Tsurumi Submersible Pump KTZE22.2 designed with high-chrome impellers to withstand the most demanding conditions, including highly abrasive liquids found in construction, aggregate and mining applications. Versatility is increased as each pump model has the capability of being easily converted between high head and high volume performance with a simple change of impeller and wear plate. Dual high-pressure silicon carbide mechanical seals are isolated in the oil chamber to protect the seal faces from abrasion and corrosion. Tsurumi incorporates Pressure Relief Ports on the 10HP and 15HP models, exposing the mechanical seal only to the pressure developed by the sump submergence level. This has virtually eliminated the premature wear and failure of mechanical seals in higher pressure applications.
Tsurumi Submersible Pump KTZE22.2 is a submersible three phase with the added benefit of an integrally mounted electrode probe for turning the pump on and off automatically. An innovative electrode type relay unit built into the pump automatically starts and stops the pump to eliminate dry running. This mechanism greatly reduces power consumption and extends operating life. The cast iron body with high – chromium cast iron impeller enables it to withstand demanding conditions found in construction, aggregate and mining applications.
Material :
Impeller: High Chrome Iron
Casing: Cast Iron
Mechanical Seal: Silicon Carbide
Motor Frame: Cast Iron
Shaft: 420 Stainless Steel
Fasteners: 304 Stainless Steel
Cable: PVC, Chloroprene Sheath
Features :
- Easily converted between high pressure and high volume configurations
- High Pressure Rated Mechanical Seals
- Rugged Iron Construction
- Anti-Wicking Cable Entrance
- Dual Silicon Carbide Mechanical Seals
- Oil Lifter
- Internal Thermal Motor Protection
- Automatic Operation on KTZE Series
Specification Product :
Discharge bore | 50 mm |
Model | KTZE22.2 |
Motor output | 2.2 kW |
Phase | Three |
Starting Method | D.O.L |
Solid passage | 8.5 mm |
Dry weight | 41 kg |
Cable length | 8 m |