Brand: GE
Model: IS215VPROH1BD
Name: Emergency turbine protection module
Warranty: One year
● Model: IS215VPROH1BD
● Brand :GE
● Input voltage: 24VDC
● Maximum input current: 200mA
● Maximum output current: 500mA
● Operating temperature range: 40°C ~ +85°C
● Storage temperature range: -40°C ~ +85°C.
● Protection level: IP20
● Communication interface: RS485
The GE IS215VPROH1 BD is a component manufactured by Tong Electric for its Mark VI system
Turbo Protection Card (VPRO).
MarkVI was one of the last gas and steam turbine management systems released by GE as part of the Speedtronic line, GE's main turbine management family from the 20th century
The period began in the late 1960s, with the release of Mark, to the development of MarkVI and MarkVle in the 1990s. MarkVI is considered a "total system solution" for turbine management, including integrated hardware and software that can work together.
The IS215VPROH1BD is defined as a module manufactured by GE for the Mark VI system and used as an emergency turbine protection module. The module has two circuit boards stacked on top of each other and the top plate is IS200VPRW. It may support fault detection capabilities for detecting sensor failures or connection issues, and also has programmable logic capabilities for specific control and monitoring tasks.
The main function of the emergency turbine protection module is to protect the turbine from potential hazards. These features may include emergency stop, overspeed protection, backup synchronization check protection, speed difference detection, and tripping solenoid valve control.
These protection modules typically consist of redundant VPRO boards located in a separate module from the turbine control system. Each VPRO board is equipped with its own power supply, which can produce 5 V DC voltage and 28 V DC voltage.
Please note that for specific emergency turbine protection modules, their functionality may vary by model and specification. If you need to know the functions of a specific model of emergency turbine protection module, it is recommended to consult the relevant product manual or contact the manufacturer for more information.
The advantages of the emergency turbine protection module include:
Highly reliable: Emergency turbine protection modules are usually composed of redundant circuit boards, which means that if one circuit board fails, the other can continue to work, ensuring the safety of the turbine.
Quick response: The emergency turbine protection module has the ability to respond quickly and can take protective measures in emergency situations, such as emergency stop or tripping solenoid valve control, so as to prevent potential hazards to the turbine.
Programmable logic functions: Emergency turbine protection modules often have programmable logic functions that can be programmed for specific control and monitoring tasks, allowing for more flexible and efficient control.
Fault detection function: The emergency turbine protection module has fault detection function, which can detect potential problems such as sensor failure or connection problems, so that the fault is detected and dealt with in a timely manner to ensure the normal operation of the turbine.
Easy maintenance and commissioning: Emergency turbine protection modules typically have a modular design that makes it simple and convenient to remove and replace components, as well as facilitate commissioning and troubleshooting.
In short, the emergency turbine protection module has the advantages of high reliability, fast response, programmable logic function, fault detection function and easy maintenance and commissioning, which can effectively protect the turbine and ensure its safe and stable operation.
