The BullMach NERINA 50 water pump for dirty waters is an efficient and robust device designed to handle even the harshest conditions. Equipped with an FC170F-1 petrol engine with a displacement of 212 cm³ and a rated power of 7 HP, this water pump guarantees high and reliable performance. The model is self-priming, which facilitates quick start-up and operation.
The BullMach NERINA 50 is specifically designed to process sewage, making it ideal for use in construction sites, farms and emergency situations. The pump, made of durable aluminium, ensures durability and resistance to corrosion. The fittings, also made of aluminium, have a diameter of 50 mm, allowing optimal water flow.
The performance of the water pump is excellent: with a maximum head of 29 metres and a maximum drought of 7 metres, it is designed to operate in a variety of conditions, offering versatility and reliability. The petrol power supply facilitates its use in remote areas where access to electricity may be limited.
Water pump designed to operate in dirty water with no solid parts such as stones or debris, ensuring optimal performance.
Distinctive features:
- FC170F-1 engine: Powerful and reliable 212 cm³ engine.
- Nominal power: 7 HP to ensure high performance.
- Power supply: Petrol operation for use anywhere.
- Self-priming pump: Facilitates quick start-up and operation.
- Pump material: Made of aluminium for durability and corrosion resistance.
- Aluminium fittings: 50 mm in diameter for optimal water flow.
- Maximum hydraulic head: 29 m for efficient operations in different conditions.
- Maximum suction height: 7 metres for remarkable versatility.
These water pumps are suitable for transferring water (for example, from one cistern to another) of for furrow irrigation in fields and gardens.
We do not guarantee their suitability for use in combination with sprinklers or sprinkler systems of various types (as they require the contribution of a qualified technician and a number of calculations in terms of flow rate, head, pressure, pipe diameters, valves, nozzles, and so on), which may require more specific types of pumps for water systems.
