FlowFriend Junior HFP 70 Motor controller VSD Single phase 230V

The FlowFriend Junior HFP 70 Motor controller VSD Single phase 230V is ordered separately due to the various available configurations.

The FlowFriend Junior HFP 70 Motor controller VSD Single phase 230V is then plugged into the FlowFriend Junior HFP 70 Pump.

The FlowFriend Junior HFP 70 Pump is a high-efficient electronically controlled water pump that is built to last for a wide range of applications.


The FlowFriend Junior HFP 70 Pump has a Max. capacity 40 m3/hour, adjustable from 2 - 40 m3/hour, the Max. Head is 5.5 m.w.c. adjustable from 0.1 - 5.5 m.w.c.

Ahead of its time the FlowFriend Junior HFP 70 Pump is unbeatable in terms of proven performance, efficiency and reliability and don't forget its ultra-low sound profile.

Ingenious mixed flow pump hydraulics makes the FlowFriend Junior HFP 70 Pump able to pump high volumes of water with an average head but with very low power consumption. 

Built like a tank, with high-precision, lost-wax cast and machined stainless steel pump components for exceptional durability and performance.

Pumping particles up to 5 mm without clogging goes effortlessly. This product is sustainable through replaceable parts, allowing for easy repairs and reducing environmental impact.

The perfect choice where reliability is required. FlowFriend - Proven technology with thousands of units already installed worldwide.

Industrial Applications

• Cooling Water / Heating HVAC: Water is used extensively in industries for cooling and heating purposes. In HVAC systems, water circulates through heat exchangers to maintain optimal temperatures. Cooling towers often rely on water circulation to dissipate heat.
• Water Supply: Industrial facilities rely on a steady supply of water for their operations, including process cooling, cleaning, and manufacturing.
• Pressure Increase: Water circulation systems are often used to increase pressure for industrial processes, such as in pumps or pressurized systems.

Water Features

• Waterfalls, Streams, Fountains: In landscaping and decorative architecture, water circulation is used to power water features like waterfalls, streams, and fountains. These systems often rely on pumps to circulate water continuously.

Sanitary Water Use

• Sanitary Water Systems: In residential or commercial buildings, water circulation ensures that sanitary water is delivered to faucets, showers, and toilets.

Swimming Pools and swimming Ponds

• Swimming Pools: Water circulation in swimming pools helps maintain cleanliness and temperature. Filtration systems circulate the water through filters to remove debris, and pumps keep the water moving to avoid stagnation.
• Swimming Ponds: Similar to swimming pools, swimming ponds use circulation systems for water quality management. They often incorporate biological filters to maintain the ecosystem.

Aeration

• Aeration Systems: Used in various applications like wastewater treatment or aquaculture, aeration ensures the water has enough oxygen to support aquatic life and promote microbial digestion of organic waste.

Agriculture

• Water Circulation for Irrigation: In agriculture, water circulation is crucial for irrigation systems. It ensures water reaches plants evenly, whether through drip irrigation, sprinklers, or canals.

Livestock and Zoos

• Water Circulation for Livestock: Livestock require fresh, clean water for hydration and health. Circulation systems help maintain water quality in troughs, tanks, and reservoirs
• Zoos: In zoo environments, water circulation is often part of habitat design for animals that need aquatic environments, such as fish, amphibians, or aquatic mammals.

Aquaculture

• Aquaculture Filtration Systems:
• Bead Filter: A type of mechanical filtration used in aquaculture to remove suspended solids.
• Trickle Filter: A biological filter that provides a large surface area for beneficial bacteria to grow, converting toxic substances like ammonia into less harmful compounds.
• Drum Filter: A rotating filter that captures particles from the water by using a mesh drum.
• Multi-chamber Filter: A filtration system with multiple chambers that can handle both mechanical and biological filtration to maintain water quality.
• Belt Filter: Used for continuous filtration of larger quantities of water, often employed in industrial-scale aquaculture systems.

Fish Ponds

• Fishpond Circulation Systems: Maintaining water circulation in fishponds is essential to keep oxygen levels high and remove waste products. Aeration, filtration, and regular water movement are key components of pond management to ensure a healthy environment for fish.

Aquaponics

• Aquaponics is a sustainable agricultural method that combines aquaculture (fish farming) and hydroponics (soil-less plant cultivation) in a closed-loop system. Fish waste provides organic nutrients for plants, while plants naturally filter and purify the water, which is recirculated back to the fish tank. This system conserves water, reduces the need for chemical fertilisers, and allows for the simultaneous production of both crops and fish, making it an efficient and environmentally friendly method of food production.

These systems rely on pumps, filters, and often energy-efficient technology to ensure that water is continuously circulated, ensuring it stays clean, healthy, and properly managed for both industrial and recreational uses.