23625 Fryer Gas Valve 1/2"X 4"

SKU: 23625 Brand:
Keating
Availability:
In Stock
(0)
$369.78 Price reduced from $681.09
Save $311.31
Have a Question? +1 (866) 863-0907 / (630) 326-8602

Specifications:

Attribute Details
[ Nat Gas Safety ][ Size 1/2" Fpt ][ Width 4" ]
4" Wc, [ Brand Rs ] [ Mfg# 700-516 ], 7000 Bmvr,
240,000 Btu, 250-750 Millivolt
For Thermopile Use # 51-1121 (36", 2 Wire Lead, Thermopile)
Keating Counter Fryers And Miraclean Griddles.

Description

The Keating 23625 Gas Valve is used to to regulate gas flow in natural gas fryers to prevent dangerous and inefficient operation. It has a 1/2" FPT size, 4" width, and operates within a range of 240,000 BTU and 250-750 millivolt, perfect for thermopile use. This valve makes it easy for users to open and close the gas supply to the pilot light and burner assembly, preventing gas leaks and making it safer. Also, its robust design makes it reliable in improve kitchens, especially in Keating counter fryers and Miraclean griddles, so that it can perform cooking optimally.

More Information:

  • BAKERS PRIDE:BKPR3104X ,R3104X||KEATING:002552 ,023625 ,023626 ,23625 ,23626 ,KEA023625 ,KEA023626 ,KEA23626||U-LINE:700-508 ,700-516

Step1: Shut off the gas supply and power before servicing.

Step2: Disconnect old valve from gas lines and control wiring.

Step3: Remove the old valve and check fittings for debris.

Step4: Install the new valve in proper orientation.

Step5: Reconnect gas lines securely and check for leaks.

Step6: Restore power and test the appliance ignition and adjustment.

Customer Reviews

No reviews yet. Be the first to write one!

  • What maintenance is required for the Keating 23625 Gas Valve?

    Inspect for leaks, corrosion, and debris. Test valve operation regularly. Proper maintenance ensures accurate gas flow, secure operation, and consistent fryer performance.

  • What are the common issues with the Keating 23625 Gas Valve?

    • Valve sticking or failing to operate.
    • Gas leaks from worn seals.
    • Loose or corroded connections.
    • Irregular flame or ignition failure.
    • Obstructed gas flow causing uneven heating.