Installation Instructions

ALTERNATE CONSTRUCTION PREPARATION

AOPTIONAL MAINTOP FILLER OR BACKGUARD KIT

If counter opening extends to the wall, it will require Maintop Filler Kit (JXS66XX) or Backguard Kit (JXS32XX) to close the gap.

NOTE: If the countertop is greater than 25”, it will show a gap between the backguard and wall or between filler kit and the wall.

If the countertop is less than 25”, a gap will occur between the countertop front and the control panel ends. (See page 10, Step 3).

Wall

B ISLAND INSTALLATION

When installing in an island or other non-standard location, countertop cutout dimensions must be according to page 5.

For the anti-tip bracket instructions, see page 9.

In this application, do not use Backguard Kit (JXS32XX).

CCABINETS OVER THE RANGE LESS THAN 30”

9/16”

Must be flat

25”

9/16”

30”

smooth cut

Must be level

Must be level

Must be flat

If a 30” clearance between cooking surface and overhead combustible material or metal cabinets cannot be maintained, protect the underside of the cabinets above the cooktop with not less than 1/4” insulating millboard covered with sheet metal not less than 0.0122” thick.

DCABINET CUTOUT HEIGHT MORE THAN 27-1/2” USE LOWER TRIM KIT

Refer to the Filler or Backguard Kit instructions for Installation details.

Optional Lower Trim to fill space beneath 27-1/2” min. requirement (see page 4). Use lower Trim Kit JXS96XX.

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GE 131-10595-2 1-07 JR Alternate Construction Preparation, Optional Maintop Filler or Backguard KIT, Island Installation
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131-10595-2 1-07 JR, JDS28, JDP39 specifications

The GE JDP39 and JDS28 series, including model 131-10595-2 1-07 JR, represent significant advancements in the realm of electronic instrumentation and components, essential for various industrial applications. These models are part of General Electric's ongoing commitment to innovation and reliability in technology.

One of the standout features of the JDP39 and JDS28 models is their robustness in harsh environments. Designed with durability in mind, these devices can withstand extreme temperatures, humidity, and vibration, making them ideal for use in sectors such as aerospace, manufacturing, and power generation. The materials used in their construction ensure longevity and reliable performance under stress.

In terms of technology, the GE JDP39 model employs advanced signal processing capabilities. This enables high accuracy and rapid response times in measurement applications. The devices incorporate state-of-the-art sensors that provide precise data, which is crucial for monitoring and controlling various industrial processes. This level of precision is particularly beneficial in applications where safety and efficiency are paramount.

The JDS28 series is known for its user-friendly interface and ease of integration with existing systems. Designed with operators in mind, these devices feature intuitive controls and clear displays that ensure quick adaptation and minimal training period for users. Furthermore, they support various communication protocols, facilitating seamless integration into modern automated systems.

Power efficiency is another significant characteristic of the GE JDP39 and JDS28 models. With a focus on reducing energy consumption without compromising performance, these devices utilize advanced power management technologies. This not only lowers operational costs but also aligns with global initiatives aimed at promoting energy sustainability.

Additionally, GE has incorporated advanced diagnostic features into these models. Users can access real-time data and alerts regarding the operational status, enabling proactive maintenance and reducing downtime. This predictive capability is vital for organizations seeking to enhance their operational efficiency and minimize unexpected failures.

In conclusion, the GE JDP39, JDS28, and the 131-10595-2 1-07 JR model embody the intersection of durability, advanced technology, and user-friendly design. Their features make them an indispensable choice for industries requiring reliable instrumentation that can perform consistently under challenging conditions. As industries continue to evolve and embrace automation, these devices stand out as essential tools for achieving operational excellence.
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