GE IS230TNSVH3A VME CPU card
Description:
IS230TNSVH3A is GE Mark VI VME CPU card. As a UCVE controller, IS230TNSVH3A is the standard Mark Vl controller. IS230TNSVH3A is 6U high, a single-slot board using a 300 MHz Intel Celeron processor with l6 Mb of flash memory and 32 Mb ofDRAM. A single 10BaseT (RJ-45) Ethernet port provides connectivity to the UDH.
IS215UCVEH2AE is single boardcomputer (SBC) that operates the turbine application code. The controller mounts in a VME rack called the control module, and communicates with the turbine I/O boards through the VME bus. The controller operating system is QNX, a real time, multitasking OS designed for high-speed, high reliability industrial applications. Three communication ports provide links to operator and engineering interfaces as follows:
· Ethernet connections to the UDH for communication with HMls, and othercontrol equipment
· RS-232C connection for setup using the COMl port
· RS-232C connection for communication with DCS systems using the COM2port (such as Modbus slave).
Description:
IS230TNSVH3A including 1 piece of IS200TSVCH1AJE, 3 pieces of IS220PSVOH1B, 3 piece of IS210WSVOH1AE and 1 piece of 151X202YE06SA01.
IS200TSVCH1AJE is the Servo Terminal Board.
IS220PSVOH1B is Servo Control I/O Pack.
IS210WSVOH1AE act as Servo Driver.
| Overview | ||
| The IS230TNSVH3A is a Serial Port Communication Link developed by General Electric (GE), designed to facilitate data communication within GE’s industrial control systems. This module enables efficient serial data exchange between various system components, ensuring seamless integration and reliable operation. | ||
| Product Feature | ||
| Efficient Data Communication | Versatile Protocol Support | Enhanced Reliability |
| Enables seamless and high-speed data exchange between different system components within GE’s industrial control networks. | Supports various communication protocols, providing flexibility to integrate with a wide range of industrial devices and control systems. | Designed to ensure stable and continuous communication, even in harsh industrial environments, minimizing downtime and communication errors. |
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