GARDENA 6000/5 inox Automatic Borehole Pump, 950 W, 6000 l/h, 50 m

The GARDENA Automatic 6000/5 Inox Borehole Pump runs on mains electricity and is designed for drawing well water from narrow-bore installations. It supplies water for household use or garden irrigation directly from deep underground sources. A 950 W motor provides the force required to move substantial volumes of water across long vertical distances. At full capacity, the pump transfers up to 6000 litres per hour. A maximum delivery head of 50 metres ensures effective water extraction even from deep boreholes. The system produces a maximum operating pressure of 5 bar, maintaining a steady output for sprinklers or domestic supply lines.

The housing is made from stainless steel to resist corrosion during permanent submersion. A slim profile with a 98 mm diameter allows the unit to slide easily into standard narrow-bore wells where space is tight. Weighing 9 kilograms, the pump remains stable once positioned at the required depth. Power is supplied via a 22-metre H07 RNF cable, giving enough reach for deep installations without the need for immediate external wiring work. Built-in overload protection cuts operation if the motor is pushed beyond safe limits, reducing the risk of electrical damage. The design is also fully rated for outdoor environments, meeting the demands of exposed wellheads.

• 7-stage feed impeller – generates the force needed to push water efficiently through long external pipe networks.
• Maximum immersion depth of 19 m – allows secure installation well below the resting water level in deep boreholes.
• IPX8 protection rating – ensures the internal electronics remain fully sealed during continuous underwater operation.
• Integrated pressure switch – switches the unit on and off automatically in response to taps being opened or closed.
• Dry-run protection – stops the motor automatically if the well runs out of water, preventing internal mechanical wear.
• Maximum inlet water temperature of 35 °C – handles standard groundwater without risking thermal damage to the internal seals.