Pitco 60203002 Fryer BMVR LP Gas Valve 10.0 W.C
Description
More Information:
| Manufacturer Name: Pitco Product Number: 60203002 OEM Part Number: 60203002 Product Description: Safety Valve, Millivolt Similar Models:60203002-C - Pitco, 60203002-CL - Pitco Dimensions: Length:8.05in/20.45cm Width:7.9in/20.07cm Height:4.55in/11.56cm Weight:3.9lbs/1769.01g |
Choose the best Commercial kitchen & Restaurant equipment parts and supplies from {{config path='general/store_information/name'}}!
Same Day Shipping
Best Quality And Best Price
Wide Range of Inventory
Best Customer Service
Have More Questions or Need Help to Place The Order?
Reach us at {{config path='general/store_information/phone'}} or {{config path='trans_email/ident_support/email'}}
- ANETS:60125202-C||MAGIKITCH'N:60125202 ,60125202-C ,60125202-CL||PITCO:60125202 ,60125202-C ,60125202-CL ,60125202C ,60203002 ,60203002-C ,60203002-CL ,60203002CL ,PT60203002-CL ,PT60203002CL
Step1: Shut off the gas supply and disconnect the fryer from power.
Step2: Remove the existing gas valve carefully.
Step3: Inspect the gas lines and connections for damage or wear.
Step4: Install the new gas valve, aligning it properly.
Step5: Tighten all fittings securely.
Step6: Check for leaks using a safe test solution.
Step7: Turn on the gas and test fryer operation cautiously.
Step8: Follow all manufacturer safety guidelines to prevent hazards.
Customer Reviews
No reviews yet. Be the first to write one!
Write a Review
-
What maintenance is required for the Pitco 60203002 Gas Valve?
Inspect regularly for leaks and proper operation. Clean internal components and check connections. Proper maintenance supports accurate gas flow and secure fryer operation.
-
What are the common issues with the Pitco 60203002 Gas Valve?
- Gas leaks due to worn seals or fittings.
- Valve failing to open or close properly.
- Inconsistent gas flow affecting heating performance.
- Electrical control issues impacting operation.
- Internal wear reducing efficiency.
- Blockages restricting gas supply.
- Delayed ignition response.