Window Installation Instructions

8

INSTALL THE AIR CONDITIONER IN THE CASE

A

Slide the air conditioner into the case. Reinstall the 2 front-side screws removed earlier on each side of the case.

B

Place the bottom inner case gasket between the bottom of the air conditioner and the inside bottom of the case. Fold up the ends on both sides and push them in.

C

Front of air

Bottom inner

conditioner

case gasket

Attach the front grille to the case by inserting the tabs on the grille into the slots on the front of the case. Push the grille in until it snaps into place.

Guide the lever carefully through the grille as you push it in.

D

Secure the front grille to the case by replacing the screw removed in Step 3.

Caulk or weather-strip any gaps or openings to the outside to seal the installation.

The installation is now complete.

14

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GE ASM08*, ASV10, ASM10*, ASQ12, ASQ10, ASQ14 installation instructions Install the AIR Conditioner in the Case

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.