GE IS200TTURH1C is a high-performance turbine end plate produced by General Electric (GE). It belongs to the Mark VI series and is mainly used in industrial automation control systems, particularly for synchronous control related to generators. Here is a detailed introduction about this product:
I. Product Features Compatibility:
Designed to be compatible with GE’s Speedtronic system, including the Mark VI and Mark VIe systems.
Used together with other PCBs such as PTUR and VTUR boards to control the synchronization of the generator.
Hardware design:
A rectangular board with some small notches.
Contains multiple surface-mount relays.
Uses variable resistors, and there are also two transformers near the center of the circuit board.
High reliability is achieved, made with high-quality materials, with good anti-interference ability and stability.
Communication interface:
Communicates with other circuit board components through d-shell connectors (male and female), plug connectors, and terminal boards.
The two largest terminal boards on the circuit board are equipped with screw-mounted connectors and are labeled with numbers for reference.
Configuration options:
Includes two jumper switches, allowing the circuit board circuit to be changed to enable simplex or TMR (triplex module redundancy) voting.
Technical Specifications
Input voltage: 24VDC (Some information mentions that the operating voltage may vary depending on the model or application scenario. For example, some mention that the operating voltage is 240V, but 24VDC is more common and conforms to the typical specifications of industrial automation control boards.)
Operating temperature range: -40℃ to 85℃, highly adaptable, capable of stable operation within a wide temperature range.
Size: 19-inch standard rack size (Some descriptions may be specific to certain installation environments or configurations, but typically the turbine terminal board is designed to be of standard size for integration.)
Connector types: Include 37-pin female ports, jumpers, slots and mounting holes (The specific connector types and quantities may vary depending on the model or configuration.)
Application scenarios:
Energy industry:
Mainly used in power plants and gas turbine control systems to control the synchronization of generators.
Other industrial fields:
Steel industry: Automation control of steel mills.
Paper industry: Equipment monitoring of paper mills.
Power, energy and industrial automation control: Applicable to various automation systems that require high reliability control.
There are no reviews yet.