Industrial Automation Power Solution

This power solution is optimized for industrial automation: Wide temperature range: -10°C to +70°C operation for factory environments

High reliability: Designed for 24/7 continuous operation

DIN rail mounting: Easy installation in control panels

High efficiency: Up to 94% reduces heat and energy costs

Power factor correction: >0.95 PFC for reduced line current

Parallel operation: Scale power or add redundancy

Robust design: Withstands vibration, shock, and electrical transients

Long lifecycle: 10+ year product availability for industrial systems

Global certifications: UL, CE, CCC for worldwide deployment. These features address the demanding requirements of industrial automation where downtime is costly and reliability is critical.

Contact our industrial power specialists for automation system power design recommendations.

Configuring parallel operation for redundancy involves: Unit selection: Choose power supplies with parallel capability (check datasheets)

Current sharing: Use units with active current sharing for balanced load

OR-ing diodes: Install OR-ing diodes for true redundancy

Wiring: Keep power cables equal length for balanced current

Monitoring: Implement power good monitoring for fault detection

Alarming: Connect to system alarm for power failure notification

Testing: Verify seamless switchover during failure simulation. For N+1 redundancy: Calculate total load requirements

Add one additional unit for redundancy

Example: 800W load uses three 480W units (2+1)

Each unit operates at 50% load for high reliability. Contact our FAE team for redundancy configuration guidance.

Contact our FAE team for redundancy configuration and system design assistance.

The industrial power solution offers high reliability: PBA300F-24: >200,000 hours MTBF at 25°C

DPF480-24S: >150,000 hours MTBF at 25°C

EAC-06-472: >1,000,000 hours MTBF (passive components)

System MTBF: Depends on configuration and redundancy. MTBF is calculated per Telcordia SR-332 or MIL-HDBK-217 methods. Factors affecting reliability: Operating temperature: Higher temperatures reduce MTBF

Load derating: Operating below max rating improves reliability

Cooling: Adequate airflow extends life

Environment: Clean, dry conditions improve reliability. For mission-critical applications: Use redundant configurations

Implement condition monitoring

Plan preventive maintenance

Consider extended warranty. Contact our reliability engineering team for MTBF data at your operating conditions.

Contact our reliability engineering team for MTBF data at your specific operating conditions.

Sizing power supplies for automation systems involves: Load inventory: List all devices and their power requirements

Peak power: Identify startup and peak power demands

Simultaneity factor: Not all loads operate at peak simultaneously

Future expansion: Add 20-30% margin for growth

Efficiency: Account for power supply efficiency in input calculations

Inrush: Consider transformer inrush current

Redundancy: Add capacity for N+1 if required. Example sizing: PLC system: 50W

I/O modules: 100W

HMI display: 30W

Sensors: 20W

Margin 30%: 60W

Total: 260W → Select 300W supply. For multiple voltage rails: Use multiple single-output supplies, or

DC-DC converters for secondary rails. Contact our FAE team for power budgeting assistance.

Calculate total load with 20-30% margin. Contact our FAE team for power budgeting assistance.

The industrial power solution provides comprehensive environmental protection: Temperature: Operating range -10°C to +70°C with derating

Humidity: 5-95% RH non-condensing

Altitude: Operation up to 3000m (derating above 2000m)

Vibration: 5-55Hz, 19.6m/s² per IEC 60068-2-6

Shock: 196m/s², 11ms per IEC 60068-2-27

Protection class: IP20 standard (higher available with enclosures)

Pollution degree: PD2 standard, PD3 available

Overvoltage category: OVC II standard, OVC III available. For harsh environments: Use enclosed models for better protection

Install in climate-controlled enclosures

Add conformal coating for humid/corrosive environments

Consider forced air cooling for high temperatures. Contact our FAE team for harsh environment recommendations.

Contact our FAE team for harsh environment recommendations and derating guidelines.

The industrial power solution carries comprehensive certifications: Safety: UL 62368-1 (US), CSA C22.2 No. 62368-1 (Canada), EN 62368-1 (Europe), IEC 62368-1 (International), CCC (China), PSE (Japan), KC (Korea), RCM (Australia)

EMC: EN 55032 Class B (emissions), EN 55035 (immunity), FCC Part 15 Class B

Industrial: SEMI F47 (voltage sag immunity for semiconductor industry)

Environment: RoHS compliant, REACH compliant

Efficiency: Energy Star compliant models available. These certifications ensure worldwide acceptance and compliance with industrial equipment standards. All certifications are maintained with ongoing testing and factory audits. Contact our certification team for specific certification questions or additional market requirements.

Verify required certifications for your target markets. Contact us for certification documentation.