Hobart 819298 Safety Valve W/ Magnet Head 1/4" CCT 3/8" NPT

SKU: 819298 1-819298 Brand:
Hobart
Availability:
In Stock
(0)
$139.63 Price reduced from $215.14
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Specifications:

  • Dual Gas Solenoid Valve, 3/8" Fpt Gas In/Out (Qty 3), Lp,
  • White Rodgers, 120V,
  • (Note: For Nat. Use H904, S-209, # 54-1052 Valve.
  • Vulcan Grill Series: 900A, Gdc, Mgg-A.
  • Wyott Grill Series: Gg.

Description

The Hobart 819298 Safety Valve with a Magnet Head is the better and safest valve that can be used in commercial kitchens. It has a 1/4” CCT and 3/8” NPT and is recommended for use in pressure control and the safe operation of gases and fluids. The magnetic head makes detection easy and ensures accurate functionality. This safety gadget helps vent pressure and protect against overpressure hence avoiding system or equipment destruction. Ideal for use in industries it provides safety, durability, and ease of maintenance, thus being an essential component in industrial operations.

Dimensions:

  • Weight: 1.1 lbs
  • Length: 3.75 in
  • Height: 2.7 in
  • Width: 3.5 in

APW WYOTT:

20656-02 2065602

GARLAND:

1864702 CK1864702

HOBART:

00-819298 1929800

VULCAN HART:

00-819298 1929800

WHITE RODGERS:

1929800 25MO3A-703

Step1: Turn off power and depressurize system before starting.

Step2: Remove old valve from connection using wrench.

Step3: Clean threads and apply tape or sealant for secure fit.

Step4: Install new safety valve, align magnet head correctly.

Step5: Tighten securely without over-torquing to avoid damage.

Step6: Restore pressure and test for leaks before full operation.

  • What maintenance is required for the Hobart 819298 Safety Valve?

    Inspect the safety valve regularly for pressure leaks, corrosion, and proper release function in equipment. Keep surrounding fittings clean and free from debris. Test valve operation periodically to ensure accurate pressure control and safe system performance.

  • What are common issues with the Hobart 819298 Safety Valve?

    • Failure to release excess pressure.
    • Leakage from worn sealing components.
    • Corrosion affecting valve movement.
    • Valve sticking during operation.
    • Inconsistent pressure regulation performance.

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