Hunter HF611 Fyer Disconnect Quick Male 1/2" FPT

SKU: HF611 Brand:
Hunter
Availability:
In Stock
(0)
C$ 47.84
Have a Question? +1 (866) 863-0907 / (630) 326-8602

Specifications:

Attribute Details
1/2" Fpt Male Quick Disconnect
For 1/2" Fpt Female Quick Disconnect Use # 26-3627
Dean
Fryer 12A/1414Mcf, Mf-90/18,
Mf-90-Bi(12,14,18,20, & Push/
Pull Variation), Mf-90Au/65,
Mf-90U/65, Mf-90U/80Bk.

Description

The Hunter HF611 Quick Male Disconnect serves improve fryers by providing quick and secure connections through its designed features. The 1/2" FPT male quick disconnect provides fast tool-free disconnection which speeds up operations in improve kitchens. The HF611 stands out because it supports multiple Dean fryer models such as 12A/1414MCF and MF-90/18 and MF-90-BI and MF-90AU/65 and MF-90U/65 and MF-90U/80BK ensuring broad usage possibilities. This quick disconnect assembly was built to last because it creates reliable connections yet maintains streamlined maintenance and servicing operations.

More Information:

  • DEAN:810-2170 ,8102170||FRYMASTER:1644 ,810-2170 ,8102170 ,FM810-2170 ,FM8102170||HUNTER:HF611

Step1: Turn off gas or power supply to the fryer completely.

Step2: Inspect the existing connector and clean the connection point.

Step3: Align the quick male disconnect with the matching female fitting.

Step4: Push firmly until it locks securely into place.

Step5: Check for a tight, leak-free connection.

Step6: Restore supply and test operation carefully.

Step7: Inspect regularly and avoid use if damage or leaks are detected.

Customer Reviews

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  • What maintenance is required for the Hunter HF611 Quick Disconnect?

    Regularly check the disconnect for tight connections and inspect the fitting for corrosion or damage. Wipe clean to remove oil and grease buildup, and ensure proper alignment when connecting to maintain efficient oil flow.

  • What are common issues with the Hunter HF611 Quick Disconnect?

    • Loose connections causing oil leakage.
    • Thread damage affecting secure attachment.
    • Corrosion or buildup interfering with fluid transfer.
    • Misalignment making connection difficult.
    • Internal blockage reducing flow efficiency.