Technical Specifications
Input Voltage: 24VDC nominal (18-30VDC range)
Output Channels: 4 isolated 24VDC outputs
Current Rating: 5A per channel, 15A total
Protection: Electronic current limiting and thermal shutdown
Filtering: EMI/RFI suppression to EN 61000-6-2
Diagnostics: Per-channel voltage and current monitoring
Efficiency: >92% typical
Operating Temperature: -25°C to +70°C
Input Voltage: 24VDC nominal (18-30VDC range)
Output Channels: 4 isolated 24VDC outputs
Current Rating: 5A per channel, 15A total
Protection: Electronic current limiting and thermal shutdown
Filtering: EMI/RFI suppression to EN 61000-6-2
Diagnostics: Per-channel voltage and current monitoring
Efficiency: >92% typical
Operating Temperature: -25°C to +70°C
Functional Features
Independent channel enable/disable via software
Programmable current limits per output branch
Real-time power consumption reporting
Automatic recovery from transient overloads
Sequenced power-up to prevent inrush issues
Field device short circuit protection
Integration with control system alarm management
Independent channel enable/disable via software
Programmable current limits per output branch
Real-time power consumption reporting
Automatic recovery from transient overloads
Sequenced power-up to prevent inrush issues
Field device short circuit protection
Integration with control system alarm management
Application Scenarios
Powering field transmitters and positioners
Supplying isolated power to remote I/O drops
Distribution in hazardous area interfaces
Backup power for critical sensors
Consolidating multiple power supplies into one module
Reducing cabinet space for power components
Powering field transmitters and positioners
Supplying isolated power to remote I/O drops
Distribution in hazardous area interfaces
Backup power for critical sensors
Consolidating multiple power supplies into one module
Reducing cabinet space for power components
Performance Parameters
Voltage Regulation: ±1% under full load variation
Ripple and Noise: <50mV peak-to-peak
Transient Response: Recovers in <100μs
Overload Response: Current limit within 10μs
Thermal Protection: Shutdown at 125°C internal
MTBF: >300,000 hours
Voltage Regulation: ±1% under full load variation
Ripple and Noise: <50mV peak-to-peak
Transient Response: Recovers in <100μs
Overload Response: Current limit within 10μs
Thermal Protection: Shutdown at 125°C internal
MTBF: >300,000 hours
Structural Characteristics
Standard module width matching I/O family
Terminal blocks for input and multiple outputs
LED indicators for each output status
Heatsink integrated into housing design
Mounting clips for secure rack installation
Clear labeling of terminals and ratings
Standard module width matching I/O family
Terminal blocks for input and multiple outputs
LED indicators for each output status
Heatsink integrated into housing design
Mounting clips for secure rack installation
Clear labeling of terminals and ratings
Working Principle
Incoming DC power passes through EMI filters and is distributed to isolated output stages. Each output has independent regulation and protection circuitry. Monitoring circuits measure voltage and current continuously, comparing against software-set limits. If a fault is detected, the affected channel is disabled while others continue operating. Status information is reported to the controller for display and alarming.
Incoming DC power passes through EMI filters and is distributed to isolated output stages. Each output has independent regulation and protection circuitry. Monitoring circuits measure voltage and current continuously, comparing against software-set limits. If a fault is detected, the affected channel is disabled while others continue operating. Status information is reported to the controller for display and alarming.
Installation Requirements
Verify input voltage polarity before connection
Calculate total load current across all channels
Verify input voltage polarity before connection
Calculate total load current across all channels
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