Hoshizaki 4A7077G01 Ice Machine Float Switch Assembly

SKU: 4A7077G01 Brand: Availability:
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C$ 143.42


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Description

The Hoshizaki 4A7077G01 Float Switch Assembly is an essential part that is used at ice machines to check water levels to ensure appropriate water level in the selected machine. This particular float switch operates through control of the water level and power to the ice machine to ensure that the water does not overflow while at the same time the ice making process is on. The advantages accrued are more dependability, less costly to maintain, and efficiency in energy utilization, therefore, it is important part for the commercial kitchen services. This assembly is an effective way of ensuring that the costs of maintaining high performance in ice making equipment are kept to a minimum.

More Information:

A float switch assembly is used to check and control water levels in commercial ice machines. It rises and falls with the water level and signals the system to start or stop filling. This helps keep the right amount of water in the machine and stops it from having too much or too little water. It plays a simple but important role in keeping the water level balanced during each cycle. During use, the float moves as the water level changes and helps keep ice production steady and consistent. It is used in ice machines where proper water level control is needed for freezing and making ice. If the float switch gets stuck, worn out, or stops working, replacing it can help fix water level control and keep the machine running properly and without interruption.

Equipment Compatibility:
Common applications for this Hoshizaki float switch assembly include several ice machines. This Ice Machine Float Switch Assembly 4A7077G01 is compatible with commercial equipment from leading brands such as Hoshizaki, and more, where accurate water level sensing is required for reliable operation.

Brand Compatibility:
This product replaces multiple part numbers used across compatible equipment models from brands such as Hoshizaki. Detailed cross-reference data is presented separately to support correct part selection and ordering.

Product Specifications:
SKU: 4A7077G01
Manufacturer: Hoshizaki
Product Type: Float Switch Assembly

Key Features:

  • Monitors water level inside the ice machine to support proper fill control
  • Float-based design moves with the water level to trigger the system response
  • Helps prevent overfilling and low-water conditions during operation
  • Supports consistent ice production by maintaining correct water levels
  • Used in commercial ice machines requiring accurate water sensing
  • Replacement of a faulty unit helps restore stable and reliable operation

Technician Feedback:

“After replacement, water level regulation returned to normal, improving overall machine consistency.”

  • HOSHIZAKI:4A7077G01

Step1: Turn off and unplug the ice machine before installation.

Step2: Remove the access panel to locate the existing float switch.

Step3: Disconnect the electrical connector and any mounting clips from the old float switch.

Step4: Remove the old float switch carefully from the bin or reservoir.

Step5: Install the new switch in the same position, ensuring it moves freely.

Step6: Reconnect the electrical connector and secure with mounting clips.

Step7: Replace the access panel, plug in the machine, and test the water level operation.

Step8: Avoid touching metal components while the machine is powered to prevent shock.

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  • What maintenance is required for the Hoshizaki 4A7077G01 Float Switch Assembly?

    Regularly inspect the float switch for mineral buildup or debris that could affect water level sensing. Clean it gently using a cleaner. Ensure proper movement of the float arm and check wiring connections for security. Disconnect power before servicing for safety.

  • What are common issues with the Hoshizaki 4A7077G01 Float Switch Assembly?

    • Float stuck causing continuous water flow.
    • Switch failing to trigger ice production.
    • Corroded or loose electrical connections.
    • Water overflow or underfill due to malperformance.
    • Intermittent operation leading to uneven ice levels.