Delfield 6150201 Extension Spring

SKU: 6150201 Brand:
Delfield
Availability:
In Stock
(0)
C$ 25.76 Price reduced from C$ 40.60
Save C$ 14.84
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Specifications:

Attribute Details
Extension Spring,
5/8" Dia. X 4-9/16" Od.
Heavy Tension, 0.58Lbs/In
For Light Teension Order #26-4899
Delfield Kcf-36, Kcf-50, Kcf-60, Kcm-36, Kcm-50, Kcm-74,
Scf-36, Scf-74, Scm-36, Scm-50, Scm-60, Scm-74

Description

The Delfield 6150201 Extension Spring is a tension control component that is used in compatible mechanical assembly. It uses a steady pulling force to aid in controlled movement and return action on operation. The spring is fitted between specified connection points and help to control the motion and alignment in the normal condition. It is to ensure predictable system behaviour and stable component interaction. This extension spring is commonly applicable in commercial settings to facilitate a consistent operation as it assists in managing the movement as well as minimizing the damage caused by overextension or misalignment.

More Information:

  • DELFIELD:6150201

Step1: Disconnect power to the unit and ensure it is cool before servicing. Wear gloves to avoid injury from tension.

Step2: Remove the access panel or component covering the spring assembly.

Step3: Carefully release and remove the old spring, noting its orientation and attachment points.

Step4: Install the new spring in the same position, ensuring secure hook connection.

Step5: Reassemble, restore power, and test for smooth, safe operation.

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  • What maintenance is required for the Delfield 6150201 Spring?

    Inspect the spring regularly for signs of wear, corrosion, or loss of tension. Clean debris buildup and apply light lubrication if applicable to reduce friction. Replace immediately if deformation or fatigue is observed to ensure safe, accurate operation.

  • What are common issues with the Delfield 6150201 Spring?

    • Loss of tension leading to weak or inconsistent mechanical return.
    • Corrosion or rust causing stiffness and reduced responsiveness.
    • Fatigue or breakage under repeated stress cycles.
    • Misalignment or binding affecting smooth operation.