Hayward Adjustable Concrete Pool Liner Injector - Grey

Directly return filtered water to your pool with the Hayward adjustable return jet. This jet is suitable for underground pools with concrete or liner walls and helps align the water circulation with the pool's layout. Thanks to the adjustable flow direction, you can determine where the returned water flows.

The jet is made of ABS and comes in anthracite grey. This color matches well with grey and dark pool liners. With a specified flow rate range of 5 to 6 m³/h, the jet is a practical component of a well-balanced pool system.

Adjustable flow for good water distribution

Good water circulation helps distribute filtered water throughout the pool. With this adjustable jet, you can adapt the flow direction to the position of the skimmers and the shape of the pool. This helps support the flow and reduce areas with little water movement.

The result depends on the entire system. The placement and number of jets, the pump capacity, and the drain points together determine how the water moves through the pool.

Suitable for concrete and liner pools

This Hayward jet is designed for installation in underground pools with concrete or liner walls. Consider the position of the jets in the pool design so that the return pipes can be installed in the correct locations.

Correct installation and sealing are important for a watertight connection to the pool wall. Check which wall fitting and installation components are required for your wall construction and follow the manufacturer's installation instructions.

Grey ABS

The housing is made of ABS and has a white finish. 

The adjustable outlet allows you to adjust the water flow after installation. This is useful when balancing the pool system.

Connections and flow rate

The jet has a 2″ female thread connection and a 50 mm internal diameter. Check beforehand which connection and fittings are suitable for your pool's return pipe.

The specified flow rate range is 5 to 6 m³/h. Coordinate the number of jets and the water distribution with the system's capacity. The actual flow per jet depends on several factors, including the pump, pipe resistance, and distribution across the return pipes.