4.Loosen the adjustment

ring on the securing collar and slide the collar down the shaft towards the lamp hood until the collar is just above the ring line of the swivel joint.

Your Recessed Light Extender is now ready to install.

Installation

1.Turn the power off to the fixture. Simply unscrew the light bulb from the existing recessed can light. Insert the light bulb into the Recessed Light Extender and screw securely into place.

Note: For the R20 size Recessed Light

Extender, use a R20 size light bulb.

Use an incandescent, CFL or LED light bulb.

Not for use with halogen light bulbs.

2.Screw in the Recessed Light Extender into the

recessed light socket

until the screw base begins to click. The Recessed Light Extender has a safety ratchet mechanism to ensure the extender cannot be screwed in too far and damage

the socket.

3.Slide the cover ring up to the ceiling and tighten the

adjustment ring for a snug fit. (The cover ring should cover most existing recessed light rings.)

To direct light to a specific area, hold the extender shaft and position lamp hood to desired location using the rocker/swivel mechanism.

Turn power back on...

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GE R20 user manual Installation, Recessed light socket

R20 specifications

The GE R20 is a robust and versatile industrial-grade gas turbine designed by General Electric to meet the demands of a rapidly evolving energy landscape. Known for its high efficiency and reliability, the R20 plays a crucial role in distributed power applications, providing essential energy solutions for various sectors, including utilities, industrials, and commercial enterprises.

One of the main features of the GE R20 is its adaptability. The turbine is designed to operate on multiple types of fuels, including natural gas, diesel, and biogas, making it suitable for a range of applications. This flexibility allows operators to optimize fuel usage based on availability and cost, enhancing overall economic viability.

The R20 is equipped with state-of-the-art technologies that enhance its performance. Its high-efficiency combustion system minimizes emissions and maximizes power output. The turbine employs advanced aerodynamics and materials technology, allowing it to achieve a higher temperature operating profile without compromising durability. This results in improved thermal efficiency, reducing operational costs over time.

Another notable characteristic of the GE R20 is its modular design, which facilitates easier maintenance and quicker installation. The turbine's components are designed for streamlined access, reducing downtime and allowing for faster service interventions. This ensures that power plants can maintain high availability and output, essential in meeting energy demands.

The GE R20 is also integrated with sophisticated digital solutions that provide real-time monitoring and analytics. These digital tools are pivotal for optimizing operational efficiency, predicting maintenance needs, and enhancing overall performance. Operators can leverage predictive analytics to optimize fuel consumption and reduce emissions further, aligning with global sustainability goals.

In terms of output, the R20 typically generates between 20 MW to 25 MW, making it a suitable choice for both peaking and baseload power generation. This capacity allows it to serve various applications, from supporting grid stability to providing backup power for critical infrastructure.

Overall, the GE R20 gas turbine is a blend of flexibility, advanced technology, and efficiency. Its ability to adapt to diverse fuel types, coupled with its high-performance characteristics, positions it well in the global energy market, meeting the needs of a transitioning world focused on cleaner and more efficient energy solutions. As industries seek to enhance their operational resilience and sustainability, the R20 remains a key player in the energy landscape.