installation instructions

WiNDOW REQuiREMENTS

These instructions are for a standard double-hung window. You will need to modify them for other types of windows.

All supporting parts must be secured to firm wood, masonry or metal .

The electrical outlet must be within reach of the power cord .

Follow the dimensions in the table and illustration for your model .

PREPARE THE AiR CONDiTiONER

APull down the front panel and remove the filter . Remove the front panel by lifting up at an angle .

B Remove the four front screws. Save them for reinstalling the front housing.

19 1/4”

29” - 41” (With accordion panels)

STORM WiNDOW REQuiREMENTS

A storm window frame will not allow the air conditioner to tilt toward the outside, and will keep it from draining properly .

To adjust for this, attach a piece of wood to the sill .

WOOD PiECES

WiDTH: 2”

LENgTH: Long enough to fit inside the window frame .

THiCKNESS: To determine the thickness, place a piece of wood on the sill to make it 1/2higher than the top of the storm window frame or the vinyl frame .

Attach securely with nails or screws provided by the installer .

CGrasp the lower corners of the grille while pressing in on the case sides with your finger tips. Pull out to release and lift it up.

NOTE: Do not pull the bottom edge toward you more than 3or you may damage the tabs of the grille.

D When the front grille is removed the

control panel will still be attached by

a harness. Turn the grille around so

you can see the back side of the grille.

1/2higher than storm window frame

Storm window frame

1/2higher than vinyl frame (on some windows)

Wood

Sill

Vinyl frame

Remove the 2 screws to separate the

control panel housing from the grille.

NOTE: Be sure to save these screws. You will

need them later in the installation.

Remove Screws

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GE AEM25, AEQ25 operating instructions Prepare the AiR CONDiTiONER, Storm WiNDOW REQuiREMENTS

AEM25, AEQ25 specifications

The GE AEQ25 and AEM25 are advanced aircraft engines that exemplify General Electric's commitment to innovation and efficiency in aviation technology. These engines are designed to power a range of medium-range aircraft, with a focus on providing superior performance, reliability, and sustainability.

One of the standout features of the AEQ25 and AEM25 engines is their state-of-the-art turbofan design. The engines incorporate advanced aerodynamics that enhance fuel efficiency while delivering powerful thrust. This turbofan architecture allows for a significant reduction in fuel consumption compared to older engine models, aligning with global efforts to lower carbon emissions in the aviation industry.

The AEQ25 and AEM25 engines utilize cutting-edge materials and manufacturing techniques. Timeless superalloys and composite materials are strategically employed to endure high temperatures and reduce weight. This combination not only enhances performance but also contributes to overall maintenance efficiency. The engines' design includes modular components, allowing for easy inspection and repairs, which minimizes downtime for aircraft operators and enhances the operational readiness of fleets.

A noteworthy technological advancement in these engine models is the introduction of digital monitoring and analytics capabilities. With integrated sensors, the AEQ25 and AEM25 engines provide real-time data on performance metrics, allowing for predictive maintenance. This technology helps operators anticipate potential issues before they become significant problems, ensuring that aircraft remain in optimal operating condition.

In terms of noise reduction, the AEQ25 and AEM25 engines are engineered to comply with stringent regulatory standards. Acoustic liners and optimized fan designs contribute to significantly lower noise levels during takeoff and landing, minimizing the impact on surrounding communities. This focus on noise abatement is increasingly essential as airports strive to balance growth with community concerns.

The AEQ25 and AEM25 engines are also designed with future sustainability in mind. They are compatible with sustainable aviation fuels (SAFs), further enhancing their environmental credentials. These bio-derived fuels can significantly reduce lifecycle greenhouse gas emissions, making these engines a preferred choice for environmentally conscious airlines.

Overall, the GE AEQ25 and AEM25 engines represent a blend of innovative technology, efficiency, and sustainability, poised to meet the demands of modern air travel while paving the way for a greener future in aviation. With their reliable performance, reduced operational costs, and commitment to environmental stewardship, these engines are set to play a crucial role in the evolving landscape of the aerospace industry.