5

Prepare the Window

ALoosely attach the sill brackets to the support brackets using the 2 carriage bolts and 2 lock nuts.

Support bracket

Carriage bolt

Lock nut

Sill bracket

BOpen the window and mark the centerline of the window stool. Measure and mark 11″ to the left and right of the centerline.

11

Centerline

Safety Instructions Operating Instructions

6

Install the Case in the Window

AAlign the inside edge of the sill brackets with the 11″ mark from the centerline and attach them to the window sill using 2 type B screws on each side.

BCarefully place the case on the window stool aligning the center front on the bottom with the centerline marked on the window stool.

Close the window making sure the window sash is behind the top mounting rail.

CUsing the larger diameter hole in the case, attach the brackets to the case using two type D screws and 2 lock nuts.

Type D screws with nuts

Type B screws

DAdjust the carriage bolts and the lock nuts in each support so that the case is installed with a slight downward tilt (about 1/8″). Tighten the bolts.

CAUTION: DO NOT drill a hole in the base pan. The unit is designed to operate with approximately 1/2of water in the base pan.

ESecure the case to the window stool by using 3 type B screws.

Sill support

FPull the accordion panels to each window sash track. Attach them on each side to the window sash and the window stool using 4 type C screws.

11

Installation Instructions Troubleshooting Tips

Customer Service

Page 11
Image 11
GE agp18, agv18 owner manual Prepare the Window, Install the Case in the Window

agp18, agv18 specifications

The GE AGV18 and AGP18 series represent advanced solutions in the realm of gas turbines, featuring sophisticated engineering and cutting-edge technologies designed for optimal performance in power generation and mechanical drive applications. These turbines are renowned for their reliability, efficiency, and environmental stewardship, catering to industry demands for sustainable energy solutions.

One of the standout features of the AGV18 and AGP18 series is their high thermal efficiency. This is achieved through an advanced combustion system that allows for a more complete and cleaner burn of the fuel, thereby reducing emissions of nitrogen oxides (NOx) and other pollutants. The AGV18, with its innovative dry low NOx (DLN) combustors, exemplifies GE's commitment to meeting stringent environmental regulations without compromising performance.

Another significant characteristic of these turbines is their robust design, which empowers them to operate effectively in various conditions including extreme temperatures and pressures. This durability not only extends the lifespan of the turbines but also minimizes maintenance needs, significantly lowering operational costs for users.

The AGV18 and AGP18 also incorporate GE's proprietary aerodynamics and materials technology, which enhance performance and efficiency. The precision-engineered blades are made from advanced alloys that can withstand higher temperatures and stresses, enabling the turbines to achieve peak performance while maintaining reliability and longevity.

A distinctive feature of the AGP18 is its adaptability to different operational frameworks, including combined cycle applications, which allow for greater flexibility in power generation. This versatility is key in today's ever-changing energy market, where the ability to adapt to diverse fuel sources and operational demands is a substantial advantage.

In addition to their technical specifications, GE's AGV18 and AGP18 series are backed by comprehensive lifecycle services and support, including advanced digital monitoring technologies. These include Condition Monitoring Systems (CMS) that utilize big data analytics and predictive maintenance strategies to enhance operational efficiency and minimize downtime.

Overall, the GE AGV18 and AGP18 turbines epitomize modern engineering excellence, merging efficiency, reliability, and sustainable practices. They stand as a testament to GE's pioneering role in the energy sector, dedicated to providing innovative solutions that meet the current and future needs of power generation worldwide.