Lay Z Aqua Lock
The Lay Z Aqua Lock is an essential component designed to enhance the performance and longevity of your Lay-Z-Spa hot tub. This innovative non-return valve addresses common issues such as heavy leaks from the A connector on airjets or the B connector on hydrojet models, which can lead to pressure build-up and pump damage.
Please note this Lay z aqua lock is designed to slow the water from gushing to a trickle of water as once connected to the pump the internal mushroom valves will hold the trickle back. If you find it doesnt you will need to check your mushroom valves covers as this will normally be a sign that the non return valve has been damaged for a while which has allowed the chlorinated water to damage the internal mushroom valves. We do also sell these on our webstore. 
Connector
Connection

Features and Benefits
1. High-Quality Material
Crafted from durable, high-grade materials, the Lay Z Aqua Lock is built to withstand the rigors of continuous use, ensuring long-lasting performance and reliability.

3. Easy Diagnosis and Fix
Identifying a failed valve is straightforward: unscrew the A or B connector while your hot tub is full of water and slightly separate the pump from the liner. If you notice a constant gush of water, it’s a clear indication of a valve failure. Our replacement non-return valve will resolve this issue, restoring your hot tub to perfect working condition.
4. Simple Installation
The Lay Z Aqua Lock is designed for easy installation. Detailed instructions and supporting images make the process simple, even for those with minimal technical experience.
How It Works
Over time, the non-return valve inside your liner pipe can perish and become damaged, allowing water to bypass the valve and enter the pipes. This increased pressure on the internal components eventually leads to leaks from the bottom of the pump. The Lay Z Aqua Lock provides a robust solution to this problem, ensuring water only flows in the intended direction and maintaining the integrity of your hot tub’s system.