Installation Instructions

STEP 4 FASTEN PANEL SUPPORT BRACKET

TO UNDERSIDE OF COUNTERTOP

AND TOEKICK PANEL TO FLOOR

Fasten the panel support bracket to the underside of the

countertop using two #8 x 3/4" wood screws and two 3/16" flat washers.

Mount Panel

- Support Bracket I to Underside of

STEP 6 POSITION PANEL AGAINST BACK OF

CABINET

Skip this step and go to Step 10 if the back of the dishwasher enclosure is not a wall or if gou choose not to fasten the side panel to the back of the dishwasher enclosure.

Gentlg push side panel against the rear wall of the dishwasher enclosure. Mark the location of the screw cutouts in the panel on the back wall of the enclosure.

 

 

÷

 

 

?

Mount Toe

_d_,

Kick

Panel--

_]\

to

Floor

Figure D

Fasten the toekick panel to the floor using two #10 x 1" wood

screws and two 3/16" flat washers.

Figure F

If the floor is ceramic tile or similar material that will not accept screws, use two lag bolts of appropriate size and length along with 2 flat washers to fasten the toekick panel to the floor.

STEP S LOOSELY INSTALL SIDE PANEL

Mount the side panel to the toekick panel and panel support bracket using four 1/4"x 3/8" machine screws, 4 lock washers and four 1/4" nuts. Do not tighten the fasteners at this time.

STEP 7 DETERMINE WALL COMPOSITION

If wall is solid or there is a stud behind the panel, attach the panel to the wall using two #10 x 1" wood screws and two 3/16" flat washers. Install the screws Iooselg - do not tighten. Skip to Step 10

If wall is hollow, for example, drgwall without a stud, it will

be necessarg to use toggle bolts to attach the side panel to the wall.

STEP 8 INSTALL TOGGLE BOLTS

Remove side panel from toekick and support bracket. Drill a 1/2" hole at each of the positions marked in Step .6.Place a washer on the 3" machine screw. Screw the toggle onto the bolt a few turns. Insert toggle into the top hole in the wall.

Repeat with a second toggle bolt in the bottom hole. Do not tighten toggle bolts at this time.

J

Figure E

Wall--. _ Washer

Toggle Bolt

J

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Image 3
GE GPS5WW, GPS5CC Position Panel Against Back Cabinet, Step S Loosely Install Side Panel, Determine Wall Composition

GPS5WW, GPS5CC specifications

The GE GPS5CC and GPS5WW are prominent offerings from General Electric in the realm of gas turbine control systems, characterized by their advanced features and innovative technologies. These models are designed to enhance the performance and reliability of gas turbines, providing operators with sophisticated tools to optimize plant operations.

One of the standout features of the GE GPS5CC and GPS5WW systems is their all-in-one architecture. This design integrates multiple control functionalities into a single platform, enabling efficiency in both installation and use. The systems are equipped with a high-performance processor that supports real-time data processing, ensuring that operators receive immediate feedback on turbine performance and health.

Another key characteristic of these models is their advanced control algorithms. GE has capitalized on its extensive experience in gas turbine technology to develop algorithms that enhance fuel efficiency and reduce emissions. The systems utilize sophisticated predictive maintenance techniques, leveraging data analytics to foresee potential issues before they become critical, thereby minimizing downtime and maintenance costs.

In terms of user interface, the GE GPS5CC and GPS5WW systems feature intuitive touch-screen controls that make operation straightforward and user-friendly. This design not only simplifies operator interaction but also enhances the training process for new personnel, allowing them to become productive quickly.

The connectivity options available in these systems are also noteworthy. The GPS5CC and GPS5WW come equipped with multiple communication protocols, including Ethernet, Modbus, and others, facilitating seamless integration with existing plant systems. This interoperability ensures that operators can easily access operational data, control parameters, and diagnostics from various interfaces, promoting a more holistic approach to turbine management.

Safety is another essential aspect of the GE GPS5CC and GPS5WW systems. Both models incorporate robust safety features, including redundant controls and fail-safe mechanisms, which enhance the overall reliability of gas turbine operations. Additionally, these systems are designed to comply with the latest industry standards regarding safety and emissions.

Overall, the GE GPS5CC and GPS5WW systems represent the convergence of cutting-edge technology and practical functionality in gas turbine control. With their advanced features, user-friendly interfaces, and safety enhancements, these systems are well-suited to meet the demands of modern power generation, supporting operators in achieving greater efficiency and reliability in their operations.