Description
DS200DDTBG1A – ADMA TERMAL BOARD is available in stock which ships on the same day
DS200DDTBG1A – ADMA TERMAL BOARD comes in UNUSED as well as REBUILT condition
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The DS200DDTBG1A model is an LCI auxiliary I/O terminal board produced by General Electric for the LS2100 series. This model is connected to IS200ADMAH1A. The DS200DDTBG1A model has 17 LEDs, one of which indicates status, while the other LEDs are driven by software and hardware.
Product Description
The DS200DDTBG1A model is called an auxiliary input/output terminal board, and its information can be found on page 20 of the GEH-6373 series manual. This model is most suitable for use as a terminal board for all auxiliary inputs and outputs. There is a parts manual labeled GEH-100219, which provides detailed information on functions, general features, application data, as well as warranty and replacement information.
The DS200DDTBG1A model has an additional electronic ID memory function, which includes all board identification and hardware version information. To access this memory, you must use a 1-wire LAN, which allows the connected DSPC board to recognize the boards present in the system.https://www.weikunfadacai1.com/
The DS200DDTBG1A model is equipped with a 4-20 mA current loop input, allowing for the reassignment of LEM or CT input channels within the model. To perform this function, certain jumpers must be reset. This model is also equipped with thirty-three test points, which can be used for signal measurement. This model has a total of 17 LEDs, one of which is used to indicate the status of the DS200DDTBG1A board, and the other 15 LEDs are driven by software and hardware.
Common questions about DS200DDTBG1A
What is the DS200DDTBG1A terminal board?
DS200DDTBG1A is an LCI auxiliary I/O terminal board that uses the GE LS2100 control system.
Which manual is most suitable for helping with operating and installing the DS200DDTBG1A board?
DS200DDTBG1A is an LCI auxiliary I/O terminal board that uses the GE LS2100 control system.
Which manual is most suitable for helping with operating and installing the DS200DDTBG1A board?
There is a specific component manual labeled GEI-100219 LCI auxiliary I/O terminal board that can help meet operational and installation requirements, as well as a series of manuals labeled GEH-6373 load commutation inverter user manual. Both of these manuals can be found in the “Manual” tab above.
Where does the power supply of DS200DDTBG1A board come from?
The power supply of DS200DDTBG1A board is provided by the connected ADMA board.
The DS200DDTBG1A board has high-voltage AC input, high current signal input, low current signal input, and 4-20 mA current loop input, but there are also non dedicated voltage inputs. What is a non dedicated voltage input?
Non dedicated voltage input is provided through a differential input voltage amplifier, which provides analog VCO input to the ADMA board. These inputs are composed of screw type terminal blocks and have voltage surge protection.
What are the 12 jumpers on the DS200DDTBG1A board used for?
The purpose of the jumper is to reassign the LEM and CT input channels to become inputs for the 4-20 mA current loop signal.
There are four voltage outputs on the DS200DDTBG1A board. What are these outputs and what is their composition?
The four voltage outputs on the DDTB board are buffered analog outputs that can be used on screw terminals. Each output has a 200 ohm series resistor that can isolate the amplifier from the customer’s connection. The buffer output contains a gain of 2, which can provide a ± 10 V output range from the attached ADMA board’s ± 5 V.
Comment on DS200DDTBG1A
The DS200DDTBG1A model is used for system connection of auxiliary input/output signals, and when used, it will also be connected to the DS200ADMA board. Compared with other terminal boards in GE turbine control applications, DS200DDTBG1A has a lower failure rate and a higher system lifespan than average. We certainly recommend using DDTB terminal boards in all LS2100 turbine control systems.
Model recommendation:
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