Ebara HT V series dirty water pump

The HT V series is a range of submersible sewage pumps. They are available in single phase and three phase.It has a designed feature: a wide tunnel which helps to convey the long fibrous liquids or the solids with a diameter of about 25 mm.
Please view attached data sheet and feature sheet for more details.

This product is currently out of stock and unavailable.

Ebara HT V series dirty water pump

HT V2200F

The V series sewage pumps, a branch of single phase and

three phase drainage pumps, will be your ideal drainage

helper. The letter “V” which substitutes for the letters “WQ”

indicates the distinct design of the filter and the broadness

of the high efficient area. It can work safely and efficiently

at high flux with the features of complete heads. It is designed to a wide tunnel which helps to convey the long fiber liquid or the solid whose diameter is about 15mm/25

mm/35mm. The selection of bottom suction structure,

stainless steel and cast iron make the pumps has the

capabilities of complete drain and high resistance of

abrasion and corrosion. The float switch can automatically

control the on/off of power when it overheated or over

currented, thus guarantee the security and reliability of

pump’s run even in the atrocious environment.

Applications of the HT V – water pump:

  • Water supply.
  • Fire-fighting systems.
  • Spray irrigation.
  • Irrigation and drainage.
  • Drinking water.
  • Service water.
  • Liquid handed: clear water or dirty water or other liquid similar to water in physical and chemical properties
  • Suitable to be immersed in water for lifting water from the well or the pool, and drainage water from the basement

Conditions of operation:

  • Liquid Temperature up to 35 cent.degree
  • Ambient Temperature up to 40 cent.degree

Features:

  • Pump casing made of engineering plastic
  • Pump can stay permanently submerged in water
  • With float switch for automatic cut-in/cut-out
  • Silent, maintenance-free capacitor running motor with thermal overload protection