
Applications in which the DLE1205 has successfully been used include:
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The DLE1205 is a 12 channel energy management controller with a maximum load per channel of 5A, and a maximum device load of 40A. It is suitable for the control of incandescent, low voltage, neon and selected fluorescent lighting.
When there is a requirement to control many channels of lighting, such as in an art gallery, the DLE1205 offers precise control of individual lamps or banks of lights, to allow specific exhibits to be lit to provide the correct mood.
In applications such as this where lamp outage has a critical effect, Dynalite's soft start and voltage regulation technologies dramatically increase lamp life thereby reducing operational difficulties and maintenance costs.
In residential settings, the DLE1205 is used to control many individual lighting channels with small loads. It is especially suited to standard incandescent loads and low voltage lighting as found in homes and apartment blocks. The DLE1205 is fully DyNet® compatible, which assures future system expandability.
| Supply | 230/110V, 50/60Hz single phase at 40A |
| Outputs | 12 x Regulated/variable outputs at 5A Maximum device load is 40A |
| Protection | 12 x Single pole 6A breakers |
| Regulating Device | Triac - 600V, 40A nom., 350A surge |
| Interference Suppression | Iron powder toroidal choke |
| Rise Time | 400mS at 110V, 200mS at 230V |
| Control | DyNet® network control 12 button keypad interface 4 x Mappable 0-5 or 0-10V DC fader inputs Join input, 0V = No Join, 5V = Join Panic input, 0V = Panic, 5V = No Panic |
| Fade Times | 0-10 seconds via internal potentiometer 0-20 minutes for each DyNet® message |
| Preset Scenes | 96 internal, selectable preset scenes |
| Compliance | CE Compliant EN50081 EN50082 AS3548 |
| Ambient Temp | 40°C Max. |
| Construction | Alloy/Steel wall mount case with epoxy finish |
| Dimensions | Height 555mm x Width 215mm x Depth 115mm |
| Weight | 14 Kilograms |
Specifications and options subject to change without notice.
Download the brochure (PDF file, 108KB)