Black Box DIN Rail Power Supply — 240 Watts, 48 VDC

The Black Box DIN Rail Power Supply delivers reliable, efficient power for industrial control panels, automation equipment, and distributed loads. Built to perform in demanding environments, this 240-watt power supply provides a stable 48 VDC output with robust protection features, ensuring continuous operation of critical devices on your conveyor lines, machine controls, sensors, and embedded systems. Designed for DIN rail mounting, it fits neatly into control cabinets and panels, freeing space while delivering dependable performance. Whether you’re retrofitting legacy equipment or designing a new automation rack, this power supply is engineered to meet the challenges of modern industrial environments with steady voltage regulation, efficient energy use, and durable construction.

• Industrial-grade reliability for continuous operation — Engineered to withstand vibration, temperature variations, and long service life in harsh factory floors, this 240 W unit maintains stable 48 VDC output to keep PLCs, HMI panels, drives, and sensors performing consistently.
• Compact DIN rail design for easy integration — Slim, modular form factor lets you save panel space while mounting securely on TS35/TS-100 DIN rails. Simplified wiring and organization reduce installation time and improve cabinet cleanliness.
• Wide input range and high efficiency — Designed to accept a broad AC input (typical 100–240 VAC, 50/60 Hz) to accommodate global power standards. High efficiency minimizes heat output and lowers operating costs in 24/7 applications.
• Comprehensive protection and safety features — Built-in protections guard your system: short-circuit, overcurrent, overvoltage, and overtemperature protection help prevent damage to connected equipment and extend overall system life.
• Ready for demanding environments — Rugged construction, robust insulation, and compliance with regional safety standards make this power supply suitable for industrial installations, control cabinets, and outdoor-enclosed panels with proper shielding.

Technical Details of Black Box DIN Rail Power Supply — 240 Watts, 48 VDC

• Output: 48 VDC, up to 5 A (approx. 240 W)
• Input: 100–240 VAC, 50/60 Hz (configurations may vary by SKU); designed for worldwide compatibility
• Efficiency: High efficiency (typical 85–92%), reducing heat generation and improving energy usage
• Protections: Short-circuit, overcurrent, overvoltage, and overtemperature protection to safeguard both supply and load
• Mounting: DIN rail mounting (TS35/7.5, standard for most industrial panels)
• Operating Temperature: Broad range suitable for industrial environments; ensure adequate ventilation
• Enclosure & Construction: Rugged housing designed for reliable operation in vibration-prone settings
• Dimensional Footprint: Compact form factor optimized for space-constrained control panels
• Certifications: Meets common safety and EMC requirements for industrial power supplies (specific certifications may vary by region)
• Warranty: Extended or standard manufacturer warranty typical for industrial-grade supplies (check regional policy)

How to Install Black Box DIN Rail Power Supply

Install this DIN rail power supply as the backbone of your control cabinet’s power architecture. Begin by selecting a well-ventilated area within the panel to minimize heat buildup. Mount the unit securely onto the DIN rail, ensuring a firm snap or screw-in mounting according to the product’s installation instructions. Plan wire routing to keep input and output conductors separate from signal lines to reduce interference. Connect the AC input to a suitable power source with appropriate overcurrent protection per local codes, then connect the 48 VDC output to your load or distribution bus. Observe correct polarity on the output terminals and use appropriately rated cables for the current demand. After wiring, replace any covers, power the unit, and verify that the output voltage stabilizes at 48 VDC under load. Perform a brief load test to confirm stability and protection systems engage as intended in fault conditions. For enhanced reliability, maintain clear airflow around the unit and avoid placing it near heat sources. If your cabinet uses multiple supplies, consider tandem configuration or proper power sequencing to prevent voltage dips during startup.

Additional tips for installation success:

• Record the model and serial number for future service or warranty claims.
• Use shielded cables and keep mains wiring away from data and signal lines to minimize electrical noise.
• Label input and output connections clearly to simplify maintenance and troubleshooting.
• Verify compatibility with existing devices and EMS/SCADA systems to ensure seamless integration.
• Follow local electrical codes and safety standards during installation and commissioning.

Frequently Asked Questions

• What is the main output of this power supply? The unit provides a stable 48 V DC output capable of delivering up to approximately 5 A, which equates to about 240 W of power for 48 V systems.
• What kind of mounting does it use? It is designed for DIN rail mounting, suitable for standard TS35/7.5 rails used in most industrial panels.
• What protections are included? The power supply includes short-circuit, overcurrent, overvoltage, and overtemperature protections to safeguard both the supply and connected equipment.
• Is it suitable for global electrical standards? Yes, models are designed to support a wide input voltage range (commonly 100–240 VAC, 50/60 Hz), which makes them compatible with international installations. Always verify the SKU for exact input specifications.
• What about efficiency and heat? High efficiency minimizes heat generation, which helps reduce energy costs and improves reliability in continuous-operation environments.
• How should I size it for my load? Ensure the total current drawn by all devices connected to the 48 V output does not exceed 5 A. If you anticipate startup surges, consider a margin above the expected maximum load for reliable operation.
• What maintenance is required? Routine inspection of wiring connections, ventilation, and the enclosure will help keep the unit performing optimally. Replace the unit if signs of excessive wear or damage appear.