GE AED18 Took Required, Additional Materials, PreDare Wall ODeninp, Cabinet, Attach front Grille

Page 11

Through-the-Wall Imbllation

c The cabinet may be installed through the wall in both existing buildings and new construction.

s The side louvers must project on the outdoor side of the wall.

The room side of the cabinet must project into the room at least 1“ from the finished wall.

. The cabinet must be installed level from side to side and with a 3/8” tilt from front to rear.

2. Prepare the Cabinet.

1.Remove chassis from cabinet.

2.With caulking compound or electrical tape, seal 10 holes provided in cabinet for top rail and side retainers not used in this installation.

3.Install Cabinet in Wall.

1.Place cabinet in wall opening.

Took Required

See page 8.

Additional Materials

(obtain locally)

.2 wood screws, 1“ long

10 #10 wood screws, 1“ long

1 tube high grade caulking compound

Lintel, if required, to support bricks or blocks above op~ning.

1. PreDare Wall ODeninp.

.

.

Q

1.Determine size of opening. Measure width and height of c~binet and add 1/8” to each dimension.

2!. Secure bottom rail to wood frame with two 1“ long wood

.

,crews obtained locall].

3.Secure cabinet to wooden frame with ten #10 1“ long screws or nails obtained locally. If frame is oversize, use shims to eliminate distortion.

t

18-5/8”

,;8,,

+

2.Choose the wall opening location. Be sure wall receptacle is (or will be) installed nearby.

3.Make the opening. Frame it to support the weight of the air conditioner. Add metal flashing over bottom of frame opening and

1“ UP on sides to reduce the possibility of condensate entering the area between the inner and outer wall.

I

4.Caulk all four sides on the outdoor side of cabinet to ~revent moisture from getting thr;ugh to the interior wall. Use of flashing (a piece of aluminum or galvanized steel available at most hardware stores) will further prevent moisture from getting into interior walls.

5.Install wood trim molding (obtained locally) around roomside projection of cabinet, if desired.

Holes for = #10 1,, Long

c Wood Screws 0

——

——

:{

Cabinet.

Be sure handle at bottom of unit is up. Then lift chassis and carefully slide it into cabinet. Do not push on controls or finned coils. Make sure chassis is firmly seated toward rear of cabinet.

5.Instill Dial Plate, Button and Knobs.

See page 10, step 9.

6.Attach front Grille.

(a)Remove inlet baffle from front grille (see page 5).

-w

E Screw

a screw in this

location, remove and discard screw before installing front grille.

(b)Attach front grille to unit with two Type E hex washerhead screws as shown above.

(c)ReinsMl inlet baffle (see page 5).

11

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Contents Ak ContiYioner Ene~y-savi~ tips Hportant Safety InstructionsSave time and money. Before you request service Help us Help youEne~y Saver Swikh Opemting Your Air Conditioner ControkSelector Switih Thermostat ControlOpemting Your Air Conditioner Controb Air Filter Care and CleaningGrille & Cabinet Condemer CoilsProblem Possible Cause and Remedy If You Need ServiceElectrical requirement Please Read Carefully How to connect electricityImtallation Imtructiom Electrical SafetvWindow Requirement@ Took NeededInstill Top Angle and Side Retainers Window MountingWindow Requirement Remove the ChassisEtiend Window Hller Panek Install Window hck and Sash SealInstall Support Bracke Bcate Cabinet in WindowCabinet Took RequiredAdditional Materials PreDare Wall ODeninpWarranty

AED18, AES18, AES15, AES23 specifications

The GE AES15, AES18, AED18, and AES23 are part of General Electric's innovative range of advanced energy solutions designed to optimize performance and efficiency in various applications. Each model brings unique characteristics and technologies to meet the diverse needs of industries around the globe.

The GE AES15 is known for its compact design and high energy efficiency, making it ideal for applications requiring reliable power in limited spaces. One of its standout features is the advanced compressor technology, which enhances performance while reducing energy consumption. Additionally, the AES15 is equipped with intelligent controls that enable seamless integration into existing systems, ensuring optimal operation and monitoring.

Moving to the GE AES18, this model offers an increased capacity and further improved efficiency than its predecessor. The AES18 incorporates variable speed drive technology, allowing it to adjust its output in real time based on demand. This capability not only enhances energy savings but also reduces wear and tear on the system, leading to lower maintenance costs. The robust construction of the AES18 makes it suitable for industrial environments, ensuring long-lasting performance.

The AED18 model brings a specialized focus on durability and versatility. Designed for harsh operating conditions, it features rugged components and advanced thermal management systems. The AED18 is particularly effective in high-load scenarios, excelling in applications that demand continuous operation. Its modular design allows for easy upgrades and customization, catering to specific installation requirements.

Finally, the GE AES23 represents the pinnacle of GE’s energy solutions, featuring an impressive power output and the latest in sustainable technologies. The AES23 harnesses intelligent grid technology, facilitating better energy management and integration with renewable sources. With enhanced monitoring solutions, operators can easily track performance metrics and optimize operations in real time.

In summary, the GE AES series, including the AES15, AES18, AED18, and AES23, showcases impressive features tailored to various industrial applications. From compact designs and variable speed drives to rugged construction and intelligent grid integration, these models exemplify GE’s commitment to advancing energy efficiency and reliability. As industries continue to seek sustainable energy solutions, the AES series stands out as a versatile and powerful choice in the market.