Troubleshooting Tips, Problem Possible Causes What To Do

Troubleshooting Tips.

Problem	Possible Causes	What To Do

Air conditioner	The air conditioner	•Make sure the air conditioner plug is pushed
does not start	is unplugged.	completely into the outlet..

	The fuse is blown/circuit	•Check the house fuse/circuit breaker box and replace
	breaker is tripped.	the fuse or reset the breaker..

	Power failure.	•The unit will automatically restart in the settings last
		used after the power is restored..
		•There is a protective time delay (approximately
		3 minutes) to prevent tripping of the compressor
		overload.. For this reason, the unit may not start
		normal cooling for 3 minutes after it is turned
		back on..

	The current interrupter	•Press the RESET button located on the power cord plug..
	device is tripped..	•If the RESET button will not stay engaged, discontinue
		use of the air conditioner and contact a qualified
		service technician..

Air conditioner does	Airflow is restricted.	•Make sure there are no curtains, blinds or furniture
not cool as it should		blocking the front of the air conditioner..

	The temp control may	•In the Cool mode, press the Decrease pad..
	not be set correctly..

The air filter is dirty.

•Clean the filter at least every 30 days.. See the Care and Cleaning section..

The room may have been hot.

•When the air conditioner is first turned on, you need to allow time for the room to cool down..

	Cold air is escaping.	•Check for open furnace registers and cold air returns..

	Cooling coils have iced up.	•See “Air conditioner freezing up” below..

Air conditioner	Ice blocks the air flow	• Set the controls at High Fan or High Cool and set the
freezing up	and stops the air conditioner	thermostat to a higher temperature..
	from cooling the room..

The remote control	The batteries are inserted	•Check the position of the batteries.. They should be
is not working	incorrectly.	inserted in the opposite (+) and (–) direction..

	The batteries may be dead.	•Replace the batteries..

Water drips outside	Hot, humid weather..	•This is normal..

Water drips indoors	The air conditioner is not	•For proper water disposal, make sure the air conditioner
	tilted to the outside.	slants slightly from the case front to the rear..

Water collects in	Moisture removed from air	•This is normal for a short period in areas with little
base pan	and drains into base pan.	humidity; normal for a longer period in very humid areas..

Normal Operating Sounds

nYou may hear a pinging noise caused by water being picked up and thrown against the condenser on rainy days or when the humidity is high.. This design feature helps remove moisture and improve efficiency..

nYou may hear the thermostat click when the compressor cycles on and off..

nWater will collect in the base pan during high humidity or on rainy days.. The water may overflow and drip from the outdoor side of the unit..

nThe fan may run even when the compressor does not..

AEM2, AEQ2 specifications

General Electric (GE) has long been recognized as a leader in manufacturing advanced electrical equipment, and among its standout products are the AEQ2 and AEM2 circuit breakers. Both devices integrate cutting-edge technologies and feature sets that cater to the evolving demands of modern electrical systems.

The AEQ2, renowned for its compact design, combines reliability with high performance. One of its primary features is the application of state-of-the-art electronic trip units, which provide precise overload and short-circuit protection. This technology ensures that the circuit breaker can swiftly detect faults and interrupt power to prevent damage to downstream equipment. Additionally, the AEQ2 is equipped with advanced communication capabilities, allowing for seamless integration into supervisory control and data acquisition (SCADA) systems. This level of connectivity facilitates real-time monitoring and data analysis, enhancing operational efficiency and reliability.

On the other hand, the AEM2 circuit breaker represents another leap forward in smart electrical distribution. Its design focuses on energy efficiency and sustainability. The AEM2 incorporates energy metering capabilities, enabling users to monitor their power consumption accurately. Furthermore, this breaker features a modular architecture, permitting customized configurations to meet specific application needs. The selective coordination capabilities of the AEM2 ensure that only the affected section of a system is de-energized during fault conditions, maintaining power to critical loads and minimizing disruptions.

Both circuit breakers utilize GE’s advanced arc-extinguishing technology, which promotes safety and longevity. This technology helps to extinguish arcs more effectively during fault conditions, thus increasing the overall lifespan of the breaker. The AEQ2 and AEM2 are designed to operate efficiently in various environments, boasting a high ingress protection rating that allows them to function optimally in harsh conditions.

Another notable aspect of these devices is their eco-friendly design, as they utilize materials and technologies aimed at reducing their overall environmental impact. With a focus on compliance with international standards, both the AEQ2 and AEM2 are tested for safety and performance in diverse applications.

In summary, GE's AEQ2 and AEM2 are exemplary circuit breakers that combine modern technology, energy efficiency, and robust design features. Their advanced protection mechanisms, communication capabilities, and sustainable design make them suitable choices for today’s demanding electrical infrastructure. As industries continue to evolve, the need for reliable and intelligent electrical equipment like the AEQ2 and AEM2 becomes ever more crucial, reinforcing GE’s position at the forefront of electrical innovation.