APPENDIX “A”

THOMSON TECHNOLOGY©

TYPICAL AUTOMATIC TRANSFER SWITCH

COMMISSIONING PROCEDURES Model Series TS 870

iii) Green “Load” LED is “ON”

10)To verify all LED’s are operational, perform a “LAMP TEST” operation (lamp test is initiated by pressing and holding the 2 push buttons on the TSC 80 faceplate simultaneously “ON” until all the LED’s change state).

11)Prior to operating the generator, ensure it is ready to be energized and the site electrical contractor and/or owner (as required) give authorization to proceed. In preparation for operation, turn the generator’s engine control switch to the “Automatic” start position.

12)To transfer the generator on load, perform a load test by pressing the Utility Power Fail Simulate pushbutton “ON” and holding it for approximately 5 seconds until the LED light above the push button changes state. The engine should start following the 3-second engine start delay period and the transfer switch will begin transferring to the generator supply once the 2- second engine warm-up timer expires. Note: The engine warm-up timer will only begin timing

once the generator’s output rises above 85% nominal voltage and 90% nominal frequency. Once the Utility power switching device opens, the transfer switch mechanism will pause in the neutral position for the 3-second neutral delay period, then the mechanism will complete the transfer and close the generator power switching device. To determine correct operation, observe the following on the TSC 80 faceplate:

i)Generator Source green LED is “ON”

ii)Red LED above mimic bus for the generator source is “ON”

iii)Green “Load” LED is “ON”

iv)Utility Source green LED is “ON”

v)Utility Power Fail Simulate yellow LED is “ON”

vi)Green LED above mimic bus for the Utility source is “OFF”

13)To terminate the test, press the Utility Power Fail Simulate push button on the TSC 80 faceplate again and hold until the LED above the pushbutton changes state. The transfer switch will begin transferring to the utility supply following the 2-minute utility return delay period. Note: the utility return delay timer will only begin timing if the utility voltage is above 85% nominal on all phases. Once the Generator power switching device opens, the transfer switch mechanism will pause in the neutral position for the 3-second neutral delay period, then the mechanism will complete the transfer and close the Utility power switching device to return the load to the Utility source. Once the load has transferred onto the utility source, the engine will continue to run for the 2-minute cool down time delay period and will then it will automatically stop.

14)Perform a power outage test by opening the upstream utility feeder breaker. The TSC 80 controller Utility supply LED lights will de-energize; the generator set will start after the 3- second engine start delay has expired. The generator should transfer on load as described in item #12 above.

15)Return the transfer switch to utility power by re-closing the upstream utility breaker. The load should re-transfer back to the utility supply and the engine should stop as described in item #13 above.

16)Repeat tests #12 through 14 two (or more) times to ensure correct operation.

17)Automatic Plant Exercise Operation (OPTIONAL): If an automatic weekly plant exercise feature is desired, press the GENERATOR EXERCISE Mode push button on the TSC 80 faceplate.

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Technicolor - Thomson TS 870 service manual Appendix a

TS 870 specifications

The Technicolor Thomson TS 870 is a prominent satellite receiver that has captured attention for its innovative features and advanced technology, designed to enhance the viewing experience for users. As a component of the Technicolor brand, which is known for pioneering solutions in the entertainment and media industry, the TS 870 exemplifies the commitment to quality and performance.

One of the standout features of the TS 870 is its high-definition (HD) capabilities, enabling users to enjoy crystal-clear picture quality. The receiver supports various video formats, and its resolution can reach up to 1080p, ensuring that viewers have access to stunning visuals. This makes it ideal for watching movies, sports, and TV shows on large screens where detail and clarity are crucial.

The TS 870 is also equipped with a robust digital video recording (DVR) function, allowing users to record their favorite programs for later viewing. With a significant storage capacity, it can store hours of programming, and the user-friendly interface makes playback and scheduling recordings straightforward. This feature is particularly valued by busy households where time constraints often prevent live viewing.

Connectivity is another significant aspect of the TS 870. It boasts multiple HDMI, USB, and Ethernet ports, ensuring seamless integration with other multimedia devices. This compatibility allows for easy access to a variety of streaming services and content, making the receiver a versatile centerpiece for home entertainment.

In terms of ease of use, the TS 870 features a well-designed user interface that simplifies navigation through channels and settings. The remote control is intuitive, providing quick access to essential functions and features. Additionally, the device is compatible with various operating systems, enhancing its accessibility across different platforms.

The TS 870 stands out with its energy-saving technology, ensuring that users can enjoy prolonged viewing without significant energy consumption. This environmentally friendly approach is appealing in a market that increasingly values sustainability.

Overall, the Technicolor Thomson TS 870 combines advanced technology, user-friendly features, and high-definition capabilities, making it a sought-after choice for individuals and families looking to enrich their viewing experience with a reliable and feature-rich satellite receiver. Its blend of performance and practicality outlines Technicolor's dedication to creating innovative media solutions for today’s consumers.