehole pump which uses centrifugal force as the energy to move the water, the Panchal Subrotor uses the Progressive Cavity Rotor/Stator Principle to draw water up through it.

Panchal Subrotor pumps waste the least possible energy on internal friction, especially compared to multi-stage and jet pumps.

In a conventional centrifugal pump, the impellers and diffusers work one after the other to creat a little extra pressure at each stage. Power is wasted at every stage, when one stage wears, the pump stops!

The Progressive Cavity Pump principle is one of the most efficient and reliable methods of pumping water ever developed by man. The design principle ensures that the pumps are also extremely reliable and can usually be expected to out last multistage pumps, particularly on borewell water with a sand or silt content.

Features: