DC 5V LED Switching Power Supply 100W-300W, AC 110/220V Input, LED Strip Driver Transformer, Durable Metal Housing with Screw Terminals, CE/FCC/RoHS Certified (300W with Cooling Fan)

Key Features

• High-Power DC 5V Output: Designed to convert AC 110–220V input power to stable DC 5V output for compatible high-load LED lighting systems, LED strips, modules, displays, and other 5V DC applications.
• 150W / 200W / 300W Power Options: Choose from three high-power configurations to match different project sizes and total connected load requirements.
• High Output Current: Available in 30A, 40A, and 60A versions depending on the selected wattage, making the series suitable for larger 5V LED installations.
• Durable Metal Housing: The enclosed metal case helps protect internal electrical components while supporting heat dissipation during normal operation.
• Screw Terminal Connections: Equipped with screw terminals for AC input and DC output wiring, providing a practical connection method for fixed LED lighting installations.
• 300W Version with Cooling Fan: The 300W model includes an integrated cooling fan to support airflow and heat dissipation under higher-load operating conditions.
• Constant-Voltage Power Supply: Designed for compatible DC 5V constant-voltage LED lighting systems where stable low-voltage power is required.
• Listed Certifications: This power supply series is listed with CE, FCC, and RoHS certifications.

Specifications

• Product Type: High-Power LED Switching Power Supply / Constant-Voltage LED Driver
• Input Voltage: AC 110–220V
• Output Voltage: DC 5V
• Power Options: 150W / 200W / 300W
• Housing: Metal
• Connection Type: Screw Terminals
• Cooling Fan: 300W Version
• Package Size: 1 PCS
• Certifications: CE / FCC / RoHS

150W Model: DC 5V / 30A / 150W

200W Model: DC 5V / 40A / 200W

300W Model: DC 5V / 60A / 300W / Integrated Cooling Fan

Compatibility Note: Please confirm that the connected LED lighting or electrical equipment requires a regulated DC 5V constant-voltage power source before ordering.

Power Selection Note: Calculate the total wattage of the connected load before selecting a power supply. Choose a model with sufficient output capacity and avoid operating the power supply above its rated wattage or current.

Applications

These high-power DC 5V switching power supplies are designed for larger compatible LED lighting installations and other 5V DC systems requiring a constant-voltage power source.

• High-power 5V LED strip lighting
• Long-run LED strip installations
• LED pixel lighting systems
• LED modules
• Digital and decorative signage
• Display and showcase lighting
• Retail and commercial lighting projects
• Architectural decorative lighting
• Large DIY LED lighting systems
• Compatible DC 5V electrical equipment

Package Included

150W – 1-Pack

• 1 × DC 5V 30A 150W Switching Power Supply

200W – 1-Pack

• 1 × DC 5V 40A 200W Switching Power Supply

300W – 1-Pack

• 1 × DC 5V 60A 300W Switching Power Supply with Cooling Fan

Package Note: Each selected option includes one switching power supply. All versions provide DC 5V output; maximum wattage and output current vary according to the selected model.

300W Note: The 300W version includes an integrated cooling fan. The fan area should remain unobstructed during installation and operation.

Order & Logistics

Lead Time

Usually ships within 1–3 business days when available from our local warehouses.

Delivery Information

This series follows our applicable free-shipping policy for qualifying orders over $399.

• Local Warehouse Delivery: When local inventory is available, delivery is typically approximately 3–7 days.
• Headquarters Warehouse – Standard Delivery: If local inventory is unavailable, standard delivery from our headquarters warehouse is typically approximately 9–18 days.
• Headquarters Warehouse – Express Delivery: Express delivery from our headquarters warehouse is typically approximately 5–9 days.

Delivery times are estimates and may vary depending on inventory availability, destination, carrier service, customs processing, and other logistics conditions.

Installation

1. Confirm the Required Output Voltage

Confirm that all connected LED lights or electrical equipment require DC 5V input before installation. Do not connect equipment designed for a different operating voltage.

2. Calculate the Total Connected Load

Add the wattage of all connected devices and select the 150W, 200W, or 300W power supply according to the total system requirement.

3. Allow Suitable Power Capacity

Select a power supply with sufficient capacity for the connected load rather than operating continuously at or above the maximum rated output.

4. Disconnect AC Power

Turn off and isolate the AC power source before wiring, adjusting, or servicing the power supply.

5. Identify Input & Output Terminals

Confirm the AC input terminals and DC output terminals using the markings on the power supply before making any wiring connections.

6. Connect the AC Input

Connect the AC 110–220V supply wires to the appropriate input terminals and tighten the screw terminals securely.

7. Connect the DC 5V Output

Connect the compatible 5V load to the DC output terminals and verify the correct positive and negative polarity before applying power.

8. Check the Wiring

Make sure all screw-terminal connections are secure and that exposed conductors cannot contact adjacent terminals or the metal enclosure.

9. Provide Adequate Ventilation

Install the power supply in a suitable location with sufficient airflow around the metal housing. Avoid enclosing the unit in a space where heat cannot dissipate properly.

10. Keep the 300W Fan Unobstructed

When installing the 300W version, leave adequate clearance around the cooling fan and ventilation openings to maintain proper airflow.

11. Test the System

After checking all connections, restore power and verify that the connected DC 5V lighting or equipment operates correctly.

Installation Note: This product connects to AC mains power. Wiring should follow applicable electrical requirements. Confirm the input voltage, DC output polarity, total connected load, ventilation, and installation environment before applying power.