Installation Instructions

265 VOLT ELECTRICAL SUPPLY

3ATTACH CONDUIT

1Use the round knockout at the bottom of the junction box to attach conduit coming from the branch circuit. Remove the knockout, attach the

conduit and bring wires into the junction box. Leave 6″ of wire free at the end of the conduit to allow connections to be made.

Conduit

2If a fuse and fuseholder are to be used, the knockout at the top of the box is for mounting

a Buss Fuseholder. Be sure the fuse and fuseholder are of the same rating as the branch circuit.

Leadwires at the fuse can be either soldered in place or attached using UL-listed 1/4″ female (receptacle) crimp connectors.

4REINSTALL JUNCTION BOX

Reinstall the junction box by engaging the left tabs on the lower right face of the unit, aligning the screw holes at the top and bottom and driving the two screws until secure. Be sure that all wire leads are inside the box and not pinched between the box and the unit. The green insulated ground wire from the unit MUST be connected to the branch circuit ground wire.

Make all wire connections by using appropriate UL-listed electrical connectors and techniques (black to black, white to white and green to green).

5REINSTALL JUNCTION BOX COVER

1Carefully tuck all wires and connections back inside the junction box. Be sure there are no loose connections or stray uninsulated wires exposed.

2Place the junction box cover in place. Replace the two screws removed earlier and tighten securely.

3Discard the unused portion of the plug and the cordset.

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GE 3800 installation instructions Attach Conduit, Reinstall Junction BOX

3800 specifications

The GE 3800 is a sophisticated locomotive developed by General Electric, notable for its advanced technological features and robust design. As a member of the GE Dash 8 series, it was primarily built to cater to freight transport needs, delivering reliability and performance across various terrains.

One of the most noteworthy features of the GE 3800 is its powerful GE FDL-16 engine. This V16 four-stroke engine is known for its efficiency and durability, producing a significant amount of horsepower while maintaining low emissions. The engine's design allows for easy maintenance, which is essential for minimizing downtime in freight operations. With the capability of generating up to 3,800 horsepower, the GE 3800 can handle heavy loads while providing excellent tractive effort, making it ideal for freight-hauling.

Another critical technology integrated into the GE 3800 is its advanced electronic control system. The locomotive is equipped with a Digital Electronic Control (DEC) system that monitors and optimizes various functions, such as engine performance, braking, and traction control. This system enhances the locomotive's responsiveness, ensuring better handling of freight trains, especially in varied weather conditions.

The GE 3800 also features a robust braking system that includes dynamic and air brakes. The dynamic braking system allows for energy conservation, converting kinetic energy into electrical energy during deceleration, which can be reused when accelerating or transferred to the grid. This feature not only enhances safety but also contributes to lower operational costs.

In terms of design, the GE 3800 boasts a sturdy chassis that allows it to withstand the rigors of heavy-duty freight transport. Its aerodynamic profile reduces drag, improving fuel efficiency during operations. The locomotive is equipped with advanced wheel and axle assemblies that enhance stability and reduce wear and tear, prolonging the lifespan of the train’s components.

Safety is a primary concern in locomotive design, and the GE 3800 includes numerous safety features such as redundant systems, crash-worthy designs, and advanced signaling and communication technologies. These elements ensure that the locomotive can operate safely in busy rail networks.

Overall, the GE 3800 is a blend of power, efficiency, and modern technology, making it a preferred choice for freight operators around the world. Its combination of a powerful engine, advanced electronic control systems, robust construction, and safety features ensures that it remains a significant player in the rail transport industry.