About the IS200TTURH1BEC
The IS200TTURH1BEC is a General Electric replacement part designed for use within the company’s turbine control systems, specifically the Mark VI and Mark VIe. The Mark VI Turbine Control System that this IS200TTURH1BEC product belongs to, as it is known in length, is rather self-explanatory, given its possible functional applications in the control and management systems of General Electric-compatible gas and steam turbine automated drive assemblies. While this may be true, this IS200TTURH1BEC device's greater Mark VI Series represents a massive improvement upon previously-developed Mark product series iterations such as the Mark IV and the Mark V Series, as the Mark VI Series also has further functional applications in alternative energy-based wind turbine systems as well. This IS200TTURH1BEC product's Mark VI Turbine Control System Series is additionally seen as a desirable GE Mark product series as it is one of the final-developed Mark Series to make use of the Speedtronic control system technology first patented and introduced by GE with the rollout of the primary Mark I Series all the way back in the 1960s.
Hardware Tips and Specifications
This board is designed to work in conjunction with several other components to help control breaker closure. The IS200TTURH1BEC may work in conjunction with PTUR boards or VTUR boards. Our company works hard to maintain as much on-hand stock of GE replacement boards as we can so we can more efficiently fulfill your order needs. The IS200TTURH1BEC is part of the synchronization system within the turbine system used to energize breaker close coils at the correct time. This system includes a K25P relay for turbine sequence status, a K25A repay, for checking the slip and phase are within the synch window, and a K25 relay, that optimizes for top dead center coordination. This system can be used with either a Simplex or a TMR (triple modular redundant) turbine system. In a simplex system, voting initiates from <R>. Meanwhile, in TMR systems, â…” logic voting is employed. Jumpers located along one short board edge decide whether the board will be configured for TMR or Simplex systems. Refer to original manuals and other GE documentation before any installation begins for information regarding proper handling, as well as extending safety warnings.
Other board components include resistors, variable resistors, capacitors, diodes, transformers, and integrated circuits. The board also has a number of different connectors, including terminal strips, plug connectors, and d-shell connectors. There are both male and female d-shell connectors on the board’s surface. Any resistor, capacitor, diode, transistor, or integrated circuit included on this IS200TTURH1BEC device's base printed circuit board should exist as part of a greater Mark VI Series-standardized selection of voltage-limiting hardware components seen in most of this series' products. This IS200TTURH1BEC printed circuit board or PCB for short is a member of a now-obsolete legacy General Electric product series, and as such, is not surrounded by any great amount of originally-printed and pertinent instructional manual documentation. With this being the case, the IS200TTURH1BEC functional product number itself can be adopted as a decent primary source of IS200TTURH1BEC Board hardware component and component specification information, as it codes for various relevant details through a series of consecutive functional naming elements. For instance, the IS200TTURH1BEC functional product number begins with an iteration of the dual-functional IS200 series tag indirectly responsible for naming this IS200TTURH1BEC device's normal Mark VI Series assembly style on top of its domestic original manufacture location. Some of this IS200TTURH1BEC device's other relevant hardware specifications revealed through its IS200TTURH1BEC functional product number include its:
- TTUR functional product abbreviation
- Conformal PCB coating style
- Group one Mark VI Series product grouping
- Three-fold revision history
