3. POWER SUPPLY

A. CIRCUIT VOLTAGE: This hood must be connected to a supply circuit of the proper voltage and frequency as specified on the rating plate. Wire size must conform to the requirements of the National Electrical Code or the prevailing local code for hoods of this rating. The rating plate is located on the rear wall

of the hood.

B. FUSE RATING: 15 amPS.

C. Unless otherwise specified by local codes, bring a 15 amp 2 wire circuit with ground to the area of the power supply connection box.

D. USE OF OPTIONAL TOP POWER SUPPLY:

The power supply can be attached through the topis recommended. knockout if desired, but only the top or back knockout

shall be opened (See Figs. 8, 9 and 10).

Centerline of hood

FIGURE 8

Exhaust outlet connects to 3%” x 10” rectangular duct; outlet has TOTAL

Exhaust outlet connects to 7“ dia. duct.

ADJUSTMENT of 17/’ from side to side to simplify duct alignment.

 

 

Centerline of hood

I 112” P

Power supply

I

~>A~z”

 

 

 

entrance openings

 

intopandrearofhood~ ~

X1%”

NOTE: Use of REAR opening

I

FIGURE 10

is recommended

Power supply 7Y4° entrance openings

in top and rear of hood. NOTE: Use of REAR opening is recommended.

1 %“

FIGURE 9

4.HOOD INSTALLATION A. MECHANICAL

NOTE: When possible, it is more convenient to mount and wire the hood before the base cabinet is put in place.

1.Take out 1 screw and remove the power supply connection box cover located on the underside

of the hood (see Fig. 14). (Models: JV322, JV324, and JV624)

2.To locate the 4 mounting holes, position the hood carefully against the bottom of the wall cabinet and mark the screw positions through the keyhole slots in the hood. Drill 3/32” pilot holes for the mounting screws in the small end of the keyhole.

3.Partially drive the 4 mounting screws so that the heads of the screws extend 1/2” below the bottom of the cabinet. Raise the hood against the bottom of the cabinet, making sure that the heads of the mounting screws protrude through the hole section of the keyhole slots as shown in Fig. 11. Before tightening the mounting screws, attach the power supply cable to the hood. Then push the hood back against the wall and tighten the mounting screws.

FIGURE 11

Dire~tion of

movement for mounting

7

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Image 7
GE JN634, JV334, JV324, JV332, JN334, JN635, JV322 112 P, USE of Optional TOP Power Supply, Hood Installation A. Mechanical
Page 6 Page 8

JV634, JV624, JN335, JV335, JN634 specifications

The GE JV324, JV332, JN334, JV624, and JV634 are a series of advanced generators that blend innovation with reliability to meet the growing demands of various industries. These models are designed to provide efficient and dependable power solutions for commercial, industrial, and residential applications.

The JV324 generator is powered by a robust engine that delivers 24 kilowatts of power. It features a compact design, which allows for easy installation in limited spaces. Its key characteristics include a quiet operation, making it suitable for urban environments, and a user-friendly control panel that simplifies operation and monitoring. Additionally, the JV324 is equipped with advanced safety features, including overload protection and automatic voltage regulation, ensuring optimal performance and longevity.

The JV332 model offers slightly more power, reaching up to 33 kilowatts. This generator is designed with a heavy-duty chassis, making it ideal for both stationary and mobile applications. It incorporates state-of-the-art technology, such as an intelligent fuel management system that optimizes consumption based on demand. The JV332 also features a digital display that provides real-time data on operational status, fuel levels, and maintenance reminders.

For those requiring higher power, the JN334 generator delivers up to 35 kilowatts, making it suitable for larger facilities and construction sites. Its rugged construction stands up to harsh conditions, and it boasts enhanced cooling systems to prevent overheating during extended use. Additionally, it is equipped with remote monitoring capabilities, allowing users to track performance and troubleshoot issues from anywhere.

The JV624 and JV634 models represent the pinnacle of the series, delivering up to 62 and 63 kilowatts of power, respectively. They are designed for high-demand applications where reliability and efficiency are paramount. Both models come with advanced emission control technologies that comply with stringent environmental regulations. The JV624 and JV634 also feature noise-reduction engineering, making them quieter than many competing models.

In summary, the GE JV324, JV332, JN334, JV624, and JV634 generators exemplify cutting-edge engineering and design. With their range of power outputs, advanced safety features, and innovative technologies, they cater to diverse energy needs while ensuring minimal environmental impact. Their reliability and efficiency make them a leading choice for anyone seeking high-quality power solutions.
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