GE IS210BPPBH2CAA Mark VI System Printed Circuit Board Control Module Industrial Control PLC

GE IS210BPPBH2CAA Mark VI system Printed Circuit Board Control Module Industrial Control PLC

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Time synchronization is available to synchronize all controls and HMIs on the UDH to a Global Time Source (GTS). Typical GTSs are Global Positioning Satellite (GPS) receivers such as the StarTime GPS Clock or other time processing hardware. The preferred time sources are Universal Time Coordinated (UTC) or GPS; however, the time synchronization option also supports a GTS using local time as its base time reference. The GTS supplies a time link network to one or more HMI’s with a time/frequency processor board. When the HMI receives the time signal, it is sent to the Mark VI(s) using Network Time Protocol (NTP) which synchronizes the units to within ±1 ms time coherence.

The UDH communication driver is located on the main processor board in a Mark VI control module. This is the same board that runs the turbine application software. Therefore there are no potential communication failure points between the main turbine processor and other controls or monitoring systems on the UDH. In TMR systems, there are three separate processor boards executing identical application software from identical databases. Two UDH drivers are normally connected to one switch, and the other UDH driver is connected to the other switch in a star configuration.

Communication links from the Mark VI to remote computers can be implemented from optional Ethernet or RS-232C Modbus ® slave ports on the main processor board or from a variety of communication drivers from the HMI. Communication link options include RS-232C port or Ethernet TCP/IP with Modbus Slave RTU or ASCII communications from the main processor board.

The IS210BPPBH2CAA module serves as a power supply for connected devices and systems. It converts incoming power from the source into the appropriate voltage and current levels required by the equipment, ensuring consistent and reliable power delivery.

The module is designed for high efficiency and stability in power conversion. It minimizes power losses and ensures a stable output voltage, reducing energy waste and maintaining the optimal performance of connected equipment.

Built to withstand demanding industrial environments, the module features a robust and durable construction. It is resistant to temperature variations, vibrations, electrical noise, and other harsh conditions, ensuring reliable and long-lasting operation.

The module provides communication interfaces for seamless integration with supervisory control and data acquisition (SCADA) systems or other control networks. It supports industry-standard protocols, enabling remote monitoring and control of power supply parameters.