Brand: ABB
Product name: Excitation controller module
Product model: PCD231B101
The PCD231B101 is an excitation control module specifically designed for the control of electromagnetic excitation equipment to ensure that the excitation current and voltage of a generator are maintained at a suitable level. It usually has multiple control channels and can be used to monitor and control multiple power generators at the same time.
In addition, the PCD231B101 has a communication interface that supports communication interfaces for data exchange and communication with other equipment, control systems or monitoring systems. It also has current and voltage monitoring functions to monitor the electrical parameters of the generator in real time, and can adjust the excitation current and voltage of the generator to meet the needs of the power system. At the same time, the PCD231B101 also has protection and safety to monitor and protect the generator from overcurrent, overvoltage or other failures. It can also generate alarm information to help the operator or control system take appropriate action.
The characteristics of PCD231B101 excitation control module mainly include:
It is specially designed for the control of electromagnetic excitation equipment to ensure that the excitation current and voltage of the generator are maintained at a suitable level.
With multiple control channels, multiple power generators can be monitored and controlled simultaneously.
It has a communication interface to support data exchange and communication with other devices, control systems or monitoring systems.
With current and voltage monitoring function, you can monitor the electrical parameters of the generator in real time.
The excitation current and voltage of the generator can be adjusted to meet the needs of the power system.
Protection and safety to monitor and protect generators from overcurrent, overvoltage or other failures.
Alarm information can be generated to help the operator or control system take appropriate action.
Overall, the PCD231B101 is a powerful and adaptable excitation control module that can meet the needs of a variety of application scenarios.
The PCD231B101 is a controller specially designed for electromagnetic excitation equipment, which is mainly used for generator excitation control to ensure that the excitation current and voltage of the generator are maintained at the appropriate level.
The following is the application scenario of PCD231B101:
Power generator set: The PCD231B101 module is specially designed for the control of electromagnetic excitation equipment to ensure that the excitation current and voltage of the generator are maintained at the appropriate level. It has multi-channel control capability and can monitor and control multiple power generators simultaneously.
Communication interface: PCD231B101 modules usually support communication interfaces for data exchange and communication with other devices, control systems or monitoring systems.
Current and voltage monitoring: Modules usually have current and voltage monitoring functions to monitor the electrical parameters of the generator in real time.
The technical parameters of the PCD231B101 controller include:
Rated voltage: The controller is rated from 100V to 250V, depending on the specifications of the specific model.
Maximum output current: The maximum output current varies by model, ranging from a few amps to tens of amps.
Frequency range: The frequency range is usually from 0Hz to 10kHz, but some models may have a wider or narrower frequency range.
Response time: The response time depends on the specifications of the specific model, but it is usually very fast and can respond in the millisecond or microsecond level.
Accuracy: The precision of the PCD231B101 controller is usually very high, and high control accuracy can be achieved.
Communication interface: The controller usually has one or more communication interfaces that can be used for data exchange and control operations with other devices or systems.
Other features: The PCD231B101 controller also has some other features, such as support for different input and output modes, overcurrent protection and short circuit protection.
It should be noted that the specific technical parameters may vary according to different models and specifications, so in practical applications, it is necessary to refer to the technical specifications of a specific model or contact the manufacturer to obtain accurate technical parameter information.
