Leo XSP8-7-0.18I / 0.18KW 230V Submersible Sewage Pump And Motor » Buy online now for only R 3,721.24 incl. VAT
5189Average Delivery Time: 1 - 2 Working Days

Introducing the LEO XSP8-7/0.18l, a compact sewage submersible pump engineered for reliable wastewater drainage across diverse applications. Designed for municipal sewage treatment plants, residential drainage stations, construction sites, factories, and commercial facilities, this submersible pump delivers dependable performance in demanding environments. Its versatility extends to countryside applications including methane pool drainage and field irrigation, making it an ideal choice for both urban infrastructure and rural projects.
Built with a stainless steel welded shaft and durable pump body construction, the XSP8-7/0.18l features a copper-wound motor with integrated thermal protection and IP68-rated sealing for complete submersion reliability. Capable of operating at depths up to 5 meters and handling liquid temperatures of +40 degC, this submersible wastewater pump maintains robust performance across pH ranges of 4 to 10, accommodating the corrosive and abrasive conditions typical of sewage systems. Its precision engineering and protective insulation class B design ensure long-lasting durability in challenging drainage and wastewater management applications.
Application
- Wastewater drainage in factories, construction sites and commercial facilities
- Drainage system in municipal sewage treatment plants
- Drainage station in residential quarters
- Municipal projects
- Methane pools and field irrigation in countryside
Pump
- Max. immersion depth: 5 m
- Max. liquid temperature: +40ÂșC
- Liquid pH value: 4 ~ 10
- Liquid kinematic viscosity: 7x10 ~ 23x10 m2/s
- Max. liquid density: 1.2x103 kg/m3
Motor
- Copper winding
- Built-in thermal protector
- Stainless steel welded shaft
- Insulation class: B
- Protection class: IP68
Identification Codes
- XSP - Sewage Submersible Pumps
- 8 - Pump Body Material
- 7 - Max. Head (m)
- 0.18 - Power (kW)
- l - Max. Flow (m3/h)
