CHAPTER 2 – Connections and Remote

TGM-100

Rear View

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1HDMI VIDEO

Use the HDMI connector to connect your TGM-100 to a digital flat-panel television or projector. HDMI Output is usually connect- ed to the main television used for viewing movies in your home.

This connector has the ability to send up to 1080p video as well as 5.1 Channel Dolby, DTS and stereo over one cable. To take advantage of the Surround Sound Audio Formats, it is necessary to connect the audio output to a device capable of decoding the surround sound signal.

If your digital TV can decode the signal, simply connect it to the HDMI socket on the back of the TGM-100.

If your digital TV does not decode the signal, noise may be emit- ted by the TV’s speakers. In this case you should mute the TV’s volume and connect an amplifier with this capability to the digital output ( 9 or 10 ) of the TGM-100.

2DVI VIDEO

Connect to TGM-DVC DVI to Composite Video Converter to control the TGM-100 using the dedicated Touch panel UI.

3ESATA

Use this port to connect a Sunfire eSATA drive.

4COMPONENT VIDEO OUT

Connect the Y, PB and PR Component Video Out of the TGM-100 to the Y, PB and PR COMPONENT VIDEO IN of a suitable TV to display the TV User Interface (up to 1080i). You may also need to switch the TV to the relevant input to display the picture.

5COMPOSITE VIDEO OUT

Connect the composite Video Out of the TGM-100 to the com- posite input of a suitable PAL or NTSC TV to display the TV User Interface. You may also need to switch the TV to the relevant input to display the picture.

6S-VIDEO OUT

Connect the S-VIDEO output of the TGM-100 to the S-VIDEO input of a suitable PAL or NTSC TV to display the TV User Inter- face. You may also need to switch the TV to the relevant input to display the picture.

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7ANALOG AUDIO OUT

This analog audio output may be connected to the input jacks of a pre-amplifier, receiver or whole-house controller.

8IR INPUT

The IR INPUT connection allows remote control information to be carried from third-party controllers directly into the TGM-100.

9COAXIAL DIGITAL AUDIO OUT

By connecting the coaxial jack to a digital audio component (D/A converter, A/V amplifier etc.), digital signals from the TGM-100 can be transmitted directly from the system without first being con- verted to analog. This output may not be used for making a digital copy of your media.

10OPTICAL DIGITAL AUDIO OUT

The digital optical output can be used to transmit high quality audio to a device with a digital optical input (D/A converter, A/V amplifier etc.) using an optical fiber cable. The advantage of using the optical output is that it has low signal loss and is completely isolated from the ground loop.This output may not be used for making a digital copy of your media.

11LAN (ETHERNET) PORT

The Ethernet port is used to connect the TGM-100 to a Gigabit network or high speed Internet connection.

12USB PORT

Allows the TGM-100 to communicate with supported USB devices.

13RS-232 PORT

Allows the TGM-100 to be controlled from third-party control systems.

14POWER CONNECTOR

Connect the supplied power cord to this connector to provide power to the unit.

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User’s Manual

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Sunfire TGM-100C user manual Rear View, 13 RS-232 Port

TGM-100C, TGM-100 specifications

The Sunfire TGM-100 and TGM-100C are advanced, next-generation gasification systems developed by Sunfire, a pioneer in sustainable energy technologies. These models are designed to convert a broad range of carbon-based feedstocks, such as biomass and waste materials, into high-quality synthesis gas (syngas). Utilizing a unique combination of innovative technologies, they stand out in the realm of clean energy production.

One of the main features of the TGM-100 and TGM-100C is their efficient conversion process. They employ a dual-stage gasification technology that enhances the efficiency of energy extraction from various raw materials. The first stage utilizes pyrolysis, where the feedstock is thermally decomposed in the absence of oxygen, leading to the production of bio-oil and char. This is followed by a gasification stage, where the remaining solid residues are converted into syngas using controlled amounts of oxygen and steam. This two-step process ensures high conversion rates and maximizes energy output.

In terms of technology, both models are equipped with advanced control systems that monitor and optimize the gasification parameters in real-time. These systems improve operational flexibility and reliability, allowing the units to adapt to varying feedstock qualities. Additionally, the TGM-100C version is designed with modular capabilities, making it easier to scale projects according to specific energy needs or feedstock availability.

Another characteristic that sets these models apart is their emphasis on environmental sustainability. The systems are designed to minimize emissions, contributing to a cleaner energy landscape. The syngas produced can be utilized in various applications, including power generation, chemical production, and as a substitute for natural gas in industrial processes.

The TGM-100 and TGM-100C are also notable for their robustness and durability. Built to withstand high operational demands, they feature high-grade materials and components that ensure long-lasting performance even under challenging conditions. These characteristics make them suitable for a range of applications, from industrial settings to remote off-grid locations.

In summary, the Sunfire TGM-100 and TGM-100C represent cutting-edge advancements in gasification technology. With their efficient energy conversion processes, modular capabilities, real-time optimization, and commitment to sustainability, they are a compelling choice for those seeking reliable and environmentally friendly energy solutions.