Installation Instructions

B

Electrical Connections

Electrical Requirements

This appliance must be supplied with the proper voltage and frequency, and connected to an individual properly grounded branch circuit; protected by a circuit breaker or fuse having amperage as specified on the rating plate. The rating plate is located above the storage drawer on the oven frame.

We recommend you have the electrical wiring and hookup of your range connected by a qualified electrician. After installation, have the electrician show you where your main range disconnect is located.

Check with your local utilities for electrical codes which apply in your area. Failure to wire your oven according to governing codes could result in a hazardous condition. If there are no local codes, your range must be wired and fused to meet the requirements of the National Electrical Code, ANSI/NFPA No. 70-Latest Edition. You can get a copy by writing:

National Fire Protection Association

Battery March Park

Quincy, MA 02269

Effective January 1, 1996, the National Electrical Code requires that new, but not existing, construction utilize a 4 conductor connection to an electric range. When installing an electric range in new construction, follow the instructions in the section on NEW CONSTRUCTION AND FOUR CONDUCTOR BRANCH CIRCUIT CONNECTION.

You must use a three-wire, single-phase A.C. 208Y/120 Volt or 240/120 Volt, 60 hertz electrical system. If you connect to aluminum wiring, properly installed connectors approved for use with aluminum wiring must be used.

B1 Making the Electrical Connection

Remove the wire cover (on the back of the range) by removing 5 screws using a 1/4” nut driver. Do not discard these screws.

5 Screws to remove wire cover

WIRE

STRAIN COVER

RELIEF

When reinstalling the one-piece wire cover, make sure that wires do not become pinched between wire cover and mainback.

B2 All new constructions, mobile homes and installations where local codes do not allow grounding through neutral.

These will require a four-wire flexible cord kit. If the range is rated between 8,750 and 16,500 watts, the cord kit must be rated for 40 amps- 125/250 volts. If the range is rated between 16,501 and 22,500 watts, the cord kit must be rated for 50 amps-125/250 volts. For existing construction, a three wire flexible cord kit may be used, and the same ratings apply as de- scribed above.

When using a cord kit rated 40 Amps, remove the knockout in the connection plate. You must use a clamp or strain relief to hold the cord.

Terminations must be either closed loop terminals or open end spade lugs.

On some models, a filter capacitor may be connected between the black and white leads on the junction block.

5

continued on following page

Page 5
Image 5
GE 31-10463, 229C4053P447-3 1 Electrical Connections Electrical Requirements, B1 Making the Electrical Connection

31-10463, 229C4053P447-3 1 specifications

The GE 229C4053P447-3 1,31-10463 represents a significant advancement in aerospace technology, particularly in the field of gas turbine engine components. This part is integral to ensuring the reliable and efficient operation of various aircraft systems.

One of the primary features of the GE 229C4053P447-3 is its robust design, capable of withstanding extreme temperatures and pressures encountered during flight. Manufactured using advanced alloys and composite materials, this component offers excellent durability and resistance to fatigue, significantly enhancing the lifespan of the engine. Its construction reflects GE's commitment to quality and innovation in aerospace engineering.

In terms of technologies, GE 229C4053P447-3 incorporates state-of-the-art manufacturing processes, including precision machining and advanced casting techniques. These methods ensure that each component meets stringent safety and performance standards, a critical requirement in the aviation industry. The integration of cutting-edge technologies in the design and production of this part allows for better performance metrics and operational efficiency.

A standout characteristic of the GE 229C4053P447-3 is its contribution to overall engine efficiency. The component plays a vital role in optimizing fuel combustion processes, thereby reducing emissions and operating costs. This aligns with the industry's increasing focus on sustainability and environmental responsibility. The part is engineered to enhance airflow and thermodynamic efficiency within the engine, resulting in improved thrust performance.

Furthermore, the GE 229C4053P447-3 is designed with maintenance and serviceability in mind. Its modular construction allows for easier access and replacement during routine maintenance, minimizing downtime for aircraft operators. This feature is particularly valuable for maintaining high operational readiness in commercial and military aviation sectors.

In conclusion, the GE 229C4053P447-3 1,31-10463 exemplifies GE’s innovative spirit in aerospace manufacturing. With its advanced materials, cutting-edge technologies, and focus on efficiency and longevity, this component is essential for modern aircraft engines, aligning with industry demands for performance, reliability, and sustainability. As aviation technology continues to evolve, components like the GE 229C4053P447-3 will remain at the forefront of enhancing flight capabilities and operational excellence.