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How to Connect a Backflow Test Kit

To begin the irrigation backflow testing process, locate the test cocks on the backflow assembly so you know where to connect the hoses. Shut off the inlet and outlet valves on the preventer to stop water flow, then use the screwdriver to open each test cock to relieve pressure. After venting, close the test cocks again. Next, attach the test kit hoses to the appropriate test cocks. With the kit connected and purged, you can proceed with the backflow test, observing pressure changes or water discharge as needed.

Backflow Test Kit FAQs

What does a backflow test kit do?

A backflow test kit allows users to check the functionality of their backflow prevention devices. Backflow preventer test kits measure water pressure differentials between test ports on a backflow preventer, with the results showing whether each part of the backflow device is working correctly. This process is critical for keeping contaminated water from flowing backward into the clean water supply.

Why is backflow testing required?

It’s important to test backflow preventers to ensure they are effectively preventing contaminated water from flowing back into your clean water supply. Over time, backflow preventers can wear out, become clogged, or fail due to mechanical issues. If they aren’t functioning properly, harmful pesticides or fertilizers from your irrigation systems could enter the drinking water.

What type of backflow preventer does my test kit connect to?

To know exactly which backflow system your sprinkler backflow testing kit is compatible with, you should always read the description first. For example, the backflow test kit on our website is compatible with pressure vacuum breakers, anti-spill vacuum breakers, reduced pressure zone assemblies, and double-check valve assemblies.