150W 24 Stepless Dimming JUNCTION Box LED Supply Driver

Output constant voltage

Rated Power:150w
Universal input, 110-277Vac
Build in active PFC, typical power factor>0.95

UL cUL listed, Class 2, Class P, Type HL, FCC, NEMA 4X, CE, RoHs
THD<20%@120V Max.load
High efficiency:up to 80%
Load:0.01-100%
Short-circuit, over-temperature, over-load protection
Full protection metal case, for dry, damp, wet location
Flicker-free
Suitable for LED lighting and moving sign applications

Product advantage：

Specification

Derating Curve

To extend their life, please refer to the Derating Curve and derate according to the temperature.

Mechanical Specification 

Input wire Black and White to be connected to AC L and N ,Green wire go ground, 

Output wire Red to LED Positive side (+) , Black  to LED Negative side (-).  

Dimming cable DIM (+) Purple to 0/1-10V dimmer signal(+ ),DIM (-) Pink to 0/1-10V dimmer signal (-)  

Please make sure your connect these correctly otherwise your product will not function correctly and could be damaged.

Note: Any other requests we can customized. 

Connecting Diagram

Using TRIAC/Phase cut dimming

1.The Pulse-Width Modulation (PWM) of output voltage can be adjusted through input terminal of the AC phase line(L) by connection a phase /Triac dimmer of lighting system.

2.Work with forward phase /leading edge ,MLV and reverse phase /trailing edge ,ELV,TRIAC dimmers.

3.Please try to use dimmers with power at least 1.5 times as the output power of the driver.

Using Triac MLV wiring diagram

Using Triac ELV wiring diagram

Using 0-10/1-10V dimming (The power supply does not pass through the dimmer)

Using 0-10/1-10V dimming(Power supply through dimmer switch)

Using 0-10/1-10V dimming(The dimmer is not connected to high voltage)

The topology

PFC load graph

PWM dimming curve 

VR dimming curve

 Instruction:

1)This driver should be installed by qualified and professional person;

2)Please make sure the driver is installed with adequate ventilation around it to allow for heat dissipation.

3)Ensure that wiring is correct before test in order to avoid light and power supply damage;