Model DS200FCSAG1A
Brand GE
type pulse transformer
Product Description:
The GE DS20OFHVAG1A framework is a versatile and reliable solution designed for industrial applications. It provides a powerful platform for a variety of control and monitoring tasks in complex systems. Product parameters:
- Model :DS200FHVAG1A - Power Supply :24V DC
- Operating temperature :-40 ° C to 70 ° C - Communication port: Ethernet or RS485
- Dimensions :150mm x 100mm x 50mm - Weight :500g
Specifications :
- High performance processor for fast data processing
- Multiple I/O interfaces, seamless integration with other devices - advanced communication protocols, efficient data exchange - built-in diagnostic and fault detection capabilities
- User-friendly interface for easy configuration and monitoring

trait
Provides a secure and reliable interface between the turbine control system and the grid
Monitor and control the flow of electricity between the turbine and the grid
Robust design for long-term reliability
Easy to install and operate
DS2OFHVAG1A is a high voltage grid interface board manufactured by GE. It is designed to provide a secure and reliable connection between the GE turbine control system and the power grid. The board is able to monitor and control the flow of electricity between the turbine and the grid
Make sure
Set efficient power supply.
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Label
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Specification
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Model Number
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DS200FHVAG1A
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Brand
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GE (General Electric)
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Type
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High-Voltage Analog Input Module (Mark VI Turbine Control Series)
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Input Voltage
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24VDC ±10%
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Operating Temp
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-40°C to +75°C
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Communication Method
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Mark VI Local Bus, Ethernet
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Mounting
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DIN Rail (35mm) / Mark VI Control Rack Mount
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Weight
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Approximately 1.3 kg
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Certifications
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UL 508, CSA C22.2 No. 14, IEC 61010, IEC 60068
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Dimensions
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230mm × 160mm × 85mm (H×W×D)
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IP Rating
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IP20
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Protocols Supported
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Modbus TCP/IP, Mark VI Control Protocol
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Number of Channels
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8 High-Voltage Analog Inputs
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Response Time
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5ms
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Signal Type
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0-100V, 0-200V Analog Signals
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Signal Accuracy
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±0.2% Full Scale Range
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Isolation Rating
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5kV RMS Channel-to-Channel Isolation
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DS20OFHVAG1A GE high voltage gate interface board is a kind of high voltage power equipment, mainly used for the control of high voltage switches and other power equipment.
The main purpose of the high voltage book interface board DS2OOFHVAG1A4 is to provide battery voltage and SCR gate interference monitoring, which is achieved through the LCJ power converter. Each SCR has one of these boards. The board is equipped with an SCR status circuit LED, which will give a visible indication that there is a voltage blockage, note that this LED should be visible whenever the bridge power supply is activated, and that this LED will dim when the SCR on-angle is reached. Increase.
The DS20FHVAG1A model has a grid stroke transformer, which is a toroidal transformer welded to the plate. There is also a fiber optic transmitter on the board, and it is important to note that if the fiber is not connected to the device, a rubber plug must be inserted into the U1 to prevent debris from accumulating on the lens.

Application field
The DS20OFHVAG1A is commonly used in power generation applications, including wind turbines and gas turbines, to ensure a safe and reliable connection between the turbine control system and the grid. It is widely used in the energy industry for its robust design and long-term reliability.
The main purpose of the high voltage gate interface board DS200FHVAG1A is to provide battery voltage and controlled H-gate interference monitoring, which is achieved through the LCl power converter. For each SCR, there is one such board. The board is equipped with an SCR status circuit LED that will give a visible indication that there is a voltage blockage, note that this IED should be visible whenever the bridge power is activated, and will dim as the SCR on-angle increases.
The DS2OOFHVAG1A model has a gate pulse transformer, this particular transformer is a ring transformer welded to the circuit board. There is also a fiber optic transmitter on the board, and it is important to note that if the fiber is not connected to the device, a rubber plug must be inserted into the U1 to prevent debris from accumulating on the lens. Note that even after an hour of exposure to the lens in a particularly dusty environment, noticeable contamination can be seen on the lens.