Through-the-Wall Installation Instructions—Optional

The case may be installed through-the-wall in both existing and new construction.

Read completely, then follow step-by-step.

NOTE: Obtain all materials locally for mounting the air conditioner through- the-wall.

1

D

IMPORTANT (cont.)

Secure with 14 wood screws anchored at least an inch into the wall support structure.

NOTE: Drill pilot holes, if necessary, for proper installation. If the frame is oversized, use shims to prevent case distortion.

1IMPORTANT

Through-the-wall installation is not appropriate if any of the side or top louvers in the case will be obstructed by the wall.

All side and top louvers in the case must project on the outdoor side of the wall.

The room side of the case must project into the room far enough to maximize the balance of the unit.

The case must be installed level from side- to-side and with a slight tilt from front to rear. Use a level; no more than a 1/2 bubble will be the correct case slant to the outside.

Lintel angle is required to support bricks or blocks above opening.

Flashing is required and should extend the length of the opening to ensure no inside cavity leakage occurs.

ARemove the air conditioner from the case. For specific instruction, refer to the Window Installation Instructions.

BMake certain that a wall receptacle is available close to the hole location or make arrangements to install a receptacle.

CPlace the case in the wall opening and place wood support strips between the case bottom and the flashing on both sides of the bottom rail. They should be the same height as the bottom rail and the same length as the wall opening.

2FINISH THE WALL OPENING

ACaulk all four sides on the outdoor side of the case to prevent moisture from getting through to the interior wall. Use of flashing (drip rail) will further prevent water from dripping inside the wall and down the outside of the building.

 

Plaster line

Lintel angle

 

Caulking

Trim molding

 

(if desired)

OUTSIDE

INSIDE

 

Air louvers

 

(top and

Bottom rail

sides must

 

project on the

 

outdoor side

 

of the wall)

 

Wood filler and caulking (above and below the flashing)

Case Bottom

Flashingbottom rail (Drip rail)

Flashing

(Drip rail)

Wood support strips

BPlace the air conditioner into the case.

For specific instruction, refer to the Window Installation Instructions.

15

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GE ASQ12, ASV10, ASM10*, ASM08*, ASQ10, ASQ14 Through-the-Wall Installation Instructions-Optional, Finish the Wall Opening
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ASQ14, ASQ10, ASQ12, ASM08*, ASM10* specifications

The GE ASV10, ASM08*, ASQ14, ASQ12, and ASM10* are part of General Electric's advanced range of automation and control solutions designed for various industrial applications. These products are notable for their high performance, flexibility, and the ability to meet diverse operational requirements across several sectors.

The ASV10 is a versatile automation solution offering significant scalability options. It integrates seamlessly with multiple device types and supports various communication protocols, enabling users to create comprehensive control systems tailored to their specific needs. This feature facilitates easy integration into existing systems while allowing for future expansions.

ASM08*, on the other hand, is known for its rugged design and robust performance in challenging environments. It is equipped with advanced processing capabilities that enhance reliability in data management and real-time decision-making. The ASM08* supports a wide range of I/O configurations, making it an ideal choice for applications that require high adaptability.

Moving to the ASQ14 and ASQ12, these models are characterized by their sophisticated quality control features. They are designed to excel in environments where precision and reliability are paramount. These systems feature advanced data analytics, allowing operators to monitor processes in real-time and make informed decisions based on accurate information. The ASQ series also includes built-in diagnostic tools that facilitate troubleshooting and minimize downtime.

The ASM10* is another noteworthy addition, emphasizing high-speed processing and efficient energy management. This model supports cutting-edge technologies such as machine learning algorithms, allowing for predictive maintenance and enhanced operational efficiency. Its architecture is designed to optimize resource use, ensuring that users can maintain productivity while reducing operational costs.

In summary, the GE ASV10, ASM08*, ASQ14, ASQ12, and ASM10* showcase a commitment to innovation and excellence in automation technology. With features that cater to a wide array of industrial challenges — from scalability and integration to precision and efficiency — these products stand out as reliable solutions for modern automation needs. Together, they represent GE's dedication to advancing industry standards and providing tools that empower organizations to succeed in a competitive landscape.
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