Description
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3BDH000364R0001 Other Names:
3BDH000364R0001 Controller Module
3BDH000364R0001 Processor Module
3BDH000364R0001 Analog Module
Technical Parameters and Features
Multi-Channel Input
Provides 16 digital input channels, supporting 24VDC or 48VDC voltage signals, and can simultaneously acquire multiple digital signals (such as buttons, limit switches, sensor status, etc.).
Configurability
Level Configuration: Each channel can be independently set to high or low input to accommodate different signal sources.
Filtering: Supports software filtering to effectively suppress noise interference and ensure signal stability.
Diagnostic Function: A built-in self-diagnostic mechanism detects channel faults (such as short circuits and open circuits) and provides status feedback via LED indicators or communication interfaces.
LED Indication: Each channel features an LED indicator that visually displays active/inactive status.
Mounting Method: DIN rail mounting facilitates integration into a control cabinet.
Communication Method: Connects to the Symphony Plus PLS controller via the HR bus. Some models may support mainstream industrial communication protocols such as Modbus and Profinet.
Application Scenarios
Power Industry:
Used for substation monitoring and distribution network control, collecting real-time data such as voltage and current to improve grid efficiency.
Controls boilers, steam turbines, and other equipment in power plants to optimize power generation.
Manufacturing:
Integrated into robotic arms and automated assembly equipment, it achieves high-speed logic control and precise positioning, improving production cycle times.
Used for production line monitoring to ensure coordinated operation of all links.
Energy:
Suitable for wind turbine equipment monitoring and oil platform automation to ensure power availability for critical process loads.
In renewable energy systems, such as solar and wind power generation, this system provides real-time data on energy production and consumption.
Infrastructure:
Used in building automation systems (BAS) to achieve centralized control and energy-saving optimization for air conditioning, lighting, and energy management systems.
Monitoring power usage in data centers ensures efficient energy management.
Common Problems and Solutions
Unstable Input Signal
Cause: Signal line interference, improper filtering settings, or module failure.
Solution: Check the grounding of the signal line shield, adjust the filtering parameters, or replace the module.
Abnormal LED Indicator
Cause: Channel failure, power supply problem, or LED damage.
Solution: Check the channel status using the diagnostic function to confirm the power supply voltage is normal. Replace the module if necessary.
Communication Interruption
Cause: Communication line failure, protocol configuration error, or module address conflict.
Solution: Check the communication line connection, confirm the correct protocol parameters, and reassign the module address.
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Please refer to customer service for specific quotes. Since these products are new, prices are not official.
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admin –
Filtering: Supports software filtering to effectively suppress noise interference and ensure signal stability.
Diagnostic Function: A built-in self-diagnostic mechanism detects channel faults (such as short circuits and open circuits) and provides status feedback via LED indicators or communication interfaces.
LED Indication: Each channel features an LED indicator that visually displays active/inactive status.
Mounting Method: DIN rail mounting facilitates integration into a control cabinet.
Communication Method: Connects to the Symphony Plus PLS controller via the HR bus. Some models may support mainstream industrial communication protocols such as Modbus and Profinet.
Application Scenarios
Power Industry:
Used for substation monitoring and distribution network control, collecting real-time data such as voltage and current to improve grid efficiency.
Controls boilers, steam turbines, and other equipment in power plants to optimize power generation.