Local IR Interface Port

Use this connector when utilizing the Olé-2SF’s local control features, such as local source control, local IR sensors, or sense-enabled auto- mated sequences.

Warning: The connection labeled “+12 Volts Out” is a voltage output. Do not con- nect a power supply to this connection!

Controlling a single local device

Controlling multiple local devices

IR-Emitter Out

The Local IR-EMITTER OUT is typically used to control a device that is not part of the main IR system, such as a TV or DVD player located within the same room as the touchpad or electronic volume controls. IR is routed to an emitter or IR distribution block connected to the Local IR output in two ways:

1.Any IR signal that is received from the Local IR-RECEIVER IN is sent out both the Local IR-EMITTER OUT and the system IR output.

2.IR signals may be specified in programming as “Local” and be routed through the Local IR-EMIT-

TER OUT.

Connect IR-EMITTER OUT and -GROUND as shown here.

13

Page 13
Image 13
Sunfire OLE-2SF manual Local IR Interface Port, IR-Emitter Out

OLE-2SF specifications

The Sunfire OLE-2SF is an exceptional piece of machinery renowned for its performance in energy-efficient design. This innovative system is specifically tailored for high-output applications while minimizing energy consumption. Among its standout features, the OLE-2SF employs a state-of-the-art combustion technology that fosters cleaner burning, thus reducing harmful emissions and aligning with global sustainability goals.

At the heart of the Sunfire OLE-2SF is its flexible fuel capability, which allows the machine to utilize various types of fuels, including natural gas, biogas, and hydrogen. This versatility ensures that users can choose the most economically viable and environmentally friendly fuel sources, adapting to market changes and regulations. The integration of fuel-flexibility technology positions the OLE-2SF as a forward-thinking solution for a growing number of industries transitioning toward more sustainable practices.

The OLE-2SF also features advanced heat recovery systems that optimize energy usage. By capturing waste heat generated during operations, the system significantly enhances overall efficiency, allowing more energy to be converted into usable power. This focus on heat recovery not only helps save on operational costs but also extends the lifespan of the equipment by reducing thermal strain and improving resilience.

Moreover, the Sunfire OLE-2SF is equipped with cutting-edge automation and control systems. These intelligent features ensure seamless integration into existing infrastructure while providing real-time monitoring and diagnostics. Users can easily track performance metrics and make necessary adjustments, increasing operational efficiency and reducing downtime. These advancements make it possible to configure the system to meet specific operational needs, thus boosting productivity.

Furthermore, safety is paramount in the design of the OLE-2SF. The system incorporates multiple safety mechanisms to prevent accidents and ensure the integrity of operations. This attention to detail establishes a robust safety culture, essential in industries where operational risks are a significant concern.

In summary, the Sunfire OLE-2SF stands out in the market for its combination of efficiency, fuel flexibility, advanced heat recovery, smart automation, and stringent safety features. It represents a leap forward in sustainable energy technology, making it an ideal choice for businesses seeking to enhance their energy performance while reducing their environmental footprint.