Light bulb replacement

Care and Cleaning

Icemaker

The icemaker has a light bulb in the top of the

5. Plug in the icemaker or reconnect power.

storage bin. To replace it, open the bin door and

 

follow these instructions:

 

1.

Unplug the icemaker or disconnect power.

 

2.

Remove the 2 screws that hold the cutter grid

 

 

cover in place. Reach behind the control panel

 

 

and pull the light bulb down.

 

3.Replace with a 12-volt wedge base-type bulb (automotive #917). Locate the light bulb receptacle at the top behind the control panel. Align the flat edge of the light bulb with the receptacle and snap the bulb

into place.

4.Replace the cutter grid cover with the 2 screws.

Vacation and moving

To shut down the icemaker:

1.Unplug the icemaker or disconnect power.

2.Remove all ice from the storage bin.

3.Shut off the water supply.

4.Remove the 2 screws in the lower access panel and the 2 screws from the base grille area of the front panel support. Pull forward to remove the lower access panel.

5.Disconnect the inlet and outlet lines to water valve. Allow these lines to drain and then reconnect to the valve.

6.Replace the lower access panel and screws. Drain water from water reservoir by removing the drain cap. Also, remove water from drain line. Leave the door open to allow the icemaker and water reservoir to dry out completely.

7.Before using again, clean the icemaker and storage bin.

IMPORTANT: Every time the icemaker is turned off, you MUST clean the icemaker system with the Nickel Safe Ice Machine Cleaner. See Care and Cleaning—Icemaker system section for instructions.

8.Plug in the icemaker or reconnect power.

NOTE: All components of the icemaker are permanently lubricated at the factory. They should not require any additional oiling throughout the normal life of the machine.

Reverse Osmosis system

IMPORTANT: The performance of the icemaker may be affected when connected to a Reverse Osmosis system. An RO system may also reduce water pressure and affect the fill cycle, which is dependent on time and flow. The reduced water pressure may cause the reservoir not to fill and flush properly during the ice making cycle.

The pressure of the water supply coming out of a reverse osmosis system going to the water inlet valve of the icemaker needs to be between 30 and 120 psi.

If a reverse osmosis water filtration system is connected to your cold water supply, the water pressure to the reverse osmosis system needs to be a minimum of 40 to 60 psi. The reverse osmosis system must provide 1 gal. of water per hour to the icemaker for proper icemaker operation.

Do not use copper tubing when the icemaker is connected to a Reverse Osmosis water system.

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GE ZDIC150, ZDIS150 owner manual Vacation and moving, Icemaker has a light bulb in the top, To shut down the icemaker
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ZDIC150, ZDIS150 specifications

The GE ZDIS150 and ZDIC150 are state-of-the-art disconnect switches designed for high-performance electrical systems, predominantly used in industrial and commercial applications. These switches are integral to ensuring safety, reliability, and efficiency in power distribution networks.

The ZDIS150 is recognized for its robust construction and versatility. It supports a wide range of current ratings, making it suitable for various electrical loads. This model features an advanced direct drive mechanism that ensures a reliable and quick disconnection of circuits, reducing downtime in maintenance and repair activities. Moreover, the ZDIS150 is designed to withstand harsh environmental conditions, with robust weatherproof enclosures that ensure long-lasting performance even in extreme situations.

On the other hand, the ZDIC150 serves as an innovative solution in disconnect technology. This model incorporates smart features such as remote monitoring capabilities, which allow operators to keep tabs on the switch status in real time. The ZDIC150 is equipped with integrated sensors that provide alerts on potential faults, enhancing predictive maintenance efforts and minimizing unplanned outages.

Both models share significant characteristics that optimize their operation. For instance, both switches utilize advanced dielectric materials to ensure superior electrical insulation, thereby increasing safety and operational efficiency. These materials help reduce the risk of electrical failures, making the switches ideal for critical applications where reliability is paramount.

In terms of installation, the ZDIS150 and ZDIC150 exhibit user-friendly design elements. Their lightweight construct allows for easier handling and installation, while their modular design ensures compatibility with various mounting configurations.

Additionally, both models are designed with eco-friendliness in mind. They comply with international environmental standards, minimizing the ecological footprint throughout their lifecycle.

In conclusion, the GE ZDIS150 and ZDIC150 combine advanced technology with robust construction to provide unparalleled performance in electrical disconnection applications. Their features, including weather resistance, remote monitoring, and eco-friendly design, position them as leaders in the market, ideal for enhancing the safety and reliability of electrical systems in diverse settings. As industries continue to evolve, these disconnect switches will play a critical role in shaping the future of power distribution and management.
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