Installation Instructions

4PREPARE THE CASE (continues)

EAttach the side retainers to the case using 6 type A screws.

5PREPARE THE WINDOW AND INSTALL THE CASE

ACut the window sash seal to the proper length.. Peel off the backing and attach the seal to the underside of the window sash..

BOpen the window and mark the center of the window sill.

CCarefully slide the case into the window and center the case. Lower the window behind the top mounting rail. Pull the bottom of the case forward so that the bottom mounting rail is tight against the back of the window stool. Mount the case to the window sill using 2 type C screws. Drill pilot holes, if necessary.

2 type C screws

Stool

5 PREPARE THE WINDOW AND INSTALL

THE CASE (continues)

DAssemble the V-support and V-support bracket with Type F nut and bolt

 

 

Type E bolt

 

 

and nut

 

Left

 

 

Sill angle

Right

 

bracket

 

 

V-support Type

 

 

F bolt and nut

 

E

Position the V-supports

 

 

on the case bottom so

 

 

that they will be near

 

 

the outside wall. Attach

 

 

a V-support to each side

 

 

of the bottom of the case

V-support

 

with Type E bolts, 2 for

 

 

 

each support.

 

FAdjust sill angle brackets to rest on sill.

Sill

Bracket

GExtend the left and right accordion panels to the vertical window sashes. Drill pilot holes and attach the top corners with 2 type C screws.

Type C

Type C

screw

screw

11

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GE AEM2, AEQ2 installation instructions PREPARE THE CASE continues, Prepare the Window and Install the Case, Case continues

AEM2, AEQ2 specifications

General Electric (GE) has long been recognized as a leader in manufacturing advanced electrical equipment, and among its standout products are the AEQ2 and AEM2 circuit breakers. Both devices integrate cutting-edge technologies and feature sets that cater to the evolving demands of modern electrical systems.

The AEQ2, renowned for its compact design, combines reliability with high performance. One of its primary features is the application of state-of-the-art electronic trip units, which provide precise overload and short-circuit protection. This technology ensures that the circuit breaker can swiftly detect faults and interrupt power to prevent damage to downstream equipment. Additionally, the AEQ2 is equipped with advanced communication capabilities, allowing for seamless integration into supervisory control and data acquisition (SCADA) systems. This level of connectivity facilitates real-time monitoring and data analysis, enhancing operational efficiency and reliability.

On the other hand, the AEM2 circuit breaker represents another leap forward in smart electrical distribution. Its design focuses on energy efficiency and sustainability. The AEM2 incorporates energy metering capabilities, enabling users to monitor their power consumption accurately. Furthermore, this breaker features a modular architecture, permitting customized configurations to meet specific application needs. The selective coordination capabilities of the AEM2 ensure that only the affected section of a system is de-energized during fault conditions, maintaining power to critical loads and minimizing disruptions.

Both circuit breakers utilize GE’s advanced arc-extinguishing technology, which promotes safety and longevity. This technology helps to extinguish arcs more effectively during fault conditions, thus increasing the overall lifespan of the breaker. The AEQ2 and AEM2 are designed to operate efficiently in various environments, boasting a high ingress protection rating that allows them to function optimally in harsh conditions.

Another notable aspect of these devices is their eco-friendly design, as they utilize materials and technologies aimed at reducing their overall environmental impact. With a focus on compliance with international standards, both the AEQ2 and AEM2 are tested for safety and performance in diverse applications.

In summary, GE's AEQ2 and AEM2 are exemplary circuit breakers that combine modern technology, energy efficiency, and robust design features. Their advanced protection mechanisms, communication capabilities, and sustainable design make them suitable choices for today’s demanding electrical infrastructure. As industries continue to evolve, the need for reliable and intelligent electrical equipment like the AEQ2 and AEM2 becomes ever more crucial, reinforcing GE’s position at the forefront of electrical innovation.