SCHROFF MPS022 13100-203

SCHROFF MPS022 13100-203

Product Overview
The SCHROFF MPS022 13100-203 is an industrial power supply module used to provide stable DC power for control systems, instrumentation, communication equipment, and electronic assemblies. It features a wide AC/DC input range, active power factor correction, low output ripple, and support for redundant operation. The module is suitable for 19-inch racks, industrial control cabinets, VME systems, telecom racks, and test equipment platforms.

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Description

SCHROFF MPS022 13100-203

Technical Specifications

  • Brand: SCHROFF
  • Product Family: MPS series power supply module
  • Model: MPS022
  • Ordering Number: 13100-203
  • Input Voltage AC: 90 to 264 VAC
  • Input Voltage DC: 130 to 350 VDC
  • Power Factor Correction: Active PFC
  • Output Configuration: Single main output with low ripple
  • Output Ripple: Less than 10 mV peak-to-peak
  • Redundancy Support: Integrated decoupling diode with activatable redundancy operation
  • Current Sharing: Passive current-sharing bus for parallel operation
  • Signal Outputs: Output-voltage-good signal and VME bus signal on supported versions
  • Protection Features: Overload protection, short-circuit protection, and input/output protection circuits
  • Mounting Style: 19-inch rack, VME rack, or industrial cabinet mounting depending on configuration
  • Application Class: Industrial, telecommunications, automation, and test systems

Functional Features

  • Wide input range: Accepts global AC mains and DC supply voltages.
  • Active PFC: Improves power efficiency and reduces harmonic disturbance.
  • Low-noise output: Provides clean DC power for sensitive electronics.
  • Redundant operation: Supports N+1 or parallel redundancy when enabled.
  • Passive current sharing: Balances load between multiple power modules.
  • Decoupling diode integration: Prevents reverse current during redundant operation.
  • Status signaling: Provides output-voltage-good indication for system monitoring.
  • VME compatibility: Supports VME bus signaling on applicable variants.

Application Scenarios

  • Industrial automation control racks
  • PLC and industrial computer power supply
  • Telecommunications and network equipment
  • VME and embedded system racks
  • Test and measurement instruments
  • Transportation control systems
  • Medical and laboratory equipment power distribution
  • Data center and server rack auxiliary power

Performance Parameters

  • Input Range: 90 to 264 VAC or 130 to 350 VDC
  • Output Stability: Low ripple below 10 mV peak-to-peak
  • Redundancy: Supported through integrated decoupling diode
  • Parallel Operation: Enabled via passive current-sharing bus
  • Monitoring: Output-voltage-good signal available
  • Efficiency: Improved by active power factor correction
  • Reliability: Designed for continuous industrial operation

Material Composition

  • Metal Housing: Provides mechanical strength and EMI shielding.
  • PCB Assembly: Power conversion, regulation, and control circuitry.
  • Power Components: Transformers, inductors, capacitors, MOSFETs, and rectifiers.
  • Connectors: AC/DC input terminals, DC output terminals, and signal connectors.
  • Cooling Structure: Heat sink and ventilation openings for thermal management.
  • Protection Circuits: Fuses, diodes, and overcurrent/overvoltage protection components.

Structural Features

  • Compact industrial module: Fits into standard rack or cabinet systems.
  • Front or rear connectors: Allows flexible integration depending on rack design.
  • Status indicators: LEDs or signal pins indicate power and fault status.
  • Redundancy-ready design: Supports parallel installation with other MPS022 modules.
  • Low-profile layout: Saves space in dense control racks.
  • Robust mechanical construction: Resists vibration and industrial operating conditions.

Working Principle
The MPS022 module converts AC or DC input power into a regulated DC output. The active PFC stage shapes the input current to improve efficiency and reduce harmonics. The DC-DC conversion stage stabilizes the output voltage and maintains low ripple. When redundancy is enabled, the integrated decoupling diode prevents reverse current flow between parallel modules. The passive current-sharing bus helps distribute load evenly. The output-voltage-good signal informs the host system that the output is within the acceptable range.

Installation Requirements

  • Verify that the input voltage matches the 90 to 264 VAC or 130 to 350 VDC range.
  • Install the module in a ventilated rack or cabinet with adequate airflow.
  • Ensure proper grounding of the input power and module chassis.
  • Use correctly sized input and output cables for the expected load current.
  • Maintain clearance around ventilation openings.
  • Configure redundancy and current-sharing settings only when multiple modules are installed.
  • Confirm output polarity before connecting sensitive equipment.

Precautions for Use

  • Do not exceed the rated output current of the module.
  • Do not operate the module with blocked ventilation or excessive ambient temperature.
  • Avoid connecting incompatible output voltages to downstream equipment.
  • Do not enable redundancy without verifying that all parallel modules are compatible.
  • Disconnect input power before performing wiring or maintenance unless the system supports hot swapping.
  • Use external circuit breakers or fuses where required by site electrical standards.
  • For exact output voltage, output current, mechanical dimensions, and environmental ratings for 13100-203, refer to the official SCHROFF MPS022 datasheet.

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