
Karcher Submersible Dirty Water Pump SP16.000 Dual
1.645-833.0

Thanks to the 2-in-1 function, the robust SP 16,000 Dual submersible pump can be used for both clean and dirty water and reliably pumps out dirty water containing dirt particles up to 20 mm in diameter. Moreover, the variable filter basket can very quickly be switched from the dirty water setting to flat pick-up for mop-dry results down to 1 mm. With a maximum capacity of 16,000 l/h, the SP 16,000 Dual is perfect for pumping out water from flooded basements, garden ponds and pools. The slide ring sealing – a tried-and-tested solution from our Professional range – ensures that the pump has a particularly long lifetime. It can be switched on and off automatically via a float switch. The float is also affixed to a rail and can be vertically adjusted for pumping at a low level. The 1", 1 1/4" and 1 1/2" hoses can be quickly and simply connected via the Quick Connect connection threads.
Quick Connect
Designed for dirty water
Possibility of fixing the float switch
Comfortable Carrying Handle
Technical data
Max. Motor Rating (W) | 550 |
Max. Flow Rate (l/h) | < 16000 |
Delivery Temperature (°C) | max. 35 |
Delivery Head (m) | 9 |
Pressure (bar) | max. 0.9 |
Grain Size (mm) | max. 20 |
Depth of Immersion (m) | max. 7 |
Min. Residual Water, manual (mm) | 1 |
Residual Water Height (mm) | 1 |
Connecting Thread | G1 1/2 |
Power Cable (m) | 10 |
Voltage (V) | 230 / 240 |
Frequency (Hz) | 50 |
Weight without accessories (kg) | 5 |
Weight incl. packaging (kg) | 5.8 |
Dimensions (L × W × H) (mm) | 237 x 241 x 279 |
Scope of supply
- Connecting Hose: G1, 1”, 1 1/4”, 1 1/2”
Equipment
- Comfortable Carrying Handle
- Easy hose connection thanks to Quick Connect
- Switching between manual/automatic operation: Possibility of fixing the float switch
- 2-in-1 Function
- Flexible, height-adjustable float switch
- Ceramic Face Seal
- In automatic operation (auto), the pump automatically switches with the water level
- In manual operation, the pump runs continuously until the minimum quantity of residual water is reached

