Mode Controls, Temp Controls, Cooling Descriptions

Instructions

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

Features and appearance will vary.

Instructions Safety

	OFF
HIGH	HIGH
FAN	COOL
LOW	MED
FAN	COOL
	LOW
	COOL

	OFF
HI	HI
FAN	COOL
LOW	LOW
FAN	COOL

MODE CONTROLS

Your model will have one of the above type controls.

Instructions Operating

5 6

110

4 5

Installation

TEMP CONTROLS

Your model will have one of the above type controls.

Controls

Troubleshooting Tips

Mode Controls

HIGH COOL, MED COOL and LOW COOL provide cooling with different fan speeds.

LOW FAN or HIGH FAN provides air circulation and filtering without cooling.

NOTE: If you move the switch from a cool setting to OFF or to a fan setting, wait at least 3 minutes before switching back to a cool setting.

Temp Controls

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.

Consumer Support

Cooling Descriptions

For Normal Cooling—SelectHIGH COOL or MED

COOL with the temp control at midpoint.

For Maximum Cooling—Select HIGH COOL with the temp control at the highest number available on your knob.

For Quieter & Nighttime Cooling—Select LOW COOL with the temp control at midpoint.

AG_14, MG_24 specifications

The GE AG_14 and MG_24 are two advanced electric power generation systems developed by General Electric (GE) that showcase the innovative approaches the company is known for in the energy sector. These systems are engineered to meet the demands of modern energy requirements, leveraging cutting-edge technologies and features to enhance performance and efficiency.

The GE AG_14 is a gas turbine power generation system designed for high efficiency and low emissions. It is built to operate on a wide range of fuels, including natural gas and biofuels, making it versatile for various energy applications. One of the standout features of the AG_14 is its advanced combustion technology, which minimizes nitrogen oxide (NOx) emissions while optimizing fuel consumption. Additionally, the AG_14 incorporates advanced materials and design principles to improve durability and maintenance intervals, reducing overall lifecycle costs.

The system is equipped with integrated digital controls that allow for real-time monitoring and precise management of operations. This helps optimize performance and improve reliability, ensuring that the energy output is consistent and meets grid requirements. The modular design of the AG_14 allows for easy transportation and installation, making it suitable for both temporary and permanent setups.

On the other hand, the GE MG_24 is a multi-generational distributed power solution aimed at providing reliable energy in remote or off-grid locations. Its hybrid capability enables it to function alongside renewable energy sources like solar and wind, effectively contributing to a greener energy mix. The MG_24 features energy storage integration, allowing for smooth operation during periods of fluctuating energy demand and supply.

The MG_24 system is designed with robust telemetry and internet of things (IoT) capabilities, enabling operators to manage the unit efficiently from a distance through a centralized control platform. This enhances operational visibility and aids in predictive maintenance, which helps minimize downtime.

Characteristics of both the AG_14 and MG_24 systems highlight GE's commitment to sustainability, efficiency, and adaptability in today's energy landscape. With these innovative solutions, GE continues to play a pivotal role in shaping the future of power generation, addressing the challenges of energy transition while promoting economic growth and environmental stewardship.