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In Case of Extended Power Failure

 

Keep freezer door/lid closed. Your

WARNING: Handling of dry ice can cause

freezer will keep food frozen for 24 hours

freezing of the hands–gloves or other protection

provided warm air is not admitted.

is recommended.

If freezer is out of operation for 24 hours

If dry ice is not available, move food to

or more, add dry ice. Leave ice in large

a frozen food locker temporarily–until

pieces. Add more ice as required.

power is restored.

Safety Instructions

Preparing to Move

Disconnect the power cord plug from the wall outlet. Remove foods, defrost (on Manual Defrost models), clean and dry the freezer.

Secure all loose items such as grille and shelves by taping them securely in place to prevent damage.

Be sure freezer stays in upright position during actual moving and in van. The freezer must be secured in van to prevent movement. Protect outside of freezer with blanket.

Operating Instructions

Preparing for Vacation

To maintain freezer in operation during vacations, be sure your house power is not turned off. For sure protection of freezer contents, you may want to ask a neighbor to check the power supply and freezer operation every 48 hours.

For extended vacations or absences, you may prefer to move your frozen foods to a storage locker temporarily. If your freezer is to be left empty, disconnect power cord plug from wall outlet. To prevent formation of odors, place open box of baking soda in freezer and leave freezer door/lid open.

When the freezer is not operating, it can be left in an unheated house or room without damage to cabinet or mechanism.

Installation Instructions Troubleshooting Tips Consumer Support

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GE FUM5, FCM7, FCM15, FCM25 owner manual Safety Instructions, Preparing to Move, Preparing for Vacation, Is recommended

FUM5, FCM7, FCM15, FCM25 specifications

General Electric (GE) has made significant strides in the field of industrial technology with its advanced lineup of vertical turbine pumps, particularly the FUM5, FCM7, FCM15, and FCM25 models. These pumps are designed to meet the demanding needs of a wide range of applications, including water transfer, irrigation, and industrial processes.

The GE FUM5 model stands out for its robust design and efficiency. This pump features a multi-stage configuration, which allows for high-pressure performance in demanding environments. Its innovative hydraulic design minimizes energy consumption while maximizing flow rates. The FUM5 is engineered with high-quality materials, ensuring longevity and reliability, making it a preferred choice for agricultural and municipal applications.

Moving on to the FCM7, this model enhances versatility in its operational capabilities. The FCM7 is equipped with a unique impeller design that allows for better handling of varying fluid properties. This capability makes it suitable for applications involving contaminated water or fluids with a high solid content. The FCM7 is also designed with advanced sealing technologies to reduce maintenance requirements and increase operational uptime.

The FCM15 model takes efficiency to another level. It incorporates smart technology to provide real-time monitoring and diagnostics, allowing users to optimize performance and reduce energy costs. The FCM15’s advanced control systems adjust flow rates and pressures based on system demands, enabling it to adapt to dynamic operating conditions. This adaptability is pivotal in sectors such as oil and gas, where demands can fluctuate rapidly.

Lastly, the FCM25 model focuses on high-capacity applications. With a significant pumping capacity, the FCM25 is ideal for large-scale water distribution and industrial applications. Its design integrates cutting-edge materials to ensure minimal wear and tear, enhancing durability under high workloads. The FCM25 also features noise-reduction technologies, making it suitable for installations in noise-sensitive environments.

Collectively, GE’s FUM5, FCM7, FCM15, and FCM25 pumps utilize the latest advancements in hydraulic and mechanical engineering. From enhanced efficiency and smart monitoring to robust designs capable of handling various fluid types, these models represent a comprehensive solution for diverse industrial and municipal needs. Their commitment to innovation, efficiency, and reliability underscores GE’s leadership in the field of industrial pump technology, driving productivity and reducing operational costs for users worldwide.