ASTERIA
HYCP-2008
Technical information
| Parameter | Technical data | Parameter | Technical data |
| Insulation class |
Class I | Cover | PC |
| Operating temperature |
-20℃~50℃ / 10% ~ 95%(humidity) |
Gasket | Silicone |
| Body parts material | Die cast Aluminum | Color stability |
5 MacAdam steps |
| Light control | Optic | IP & IK Rating |
IP65 & IK09 |
Packing Information
| Model | Carton Size(L*W*H) | QTY/Carton | N.W.(kg) | G.W.(kg) | 20 FCL | 40 FCL | 40 H |
| HYCP-2008-40 |
420*195*220mm |
1 | 3.6 | 4.2 | 1430 | 2965 | 3600 |
| HYCP-2008-60 |
620*195*220mm |
1 | 5.0 | 5.6 | 948 | 1969 | 2388 |
| HYCP-2008-90 |
920*195*220mm |
1 | 6.1 | 6.8 | 632 | 1306 | 1584 |
Optics Available
Other option
Base (optional)
Anchor bolt (optional)
Asteria
| Order code | CCT | CRI | Power(W) | LM | LM/W | Operation voltage | DIM |
| 5200801(40) |
3000K | > 80 | 15 | 1125 | 75 | AC 220-240V | DALI |
| 5200802(40) |
3000K |
> 80 |
15 | 1125 | 75 |
AC 90-305V | ON/OFF |
| 5200803(40) |
3000K |
> 80 |
25 | 1625 | 65 | AC 220-240V | DALI |
| 5200804(40) |
3000K |
> 80 |
25 | 1625 | 65 |
AC 90-305V | ON/OFF |
| 5200805(60) |
3000K |
> 80 |
15 | 1125 | 75 |
AC 220-240V | DALI |
| 5200806(60) |
3000K |
> 80 |
15 | 1125 | 75 |
AC 90-305V | ON/OFF |
| 5200807(60) |
3000K |
> 80 |
25 | 1625 | 65 |
AC 220-240V | DALI |
| 5200808(60) |
3000K |
> 80 |
25 | 1625 | 65 |
AC 90-305V | ON/OFF |
| 5200809(90) |
3000K |
> 80 |
15 | 1125 | 75 |
AC 220-240V | DALI |
| 5200810(90) |
3000K |
> 80 |
15 | 1125 | 75 |
AC 90-305V | ON/OFF |
| 5200811(90) |
3000K |
> 80 |
25 | 1625 | 65 |
AC 220-240V | DALI |
| 5200812(90) |
3000K |
> 80 |
25 | 1625 | 65 |
AC 90-305V | ON/OFF |
Details
1 – PCB BOARD
2 – PC Lens
3 – Reflecting Surface
4 – Die-casting Aluminium Alloy HeatSing
5 – Gear Box
6 – Water-proof junction box (option)
7 – Extruded aluminium stem
8 – Base plate
RGB Control
Infrared sensor system
With good sensitivity detector and integrated circuit. It gathers automatism, convenience, safety, saving-energy and practical functions. It utilizes the infrared energy from human as control-signal source and it can start the load at once when one enters detection field. It can identify day and night automatically.
