Instructions, Care, Mode Control, Temp Control

Instructions

About the controls on the air conditioner—models with control knobs.

Features and appearance will vary.

	Safety

	Operating Instructions
	Operating Instructions

	MODE
High	OFF
High	High
Cool	Fan
Med	Low
Cool	Fan

Low

Cool

MODE CONTROL

TEMP

Coolest 7

TEMPERATURE CONTROL

Cleaning

Controls

Care and

The air conditioner controls are located behind the control panel door. Press to open and close the door.

Mode Control

High Cool, Med Cool and Low Cool provide cooling with different fan speeds.

Fan settings provide air circulation and filtering without cooling.

TEMP Control

The TEMP control is used to maintain the room temperature. The compressor will cycle on and off to keep the room at the same level of comfort. When you turn the knob to a higher number, the indoor air will become cooler. Turn the knob to a lower number and the indoor air will become warmer.

	NOTE: If you move the mode control from a cool	CIRCULAIRE
	setting to OFF or to a fan setting, wait at least
		For continuous side-to-side air circulation,
	3 minutes before switching back to a cool setting.
		set the Circulaire switch to ON.

Tips

Consumer Support

Troubleshooting

Cooling Descriptions

For Normal Cooling—Select High Cool or Med Cool with the TEMPERATURE control at midpoint.

For Maximum Cooling—Select High Cool with the TEMPERATURE control at the highest number available on your knob.

For Quieter & Nighttime Cooling—Select Low Cool with the TEMPERATURE control at midpoint.

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.

AEH18, AEM18, AEH25, AEM25 specifications

General Electric (GE) has made significant strides in the evolution of its gas turbine technology with the introduction of the AEM18*, AEM25*, AEH25*, and AEH18* series. These models are engineered to meet the growing demands for efficient, reliable, and environmentally responsible energy generation.

The AEM18* and AEM25* models focus on advanced aerodynamics and materials science to deliver high efficiency and performance. These turbines utilize a state-of-the-art combustion system that enables low emissions operation while maintaining operational flexibility. The AEM series is renowned for its capabilities in combined cycle applications, offering a high power-to-weight ratio which enhances overall system efficiency.

The AEH25* and AEH18* models build upon the advanced technology established in the AEM series but introduce enhancements aimed at heavy-duty and industrial applications. With innovative design modifications, including improved rotor dynamics and robust cooling techniques, these turbines achieve excellent reliability and availability. The AEH series is designed with high operational flexibility, capable of handling high load variations while providing consistent performance.

All four turbine models share GE's commitment to utilizing advanced digital technologies, including the Predix platform, which harnesses the power of analytics. This technology allows operators to monitor performance in real time, predict maintenance needs, and optimize operational parameters, resulting in reduced downtime and improved efficiency.

In terms of characteristics, the AEM and AEH series turbines are characterized by their modular design, which simplifies installation and maintenance processes. This design allows for easier upgrades and retrofits, ensuring that customers can adapt their systems to future technological advancements.

The environmental impact of these gas turbines cannot be understated. Both the AEM and AEH series are designed to meet rigorous emissions standards, showcasing GE's commitment to sustainability. With reduced greenhouse gas emissions and the capacity to integrate with renewable energy sources, these turbines serve as a key component in the transition to cleaner energy systems.

In summary, the GE AEM18*, AEM25*, AEH25*, and AEH18* turbines represent a culmination of innovative engineering, advanced technology, and a focus on environmental sustainability, making them suitable choices for a variety of energy generation applications in today's dynamic energy landscape.