GE PD968, PD900 Standard Installation Instructions, D1 Installing the Anti-Tip Bracket

Models: PD968 PD900

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Installation Instructions

D

Standard Installation Instructions

D1 Installing the Anti-Tip Bracket

The anti-tip bracket is attached to the back of the Drop-In Range. It is designed to fit under the bottom of the countertop opening at the rear. Measure counter thickness at back of cutout to determine correct bracket location.

Select the proper position for the countertop thickness and move bracket to proper position. (Unit is supplied with bracket in position 1.)

1

For 3/4” Counter

4

For 3.5”

2

For 1.18” (3 cm) Counter

5

Alternate

3

For 1.5” Counter

 

(shown below)

 

 

Anti-Tip Bracket Location

anti-tip installation

Glass Cooktop

(Rear of Range)

Interior Wall

 

1/4Min. Flat Area

Wall Stud

 

Glass

 

Maintop

 

 

Countertop

 

Thickness

Anti-Tip

 

Bracket

 

 

Bottom of

Bottom of

Countertop

 

Countertop

 

to Engage

 

Bracket by

Wire Cover

1/2Min.

 

alternate

anti-tip installation

Interior Wall

Wall Stud

Non-Kit Application

Countertop

Glass Maintop

Surface

 

10-3/8

 

Wire

Attachment

Cover

 

 

1-1/2

Position #5

 

Non-Kit Ap-

 

plication

 

Anti-Tip Bracket

Attachment

Anchored To

 

 

Wall Stud Is

 

Required

*Attachment To Engage

Bracket By 1/2Min.

9

(Continued on following page)

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GE PD968, PD900 Standard Installation Instructions, D1 Installing the Anti-Tip Bracket, Anti-tip installation

PD968, PD900 specifications

The GE PD900 and PD968 models represent a significant advancement in the field of generator technology, offering exceptional performance and reliability for various applications within industrial and commercial sectors. Both models are designed to address the increasing demand for efficient power generation while ensuring minimal environmental impact.

One of the standout features of the GE PD900 and PD968 is their advanced design that enhances fuel efficiency. Equipped with cutting-edge technology, these generators utilize high-efficiency combustion systems that optimize fuel consumption, ultimately reducing operational costs for businesses. The PD900 delivers an impressive output of up to 900 kVA, while the PD968 takes it a step further with a capacity of 968 kVA, making them suitable for both medium and large-scale power requirements.

Incorporating the latest in generator control technology, the PD900 and PD968 models feature a sophisticated control panel that provides real-time monitoring and management of the generator’s performance. This allows operators to easily track critical metrics such as voltage, frequency, and load, facilitating timely maintenance and reducing the risk of unexpected failures.

These generators are also designed with a focus on durability and ease of operation. The robust construction and high-quality materials ensure longevity and reliability, even in the most demanding environments. Furthermore, the PD900 and PD968 come with an array of safety features, including automatic shut-off systems and overload protection, enhancing operational integrity.

An important characteristic of the GE PD900 and PD968 generators is their versatility. They can be tailored to meet specific power needs, whether for temporary usage in construction sites, as backup power for hospitals, or for continuous operation in manufacturing facilities. This adaptability makes them a preferred choice across multiple industries.

Moreover, both models comply with stringent environmental regulations, featuring lower emissions and noise levels compared to traditional generators. This commitment to sustainability not only helps organizations meet their environmental goals but also fosters a more pleasant working environment.

In summary, the GE PD900 and PD968 generators are engineered to deliver high performance, reliability, and efficiency. With their advanced technologies, superior features, and commitment to sustainability, they stand out as exemplary solutions for modern power generation needs. Businesses looking for dependable and efficient power sources will find that these models meet and exceed industry standards.