Instructions for Drilling from Bottom

1.If your cabinet has a bottom rail, measure the thickness and cut that amount off the front edge of Template 2 using the template cut lines as a guide. Also, if your cabinet is less than 12”deep, cutoff the amount by which the cabinet depth is less than 12”.

2.Tape the cut edge of Template 2 against the back side of the front rail and position it flat against the bottom side of the cabinet.

(Note: On some cabinets a small bracket or glue block is used between the overhang and the underside of the cabinet bottom. If this is true of your cabinets, cut Template 2 to fit around the bracket or g~ueblock so that it will be flat on the cabinet bottom when attached. Fig. 12)

●Position the remaining piece of Template 2 under the cabinet and align the hole center lines with the arrows on Template 1 so that the distance from the right hole center to the left hole center measures the distance indicated on Template 1. (Youwill have to cut excess paper from the middle of the template to make it lay flat.)

●Tape Template 2 in place after cutting it to fit. (The cut line along the front edge of the template must be placed against the back of the front rail.) (Fig. 14)

Front

Template 2 rail

Fig. 14

Selecting Your

Mounting Bolts

1.Youshould have four sets of bolts of varying lengths in the installation package. Select one bolt of each size.

2.Hold each bolt against the cabinet front rail. Pick the bolt that extendsbeyond the top of the bottom shelf by 3~16°to 13/16!’This will be the bolt length needed for your cabinets. (Fig. 15)

Fig. 15

Fig. 12

Bottom rail Glue block

Drilling the Mounting Holes

We recommend that you wear safety glasses while drilling to prevent possible eye damage from cabinet shavings.

Note: It is important to pick the correct bolt length needed for your cabinets. If the bolt is too short, it won’t reach the oven. If the bolt is too long, it will not permit the oven to be drawn snugly up to the cabinet.

3. From inside the cabinet, insert

3.If you have a partition you must do the following:

●Cut Template 2 into two pieces to fit on each side of the partition.

●Tape one piece of Template 2 under the cabinet. (The cut line along the front edge of Template

2 must be placed against the back of the front rail.) (Fig. 14)

●Tape Template 1 to the rear of the cabinet and align the arrows with the hole center line on Template 2. (Fig. 13)

1. Use a center punch or nail to make an indentation for centering the drill bit.

2.Drill through Template 2 at the four black drilling holes indicated on the template. (Drill should be held straight to ensure proper alignment of bolts.)

3.Afier drilling the four holes, remove the template and clean the drill holes.

the bolts through the mounting

washers and then into the drilled

holes.

Fig,“;13

/ arrow

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GE JEM31H manual Instructions for Drilling from Bottom, Selecting Your Mounting Bolts, Drilling the Mounting Holes
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JEM31H specifications

The GE JEM31H is a state-of-the-art electric locomotive that has garnered attention for its exceptional performance and innovative features. Designed and manufactured by General Electric, the JEM31H is primarily utilized in freight transport, showcasing advanced engineering that caters to both efficiency and reliability.

One of the standout features of the JEM31H is its powerful traction system. The locomotive is equipped with efficient, high-output traction motors that provide excellent acceleration and speed capabilities. This is paired with a robust electric drive system that ensures optimal energy use while maintaining strong pulling power, making it ideal for heavy freight services. The JEM31H can handle various terrains, ensuring versatility in operational applications.

The locomotive is also known for its fuel efficiency, thanks to its advanced propulsion management technologies. The system utilizes regenerative braking, which converts kinetic energy back into electricity during braking, reducing the overall fuel consumption. This feature not only makes the JEM31H environmentally friendly but also lowers operational costs for railway operators.

In terms of design, the GE JEM31H boasts a sleek and aerodynamic exterior that enhances its overall performance at higher speeds. The cab is designed for optimal visibility and operator comfort, featuring advanced control systems that simplify operations. Moreover, the locomotive is equipped with various safety technologies, including advanced signaling systems and automatic train control capabilities, ensuring safe and efficient operations on the railway.

The GE JEM31H is characterized by its modular construction, allowing for easy maintenance and upgrades. This feature reduces downtime and enhances productivity, making it a favorite among operators seeking reliable rail solutions. Additionally, the locomotive is built to withstand tough working conditions, with a robust chassis and weather-resistant components that ensure longevity.

With its combination of power, efficiency, and advanced technology, the GE JEM31H stands out as a leading choice for freight operations. Railway companies that invest in this locomotive benefit from improved performance metrics and a reduced environmental footprint, making the JEM31H an attractive option in today’s competitive rail industry. From cutting-edge design to exceptional operational capabilities, the GE JEM31H exemplifies what modern locomotives can achieve in the field of freight transport.
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