Label the jacks at each location

4	incoming	lines	with		m
3 wall jack					m
3 wall jack
			u		ow
					m
					u
			LINE	1-2	u
			LINE	1-2	LINE	3	LINE 4
			RJ14 JACK		RJ1l JACK		RJ1l	JACK
4	incoming	lines	with		m
4	wall jacks				m
4	wall jacks
					o*
					o
					a
			LINE	1	LINE	2	LINE 3		LINE 4
			RJ1l JACK		RJ1l JACK		RJ1l	JACK	RJ1l JACK

Label the jacks at each location.

Identifying and Iabelling each jack at each location is also critical. To do so, simply take a felt tip pen and write the information on the jack plate.

For example:

If you have difficulty in identifying wall jacks.

Call the vendor who installed the inside wiring and ask for assistance in identifying your existing wiring system and jacks.

If you are installing new wiring and jacks.

If the telephone wiring and modular jacks need to be installed, install two-line RJ14 jacks at each telephone location. Each RJ14 jack accom- modates two telephone lines. If 3 or 4 lines are to be used, MO

modular jacks will be needed for each telephone.

Feb-50 specifications

The GE Feb-50, a prominent model from General Electric, has made significant contributions to the field of electric motors and generators since its introduction. Known for its robust design and high efficiency, the Feb-50 stands out in a competitive landscape of industrial machinery.

One of the main features of the GE Feb-50 is its exceptional power-to-weight ratio, which allows for greater flexibility in system designs and applications. This capability is particularly beneficial in industries that require heavy-duty performance combined with space-saving configurations. The engineering behind the Feb-50 ensures that it can deliver sustainable performance while maintaining low operational costs.

The Feb-50 integrates advanced technologies that underscore GE's commitment to innovation. It employs high-efficiency insulation materials, which contribute to improved thermal management and energy conservation. These materials enhance the motor's longevity and reliability, making it a preferred choice for industries requiring continuous operation in demanding environments.

Another notable aspect of the GE Feb-50 is its modular design, which facilitates easier maintenance and repairs. This characteristic is vital for operators, as it minimizes downtime and reduces maintenance costs. The modularity of the design allows users to replace or upgrade components without needing to replace the entire unit.

In terms of control technologies, the GE Feb-50 is compatible with various automation systems, making it an adaptable choice for modern industrial applications. Its integration with smart technologies allows for enhanced monitoring and management of motor performance, resulting in increased productivity and operational efficiency.

The GE Feb-50 also features advanced vibration and noise reduction technologies, which contribute to a more pleasant working environment. This is particularly significant in settings where noise pollution can be a concern for workers and nearby communities.

Overall, the GE Feb-50 represents a blend of reliability, efficiency, and advanced technology. Its features cater to a wide range of applications, from manufacturing to energy generation, making it an essential option for businesses seeking reliable and efficient electric motors and generators. The combination of high performance, smart technology integration, and ease of maintenance underscores GE's reputation as a leader in electric machinery solutions, further solidifying the Feb-50's role in the industry.