Blodgett 03834 Oven Coaxial Heavy Duty Thermocouple 48" 20-30 MV 11/32"-32 Threads Nickel Plated

SKU: 03834 Brand:
Blodgett
Availability:
In Stock
(0)
C$ 105.68 Price reduced from C$ 121.13
Save C$ 15.45
Have a Question? +1 (866) 863-0907 / (630) 326-8602

Specifications:

Attribute Details
48" Heavy Duty Coaxial Thermocouple, 20-30 Mv
With Thick Cappillary.
Coaxial Thermocouple Threads = 11/32"-32.
Johnson Controls K16Ra-48C
Nickel Plated
Blodgett Model?

Description

The Blodgett 03834 Coaxial 48" Heavy Duty Thermocouple is a must have for commercial ovens to maintain precise temperature. This thermocouple is a thick capillary 48" long, which gives it a robust construction and durability in high heat environments. It operates at 20–30 mV and uses 11/32"-32 threaded connections for interfacing with existing systems, including Blodgett ovens. The nickel plating of the finish adds to corrosion resistance and increases lifespan. Using this heavy duty coaxial thermocouple provides accurate temperature readings critical to baking and cooking processes and helps to improve food quality and consistency.

More Information:

  • BLODGETT:03834 ,3834||JOHNSON CONTROLS:K16RA-48C ,K16RA-48H ,K16RA48||MONTAGUE:01036-7 ,1036-7 ,BR65-1 ,MON1036-7 ,MONBR65-1 ,MONP17-1 ,MONV2EG1 ,P17-1 ,V2EG1

Step1: Turn off the oven gas and power supply.

Step2: Remove the old thermocouple carefully.

Step3: Install a new thermocouple in the same position.

Step4: Ensure the tip is properly positioned in the pilot flame.

Step5: Reconnect wiring and restore gas and power.

Step6: Test oven ignition for efficient operation.

Customer Reviews

No reviews yet. Be the first to write one!

  • What maintenance is required for the Blodgett 03834 Thermocouple?

    Keep the thermocouple clean and properly positioned near the flame. Inspect for corrosion or damage and ensure tight connections. Proper maintenance supports accurate temperature sensing and secure oven operation.

  • What are the common issues with the Blodgett 03834 Thermocouple?

    • Failure to detect flame leading to gas shutoff.
    • Weak signal output is causing inconsistent operation.
    • Loose connections are disrupting performance.
    • Corrosion from heat exposure over time.