P12400-T1 12V 400W Led Switching Power Supply
Short Description:
1. 【Specifications】 400W universal input led strip transformer, universal input: 170V~265V AC; output: 12VDC. Sufficient 400W output power and 12V stable output voltage protect your electronic products from damage.
2. 【Intelligent Protection】 170V~265V AC to 12V DC Switching Power Supply has a built-in intelligent chipset and comes with 5-fold protection functions: overvoltage, overcurrent, overload, high temperature and short circuit protection. It automatically cuts off the power when overloaded or short-circuited, and automatically recovers after the fault is resolved.
3. 【Heat dissipation and durability】 The constant voltage led driver is made of high-quality raw materials, with a porous metal shell and good heat dissipation performance. The power adapter is designed for indoor use to meet your power needs.
4. 【Precautions】 Please make sure that your device voltage is 12 and the power is less than 400W. Do not overload, and the maximum power used should not exceed 80% of the full load, otherwise it will cause the power supply to overheat, which will greatly shorten the service life of the power supply.
5. 【Certification & Warranty】 Led Transformer is CE/ROHS/Weee/Reach certified. 3-year warranty, free sample testing is welcome.
Supports customized LED adapters of various specifications.
Free sample test is welcome.
Front and back of 400w constant voltage led driver
The LED power supply measures 30mm and is only 227X63X30mm thick. Small in size and light in weight, this compact design is especially suitable for portable electronic devices where space is limited and lightweight is critical.
1. 400w led The driver comes with safety protection devices: overload, overheat, overcurrent, overvoltage, short circuit. Cut off the circuit in time to prevent equipment damage and safety accidents caused by overcurrent or overvoltage.
2. LED switching power supply with voltage stabilizer will not only not damage the lamps, but also ensure safety.
Warm Tips: Please pay attention to choose a power supply that is at least 20% larger than the rated power of the equipment. A larger transformer will not damage the LIGHT, but it is good for safety.
Preferred metal shell, honeycomb radiator hole design, high-performance heat dissipation, better pressure resistance, hollow process design, faster heat dissipation. 400w power supply has good heat dissipation performance and long service life.
High-quality metal shell, lightweight and ultra-thin body design, stronger anti-interference ability, built-in EMI filter, low output ripple, low noise, sturdy and durable shell, 100% full load aging test. The internal coil of the LED driver is made of pure copper, and its service life is more than twice that of aluminum wire. Constant voltage led driver high-quality components ensure safety and stability, and the LED power supply provides safe and reliable protection for you and your equipment!
1. The input port design of the 400w power supply allows the connection of various standard power cords, whether it is different plug types, cable sizes or different voltage standards (such as global 170V to 265V). This compatibility ensures that the power supply can work in different regions around the world and can cope with various power access needs.
2. Driver power supply, which can be widely used as a power supply for residential, commercial and technical lighting. Suitable for LED light strips, LED lighting, 3D printers, home appliances, CCTV cameras, wireless routers, ADSL modems, measuring instruments, amateur radio transceivers, office automation, telecommunications, security monitoring, audio amplifiers, car subwoofer amplifiers and technical industries.
3. Suitable for 170 to 265V voltage in Europe/Middle East/Asia, etc.
1. Part One: Power Supply
| Model | P12400-T1 | |||||||
| Dimensions | 227×63×30mm | |||||||
| Input Voltage | 170-265VAC | |||||||
| Output Voltage | DC 12V | |||||||
| Max Wattage | 400W | |||||||
| Certicification | CE/ROHS | |||||||
2. Part Two: Size information
3. Part Four: Connection Diagram
