Hose only Gardena 24 V Connection Cable 1280-20

The GARDENA 24 V Connection Cable (15 m) is designed to connect up to six GARDENA 24 V irrigation valves, providing a reliable low-voltage link between control units and valves. The cable has a cross-section of 7 x 0.5 mm², a maximum recommended cable run of 30 metres and a maximum voltage rating of 30 V. Its grey outer sheath is suited to outdoor garden use and the product is supplied as a single 15 m piece.

Advantages

The connection cable supports multiple valve connections on a single 24 V circuit, simplifying installation and reducing the need for multiple runs. A 7 x 0.5 mm² cross-section provides stable low-voltage transmission for irrigation control. The 15 m length is convenient for typical garden layouts while the grey sheath offers discreet outdoor appearance.

Suitable for

• Connecting up to six GARDENA 24 V irrigation valves
• Extending low-voltage control wiring for garden irrigation systems
• Outdoor installations where a 15 m cable run is required

Key specifications

• Length: 15 m
• Cable cross-section: 7 x 0.5 mm²
• Maximum recommended cable length: 30 m
• Maximum voltage: 30 V
• Colour: grey
• Pack quantity: 1 pc
• Brand / MPN: GARDENA / 1280-20

How to use

Route the 15 m connection cable from the 24 V control unit to the irrigation valves, ensuring the total run does not exceed the recommended 30 m. Strip and terminate conductors as required by the control unit and valve connectors, following the manufacturer's wiring diagram. Connect valves to the available conductors, observing correct polarity and securing connections to prevent moisture ingress. Lay the cable along the planned route, using clips or cable ties to fix it in place and protect it from mechanical damage.

Usage recommendations

For reliable operation, avoid exceeding the 30 m total cable length and the 30 V rating. Use suitable connectors and waterproof sealing at outdoor terminations. Inspect connections periodically and replace the cable if damage to the sheath or conductors is found.