Blackstone BD-T 8000 water pump for dirty water is a specific machine to drain dirty water, and it differs from the standard petrol pumps for the large dimensions and exceptional volume of its pump unit.
This pump can handle liquids that may also contain solids, ideal for emptying muddy construction site excavations, muddy bottom ponds and the like. It also comes with a specific filter made of metal, which is resistant to the shocks and wear to which dirty water debris inevitably exposes it.
The features of this product guarantee high performance, allowing it to pump up to 833 L per minute. Also, this water pump provides a maximum head lift of 35 m and a suction depth up to 8 m. The high performance and reduced power consumption are guaranteed by a powerful 296 cc diesel engine, delivering 6 Hp.
This particular model features a sturdy wraparound frame made of steel, giving the pump stability, safety and protection against impacts. Despite its robustness, this machine is easy to transport, as well as being a good compromise between size and power.
Finally, Blackstone BD-T 8000 is very practical and easy to use; in fact, it is sufficient to fill it using the dedicated tap placed on the top of the pump and, if necessary, drain the excess water from the drip valve.
Items included: 2 80 mm fittings, 3 metal clamps and 2 rubber gaskets for the fittings, as well as the suction filter.
WARNING:
- The engine is provided without oil, remember to fill it before use with the bottles supplied on standard equipment
- Do not operate the machine with a dry pump
These pumps are suitable for transferring water (e.g. from a cistern to another) or for furrow irrigation in fields and gardens.
We do not guarantee the suitability for the combined use with different types of sprinklers or irrigation systems, (as they require the contribution of a qualified technician and a number of calculations in terms of flow rate, head lift, pressure, hose diameters, valves, nozzles, and so on), which may require more specific types of pumps for water systems.
