Imperial 3097 Oven Tee Brass 3/16" CCT

SKU: 3097 1-3097 Brand:
Imperial
Availability:
In Stock
(0)
$16.97 Price reduced from $22.04
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Specifications:

  • 3/16" Cct Brass Union Tee, Each
  • Thread Is 3/8"-24
  • Includes Nuts And Ferrules

Description

The Imperial 3097 Oven Tee Brass 3/16 CCT is a product that is used in commercial and cooking equipment, the tee fitting is installed to control the flow of gas in the cooker assembly to control the flow of fuel and ensure that the burner is operating steadily. It is installed in the gas supply system and works as an element that facilitates the functioning of the system as it regulates directional flow and minimizes the possible damage to other components. In practice, it ensures a stable efficiency in normal conditions and makes the use of the oven safe and efficient.

Dimensions:

  • Weight: 0.1 lbs
  • Length: 2 in
  • Height: 0.5 in
  • Width: 1 in

AMERICAN RANGE:

10007 A28009 AMRA28009

BAKERS PRIDE:

300177

GARLAND:

228170

HOBART:

00-719174 719174 FP-085-41

IMPERIAL:

1616

TRI-STAR:

AS-300177

VULCAN HART:

00-719174 719174 FP-085-41 VH719174

Step1: Turn off the fluid or gas supply and relieve system pressure before installation.

Step2: Clean and inspect the pipe ends and threads for damage or debris.

Step3: Apply thread sealant or tape to the threads if required.

Step4: Connect the tee to the piping system and hand-tighten fittings.

Step5: Use a wrench to securely tighten all connections without over-tightening.

Step6: Restore system pressure slowly and check carefully for leaks.

  • What maintenance is required for the Imperial 3097 Brass Union?

    Inspect the brass union tee regularly for leaks, corrosion, or loose fittings. Clean threads and ferrules during disassembly to ensure proper sealing. Tighten connections carefully and avoid over-torquing to prevent damage and maintain accurate performance.

  • What are common issues with the Imperial 3097 Brass Union?

    • Thread wear or stripping due to repeated tightening.
    • Leakage at ferrule interface from improper seating or misalignment.
    • Corrosion or dezincification in aggressive fluids.
    • Cracking from over-torquing or vibration-induced loosening.
    • Seal degradation over time under high pressure or thermal cycling.

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