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The Helvar 452 unit is a single-channel universal dimmer, suitable for leading or trailing-edge loads including mains-dimmable LED. The dimmer is a DIN-rail mounted unit that can control a maximum load of 1000 W. It has an out-of-box operation functionality.
- Lighting Control Solution:
ActiveAhead
Imagine
RoomSet - Lighting control protocol: DALI lighting control
- Device Mounting Method: DIN rail
The Helvar 454 is 4-channel trailing edge dimmer suitable for capacitive, resistive loads, low voltage lamps with electronic transformers and some mains-dimmable LED. The dimmer is a DIN-rail mounted unit that can control a maximum load of 500 W per channel.
- Lighting Control Solution:
ActiveAhead
Imagine
RoomSet - Lighting control protocol: DALI lighting control
- Device Mounting Method: DIN rail
The 416S (16 Amp) is a wall-mounted single-channel leading edge (thyristor) dimmers. Both units also include a 16 A relay circuit.
It is controllable by S-DIM, DMX, and Analogue, and fully
DALI-compatible for use as Load Interface Units in a DIGIDIM
lighting control system and can also function as stand-alone dimmers. The 416S can be connected to mains voltage lamps directly, or to low voltage lamps via a wirewound transformer, and have a selectable integral DALI power supply.
- Lighting Control Solution:
Imagine
RoomSet - Lighting control protocol: DALI lighting control
The DIGIDIM 425S (25 Amp) is a wall-mounted single-channel leading edge (thyristor) dimmers. Both units also include a 25 A relay circuit. It is controllable by S-DIM, DMX, and Analogue, and fully DALI-compatible for use as Load Interface Units in a DIGIDIM lighting control system and can also function as stand-alone dimmers. The 425S can be connected to mains voltage lamps directly, or to low voltage lamps via a wirewound transformer, and have a selectable integral DALI power supply.
- Lighting Control Solution:
Imagine
RoomSet - Lighting control protocol: DALI lighting control
8-Channel universal dimmer module, for leading or trailing edge dimming of the majority of load types including Incandescent and dimmable LED’s. The module has 8-channels that can be individually selected as leading or trailing edge, rated at 6A each. The module has a DALI, S-DIM and DMX interface, for integration into DIGIDIM and Imagine systems.
- Lighting Control Solution: Imagine
- Lighting control protocol: DALI lighting control
- Device Mounting Method: Independent
Four channel thyristor dimmer module, for leading-edge dimming of resistive and inductive loads. Each of the 4 channels are rated at 10 A, with a total current capacity of 40A. The module has DALI, DMX, and S-DIM interfaces for integration into DIGIDIM and Imagine systems.
- Lighting Control Solution: Imagine
- Lighting control protocol: DALI lighting control
- Device Mounting Method: Independent
8-Channel thyristor dimmer module, for leading-edge dimming of resistive and inductive loads. Each of the 8 channels are rated at 10 A, with a total current capacity of 48A which can be configured as eight channels with 6A rating or four channels with 10A rating. The module has DALI, DMX, and S-DIM interfaces for integration into DIGIDIM and Imagine systems.
- Lighting Control Solution: Imagine
- Lighting control protocol: DALI lighting control
- Device Mounting Method: Independent
Single-channel thyristor dimmer, suitable for leading edge loads and some mains-dimmable LED. The dimmer is a DIN rail mounted unit that can control a maximum load of 500 W. It has out-of-box operation functionality.
- Lighting Control Solution:
ActiveAhead
Imagine
RoomSet - Lighting control protocol: DALI lighting control
- Device Mounting Method: DIN rail
8-Channel switching module. The module contains 8
normally open high inrush relay channels, for switching up to
16 A loads per channel. The module has DALI, DMX, and S-DIM
interfaces for integration into DIGIDIM and Imagine systems.
The optional 458/OPT4 module provides a further 4 ballast
control channels.
- Lighting Control Solution: Imagine
- Lighting control protocol: DALI lighting control
- Device Mounting Method: Independent