Programming Your Remote, Programming Notes

Programming Your Remote, cont.

6.Point the remote at the device. Press the POWER button—if the device turns off, no further programming is required for that device. If the device does not turn off, return to step 3 and use the next code found in the code list. Continue this process until a code for your device is found.

7.Repeat this process for each device (for example TV, DVD, CBL, SAT, DVR, AUX) in your home entertainment system you wish to control. Four devices can be programmed.

Programming Notes

•If your device does not respond to the remote after trying all codes listed or your brand is not listed in the code list, use the Auto Code Search method to program your remote.

•Sometimes the first code that “works” with your device may operate only a few functions of your device. There may be another code in the code list that performs more functions. Try other codes from the code list for more functionality.

•With the Direct Code Entry method, you can program any device button to control any device in your home entertainment system.

For example, you can use the DVR/AUX device button to control an audio receiver or a DVD, VCR, satellite device, etc.

•For combination devices, you may have to enter a code for each device. For example, for a VCR/DVD device, you may have to enter a code for the DVD under the DVD button and enter a code for the VCR using a different device button on the remote.

•Write down the code found to operate your device for future reference.

24965 specifications

GE 24965 is a notable industrial gas turbine that exemplifies advanced engineering and technological prowess in the energy sector. Designed for efficiency and reliability, it is a key player in power generation, particularly in applications that demand high performance under various operational conditions.

One of its chief features is the combined cycle operation capability, which enables the GE 24965 to work with both gas and steam turbines. This innovative design allows for higher efficiency rates compared to conventional power generation methods. By utilizing waste heat from the gas turbine to generate steam and drive a steam turbine, the overall efficiency of the system is significantly improved, reaching levels that are often above 60%. This not only enhances energy output but also reduces operational costs and environmental impact.

The GE 24965 is equipped with cutting-edge materials and components that enhance its durability and performance. The use of advanced ceramic matrix composites in turbine blades reduces weight while offering high-temperature resistance, ensuring efficient operation even in the harshest conditions. This contributes to extended maintenance intervals and improved reliability, which are essential for sustaining long-term energy production.

Another key characteristic of the GE 24965 is its modular design that facilitates easy maintenance and upgrades. This thoughtful engineering approach enables operators to minimize downtime and optimize performance throughout the turbine's operational life. The user-friendly interface and sophisticated digital control systems provide real-time monitoring and analysis, allowing for proactive maintenance and operational adjustments.

In terms of emissions, the GE 24965 adheres to stringent environmental regulations, featuring low NOx (nitrogen oxides) emissions technology that helps industries reduce their carbon footprint. This is particularly significant for facilities seeking to meet both operational and regulatory sustainability goals.

Overall, the GE 24965 stands out as a versatile and efficient solution for modern power generation. Its combination of high efficiency, advanced materials, and innovative technologies makes it a preferred choice for industries looking to optimize their energy production while maintaining a commitment to environmental stewardship. As the energy landscape continues to evolve, the GE 24965 is well-positioned to meet the growing demands for reliable and sustainable energy solutions.