Application Solutions

BeiLuo provides comprehensive power solutions using Mean Well products for industrial automation, LED lighting, and medical equipment applications. Our solutions include complete system design, BOM recommendations, thermal analysis, and EMC compliance guidance. For industrial applications, we offer control panel power distribution designs, redundant power systems, and 24V/48V DC bus architectures. For LED lighting, we provide driver selection, dimming control design, and outdoor lighting protection. For medical equipment, we offer isolation design, leakage current optimization, and certification support. Each solution includes detailed technical documentation, FAE design review, and application engineering support. Contact our solutions team to discuss your specific power system requirements.

Contact our solutions team with your application requirements for a customized Mean Well power solution design.

Designing a redundant power system with Mean Well involves several key considerations. For N+1 redundancy, use RSP series power supplies with built-in parallel capability and current sharing. Connect up to 4 units in parallel for up to 3000W with ±5% current sharing accuracy. For external redundancy, use DR-RDN redundancy modules with compatible power supplies. Each power supply should be sized for 100% of the load. Include DC OK monitoring for each unit to detect failures. Use OR-ing diodes or MOSFET-based redundancy modules to isolate failed units. Consider automatic transfer switches for critical applications. For battery backup systems, add battery chargers and monitoring. Our FAE team can design complete redundant power systems including schematics, BOM, and validation testing.

For mission-critical applications, contact our FAE team for redundant power system design and validation.

BeiLuo provides comprehensive support for LED lighting projects using Mean Well drivers. Our services include: Driver selection based on LED specifications and application requirements

Dimming system design (0-10V, DALI, PWM, wireless)

Surge protection design for outdoor installations

Thermal management analysis for driver longevity

EMC compliance guidance and filtering

Timer and control system integration

Troubleshooting and field issue resolution. We offer reference designs for street lighting, high-bay industrial, architectural, and horticultural applications. Our FAE team can review your lighting design, calculate driver requirements, and recommend optimal configurations. For large projects, we provide on-site support during installation and commissioning.

Submit your LED lighting requirements for driver selection and system design assistance.

Ensuring medical power supply compliance requires attention to multiple standards. For IEC 60601-1 compliance, select 2xMOPP rated supplies like GSM or RPS series with <100μA leakage current. Verify isolation voltage (4kV minimum) and creepage/clearance distances. Conduct total system leakage testing including your device. Document risk analysis per ISO 14971. For EMC compliance, ensure supplies meet EN55011 and EN60601-1-2. For home healthcare, verify IEC 60601-1-11 compliance. We provide complete certification packages including CB reports, EMC test reports, and risk analysis templates. Our medical FAE team can review your design, conduct leakage testing, and guide you through the compliance process for FDA, CE, and other registrations.

Contact our medical FAE team early in your design for compliance guidance and certification support.

Yes, BeiLuo provides thermal management design support for Mean Well power supplies. Our services include: Thermal analysis and modeling for your specific enclosure and environment

Heat sink selection and optimization

Airflow and ventilation design

Temperature monitoring and protection strategies

Derating curves for high-temperature applications

Thermal testing and validation. We use thermal simulation software to predict operating temperatures and identify hot spots. For industrial panels, we design distributed power architectures to manage heat. For LED drivers, we calculate case temperature (Tc) and recommend mounting methods. For medical equipment, we ensure thermal design meets safety standards. Contact our FAE team with your thermal requirements for design assistance.

Provide your enclosure details and ambient conditions for thermal analysis and design recommendations.