Installation Instructions

INSTALLING THE WASHER

1.Run some water from the hot and cold faucets to flush the water lines and remove particles that might clog the water valve screens.

2.Remove the inlet hoses from the plastic bag. Remove black rubber washers from bag and insert into hose fitting before connecting to unit.

3.(90° elbow end)

Carefully connect the inlet

hose marked HOT to the outside “H” outlet of the water valve. Tighten by hand; then tighten another 2/3 turn with pliers. Carefully connect the other inlet hose to the inside “C” outlet of the water valve. Tighten by hand; then

tighten another 2/3 turn with pliers. Do not cross-thread or overtighten these connections.

4.Connect the inlet hose ends to the HOT and COLD water faucets tightly by hand; then tighten another 2/3 turn with pliers. Turn the water on and check for leaks.

5.Carefully move the washer to its final location. Gently rock the washer into position. It is important not to damage the rubber leveling legs when moving your washer

to its final location. Damaged legs can increase washer vibration. It may be helpful to spray window cleaner on the floor to help move your washer into its final position.

NOTE: To reduce vibration, ensure that all four rubber leveling legs are firmly touching the floor. Push and pull on the back right and then back left of your washer.

NOTE: Do not use the dispenser drawer or door to lift the washer.

NOTE: If you are installing into a drain pan, you can use a 24-inch-long 2x4 to lever the washer into place.

6. With the washer in its final position, place a level on top of the washer (if the washer is installed under a counter, the washer

should not be able to rock). Adjust the front

leveling legs up or down to ensure the washer is resting solidly. Turn the locknuts on each leg up toward the base of the washer and snug with a wrench.

NOTE: Keep the leg extension at a minimum to prevent excessive vibration. The farther out the legs are extended, the more the washer will vibrate.

If the floor is not level or is damaged, you may have to extend the rear leveling legs.

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GE 175D1807P633 installation instructions Installing the Washer
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175D1807P633 specifications

The GE 175D1807P633 is a notable component within the realm of industrial automation and control systems, showcasing the ingenuity and advanced capabilities synonymous with General Electric. This specific model is recognized for its robustness and reliability, making it a go-to choice for industries that require precision and efficiency.

One of the main features of the GE 175D1807P633 is its compatibility with various industrial environments. Built to withstand challenging conditions, it excels in situations characterized by extreme temperatures and vibrations, enabling it to function seamlessly in manufacturing plants, energy sectors, and other demanding applications. This durability is crucial in minimizing downtime, ensuring that operations continue smoothly.

The GE 175D1807P633 incorporates cutting-edge technologies that enhance its performance. One of these key technologies is its advanced signal processing capabilities, which allow for greater accuracy and faster response times. This feature is particularly important in automation processes where timing is critical. Additionally, the unit often includes built-in diagnostics that offer real-time monitoring, enabling users to anticipate and address potential issues before they escalate into significant problems.

Another important characteristic of the GE 175D1807P633 is its user-friendly interface. Designed with operators in mind, it allows for straightforward integration with existing systems. This ease of integration is further supported by a variety of communication protocols, streamlining data exchange and enhancing collaboration among different components within an industrial setup.

The versatility of the GE 175D1807P633 is another highlight, as it can be utilized in numerous applications ranging from process automation to discrete manufacturing. Its adaptability makes it suitable for a variety of industries, including automotive, pharmaceuticals, and food processing.

Furthermore, this model is designed with energy efficiency in mind, aligning with modern sustainability goals. Its operational efficiency not only reduces energy consumption but also translates into cost savings for companies that deploy it.

In conclusion, the GE 175D1807P633 stands out as a powerful, adaptable, and efficient component in the industrial automation landscape. With features that enhance performance and reliability, it exemplifies GE’s commitment to innovation and excellence in engineering, making it a preferred choice for industries striving for optimized operational efficiency.
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