Installation Instructions

TOOLS AND MATERIALS REQUIRED

(NOT SUPPLIED)

Pencil and

Phillips and

Duct tape

tape measure

Flat blade screwdrivers

 

 

 

 

Electric drill with

¼” pivoting hex socket

1/8” and 3/8” bits

 

Spirit level

Safety glasses

 

Flashlight

cUL Listed Wire nuts

Pliers

Hammer

Metal snips

Wire Cutter/Stripper

Saber saw or Key Hole Saw

Ladder

Allen Wrench

Additional Materials:

120V 60Hz. 15 or 20 Amp, 2 wire with ground. Properly grounded branch circuit.

Strain relief for junction box.

7” round metal duct or 3¼” x 12” rectangular duct, length to suit installation.

REMOVE THE PACKAGING

Remove parts package from the “V” shaped cardboard insert. Remove insert. Remove shipping pads.

Lift the hood out of the box.

CAUTION:

Lift hood by grasping the outside edges of the exhaust opening on the top. Do not lift hood by the exhaust opening divider – damage will occur.

 

 

Parts

 

 

Package

Wood

Duct

 

Mounting

Hood

Transition

Support

 

 

 

 

Motor

 

 

Mounted on

 

Skid

 

Shipping Carton

Remove transition duct piece from the inside of the hood. Discard screws.

The vent hood motor is shipped secured to the skid with 4 screws. Locate and remove 2 screws on each side of the motor. Discard the shipping skid.

Hold Down Screws

Hold Down Screws

From the inside of the hood, remove shipping screws holding the wood mounting piece to the back side of the hood. Set aside wood mounting piece and screws for later installation. Do not discard.

Remove junction box cover and knockout.

Install strain relief onto back or top of hood.

Remove all tape and packing material from the hood, duct transition and motor.

1 Ft = 0.3 m 1” = 2.5 cm

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GE CV936 manual Tools and Materials Required, Remove the Packaging

CV936 specifications

The GE CV936 is a versatile and powerful gas turbine designed for use in a variety of industrial and power generation applications. With its advanced design and state-of-the-art technologies, the CV936 represents a significant step forward in the field of aeroderivative gas turbines.

One of the standout features of the GE CV936 is its impressive efficiency. This turbine achieves a fuel efficiency rate that allows operators to maximize output while minimizing fuel consumption, thereby reducing overall operating costs. The efficiency extends beyond fuel usage, contributing to lower emissions as the turbine is designed to comply with rigorous environmental regulations.

The CV936 incorporates advanced aerodynamics in its design. Its blades are engineered using sophisticated computer modeling techniques that enhance airflow and optimize performance. The materials chosen for these components are lightweight yet durable, which contributes to the turbine’s ability to operate at high temperatures without degradation in performance.

A significant technology aspect of the GE CV936 is its modular design. This feature not only simplifies maintenance but also allows for quick and efficient upgrades as technology evolves. Operators can benefit from improved performance without needing to replace the entire turbine, which can be a cost-effective solution for many businesses.

Another characteristic that sets the CV936 apart is its robust control system. Coupled with advanced sensors and data analytics capabilities, the turbine provides real-time monitoring and operational insights. This allows for proactive maintenance strategies, reducing downtime and extending the operational lifespan of the equipment.

The turbine's design also accommodates a wide variety of fuels, making it exceptionally flexible for different operational contexts. Whether used in simple cycle, combined cycle, or cogeneration setups, the CV936 can efficiently use natural gas and liquid fuels, giving operators the flexibility to adapt to their specific energy needs.

In summary, the GE CV936 gas turbine is a cutting-edge solution that combines high efficiency, advanced aerodynamics, modular design, and robust control technologies. Its ability to adapt to various fuel types and configurations makes it an excellent choice for companies looking to optimize their power generation capabilities while minimizing environmental impact.