The LED Dimmer was developed for the control of 2 LED lights 1000mA. Thus it is possible to control the light emitting diodes in the brightness between 0 and 100% absolutely flicker-free with a dimming resolution of 16 bits (internal resolution with ISYGLT operation).
The LED Dimmer can be set from speed calculation to absolute time calculation by parameterisation per channel. All imaginable control tasks, from individual light dimming to the use for complex light and colour scenarios, can be easily realised.
The LED Dimmer can optionally be operated on the ISYGLT-BUS or DMX512-BUS.
The regular DMX GND connector on PIN 1 is not required and therefore not connected.
The following functions can be performed autonomous by the LED Dimmer:
- Calculation of rise times from 0.5 seconds to 12 hours
- Fidelity colour dimming by specifying the colour over the entire brightness range
- Autonomous running from current ACTUAL values to preset SET values at a preset speed (optional in preset time)
- Feedback "Setpoint reached" after execution of time functions
- Stop function during execution of time functions
- OVERSAMPLING error correction: With the so-called "OVERSAMPLING", the module automatically corrects the jumps in dimming values caused by the cycle times of the BUS system. For this purpose, the dimming values between the BUS cycles are transformed back into the resolution of 16 bits by linearisation. This prevents, for example, flickering when controlling dimmers. During programming, the OVERSAMPLING is referred to as the SOFT function.
- Execution of blinking functions
- Adaptation to various LED modules
- Calculation of defined and definable curves
- Calculation of the min. and max. settings per channel to use the full 16-bit width
- Complex emergency mode function
Electrical Data
| Operating voltage | 12V to 55V DC impulse-proof for Power-LEDs |
| Emergency input | 12V to 55V DC |
| Fuse protection | max. 16A at Umax 55V DC |
| Current consumption | max. 1100mA per LED circuit |
| Output |
2 circuits with 1050mA each for LEDs The necessary voltage for series connection of LEDs can be found in the corresponding data sheets of the LED manufacturers. The supply voltage must be 25% higher than the forward voltage of the LED. |
| BUS control | ISYGLT / DMX512 (others on request) |
|
Cable length supply to LED dimmer |
max. 20m (observe max. permissible voltage drop for cable cross-section calculation) |
|
Cable length LED dimmer to last LED |
max. 50m (observe max. permissible voltage drop for cable cross-section calculation) |
| Dimming resolution | 16 bit |
| Subnet (RS-485) | max. 5.6V limitation by Z-diodes |
| Connection | screw terminals 1.5mm² |
| Operating temperature | -10...+45°C |
| Storage temperature | -25...+70°C |
| Humidity | 0...85 % r.h. non-condensing |
| Protection | IP 10 |
DIP switches ISYGLT-BUS operation
DIP switches from firmware V1.08
| Switches | Function | Description |
|---|---|---|
| DIP 1 | Protocol 1 | OFF |
| DIP 2 | Manual On | Switching on to the value "Emergency operation" (default 100%) |
| DIP 3 | Reserve | OFF |
| DIP 4 | Address bit 7 | Module address (highest bit) |
| DIP 5 | Address bit 6 | Module address |
| DIP 6 | Address bit 5 | Module address |
| DIP 7 | Address bit 4 | Module address |
| DIP 8 | Address bit 3 | Module address |
| DIP 9 | Address bit 2 | Module address |
| DIP 10 | Address bit 1 | Module address (lowest bit) |
DIP switches firmware V1.0
| Switches | Function | Description |
|---|---|---|
| DIP 1 | Protocol 1 | OFF |
| DIP 2 | Protocol 2 | OFF |
| DIP 3 | Reserve | OFF |
| DIP 4 | Address bit 7 | Module address (highest bit) |
| DIP 5 | Address bit 6 | Module address |
| DIP 6 | Address bit 5 | Module address |
| DIP 7 | Address bit 4 | Module address |
| DIP 8 | Address bit 3 | Module address |
| DIP 9 | Address bit 2 | Module address |
| DIP 10 | Address bit 1 | Module address (lowest bit) |
DIP switches DMX512 operation
DIP switches from firmware V1.08
DMX operation with delay (oversampling of 8-bit to 16-bit values)
Default 50ms, adjustable by parameterization from 10ms to 1s, as well as "Soft".
The DIP switch is used to set the start address of the 2 consecutive dimming channels.
| Switches | Function | Description |
|---|---|---|
| DIP 1 | Protocol 1 | ON |
| DIP 2 | Address bit 9 | Module address (highest bit) |
| DIP 3 | Address bit 8 | Module address |
| DIP 4 | Address bit 7 | Module address |
| DIP 5 | Address bit 6 | Module address |
| DIP 6 | Address bit 5 | Module address |
| DIP 7 | Address bit 4 | Module address |
| DIP 8 | Address bit 3 | Module address |
| DIP 9 | Address bit 2 | Module address |
| DIP 10 | Address bit 1 | Module address (lowest bit) |
Example of address setting
| DIP switch | Output | |
|---|---|---|
| Address 0 | 000000000 | Switch on manually to the value "Emergency operation" (default 100%) |
| Address 1 | 000000001 | DMX channel 1 |
| Address 10 | 000001010 | DMX channel 10 |
| Address 127 | 001111111 | DMX channel 127 |
| Address 510 | 111111110 | DMX channel 510 |
DIP switch Firmware V1.0
DMX operation without delay
| Switches | Function | Description |
|---|---|---|
| DIP 1 | Protocol 1 | OFF |
| DIP 2 | Protocol 2 | ON |
DMX operation with delay (oversampling of 8-bit to 16-bit values)
Default 50ms, adjustable by parameterization from 10ms to 1s, and "Soft"
| Switches | Function | Description |
|---|---|---|
| DIP 1 | Protocol 1 | ON |
| DIP 2 | Protocol 2 | ON |
| DIP 3 | Address bit 8 | Module address (highest bit) |
| DIP 4 | Address bit 7 | Module address |
| DIP 5 | Address bit 6 | Module address |
| DIP 6 | Address bit 5 | Module address |
| DIP 7 | Address bit 4 | Module address |
| DIP 8 | Address bit 3 | Module address |
| DIP 9 | Address bit 2 | Module address |
| DIP 10 | Address bit 1 | Module address (lowest bit) |
DIP switches 3 to 10 are used to set the DMX address. The set address, multiplied by 3 and added by 1, corresponds to the first of 3 consecutive DMX addresses:
- Address 0, 00000000 = DMX 1, 2 and 3
- Address 1, 00000001 = DMX 4, 5 and 6
- Address 169, 10101001 = DMX 508, 509 and 510
For higher switch positions, the address is always limited to channel 508...510.
Function Indicators (LEDs on the Module)
Case 1 - without temperature sensor (parameter setting)
| LED | Designation | State | Meaning |
|---|---|---|---|
| red | POWER | Off | No operating voltage |
| On | Operating voltage, no error | ||
| Blinking | Signals parameter error | ||
| yellow | BUS | Off | BUS wiring error |
| On | BUS communication error (address not recognized) | ||
| Blinking | Interference-free data transmission via the BUS line | ||
| green | Regeln | Blinking | Signals the control of the outputs (LED blinks until the desired final value is reached) |
Case 2 - with temperature sensor (parameter setting)
| LED | Designation | State | Meaning |
|---|---|---|---|
| red | POWER | Off | Overtemperature and LED dimmer switch-off |
| On | Sensor ok and temperature ok | ||
| Normal blinking | No sensor connected | ||
| Slow blinking | Overtemperature, LED dimmer regulates back | ||
| Fast blinking | Overtemperature, shortly before shutdown | ||
| yellow | BUS | Off | BUS wiring error |
| On | BUS communication error (address not recognized) | ||
| Blinking | Interference-free data transmission via the BUS line | ||
| green | Regeln | Blinking | Signals the control of the outputs (LED blinks until the desired final value is reached) |
Terminals LED side
| +Ub | Voltage input + for LED supply |
| GND | Voltage input - for LED supply |
| COM-LED (+) | Common anode (+) of the Power-LED |
| LED 1 (-) | Cathode (-) for Power-LED channel 1 |
| LED 2 (-) | Cathode (-) for Power-LED channel 2 |
| LED 3 (-) | Cathode (-) for Power-LED channel 3 |
| E | Emergency operation input (bridge to COM+) |
Additional Equipment
| NT-LED-12V-15A Article no. 80100603, power supply unit for LED applications |
| NT-LED-48V-5A Article no. 80100608, power supply unit for LED applications |
| NT-LED-48V-5,4A Article no. 80100609, power supply unit for LED applications |
| NT-LED-48V-10A Article no. 80100610, power supply unit for LED applications |
| NT-LED-48V-20A Article no. 80100611, power supply unit for LED applications |
| NT-LED-24V-5A Article no. 80100617, power supply unit for LED applications |
| NT-LED-24V-10A Article no. 80100619, power supply unit for LED applications |
| NT-LED-24V-20A Article no. 80100620, power supply unit for LED applications |
| NT-LED-24V-40A Article no. 80100641, power supply unit for LED applications |
| NT24V/40A-3Ph Article no. 80100640, power supply unit for LED applications |
| LED-EXT-TS Article no. 80027049, external temperature sensor for LED dimmer |
Variants
| LED-04ECM-DMX-200 Article no. 80028346, 4-channel LED dimmer for power LED (200mA) with colourfast dimming and colour temperature control |
| LED-04ECM-DMX-350 Article no. 80028042, 4-channel LED dimmer for power LED (350mA) with colourfast dimming and colour temperature control |
| LED-04ECM-DMX-500 Article no. 80028049, 4-channel LED dimmer for power LED (500mA) with colourfast dimming and colour temperature control |
| LED-04ECM-DMX-700 Article no. 80028047, 4-channel LED dimmer for power LED (700mA) with colourfast dimming and colour temperature control |
| LED-03EC-DMX-350-V2 Art. no. 80028051, 3-channel LED dimmer for power LED (350mA) with colourfast dimming, with housing, for very noise-sensitive applications |
| LED-02E-DMX16-700-V2 Article no. 80028380, 2-channel LED dimmer for power LED (700mA), with housing, for very noise-sensitive applications, 2nd protocol DMX512-16Bit |
| LED-03EC-DMX-700-V2 Art. no. 80028070, 3-channel LED dimmer for power LED (700mA) with colourfast dimming, with housing, for very noise-sensitive applications |
| LED-02E-DMX-1000 Article no. 80100316, 2-channel LED dimmer for power LED (1000mA), with housing |
| LED-04B-ANA-DMX Article no. 80028304, 4-channel non-PWM analog LED dimmer for power LED (250mA-1550mA), in DIN rail mounted housing |
New
Sale
LED-02E-DMX-1000
Article no.: 80100316
LED Dimmer with 2 independent constant current outputs, CC 1000mA. Dimming 0-100% high resolution, monochrome coloured or also circadian/HCL (Human Centric Lighting warm white / cold white).