GE DS200TCRAG1ACC

Voltage: 12V DC.

Relay contact rating: 0.5A.

Load capacity: Maximum 10A.

Operating temperature range: -20℃ to +70℃.

Communication interface: RS-485 communication interface, supporting Modbus protocol

Configurability: The Mark V turbine control system provides DTBC and DTBD optional printed circuit boards.

Hardware configuration and customization can be performed according to the application scenario.

Product Features

Digital input: The GE DS200TCRAG1ACC interface is used by the system to receive digital control signals and determine the on/off time of the relay, thereby ensuring precise control of external devices.

A large number of relays: 30 pluggable relays are used to control the opening and closing of external electrical equipment, providing a large number of control channels for industrial control systems.

A large number of interfaces: equipped with 4 34-pin interfaces and 4 12-pin interfaces, 34-pin interfaces

Outstanding advantages

Height adjustable: The GE DS200TCRAG1ACC circuit board is highly modular and can be used and expanded according to actual needs. Mark V Steam Turbine Control System DTBC and DTBD Optional PCB for User Configurable Relay and Connector Connection/Function DTBC to PC Working Principle The Mark V Steam Turbine Control System DTBC and DTBD optional printed circuit boards allow users to configure how the relays and connectors of the geographical area on the Mark V Steam Turbine Control System are connected and/or what functions they drive in the industrial control environment.

Overload protection: With protection functions such as overload and short circuit, it ensures the safe operation of equipment and systems. In the event of abnormal conditions, the circuit board can react quickly enough to ensure that the relays and other connected external devices are protected from damage, thereby reducing maintenance costs and downtime.

High stability: GE DS200TCRAG1ACC adopts advanced design and manufacturing processes, and the reliability and stability of relays and connectors are high. It can work stably in various harsh industrial environments and provide reliable control signals.

Fast action speed: The onboard relays respond quickly, and the internal relays quickly switch the on and off states according to the received digital signals. Ensure that the control system is timely and accurate.

Strong anti-interference ability: GE DS200TCRAG1ACC has a wide range of anti-interference capabilities, and has a good anti-interference effect on electromagnetic interference and noise in industrial environments, ensuring the stability and reliability of signal transmission control

Application scope

Industrial automation: This application is often used to control production line machinery and systems, such as conveyor belts, robotic arms, and automated assembly lines. It can accurately control the start and stop of equipment and the entire operation sequence, thereby improving production efficiency and product quality.

Energy industry: GE DS200TCRAG1ACC can control power switches, power relays and other equipment in the energy industry. It is the key to the power grid automation control system, which can ensure the safety and reliability of power grid operation and improve the stability of power supply quality.

Process control: GE DS200TCRAG1ACC is used in process control fields such as chemical plants and refineries. It is generally used to maintain and modify process variables such as pressure, temperature, and flow. By accurately controlling the on and off of relays, it realizes automatic control of the production process and ensures the safety and stability of the process.

Manufacturing: GE DS200TCRAG1ACC can be used to control manufacturing equipment, including machine tools, welding machines, injection molding machines, etc., to achieve precise control of equipment and improve manufacturing accuracy and production efficiency.

Facility Management: GE DS200TCRAG1ACC can be used in building automation systems to centrally control lighting operations, air conditioning systems, elevator systems, etc., improve the energy efficiency and management level of buildings, and create a comfortable and safe indoor environment.