GE IS220YTURS1A

Operation Parameters

Nominal Power Supply: 24 V DC

Operating Voltage Range: 18 V DC to 32 V DC

Input Current: Typically 3 mA at 24 V DC

Input Impedance: 4.7 kΩ

Input Type: Digital signal (dry contact or voltage-based input)

Maximum Output Current: 500 mA per output

Output Type: Open collector with a maximum voltage of 30 V DC

Switching Capacity: 12 W per output channel

Output Voltage Levels: High (typically 24 V DC) and low (0 V)

Protocol: Profinet (for high-speed Ethernet communication)

Data Rate: 100 Mbps (standard for Profinet networks)

Ethernet Connection: Supports industrial Ethernet, designed for seamless integration into the Profinet network for real-time data

Ingress Protection  Rating: IP20 (designed for indoor use, typically installed in enclosures or control panels)

Diagnostic and Fault Detection: The module includes built-in diagnostic features to detect and report faults in field devices, wiring, or communication issues, improving system reliability and ease of maintenance.

Real-Time Control: Provides high-speed real-time data exchange between the module and other devices in the Mark VIe DCS for accurate process control.

Product Features

Turbine Signal Processing: This module serves as an interface for a variety of turbine sensors and devices in the Mark VIe range of turbine control systems, processing the turbine speed, flame sensing, among others.

Data Logging Functionality: Its versatility extends to data logging, allowing users to monitor the sensors in real time thanks to its multiple input and output channels. The reader is able to accept signals of different types, like analogue and digital, and convert them into a format that can be taken care of by the controlling system. Besides, GE IS220YTURS1A can also generate control signals to control external devices like relays, solenoids, and valves.

Redundancy and Reliability: GE IS220YTURS1A includes redundant design elements for high reliability and availability in critical turbine control use cases. This could be redundant power supplies, duplicated communication paths, and duplicated signal processing circuits.

Communication Interface: GE IS220YTURS1A has an Ethernet communication interface, which allows for communication with other components in the control system, including the controller and the human-machine interface. It is capable of online transmitting to the control center real-time turbine data and status information and receiving the control command and configuration parameters from the control center.

Diagnostic and Monitoring: GE IS220YTURS1A comes with self-diagnosing capabilities and can continuously monitor the health status of the module and devices that are connected. It can promptly detect faults like signal loss, short circuit, overvoltage, and report fault information to the control system to facilitate rapid troubleshooting and maintenance.

Installation

Terminal Board Compatibility : It is compatible for use with certain terminal boards in the Mark VIe series (e.g., TTURS1C, TRPAS1A, TRPAS2A, TRPGS1B, and TRPGS2B terminal boards). make sure the correct terminal board selected and installed prior to installation.

Mechanical Mounting:The module is mechanically mounted onto the terminal board using appropriate screws or clips. Ensure that the module is securely fastened to the terminal board to prevent loosening or vibration during operation.

Power and Signal Connection: Connect the power supply cable to the power input terminal of the module, making sure that the voltage and polarity are correct. Then connect the input and output signal cables to the module terminal according to the wiring diagrams and connection instructions from the product manual.

Ethernet Connection: Connect the Ethernet cable to the module's Ethernet port to enable communication with the control system. Just Make Sure The Ethernet Cable Is Well Connected And With Good Signal Quality.

Application Range

Wind Turbine Control specific: This library specifically has physical input/output specifications for the Mark VIe wind turbine control hardware. That is utilized for controlling the operation of the turbine; such as starting, stopping, speed control, and fault protection.

Power Generation Industry: In the power generation industry, GE IS220YTURS1A can be used in other types of turbine control systems, such as gas turbines and steam turbines, to ensure the safe and efficient operation of the turbines.

Industrial Automation: GE IS220YTURS1A can also be utilized in some industrial automation and process control systems that require high-speed and reliable input/output control, such as the control of motors, pumps, and compressors.

Troubleshooting

Power Supply: If the module cannot be turned on or the power indicator is in an abnormal state, check if the voltage and connection of the power supply are correct. Check that the input voltage is within specified levels & the power connector is connected.

Signal Trouble: Check the signal cables and connections when the input and output signals are abnormal. Verify that the signal cables are well connected and without discontinuities or short circuits. Verify signal levels and waveforms are within permissible limits.

Communication Issues: If the module has communication problems with the control, check the Ethernet cable and the link. AconnectedEthernet isallrightandthesignal isgood. Verify that the instance has the correct network settings and if possible check the modules IP address.

Module Failures: If the module does not function properly or you see error messages, try rebooting the module.