Imtallation Imtructiom (continued)

Window Sash Seal

Safety Lock and

Type B Screw

/

 

 

 

Washer

Head

w

‘opr’ ‘oar:et

Locking

Screw

Frame

ksemb (left)

Window

Side R:tainer

Filler /

 

Panel

 

r~

~Type C Screws ,

\

and Locknuts

@ :

1.

 

 

J -“”e

yj;;:;/ 0

Bracket osi,,An:::;&p

\

‘,

1

@

Q m

‘b

Type D Bolt

 

Frame ssembly (right)

Seal—Bottom Rail to Unit

;?, Tf ;? ,~, T? T~F

m ~’

Qty-2

Qty-3

Qty-4

Qty-2

Qty-2

Qty-10

Took Needed

For window installation

Large blade-type screwdriver

Adjustable wrench or pliers

. Rule or tape measure

Pencil

Sharp kife or razor blade

For thru-the-wall installation

All the tools above (except bife or razor blade) plus

Magnetic stud finder (optional)

Tin snips (optional)

Hand saw . Hammer

Level

Chisel

Caulting gun

Concrete saw (if installing through a masonry wall)

Window Requirement@

Standard double-hung window with actual opening width of 32” to 38”.

Clear, vertical opening of 201/2” minimum from bottom of sash to stool.

Note: All supporting park should be secured to firm wood, masonry or metal.

~’

I

*

t

32” to 38”

 

.

 

 

201/2”

min.

I

8

Page 8
Image 8
GE AES23, AES15, AES18, AED18 installation instructions Took Needed, Window Requirement@

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.