Cleveland 107032 Check Valve

SKU: 107032 Brand:
Cleveland
Availability:
In Stock
(0)
C$ 53.91
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Specifications:

Attribute Details
Plastic Check Valve, W/ 2 Hose Clamps,
Has Hose Barb Ends
For 1/4" Id Hose
For Hose Clamp Only Use # 85-1053
Cleveland Steamer 3.1, 5.1, 24-Cga-10, 24-Cgp-10

Description

The Cleveland 107032 Check Valve is a flow control part that is used to enable liquid or gas to flow in only one direction and not in reverse. It is installed in systems that are compatible to ensure that internal elements are not at risk of backflow which can interfere with pressure balance or performance. The correct operation of the check valves assists in stable operation, safeguards the lines connected with it and works as an aid to the overall of the system. Leakage, sticking, or reversal of flow. Replacement is advised in case there is leakage, sticking or reversal of flow.

More Information:

  • CLEVELAND:107032 ,107033

Step1: Turn off the water supply and relieve line pressure before starting installation.

Step2: Identify the correct flow direction marked on the valve body.

Step3: Clean pipe threads and apply suitable thread sealant or PTFE tape.

Step4: Position the valve in line with the flow arrow facing downstream.

Step5: Tighten fittings securely using appropriate tools without over-tightening.

Step6: Restore water supply slowly and inspect for leaks or improper flow.

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  • What maintenance is required for the Cleveland 107032 Check Valve?

    Regularly inspect the valve for leaks, corrosion, and debris buildup that may restrict flow. Clean internal components and seating surfaces to ensure proper sealing. Check seals and gaskets for wear and replace if damaged. Proper maintenance ensures consistent backflow prevention and system efficiency.

  • What are common issues with the Cleveland 107032 Check Valve?

    • Leakage due to worn or damaged seals.
    • Valve sticking or failure to open/close properly.
    • Blockage from debris or sediment buildup.
    • Reduced flow caused by internal wear or misalignment.