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KNX Leading Edge 2CH 6A Dimmer - M/DL02.1

KNX Leading Edge 2CH 6A Dimmer - M/DL02.1

Product Description

M/DL02.1 is a Leading Edge TRIAC Dimmer, which supports both dimming and heating control functions. The module has the capacity to support both inductive and resistive loads, and some capacitive loads such as LED drivers, and electronic ballasts which use leading edge TRIAC dimming. Each channel is also able to be manually controlled via the on board buttons.

Different load Types

The M/DL02.1 is able to support incandescent lights, halogen lights, and dimmable LED lights. Practically any leading edge dimming load is supported. This enables users to employ their preferred lighting system, and completely control every aspect of their lighting solution.

aR type fast Fuse

The system uses replaceable 10A fuses to protect against short circuits in loads, and accidental overloads. Led status indicators are also able to pinpoint which channel short circuits occur, facilitating swift repairs and easy maintenance.

Protection

To prevent damage to the system and unit, a variety of protective features are included. With an overheat sink, electronic short circuit protection, overload protection, overheat power reduction protection, and a temperature alarm, safety is guaranteed.

Scene Recovery

When the dimmer has been powered off, it is able to automatically restore the last scene used when powered on again. This gives the user a system that remembers their previous scene, and requires no further control.

Manual Control

With manual control via two on board buttons, the end user is able to immediately manipulate the switching on & off, and dimming controls. This enables faster fault finding, and reduces the time taken during installation.

KNX Leading Edge 4CH 3A Dimmer - M/DL04.1

KNX Leading Edge 4CH 3A Dimmer - M/DL04.1

Product Description

M/DL04.1 is a Leading Edge TRIAC Dimmer, which supports both dimming and heating control functions. The module has the capacity to support both inductive and resistive loads, and some capacitive loads such as LED drivers, and electronic ballasts which use leading edge TRIAC dimming. Each channel is also able to be manually controlled via the on board buttons.

Different load Types

The M/DL04.1 is able to support incandescent lights, halogen lights, and dimmable LED lights. Practically any leading edge dimming load is supported. This enables users to employ their preferred lighting system, and completely control every aspect of their lighting solution.

aR type fast Fuse

The system uses replaceable 8A fuses to protect against short circuits in loads, and accidental overloads. Led status indicators are also able to pinpoint which channel short circuits occur, facilitating swift repairs and easy maintenance.

Protection

To prevent damage to the system and unit, a variety of protective features are included. With an overheat sink, electronic short circuit protection, overload protection, overheat power reduction protection, and a temperature alarm, safety is guaranteed.

Scene Recovery

When the dimmer has been powered off, it is able to automatically restore the last scene used when powered on again. This gives the user a system that remembers their previous scene, and requires no further control.

Manual Control

With manual control via four on board buttons, the end user is able to immediately manipulate the switching on & off, and dimming controls. This enables faster fault finding, and reduces the time taken during installation.

KNX Leading Edge 6CH 2A Dimmer - M/DL06.1

KNX Leading Edge 6CH 2A Dimmer - M/DL06.1

Product Description

M/DL06.1 is a Leading Edge TRIAC Dimmer, which supports both dimming and heating control functions. The module has the capacity to support both inductive and resistive loads, and some capacitive loads such as LED drivers, and electronic ballasts which use leading edge TRIAC dimming. Each channel is also able to be manually controlled via the on board buttons.

Different load Types

The M/DL06.1 is able to support incandescent lights, halogen lights, and dimmable LED lights. Practically any leading edge dimming load is supported. This enables users to employ their preferred lighting system, and completely control every aspect of their lighting solution.

aR type fast Fuse

The system uses replaceable 4A fuses to protect against short circuits in loads, and accidental overloads. Led status indicators are also able to pinpoint which channel short circuits occur, facilitating swift repairs and easy maintenance.

Protection

To prevent damage to the system and unit, a variety of protective features are included. With an overheat sink, electronic short circuit protection, overload protection, overheat power reduction protection, and a temperature alarm, safety is guaranteed.

Scene Recovery

When the dimmer has been powered off, it is able to automatically restore the last scene used when powered on again. This gives the user a system that remembers their previous scene, and requires no further control.

Manual Control

With manual control via four on board buttons, the end user is able to immediately manipulate the switching on & off, and dimming controls. This enables faster fault finding, and reduces the time taken during installation.

KNX Trailing Edge 1CH 6A Dimmer - M/D01.1-332

KNX Trailing Edge 1CH 6A Dimmer - M/D01.1-332

Product Description

The HDL KNX M/D01.1 is a MOSFET dimmer which supports both leading edge and trailing edge dimming. Control over inductive, resistive, and capacitive loads is possible, or the modules on-board manual buttons.

Different load Types

Both leading and trailing edge modes are able to be used on the HDL KNX M/D01.1. The leading edge supports both Inductive loads and resistive loads, while the trailing edge supports capacitive loads and resistive loads. This enables the operation of incandescent bulbs, motors, and dimmable LED lamps.

Protection

To prevent damage to the system and unit, a variety of protective features are included. With an overheat sink, electronic short circuit protection, overload protection, overheat power reduction protection, and a temperature alarm, safety is guaranteed.

Scene Recovery

When the dimmer has been powered off, it is able to automatically restore the last scene used when powered on again. This gives the user a system that remembers their previous scene, and requires no further control.

Manual control

With manual control via on board buttons, the end user is able to immediately manipulate the switching on & off, and dimming controls. This enables faster fault finding, and reduces the time taken during installation.

KNX Trailing Edge 2CH 3A Dimmer - M/D02.1-333

KNX Trailing Edge 2CH 3A Dimmer - M/D02.1-333

Product Description

The HDL KNX M/D02.1 is a MOSFET dimmer which supports both leading edge and trailing edge dimming. Control over inductive, resistive, and capacitive loads is possible, or the modules on-board manual buttons.

Different load Types

Both leading and trailing edge modes are able to be used on the HDL KNX M/D02.1. The leading edge supports both Inductive loads and resistive loads, while the trailing edge supports capacitive loads and resistive loads. This enables the operation of incandescent bulbs, motors, and dimmable LED lamps.

Protection

To prevent damage to the system and unit, a variety of protective features are included. With an overheat sink, electronic short circuit protection, overload protection, overheat power reduction protection, and a temperature alarm, safety is guaranteed.

Scene Recovery

When the dimmer has been powered off, it is able to automatically restore the last scene used when powered on again. This gives the user a system that remembers their previous scene, and requires no further control.

Manual control

With manual control via two on board buttons, the end user is able to immediately manipulate the switching on & off, and dimming controls. This enables faster fault finding, and reduces the time taken during installation.

KNX Trailing Edge 4CH 1.5A Dimmer - M/D04.1-333

KNX Trailing Edge 4CH 1.5A Dimmer - M/D04.1-333

Product Description

The HDL KNX M/D04.1 is a MOSFET dimmer which supports both leading edge and trailing edge dimming. Control over inductive, resistive, and capacitive loads is possible, or the modules on-board manual buttons.

Different load Types

Both leading and trailing edge modes are able to be used on the HDL KNX M/D04.1. The leading edge supports both Inductive loads and resistive loads, while the trailing edge supports capacitive loads and resistive loads. This enables the operation of incandescent bulbs, motors, and dimmable LED lamps.

Protection

To prevent damage to the system and unit, a variety of protective features are included. With an overheat sink, electronic short circuit protection, overload protection, overheat power reduction protection, and a temperature alarm, safety is guaranteed.

Scene Recovery

When the dimmer has been powered off, it is able to automatically restore the last scene used when powered on again. This gives the user a system that remembers their previous scene, and requires no further control.

Manual control

With manual control via four on board buttons, the end user is able to immediately manipulate the switching on & off, and dimming controls. This enables faster fault finding, and reduces the time taken during installation.

KNX Trailing Edge 6CH 1A Dimmer - M/D06.1-333

KNX Trailing Edge 6CH 1A Dimmer - M/D06.1-333

Product Description

The HDL KNX M/D06.1 is a MOSFET dimmer which supports both leading edge and trailing edge dimming. Control over inductive, resistive, and capacitive loads is possible, or the modules on-board manual buttons.

Different load Types

Both leading and trailing edge modes are able to be used on the HDL KNX M/D06.1. The leading edge supports both Inductive loads and resistive loads, while the trailing edge supports capacitive loads and resistive loads. This enables the operation of incandescent bulbs, motors, and dimmable LED lamps.

Protection

To prevent damage to the system and unit, a variety of protective features are included. With an overheat sink, electronic short circuit protection, overload protection, overheat power reduction protection, and a temperature alarm, safety is guaranteed.

Scene Recovery

When the dimmer has been powered off, it is able to automatically restore the last scene used when powered on again. This gives the user a system that remembers their previous scene, and requires no further control.

Manual control

With manual control via six on board buttons, the end user is able to immediately manipulate the switching on & off, and dimming controls. This enables faster fault finding, and reduces the time taken during installation.

KNX Ballast 6CH 10A Dimmer -  M/DA6.10.1-232

KNX Ballast 6CH 10A Dimmer - M/DA6.10.1-232

Product Description

The M-DA6.10.1-232 is ballast dimming and relay output unit, which is capable of controlling multiple load types via its 6 output channels. The module comes with a dedicated manual control feature, making instant system manipulation possible.
Selling points of M-DA6.10.1-232

1. Dual outputs

The M-DA6.10.1-232 combines a 10A switching relay output, with a 0-10v ballast dimmer. Due to this unique combination of functions, the module is perfectly suited to ballast control applications.

2. Load types

Each relay channel from the M-DA6.10.1-232 is capable of being connected to dimmable ballasts and powering them on or off. The dimming and control of both 0-10V LED lights, and 0-10V fluorescents is possible.

3. Brightness value

Exact light intensity requirements can be met with the M-DA6.10.1-232, as the light can be increased or decreased in incremental stages. A user can choose between 1% brightness at 0.1volts, and 100% brightness at 10V.

4. Staircase lighting

When the module is utilized to control staircase lighting, the run time of the dimmer is able to be modified. This enables the lighting to match the average speed at which a person can ascend or descend the staircase.

5. Scene Recovery

When the dimmer has been powered off, it is able to automatically restore the last scene used when it is powered on again. This gives the user a system that remembers their previous scene, and requires no further control or modification.

 
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