Digital I/O Configuration: 12 inputs, up to 8 of which can be configured as outputs.
Analog I/O Configuration: 3 inputs and 2 outputs.
Digital Input Extension: Can use free analog inputs for extension, with up to 6 additional digital inputs.
Communication Interfaces: Supports RS232 and CAN bus communication. RS232 supports 8 devices, CAN bus supports 110 devices, and the initialization communication rate is up to 1 Mbps.
Power Supply: Not explicitly mentioned in the available information.
Operating Temperature Range: Not explicitly mentioned in the available information.
Compliance Standards: Complies with CE, CSA, UL and DNV standards.
Control Modes: Automatic voltage control with an adjustable 530 controller; power factor and reactive power controller with a 530 control algorithm; current regulator with IP control.
Parallel and Island Operation: Enables reactive power sharing for generators connected in parallel and in island operation, and has automatic synchronization and voltage matching functions.
Monitoring and Limiting: Through a reliable CAN bus, it realizes the backup function and set – point tracking function of the redundant channel system; strengthens system monitoring functions, such as voltage transformer monitoring, synchronization check function, rotating diode monitoring function; has various limiter functions (such as excitation current limiter).
Data Recording: Automatic and manual trigger data recorder to record measurement results and user – selected data; event recorder function records success information with time and date information; trend recorder for easy – to – use debugging and maintenance tools.
Communication and Configuration: Realizes fully – functional MOBUS communication through standard Ethernet and RS485; simple configuration and measurement through the regulator’s LCD panel; powerful and user – friendly debugging and maintenance software tool CMT1000 for parameterization, monitoring, trend and optimization.
Redundancy and Reliability: The powerful dual – processor technology can maintain control of regulation even in the event of disturbances at the Ethernet communication end.
Application Scenarios
Power Generation: Used in small and medium – sized power plants to control the output voltage of synchronous generators, ensuring the stability of the power generation process.
Transmission and Distribution: Applied in the transmission and distribution links of the power system to regulate voltage and ensure the quality of power supply.
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