Dali Dimmable LED Driver Transformer 12v Manufacturer
SMT-012-036VM is a dali dimmable led driver with a compact size and high efficiency, supplying 0-3000mA. The -20~+70C temperature operating range can meet all kinds of lighting applications. It accepts universal input from 100 to 265VAC, and is certified to Class II /Class 2 and IP20 grade, providing perfect solutions for DALI control systems.
Specifications for dali dimmable led driver:
Model | SMT-012-036VM | SMT-024-036VM | ||||||||||
Single Output features | Constant voltage | 12vDC | 24vDC |
|
||||||||
output current | 3.0A | 1.5A | ||||||||||
output power | 30watt | 30watt | ||||||||||
Ripple & Noise | 250mV | |||||||||||
Current Regulation | ±3% | |||||||||||
Starting time | 1000mS/230Vac, 3000mS/110Vac | |||||||||||
Input | Voltage range | 100Vac-265Vac | ||||||||||
Frequency range | 47Hz-63Hz | |||||||||||
Power factor | PF>0.93/230Vac,PF>0.92/110Vac | |||||||||||
Efficiency | 87%/110Vac , 86%/230Vac | |||||||||||
Inrush Current | 20A/110Vac, 40A/230Vac | |||||||||||
Leakage Current | <1mA/120Vac,240Vac | |||||||||||
Protection | short circuit | |||||||||||
Single Protection,Hiccup ,recovery after the fault removed. | ||||||||||||
Over voltage | Protection mode:Limit highest voltage, recovery after the fault removed. | |||||||||||
Over temperature | 105oC±5 oC ( Internal radiator's temperature) | |||||||||||
over load |
Protection mode:Closed Output voltage,recovery after temperature automatic recovery. |
|||||||||||
Label |
|
Feature for led driver 12v manufacturer
·Output constant current
·Range 100-130VAC, 170-265VAC
·Built-in PFC function, PF> 0.90
·Efficiency> 88%
·Protections:short circuit/over current/over voltage
·Cooling by free air convection
·IP20 design for indoor installation .
·Dimming function:0/1-10V/ 10V PWM or potentiometer.
·Dimming range:0-100%
· Suitable for LED lighting and moving sign applications with dimming
·Compliance to worldwide safety regulations for lighting
·3 years warranty
Mechanical Specification for led driver transformer: