GE IS200AEGIH1B IS200AEGIH1BBR2 Board
Description
| Manufacture | GE |
| Model | IS200AEGIH1B |
| Ordering information | IS200AEGIH1BBR2 |
| Catalog | Speedtronic Mark VI |
| Description | GE IS200AEGIH1B IS200AEGIH1BBR2 Board |
| Origin | United States (US) |
| HS Code | 85389091 |
| Dimension | 16cm*16cm*12cm |
| Weight | 0.8kg |
Details
The IS200AEGIH1B is a board component manufactured by GE as part of their Mark VI Speedtronic system for the management of gas and steam turbine systems. This system is also designed to be used for BOP (balance of plant) controls. While this circuit board is no longer in production by the OEM, it can still be purchased through AX Control as a new surplus product or as reconditioned used stock. The Mark VI Speedtronic rack systems typically have a 13- or 21- slot VME arrangement.
The IS200AEGIH1B is a rectangular circuit board that does not have an attached front faceplate. Corner factory-made drill holes allow for mounting options. The board has three vertical-pin terminal strips with twelve pins per strip. These terminal strips are placed on the board in a parallel arrangement. Other connectors on the board include stab-on connectors, plug connectors, and a right-angled connector located along the right edge of the board.
Other board components present on the board include two heat sink components and eight relays, which are located in a group. There are also wire wound resistors and resistors made of other material, capacitors, and integrated circuits. Each component on the board is marked with an individual reference designation. The board also carries the GE logo and other codes.
The IS200AEGIH1B developed by General Electric is a board component manufactured by GE as part of their Mark VI Speedtronic system for the management of gas and steam turbine systems.
It is a rectangular circuit board that does not have an attached front faceplate. For ease of mounting, corner factory-made drill holes have been created. The board has three vertical-pin terminal strips with twelve pins per strip that are placed on the board in a parallel arrangement. Additional connectors on the board include stab-on connectors, plug connectors and a right-angled connector located along the right edge of the board.
The board is populated with two heat sink components and eight relays, which are located in a group. Additionally, there are wire wound resistors and resistors made of other material, capacitors,and integrated circuits. Each component on the board is marked with an individual reference designation.
