Submersible pump providing rapid emptying and transfer of up to 9500 l of dirty water per hour: with the robust SP 5 Dirt water pump, incl. height-adjustable float switch for greater flexibility.
Submersible pump providing rapid emptying and transfer of up to 9500 l of dirty water per hour: with the robust SP 5 Dirt water pump, incl. height-adjustable float switch for greater flexibility.
CARACTERISTICS
- High water flow rates are its specialty: the SP 5 Dirt water pump with a maximum delivery capacity of 9500 l/h efficiently pumps dirty water with particle sizes up to 20 mm, e.g. from garden ponds or flooded basements.
- In case of heavy soiling, an optional pre-filter available protects against clogging.
- For a longer service life, the well-known front retainer of the professional range has been created.
- For automatic on/off switching, the submersible pump features a float switch.
- In addition, the float is placed on a rail and can be adjusted vertically. This allows for less pumping of the water.
- In manual mode, it can pump even up to a remaining water level of 25 mm. And the Quick Connect connection splice allows especially quick and easy connection of 1.25-inch hoses.
SPECIFICATIONS
Max. motor power (W) |
500 |
Max flow rate (l/h) |
9500 |
Transport height / max. pressure (m/bar) |
7 / 0.7 |
Maximum immersion depth (m) |
7 |
Maximum dirt particle size (mm) |
20 |
Remaining water level (mm) |
25 |
Max transport temperature (°C) |
35 |
Splice thread |
G1 |
Connecting cable (/m) |
H05RN-F / 10 |
Voltage (V) |
230 - 240 |
Frequency (Hz) |
50 |
Weight without accessories (kg) |
4.7 |
Dimensions (l. × w. × h.) (mm) |
|
229 x 238 x 303 |
INCLUDE
- Convenient carrying handle
- Hose connector element, 1 1/4''
- Easy hose connector thanks to Quick Connect.
- Manual and automatic service adjustment, Float fixation possible.
- Height-adjustable flexible float switch
- In automatic (auto) service, the pump switches on and off automatically according to the water level
- In manual service, the pump runs permanently until the minimum amount of water remaining is reached
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