Prince Castle PC102-237 Fryer Filter Hose Assembly
Specifications:
| Attribute | Details |
|---|---|
| Fryer Filter Hose W/ Wand And Handle. | |
| Hose 7/8" Id X 1 1/2" Od X 5 Feet Long | |
| Hose W/ Wand Overall Length = 81 1/2" | |
| Includes 3/8" Fpt X 1" Mpt Adaptor, W-739, # 26-3537 | |
| Prince Castle | |
| Fryer Series | 99, 102, 107, 108, 499. |
Description
More Information:
Step1: Turn off fryer and allow oil system to cool completely before starting work.
Step2: Remove existing hose and clean connection ports to ensure clear fitting surfaces.
Step3: Attach new hose assembly to inlet and outlet fittings, aligning threads properly.
Step4: Tighten connections securely using suitable tools without over-tightening.
Step5: Run a low-pressure test to confirm no leaks and steady flow.
Step6: Wear gloves and avoid contact with hot oil or sharp fittings during fitting.
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What maintenance is required for the Prince Castle PC102-237 Filter Hose Assembly?
Maintain by inspecting Fryer hose for cracks, leaks, and grease buildup regularly. Clean after each use and ensure secure, kink-free connections to prevent blockage. Flush with warm water and follow safety precautions during handling and servicing.
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How do I install the Prince Castle PC102-237 Filter Hose Assembly?
- Turn off the fryer filter pump and allow oil lines to cool and depressurise.
- Disconnect the old hose assembly from the filter pump union nut.
- Clean the mating surfaces and inspect the O‑rings or adapters for wear.
- Attach the new hose (7/8″ ID × 5 ft) using the included 3/8″ FPT → 1″ MPT adapter.
- Route the hose so it’s smooth and free of kinks, keeping bends gentler than a 6″ radius.
- Secure any loose sections and run a short filtration cycle; check for leaks at the connectors and ensure proper flow.
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What are common issues with the Prince Castle PC102-237 Filter Hose Assembly?
- Hose leaks due to cracked tubing or worn seals causing fluid seepage.
- Blockages from grease buildup or residue restricting smooth flow.
- Loose fittings causing pressure loss or occasional disconnection during operation.
- Kinking or twisting reducing flow efficiency causing intermittent performance issues.