Installation Instructions

4FASTEN THE SHUTOFF VALVE

Fasten the shutoff valve to the cold water pipe with the pipe clamp.

Pipe Clamp

Saddle-Type

 

 

 

Vertical Cold

 

 

Shutoff Valve

 

Water Pipe

NOTE: Commonwealth of Massachusetts Plumbing Codes 248CMR shall be adhered to. Saddle valves are illegal and use is not permitted in Massachusetts.

7CONNECT THE TUBING TO THE VALVE

Place the compression nut and ferrule (sleeve) for copper tubing onto the end of the tubing and connect it to the shutoff valve.

Make sure the tubing is fully inserted into the valve. Tighten the compression nut securely.

For plastic tubing from a GE SmartConnectRefrigerator Tubing kit, insert the molded end of the tubing into the shutoff valve and tighten compression nut until it is hand tight, then tighten one additional turn with a wrench. Overtightening may cause leaks.

Consult with your licensed plumber.

5TIGHTEN THE PIPE CLAMP

Tighten the clamp screws until the sealing washer begins to swell.

Saddle-Type Shutoff Valve

Packing Nut

Compression

Nut

SmartConnect

Tubing

NOTE: Do not overtighten or you may crush the tubing.

 

Washer

Pipe Clamp

Inlet End

Clamp Screw

6ROUTE THE TUBING

Route the tubing between the cold water line and the refrigerator.

Route the tubing through a hole drilled in the wall or floor (behind the refrigerator or adjacent base cabinet) as close to the wall as possible.

NOTE: Be sure there is sufficient extra tubing (about 8 feet [244 cm] coiled into 3 turns of about 10 ″ [25 cm] diameter) to allow the refrigerator to move out from the wall after installation.

Outlet Valve

 

 

 

Ferrule (sleeve)

 

 

NOTE: Commonwealth of Massachusetts Plumbing Codes 248CMR shall be adhered to. Saddle valves are illegal and use is not permitted in Massachusetts. Consult with your licensed plumber.

8FLUSH OUT THE TUBING

Turn the main water supply on and flush out the tubing until the water is clear.

Shut the water off at the water valve after about one quart (1 liter) of water has been flushed through the tubing.

15

Page 15
Image 15
GE 17 operating instructions Fasten the Shutoff Valve, Tighten the Pipe Clamp, Route the Tubing, Flush OUT the Tubing

17 specifications

General Electric (GE) is known for its longstanding tradition of innovation and engineering excellence, encompassing a wide array of products across various industries. Among its notable offerings are its GE 18, 17, and 16 series of gas turbines, designed for power generation. These turbines exemplify technological advancement, efficiency, and reliability in modern energy production.

The GE 18 series, often referred to as the 7HA.02, is a high-efficiency gas turbine that achieves a thermal efficiency of over 64%. This series utilizes advanced materials and manufacturing processes, enabling it to withstand higher temperatures and pressures, thereby maximizing performance. With its ability to operate on a varied mix of fuels, including natural gas and low heating value gases, the GE 18 series stands out for its versatility. Its modular design simplifies maintenance, allowing for shorter downtimes and enhanced operational availability.

The GE 17 series, known as the 7F.05, offers a robust solution for mid-range power generation. With an efficiency rating around 58%, the 17 series is designed for both simple cycle and combined cycle applications. One of its key features is the incorporation of advanced aerodynamics in its turbine blades, which contributes to lower emissions and higher output. Additionally, the GE 17 series comes equipped with digital technologies, such as GE’s Digital Wind Farm and asset performance management tools, allowing operators to monitor and optimize performance in real time.

The GE 16 series, also called the 9FB, is known for its flexibility and high reliability in power generation. It boasts an efficiency rate of approximately 60% when operated in combined cycle mode. The 16 series is designed for easy integration into existing facilities, making it an ideal choice for upgrades and expansions. Its advanced combustion technology minimizes nitrogen oxide emissions, complying with stringent environmental regulations. Furthermore, the GE 16 series employs advanced sensors and control systems that enhance operational efficiency and safety, ensuring it remains a competitive option in the market.

In summary, GE's 18, 17, and 16 series gas turbines represent the forefront of power generation technology, offering unmatched efficiency, flexibility, and environmental performance. Each series is engineered with unique features to cater to different operational needs, ensuring that GE continues to play a pivotal role in the energy landscape. With ongoing innovations and a commitment to sustainability, GE remains a leader in the gas turbine market.