Leo XKm50-1 / 0.11KW 230V Peripheral Pump And Motor » Buy online now for only R 1,037.91 incl. VAT
14007Average Delivery Time: Delivery will be confirmed depending on stock availability.

The LEO XKm50-1 is a reliable peripheral pump engineered for residential and light commercial water transfer applications. Designed to handle clean water and liquids with similar physical and chemical properties, this single-phase pump excels in domestic water supply systems, automatic sprinkler installations, and air conditioning support equipment. Its compact design and proven LEO engineering make it an ideal choice for homeowners and small businesses seeking dependable performance.
Built with durability at its core, the XKm50-1 features a specially treated cast iron pump body that resists corrosion, complemented by a brass impeller and AISI 304 stainless steel shaft for extended service life. The motor incorporates copper windings, low-noise long-life bearings, and a built-in thermal protector, while its IPX4 enclosure rating ensures reliable operation in varied environments. With a maximum liquid temperature rating of 60 degC and impressive 8-meter suction capability, this peripheral pump delivers consistent performance for continuous water circulation tasks where robustness and longevity matter.
Application
- Can be used to transfer clean water or other liquids similar to water in physical and chemical properties
- Suitable for small living water supply, automatic water sprinkler system, small air conditioner system or supporting equipment etc.
Pump
- Special anti-rust treatment for cast iron pump body and support
- Brass impeller
- AISI 304 shaft
- Max. liquid temperature: +60 degC
- Max. suction: 8 m
Motor
- Low noise&Long life bearing
- Motor with copper winding
- Built-in thermal protector for single phase motor
- Insulation class: F
- Enclosures class: IPX4
- Max. ambient temperature: +50 degC
Identification Codes
- XK - Peripheral Pump
- m - Single Phase Motor
- 50 - Impeller Nominal Diameter (mm)
- 1 - Improvement Code
