LTECH is one of the pioneers of the filed of intelligent LED lighting control in China. With almost 20 years of technology accumulation and experience in solution implementation, LTECH has greatly promoted the development of intelligent LED lighting control in China.

LTECH has developed a number of innovative technologies for dimmable LED drivers used in every lighting control protocol. We overcome the weakness of traditional LED drivers and improve the performance of our drivers, empowering every lighting control protocol in application generating the greatest effect.

In the video below, we will show the black technologies of LTECH 0-10V drivers: "Super Strong Load Capacity and Automatic Signal Identification".

01

Test on low power consumption and strong load capacity

*The test shown in the video was conducted under the specific conditions. The amount of drivers in applications depends on the situations.

The conclusion of the test:

LTECH：The maximum power consumption of a LTECH LED driver is about 0.0122mA. Up to 200 LTECH LED drivers can be connected on one circuit.

Brand A：The maximum power consumption of a Brand A LED driver is about 0.18mA. Only 8 of Brand A LED drivers are supported to be connected.

02

Test on automatic signal identification

*The test shown in the video was conducted under the specific conditions. The amount of drivers in applications depends on the situations.

The conclusion of the test：0-10V and 1-10V signal can be identified automatically.

0-10V signal：When the light is on, the voltmeter reads 1.3v. Increase the brightness to the maximum level and keep that on for 10s, then decease to minimum brightness level, the voltmeter shows 0.3v. The light shuts off with voltage of less than 0.3V, meaning it’s identified as 0-10V input signal.

1-10V signal：When the light is on, the voltmeter reads 1.3v. Increase the brightness to the maximum level and keep that on for 10s, then decease to minimum brightness level, the voltmeter shows 1.3v. The light shuts off with voltage of less than 1.3V, meaning it’s identified as 1-10V input signal.