The RAIDER Submersible Dirty Water Pump RD-WP27 1300W is the ideal solution for pumping large quantities of water, even when it contains solid particles up to 35mm. With a powerful 1300W motor and a flow rate of 25020 liters/hour, the RD-WP27 effectively handles the most demanding conditions.
Designed for pumping dirty water, the RD-WP27 features a 2" outlet and can operate at a depth of up to 11 meters, with a manometric height of 7 meters. Its robust construction ensures durability and long-term reliability, even in challenging applications. The pump also comes with a float switch for automatic activation and deactivation, depending on the water level, providing convenience and safety.
Technical Specifications:
- Power: 1300W
- Type: Submersible Dirty Water
- Voltage: 230V
- Outlet: 2″
- Manometric: 7m
- Suction Depth: 11m
- Maximum Flow: 25020l/h
- Particle Size: 35mm
- Application: Dirty Water
- Weight: 7.77kg
Main Advantages:
- High Performance: Powerful 1300W motor and 25020l/h flow rate.
- Durable Construction: Designed for pumping dirty water.
- Automatic Operation: Integrated float switch for convenience and safety.
- Reliable: High-quality construction by RAIDER.
Ideal Solution for:
- Pumping dirty water from basements, tanks, and pits.
- Draining flooded areas.
- Removing stagnant water with solid particles.
Dimensions
- Type
- Waste Water / Sewage
- Power Source
- Electric
- Voltage
- Single-Phase
- Horsepower
- 1.73 hp
- Power
- 1297.5 W
- Cable Length
- 10 m
Features
- Electronic Level Sensor
- Yes
- with Cutter Impeller
- No
- Float switch
- Yes
- Outlet Nozzle
- 2"
- Vortex
- No
Pumping Specifications
- Maximum Head Height
- 7 m
- Maximum Output
- 25 m³/h
- Pump Submersion Depth
- 11 m
- Maximum Particle Size
- 35 mm
- Shallow Suction
- No
Materials & Construction
- Set
- No
- Stainless
- No
Important information
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.