10W 250~350mA*1ch Phase-cut CC Driver PCS-10T-1HMC
10W 250/300/320/350mA CC Phase-cut Driver PCS-10T-1HMC
PCS-10T-1HMC is a constant output mode LED driver. The output current can be easily set via DIP
switch.The driver supports leading edge (Triac) and trailing edge (ELV) dimmer, and can be compatible
with the systems of various brands (Philips, Panasonic, Lutron, Simon, ABB, Siemens,Dalitek etc.) to achieve
a smooth dimming effect.
Features
1. Single channel output, output current level selectable by DIP S.W.
2. Support Leading edge (Triac) and Trailing edge (ELV) dimmer
3. Dimming range from 40VAC to 240VAC
4. Class Ⅱ power supply. Full protective plastic housing
5. Dimming effect smooth, no flicker
6. Protections: Short circuit, over load
7. Suitable for indoor LED lighting application, such as down light, spot light, and so on
Technical Parameters
| Model | PCS-10T-1HMC | |
| Input | Efficiency | 75%@230VAC,Full load |
| Voltage | 220VAC-240VAC | |
| Frequency Range(Hz) | 50/60Hz | |
| Current | 0.12Amax@230VAC, Full load | |
| Inrush Current | Cold start, 28A(twidth=30us measured at 50% Ipeak@230VAC | |
| Output | Current(mA)/Voltage (VDC)Power(W) | 250mA/20-40VDC/10W 300mA/17-34VDC/9.9W 320mA/15-31VDC/9.92W 350mA/14-28DC/9.8W |
| Ripple Current | <3% | |
| Channel | 1 | |
| Current Tolerance | ±5% | |
| No load output voltage | 50V Max | |
| Turn On Delay Time | <1s, at 230Vac | |
| Function | Dimming Type | Triac/ELV |
| Protection | Short Circuit | Close output, recovers automatically after fault removed |
| Over Load | When the output voltage is exceeded, decreases and, recovers automatically when the load is reduced. | |
| Others | Working Temp. | -20℃~50℃ |
| Storage Temp., Humidity | -40℃~85℃, 20-90%RH | |
| Tc | 90℃ | |
| Material | PC | |
| IP Rating | IP20 | |
| Lifetime | 50,000h@tc:75℃ | |
| Warranty Condition | 5 years | |
| Switch Cycle | >100,000 times | |
| Packing(weight) | Net weight: 90g±5%/PCS; 100PCS/Carton; 7kg±5%/Carton; Carton Size: 51.7*23.7*142cm(L*W*H) | |
| Dimension | 110*30*22mm(L*W*H) | |
