| Dimensions |
 |
| |
| Models |
| DIN
MOUNT |
| ABC
- |
20W
/ DIN |
•
1 |
| ABC
- |
20W / DIN |
- 24 |
•
2 |
| ABC
- |
30W
/ DIN |
•
1 |
| ABC
- |
40W
/ DIN |
•
1 |
| ABC
- |
60W / DIN |
- 24 |
•
2 |
| |
| BASE
MOUNT |
| ABC
- |
20W
(With out DIN) |
•
1 |
| ABC
- |
20W
- 24 (With out DIN) |
•
2 |
| ABC
- |
30W
(With out DIN) |
•
1 |
| ABC
- |
40W
(With out DIN) |
•
1 |
| ABC
- |
60W
(With out DIN) |
•
1 |
| ABC
- |
60W
- 24 (With out DIN) |
•
2 |
| ABC
- |
80W
(With out DIN) |
•
1 |
| (•
1): 100-240vac/dc operating range. (•
2): 12-30vac/dc operating range |
| |
| Power
Output Versus Ambient Temprature |
 |
| |
| Applications |
Electrical switch gear cabinets |
|
CCTV camera housing |
|
Telecommunications Cabins
|
|
Laboratory Equipment |
|
Street Cabinets |
|
Outdoor Cabinets |
| |
| Design
Notes |
Power
= KxAx T
|
| K: |
Heat
transmission factor, sheet steel 
5.5W/m2 Kelvin |
| A: |
Complete
surface area of heat losing enclosure (m2) |
| T |
Temprature
difference between the ambient air temprature and the specified
air temprature of the enclosure. |
|
|
When
considering cabinet heating, place the elements within the lowest
part of the enclosure to aid natural convection of the thermal
energy. |
|
|
To
increase the performance of the 60 and 80W models, affix the
assemblies to the base of the cabinet. |
|
|
Assisted
forced air convection enhances the power output, thus decreasing
the temprature rise time and surface temprature of the heat-sink. |
| |
|
|
|
| Specification |
|
UL, CSA, VDE |
|
0.5mm2 black silicon VDE
approved wire |
|
100-240vac/dc, 10-30vac/dc |
|
DIN Clip to comply to EN50022 |
|
IP54 on request |
|
Protection class II |
Custom models considered
|
