Description
Easy and quick configuration
Whether you prefer a graphical user interface or command-based communication for configuration, with LUCON® 4C-20A-V you get both! For command-based communication, an Ethernet interface with UDP protocol is available. The graphical user interface requires only an Ethernet connection and an Internet browser - no other software is needed.
Flexibility and scalability through modular design
The modular design was already convincing with LUCON® and LUCON® 2. We have therefore included this option in the new LUCON® 4C-20A-V. This requires a separately available bus connector. This is inserted between the DIN rail and the lighting controller. It is then possible to configure all connected controllers with just one network connection.
Various operating modes for every application
Each channel can be operated completely independently. Whether it be current, voltage and mode. Every channel has its own configuration. For example, it is possible to drive a single LED with 20 mA / 3,3 V on channel 1, while a large illumination with 20.000 mA / 60 V is used on channel 2. The LUCON is designed so that the optimum operating point of the LED can always be used.
Backwards compatible with the predecessor
LUCON® 4C-20A-V is backwards compatible with LUCON® and LUCON® 2. Due to the different enclosure design, some rewiring is required. However, the commands for configuration and use remain the same. Only new commands have been added so that all features can be used.
Extension Modules
A range of extension modules is available for the LUCON® 4C-20A-V, enabling precise adaptation of the controller to virtually any application.
Trigger-Signal Converter
The trigger inputs of the LUCON® 4C-20A-V are PLC-compatible out of the box, in accordance with EN 61131-2 (Types 1 and 3). This means that a high level is detected at approximately 11 V and above, with no additional hardware required.
However, in many applications, trigger signals originate from cameras and are typically implemented as GPIO outputs with voltage levels of just 3.3 V to 5 V. These signals fall below the LUCON® 4C-20A-V standard detection threshold and therefore cannot be used directly.
This is precisely the problem that the Trigger-Signal Converter Module solves. A single module provides four inputs, replacing all four of the LUCON® 4C-20A-V existing trigger inputs at once. It simply plugs into the device in place of the screw terminal block - connect 24 V and GND, and you’re ready to go. The module’s inputs reliably accept trigger signals ranging from 3.3 V to 24 V, making the LUCON® 4C-20A-V compatible with virtually any trigger source.
| Article Number | 00051340 |
| Supply Voltage (VIN) | 24 VDC (+/- 10%) |
| Trigger Input |
High-Level: +2,4 VDC to (VIN + 0,3) VDC Low-Level: -3 VDC to +0,8 VDC min. Trigger-Width: 1 µs |
| Dimensions (w x d x h) | 22,6 mm x 23,7 mm x 25,9 mm |
DIN-Rail Bus-Connector
Four channels aren’t always enough, which is precisely why the LUCON® 4C-20A-V was designed as a modular controller from the outset. Thanks to its modular design, up to 24 LUCON® 4C-20A-V units can be linked together to provide an impressive total of 96 channels in a single system.
The key advantage is that, no matter how many units are connected, all channels can be conveniently configured and controlled via a single network interface, eliminating the need for additional wiring or separate connections for each device.
To enable this interconnection, a DIN-Rail Bus-Connector is required. Installation is simple: the connector snaps into the DIN-rail and the LUCON® 4C-20A-V is mounted directly onto it. Please note that one bus connector is required per unit. For example, a system with eight channels requires two LUCON® 4C-20A-V units and two DIN-rail connectors.
| Article Number | 00051350 |
| Dimensions (w x d x h) | 111,2 mm x 36,8 mm x 13,5 mm |
Specification
The final specifications will be added gradually.
| Article Number | 00047900 |
| Supply Voltage (VIN) | 24 VDC (+/- 10%) |
| Output Voltage (VOUT, per Channel) | 1 VDC to 60 VDC |
| Output Power (per Channel) | Up to 3 A continuous 1) or up to 20 A pulsed |
| Output Step Resolution |
0,1 mA (in the range from 1,0 mA to 45,0 mA) 0,5 mA (in the range from 45,5 mA to 100,0 mA) 1 mA (in the range from 101 mA to 500 mA) 5 mA (in the range from 505 mA to 1500 mA) 10 mA (in the range from 1510 mA to 3000 mA) 25 mA (in the range from 3025 mA to 10000 mA) 50 mA (in the range from 10050 mA to 20000 mA) |
| Trigger Input |
High-Level: +11 VDC to +30 VDC Low-Level: -3 VDC to +5 VDC min. Trigger-Width: 1 µs EN 61131-2 Type 1 and 3 compatible |
| Trigger Output |
Voltage Level selectable by user +5 VDC to +24 VDC |
| Pulse Duration | 5 µs to 59.000.000 µs |
| Pulse Delay | 3 µs to 59.000.000 µs |
| Trigger Freqeuncy | up to 50 kHz |
| Interface | RJ45 @ UDP (with configuration website) |
| Installation | 35 mm DIN top-hat rail, EN50022; cooling slots upwards |
| Dimensions (w x d x h) | 107,6 mm x 111,0 mm x 60,6 mm |
| Weight | 304 g |
| Operation Temperature | 10 °C - 60 °C |
| Overtemperature (Shutdown, internal) | 80 °C |
1) If a temperature limit is exceeded, the output is powered off automatically.
Downloads
Documentation
Bedienungsanleitung (Rev. 1.0, de) (PDF)
CAD Files
Firmware
Firmware Update Guide (Rev. 1.0, en) (PDF) (05.05.2026)
LUCON® 4C-20A-V Firmware (Ver. 0.8.0) (ZIP) (08.06.2026)
LUCON® 4C-20A-V Configuration Website (Ver. 1.1) (ZIP) (05.05.2026)