Window Installation Instructions

6INSTALL THE CASE IN THE WINDOW

ACut the window sash seal to the window width and stick the adhesive side to the bottom of the sash.

Window sash seal

BThread two type C bolts into the support brackets.

Slide the case into the window and lower the window behind the top mounting rail.

Position the brackets on the case bottom so they will be near the outermost point on the window sill. Attach the support brackets to each side of the case bottom using 4 type A screws on each side. The case should be slightly tilted to the outside. Use a level; about a 1/2 bubble will be the correct case slant to the outside.

Type A screws

Type C bolts

CLocate the 8 screw holes along the bottom front edge of the case. Center the case, side- to-side, in the window and mount it to the window sill using 5 type B screws staggered in the front and back rows if possible.

 

Top mounting rail

 

Type B

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

screws

 

 

 

Type B

 

 

 

 

screws

Type B screws

DExtend the left and right accordion panels to the vertical window sashes and attach with 4 type B screws.

7INSTALL THE SECURITY BRACKET AND THE FOAM TOP WINDOW GASKET

AAttach the security bracket with a type B screw.

BCut the foam top window gasket to the window width.

CStuff the foam between the glass and the window to prevent air and insects from getting into the room.

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GE ASF24, ASW24, ASW18, ASV24 Install the Security Bracket and the Foam TOP Window Gasket, Install the Case in the Window
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ASQ24, ASL24, ASF24, ASM24, ASN24 specifications

General Electric (GE) has made a significant impact in the industrial automation market with its range of programmable logic controllers (PLCs) tailored for various applications. Among these models, the ASQ24, ASN24, ASL24, ASV24, and ASW24 stand out for their unique features, technologies, and characteristics that cater to diverse operational needs.

The ASQ24 model is known for its versatility in handling complex automation tasks. This PLC integrates advanced communication capabilities, allowing seamless connectivity with other devices in an industrial network. It features robust processing power and enhanced memory capacity, enabling it to execute sophisticated algorithms and manage extensive I/O operations efficiently.

Moving to the ASN24, this model is specifically designed for applications requiring high-speed data processing and real-time control. Equipped with specialized functions to manage motion control and automation seamlessly, the ASN24 excels in environments with stringent timing requirements. Its compatibility with various communication protocols ensures it can interface easily with existing systems, enhancing interoperability within manufacturing operations.

The ASL24 model focuses on safety and reliability. Complying with international safety standards, the ASL24 comes equipped with built-in safety features designed to mitigate risks in industrial operations. This model also allows for easy diagnostics and system monitoring, making maintenance straightforward. This PLC is ideal for applications where equipment safety and operational integrity are paramount.

The ASV24 enhances visualization and user interaction with robotic applications. It incorporates advanced human-machine interface (HMI) technology, allowing operators to monitor and control processes intuitively. The ASV24 is designed to facilitate data visualization and analytics, providing insights into operational efficiency and performance metrics.

Lastly, the ASW24 is tailored for wireless applications, making it suitable for operations in remote or mobile environments. This model supports wireless communication networks, permitting real-time monitoring and control without traditional cabling constraints. The ASW24 is perfect for scenarios where flexibility and ease of deployment are prioritized.

In summary, the GE ASQ24, ASN24, ASL24, ASV24, and ASW24 PLCs represent a comprehensive suite of automation solutions. With their unique features, such as enhanced safety, high-speed processing, intuitive visualization, and wireless capabilities, these models cater to the diverse needs of modern industrial operations, making them essential tools for optimizing productivity and efficiency across various sectors.
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