Safety Instructions

Window Installation Instructions.

Remove the Air Conditioner From the Case

4

A

Remove the 2 screws on each side of the case.

B

Slide the air conditioner from the case by

Keep these for later use.

gripping the base pan handle and pulling

Operating Instructions

Front of air conditioner.

forward while bracing the case.

Front of air conditioner.

Remove packing cardboard and tape if present.

Troubleshooting Tips Installation Instructions

Prepare the Case

5

A

Remove the backing from the top mounting

rail seal strip and attach it to the bottom of the

top mounting rail.

B

C

Install the top mounting rail with 6 type A screws from the outside of the case.

Top mounting rail

Bottom mounting rail

Insert the frames for the accordion panels into the top and bottom mounting rails. Attach the accordion panels to the side of the case using 8 type A screws.

Consumer Support

Prepare the Window

6

A

Cut the window sash seal to the window width

and stick the adhesive side to the bottom of

the sash.

Window sash seal

12

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GE AST18, ASV18 Operating Instructions, Remove the Air Conditioner From the Case, Prepare the Case, Prepare the Window

ASV14, ASV12, AST10, AST18, AST12 specifications

The GE ASM12, ASM16, AST12, ASM18, and ASP18 are state-of-the-art gas turbine systems designed to provide exceptional performance, reliability, and efficiency for power generation applications. These models reflect GE's commitment to innovation and technological advancement in the energy sector.

The ASM series, encompassing the ASM12, ASM16, and ASM18 models, is distinguished by its modular design and advanced aerodynamics. The ASM12 and ASM16, with their compact size, are ideal for a variety of installations, including peaking power plants and co-generation facilities. The ASM18, while slightly larger, boasts enhanced output and efficiency, making it suitable for base-load and intermediate-duty applications. Each model employs advanced materials that withstand high temperatures and pressures, resulting in improved performance and longevity.

The AST12 turbine is particularly noteworthy for its incorporation of integrated controls and advanced gas path technologies. This model emphasizes low emissions and high efficiency, utilizing advanced combustion systems that ensure cleaner operation. Its reliability and flexibility make it a preferred choice for operators seeking to optimize their power generation capabilities.

The ASP18 model stands out due to its ability to adapt to diverse fuel types, including natural gas and liquid fuels. This feature allows for greater operational flexibility and enables power plants to respond quickly to changes in energy demand. The ASP18 also features a robust digital control system that enhances monitoring and maintenance capabilities, ensuring optimal performance and reduced downtime.

All these models utilize GE's advanced digital twin technology, which provides operators with real-time monitoring and predictive analytics. This capability allows for proactive maintenance, reducing operational costs and extending the lifespan of turbine components.

In summary, the GE ASM12, ASM16, AST12, ASM18, and ASP18 turbines embody cutting-edge technology and design. They offer remarkable efficiency, reliability, and flexibility, making them suitable for a wide range of applications in the evolving energy landscape. With their emphasis on low emissions and adaptability to various fuel types, these turbines represent GE’s dedication to sustainable energy solutions and operational excellence in the global power generation industry.