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TELEPHONE OPERATION

MAKING AND RECEIVING A CALL

To make a call, lift the handset and press TALK. When you hear the dial tone, dial the desired phone number or memory number (see “Memory Dialing” on Page 19).

To answer a call if the handset is on the base, simply lift the handset and begin your conversation. If the handset is away from the base, press TALK. The TALK in- dicator on the handset and the IN USE indicator on the base light.

To end a call, press TALK on the handset or place the handset on the base. The TALK and the IN USE indicators turn off.

Note: If you press TALK to hang up and the phone does not disconnect, place the handset on the base.

Note: The TAD-732 sounds a few beeps when it reaches the lowest or the high- est volume setting.

CHANGING THE

CHANNEL

The TAD-732 has 20 channels (frequen- cy pairs used between the base and handset). It automatically selects a clear channel each time you make or receive a call.

If you hear other conversations or ex- cessive noise during a call, press CHAN- NEL on the handset to select a different channel.

SETTING THE HANDSET’S VOLUME

You can change the handset’s volume during a call by repeatedly pressing VOLUME. The volume steps up and down the three settings (low, medium, and high) and remains set for subse- quent calls.

Note: If the handset is too far from the base, the channel might not change. Move closer to the base and try again.

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GE TAD-732 owner manual Telephone Operation, Making and Receiving a Call, Changing Channel, Setting the HANDSET’S Volume

TAD-732 specifications

The GE TAD-732 is a noteworthy entry in the world of gas turbine technology, renowned for its efficiency and performance in power generation applications. This advanced turbine is part of a broader family of gas turbines designed and manufactured by General Electric (GE), a leading industrial conglomerate with a long history in energy solutions.

One of the hallmark features of the TAD-732 is its high thermal efficiency. The turbine is engineered to deliver performance improvements, allowing operators to maximize their energy output while minimizing fuel consumption. This efficiency is achieved through an optimized aerodynamics design, which enhances airflow and improves combustion processes. The result is a turbine that not only meets but often exceeds the stringent energy demands of modern power plants.

The TAD-732 incorporates advanced technologies, including state-of-the-art materials that can withstand high temperatures and pressures. These materials contribute to a longer operational life and reduced maintenance needs, which is essential for utilities operating in a competitive market. Additionally, the turbine employs sophisticated control systems that optimize performance across various operating conditions, ensuring stable and reliable electricity generation.

Another significant characteristic of the TAD-732 is its modular design. This feature allows for easier installation and maintenance, enabling operators to quickly adapt to changing energy demands or replace components with minimal downtime. The modularity extends to the turbine's capacity, where configurations can be adjusted based on the specific requirements of the power generation facility.

Moreover, the TAD-732 aligns with modern environmental standards. It is designed to operate with lower emissions, making it suitable for applications in regions where environmental regulations are stringent. This commitment to sustainability not only benefits the environment but also ensures compliance for power plant operators.

In summary, the GE TAD-732 gas turbine is a powerful solution in the energy sector, showcasing high thermal efficiency, advanced materials, and flexible design capabilities. Combined with its environmentally friendly operation, the TAD-732 represents a significant step forward in gas turbine technology, making it an asset in the quest for reliable and sustainable power generation. As the energy landscape evolves, the TAD-732 continues to be a key player in meeting the global demand for cleaner and more efficient energy solutions.