Water Pump Zipper ZI-CWP400

The Zipper ZI-CWP400 water pump is a compact electric pump designed for straightforward water transfer and garden irrigation. Equipped with a 400 W motor, it can deliver water to a maximum head of 7.5 m while remaining light enough for easy handling at 3.95 kg. A 10 m cable provides flexible placement during operation, making the ZI-CWP400 suitable for seasonal tasks such as emptying ponds, filling tanks, and circulating water for outdoor watering systems.

Advantages

The pump combines a moderate power rating with a relatively high delivery height, allowing efficient movement of water without excessive energy consumption. Its low weight and compact dimensions simplify transport and storage. The integrated long cable increases operational flexibility and reduces the need for extension leads. Construction is oriented toward practical garden and household use, offering reliable performance for intermittent tasks.

Suitable for

• Garden irrigation and sprinkler feeding
• Emptying small ponds, pools and water features
• Transferring water between containers and tanks
• Temporary dewatering of basements or work sites (small volumes)

Key specifications

• Motor power: 400 W
• Maximum delivery head: 7.5 m
• Cable length: 10 m
• Weight: 3.95 kg
• Design: compact electric submersible/transfer pump (portable)

How to use

Place the pump in a stable location or submerge it according to the intended application, ensuring the inlet is not blocked by debris. Connect the power cable to a suitable grounded power supply and switch the pump on. Monitor flow and water level, and avoid running the pump dry. After use, disconnect power, remove the pump, drain any residual water and store it in a dry place. Follow local safety regulations and standard electrical precautions when operating near water.

Usage recommendations

Use a coarse pre-filter or strainer when operating in ponds or unclean water to reduce debris intake and prolong pump life. For prolonged or continuous operation at high heads, check pump temperature periodically and allow cooling periods to prevent overheating. Ensure electrical connections remain dry and use a residual-current device (RCD) where required by local regulations.