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How to Assemble and Use

Read and follow instructions in “Before First Use.”

1.Place pulp bowl on base with juice spout at front as shown.

2.Place cutter/strainer into pulp bowl and gently push until firmly in place. Once in place, the cutter/strainer should spin easily.

3.Place cover on top of pulp bowl with food chute inside bowl.

4.Position the top of both safety latches in place, then push in at bottom to lock. Lock both sides.

DO NOT OPERATE UNIT UNTIL SAFETY LATCHES ARE LOCKED.

5.Place a container in position under the juice spout.

6.Cut food into pieces to fit the food chute. See “Tips and Techniques.”

7.Plug cord into outlet.

8.Be sure a juice container is in place. Push switch to turn on. The unit will not turn on until safety latches have been closed.

9.Select Low or High power. Use Low for soft fruits and vegetables. Use high for firm and leafy vegetables.

High

Low

Off

10.Place food in the food chute and press lightly with food pusher. Never use fingers or utensils other than the food pusher as a food pusher. Food should be placed in food chute only when unit is operating. Food can be continuously placed in food chute until pulp bowl is full without having to turn unit off .

NOTE: For best results, empty the pulp bowl before it is completely full. Check the pulp bowl frequently.

11.When pulp bowl is almost full, turn unit off. For best performance, empty pulp bowl and clean cutter/ strainer often.

12.When juicing is completed, or when pulp bowl or juice container need to be emptied, turn unit off and unplug from outlet.

13.Unlock both safety latches by pulling out bottom of latch. Immediately wash cutter/strainer according to instructions.

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GE 840095800 manual How to Assemble and Use, Do not Operate Unit Until Safety Latches are Locked

840095800 specifications

The GE 840095800 is a remarkable innovation in the domain of industrial power management and electrical distribution. Serving as a versatile solution for various applications, this device exemplifies the ingenuity and engineering prowess that General Electric (GE) is known for.

One of the standout features of the GE 840095800 is its advanced voltage regulation capabilities. It operates efficiently within a wide range of voltage levels, ensuring optimal performance across different environments and applications. This feature is crucial in industrial settings where consistent power quality can directly impact operational efficiency and equipment longevity.

Another significant characteristic of the GE 840095800 is its robust communication protocol support. With capabilities that include Modbus and Ethernet connectivity, this device allows for seamless integration into existing networks and systems. This feature enables real-time monitoring and control, facilitating better decision-making and resource management for operators.

In addition to its powerful communication options, the GE 840095800 is equipped with sophisticated protection technologies. These safety features safeguard both the equipment and the facility from potential electrical faults. With built-in relays and alarms, the device can detect and respond to anomalies, reducing the risk of costly downtime and enhancing the overall reliability of the power system.

The design of the GE 840095800 is tailored for resilience and adaptability. Constructed with high-quality materials, it offers durability even in harsh industrial environments. Its modular design allows for easy modification and scalability, making it a preferred choice for businesses looking to expand or adjust their electrical setups efficiently.

Furthermore, the GE 840095800 is designed with user convenience in mind. Its intuitive interface allows for straightforward navigation and configuration, reducing the learning curve for new users. The extensive documentation and support provided by GE ensure that customers can maximize the utility of the device.

Overall, the GE 840095800 stands out as a premier choice for industries seeking reliable and advanced electrical distribution solutions. With its combination of voltage regulation, communication capabilities, protection technologies, and user-friendly design, it is poised to meet the evolving needs of modern industrial applications while maintaining GE's legacy of excellence in engineering.