277V Triac Dim Driver 60W (Standard Size)
SMT-012-060VTHW
Triac Dimmable LED Driver
SMARTS
Triac dimming led strip driver 12V transformer 60W with high PF, Efficiency,and 0-100% dimming UL certification has passed the North American market safety standards.
model
SMT-012-060VTHW
SMT...
Triac dimming led strip driver 12V transformer 60W with high PF, Efficiency,and 0-100% dimming UL certification has passed the North American market safety standards.
model | SMT-012-060VTHW | SMT-024-060VTHW | |
Output | DC Voltage | 12V | 24V |
Adj. Voltage Range | 10-13V | 21.5-25.5V | |
Voltage Regulation | ±0.5% | ||
Rated current | 5.00A | 2.50A | |
Load Regulation | ±1% ±0.5V | ||
Rated power | 60W | 60W | |
Input | Voltage Range | 100-277V AC | |
Frequency Range | 47~63HZ | ||
Power Factor ( Typ.) | 0.98@120VAC 0.95@277VAC | 0.98@120VAC 0.95@277VAC | |
Full Load Efficiency(Typ.) | >83% | >83% | |
AC Current(Typ.) | 0.9A/110VAC | ||
Inrush Current (Typ.) | 14A, 50%, 780us | ||
Leakage current | <0.50mA | ||
protection | Over temperature | 100℃±10℃ shut down o/p voltage, automatically recover after cooling. | |
Short Circuit | shut down o/p voltage, re-power on to recover after fault condition removed | ||
Over Loading | ≤120% Hiccup mode,recovers automatically after fault condition is removed | ||
Environment | Working TEMP. | -40~+60℃ | |
Working Humidity | 20~90%RH,non-condensing | ||
Storage TEM.,Humidity | -40~+80℃,10~95%RH | ||
TEMP.coefficient | ±0.03%/℃(0~50℃) | ||
Vibration | 10~500Hz,2G 10min./1 cycle,period for 60min.each along X,Y,Z axes | ||
Safety&EMC | Safety standards | UL8750+UL1310 | |
Withstand voltage | I/P-O/P:1.88KVac | ||
Isolation resistance | I/P-O/P:100MΩ/500VDC/25℃/70%RH | ||
EMC EMISSION | FCC Part 15 B | ||
Others | Weight | About 0.35Kg | |
Size | 178*61*24mm(L*W*H) | ||
packing | 20PCS/CTN (L*W*H) | ||
Notes | 1. All parameters if NOT specially mentioned are measured at 120VAC input , rated load and 25℃of ambient temperature. | ||
2. To extend the driver's using life ,please reduce the loading at lower input voltage. |