IP67 24V 2.5A 60W Power Supply LED Driver Ultra Thin Ground Light Strips Light

Product Specification

IP67 LED Driver 24V 60W Ultra Thin Ground Light Strips Light Box LED Power Supply

IP67 Waterproof LED Driver ultra thin 24V 60W 2.5A light box signboard light module led transformer 
 
Quick Detail:

• Ultra thin waterproof type for line light lighting box signboard light application.
• AC/DC switching 24V 60W 2.5A single-switch LED driver
• AC input voltage: 100~220V
• 1600V High voltage test, full loading test and old aging test
• Application in LED light strip, light box, module, signboard light, line light, wall wash light, underground light, led tube and so on
• IP67 grade
• CCC & CE approvals

 
Specifications:

 
Related models list as below:
Waterproof series for line light, signboard light and lamp house:

 
Applications:
Widely used in LED Lighting, LED display, LED strips, LED advertisement screen, LED sign, LED night light, LED lamp house, LED decoration, LED wall light, LED street light , LED wall light, LED backlight, LED tube, offices , hospital , schools , factories , plants, shopping malls, supermarkets, kitchen, fair cabinet and so on.

Welcome to LED switch power supply, please read this instruction manual thoroughly before using the LED switching power supply:

First , Principle of product overview:

A stable DC voltage.

Second, Product features:

1. Small size, light weight;

2. Wide operating voltage range: input voltage 110-240V work properly;

3. Security, high reliability;

4. Performance: high power switching power supply have 5-10-second delay test circuit design, very well put an end to be output high-voltage switching power supply powers on an instant high current so as to protect the load (especially LED light source, reduction of mutations of light caused by the maximum output voltage );

5. Protection: short circuit, over current, overheating protection;

6. Easy installation: this product is designed to be water-proof (outdoor) and not waterproof (indoor) in two ways. Waterproof power with high strength, rust-proof metal enclosure structure design for hanging, suspension setup, reducing input and output connection cables;

7. When the load is too large, power protection, intermittent breaking exception occurs, user should reduce the load.

The overview of Switching power supply

Switching power supply is a device which use modern power electronics technology to control time ratio of switching tube open and off and maintain a stable output voltage of power supply, switching power supply is generally composed of IC and MOSFET which is controlled through pulse width modulation (PWM) compared with linear power. The cost of switching power supply increases with the increase of output power, but the growth rate is different. Linear power cost is higher than switching power supply at a certain output power point, which is called cost reversal point. With the development and innovation of power electronics technology and switching power supply technology constantly innovating, this cost reversal point is increasingly moving to low output power end, which provides a broad development space for switching power supply.

Switching power high-frequency is the direction of its development, high-frequency will make switching power miniaturization and make switching power into a wider range of applications, especially in the field of high-tech applications, promoting high-tech products miniaturization and portability. In addition, the development and application of switching power supply are of great significance in energy saving, resource saving and environmental protection.

The main power electronic devices used in switching power supply are diode, IGBT and MOSFET.

SCR has a small number of applications in switching power supply inputting rectifier circuit and soft start circuit, GTR is difficult to drive with low switching frequency and gradually replaced by IGBT and MOSFET.

Three conditions of switching power supply

1. Switching: power electronic devices work in the switching state rather than linear state

2. High frequency: power electronic devices work at high frequency rather than low frequency close to power frequency

3. DC: switching power supply output is DC rather than AC

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