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Additional controls and important information.

Safety

Energy Saver (on some models)

The energy saver switch controls the fan.

ON —The fan and compressor cycle on and off together. This results in wider variations of room temperature and humidity. Normally used when the room is unoccupied.

OFF — The fan runs all the time, while the compressor cycles on and off.

This switch must be set at OFF in order to use the fan settings (on the mode control).

Instructions Operating

Vent Control

The vent control is located above the control knobs.

When set at CLOSE, only the air inside the room will be circulated and conditioned. When set at OPEN, some inside air is exhausted outside.

To open the vent, pull the lever toward you.

To close it, push it in.

Instructions Installation

Air Direction – Side-to-Side

On some models, the side-to-side air direction is adjusted by moving the lever to the left or right.

CIRCULAIRE (on some models)

For fixed side-to-side air direction, set the Circulaire switch to ON until the desired air direction is obtained, then move it to OFF.

For continuous side-to-side air circulation (cool settings only), set the Circulaire switch to ON.

Instructions Troubleshooting

Air Direction – Up and Down

Fingertip pressure on the horizontal louvers adjusts

(on some models)

the air direction up or down.

 

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Tips Consumer Support

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GE AG_07 operating instructions Safety, Instructions Troubleshooting, Instructions Operating

AG_07 specifications

The GE AG_07 is a sophisticated gas turbine designed to set new standards in energy efficiency and operational flexibility. This advanced turbine is part of GE's Aeroderivative Gas Turbine (AGT) family, which is well-known for its high performance and adaptability. With its innovative design and cutting-edge technologies, the AG_07 has become a cornerstone for power generation in diverse applications, including industrial, peaking, and renewables integration.

One of the key features of the GE AG_07 is its exceptional thermal efficiency. This turbine boasts a thermal efficiency of up to 39 percent in simple cycle and can achieve even higher efficiencies in combined cycle operations. This efficiency translates into lower fuel consumption and reduced greenhouse gas emissions, making it an environmentally friendly choice for power generation.

The AG_07 is also equipped with advanced aerodynamics and combustor technology. It incorporates a lean-premix combustion system that allows for stable combustion at a wide range of operating conditions. This system minimizes nitrogen oxide (NOx) emissions, adhering to stringent environmental regulations while also contributing to the turbine's overall efficiency. Moreover, the turbine utilizes advanced turbine cooling techniques to maintain optimal operating temperatures and enhance durability.

Another notable characteristic of the AG_07 is its compact and modular design. This design not only simplifies installation and maintenance but also enables the turbine to be easily integrated into existing power plants. It is particularly suited for applications that require quick ramp-up capabilities, making it an ideal choice for peaking power plants and backup generation systems.

In terms of technology, the AG_07 benefits from GE’s digital solutions. It is embedded with advanced sensors and predictive maintenance capabilities that allow operators to monitor performance in real time. This digital intelligence helps to optimize operations, reduce downtime, and extend the lifespan of the turbine.

Additionally, the GE AG_07 is designed to support a wide variety of fuels, from natural gas to biofuels, enhancing its flexibility in meeting different energy demands. This flexibility is crucial in today’s dynamic energy landscape, where the integration of renewable energy sources is becoming increasingly important.

Overall, the GE AG_07 gas turbine stands out for its high efficiency, low emissions, modular design, and advanced technologies. As energy needs continue to evolve, the AG_07 is well-positioned to meet the challenges of modern power generation while supporting a cleaner, more sustainable future.