DIN Rail Mounted Lighting Control Processor with Art-Net/sACN, DMX512, BeDMX Interfaces, and Ethernet Connectivity
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Sundrax

DIN Rail Mounted Lighting Control Processor with Art-Net/sACN, DMX512, BeDMX Interfaces, and Ethernet Connectivity

The DIN-mounted central processor QULON MONARQ serves as a robust hub for both dynamic and static architectural lighting control. Its versatile management capabilities include GSM connectivity, allowing remote control of lighting installations and simplifying network access. Dynamic lighting sequences can be executed using DMX512 and ArtNet/sACN protocols over the Ethernet interface, as well as via the wireless BeDMX interface operating at 2.4 GHz. The processor supports any combination of automatic, manual, or scheduled control, enabling the creation of complex, multi-functional lighting installations that adapt to architectural and environmental needs. As part of the QULON product family, QULON MONARQ is fully integrated into the QULON Control and Monitoring System, while also offering compatibility with other smart IoT networks.

The processor supports comprehensive scenario scheduling and live remote control, allowing operators to manage installations with precision and flexibility. Its built-in GSM/GPRS/3G modem ensures full management even when access to local networks is limited. The processor interfaces include DMX, BeDMX, and Ethernet connections, providing input/output control for both static and dynamic lighting setups. Integration with electric meters and other sensors is facilitated via RS-485 connections, while the system also features electrical fault identification for enhanced operational reliability.

QULON MONARQ is built for demanding electrical environments, withstanding voltages up to 305 V. The processor incorporates a built-in AC power supply and backup power system, along with non-volatile memory for secure data storage. An onboard GPS/GLONASS module and astronomical clock allow precise timing for scheduled lighting scenarios, making it ideal for architectural, urban, and public space installations requiring accurate timing and synchronization.

The processor supports multiple protocols, including DMX512, BeDMX, ArtNet/sACN, RDM, and Ethernet. It features 4 or 7 relay outputs, 7 voltage control inputs with a maximum of 250 V, and output channels rated at 250 V and 5 A. Additional sensor inputs, one BeDMX radio channel, and GSM frequencies covering 850/900/1800/1900 MHz expand the system’s monitoring and communication capabilities. Connectivity is further enhanced with a 10/100 Base-TX Ethernet port, as well as serial interfaces including RS-485, CAN, and DMX. Settings and configuration can be performed locally via Ethernet or remotely through the GSM/GPRS/3G network. The processor’s 1 Gb flash memory allows for secure storage of configuration data and operational history.

The QULON MONARQ’s mechanical design is optimized for industrial use. The housing is rated IP20, suitable for installation inside power cabinets or individual waterproof enclosures. The processor measures 210 × 105 × 75 mm and is mounted on a DIN rail, ensuring secure and space-efficient installation. It is rated for reliable operation across a wide temperature range from -40 to +70 °C, making it suitable for harsh indoor and semi-protected outdoor environments. Terminal block connectors (15EDGVС) simplify wiring for all power, relay, and sensor connections, allowing for quick and secure integration into complex lighting systems.

https://www.sundrax.com/our-products/qulon-monarq-architectural-lighting-control-processor/
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Splendor
  • Central Processor for Static and Dynamic Architectural Lighting Installations with GSM, RDM, and Ethernet Communication
  • DIN Rail Mounted Processor with Multi-Protocol Support, Scenario Scheduling, GPS/GLONASS Clock, and Remote Management
  • DIN Rail Mounted Processor for Complex Multi-Functional Architectural Lighting Networks with BeDMX Wireless and Ethernet Interfaces
  • Central Processor for Indoor and Outdoor Lighting Control with Relay Outputs, Sensor Inputs, and Voltage Monitoring
  • Processor with Four or Seven Relay Outputs, Seven Voltage Inputs, and RS-485 Sensor Integration for Lighting Control
  • Multi-Interface Central Processor with DMX512, Art-Net/sACN, RDM, BeDMX Wireless, and Ethernet Connectivity for Lighting Control
  • DIN Rail Mounted Processor with Scenario Scheduling, Astronomical Clock, and GSM Remote Management for Dynamic Installations
  • Central Processor with Built-in AC Power Supply, Backup Power, and Non-Volatile Memory for Critical Lighting Applications
  • Processor with Voltage and Current Monitoring, Fault Detection, and Remote Access via GSM or Ethernet
  • DIN Rail Mounted Processor for Multi-Channel Lighting Control with Art-Net/sACN, DMX512, and Wireless BeDMX Interfaces
  • Central Processor with GPS/GLONASS Timing, Astronomical Clock Integration, and Remote Scenario Scheduling for Architectural Installations
  • Processor with Multi-Protocol DMX and Ethernet Interfaces, Relay Outputs, Sensor Inputs, and Scenario Management for Urban Lighting
  • DIN Rail Mounted Central Controller with GSM/GPRS/3G Modem, Remote Configuration, and Local Ethernet Access
  • Processor for Complex Lighting Networks with Dynamic Scene Control, Voltage Input Monitoring, and BeDMX Wireless Channel
  • Multi-Functional Processor with 1 Gb Flash Memory, RS-485 and CAN Interfaces, and DMX512 and Art-Net/sACN Compatibility
  • Central Processor with Multi-Channel Relay Outputs, Sensor Monitoring, and Built-in Backup Power for Architectural and Urban Installations
  • DIN Rail Mounted Processor with Ethernet and Wireless BeDMX Interfaces for Remote Management and Multi-Functional Lighting Control
  • Processor with DMX512, RDM, Art-Net/sACN, BeDMX Wireless, and Ethernet Interfaces for Indoor and Protected Outdoor Installations
  • Central Processor with Scenario Scheduling, Astronomical Clock, and Relay Output Configuration for Complex Lighting Systems
  • DIN Rail Mounted Processor with Electrical Fault Detection, Sensor Integration, and Multi-Protocol Communication for Lighting Control
  • Processor with Multi-Interface Networking, GSM Remote Access, Ethernet Connectivity, and RS-485 Sensor Integration for Professional Installations
  • Central Processor with 4 or 7 Relay Outputs, Seven Voltage Control Inputs, and Multi-Protocol DMX, Art-Net/sACN, BeDMX Interfaces
  • Processor for Multi-Functional Lighting Networks with Scenario Scheduling, GPS Clock, and Astronomical Timing Features
  • DIN Rail Mounted Processor with Non-Volatile Memory, Backup Power, and AC Power Supply for Reliable Lighting Control
  • Processor with Full Protocol Compatibility, Scenario Scheduling, Voltage Monitoring, and Relay Outputs for Dynamic Architectural Lighting Projects
  • Central Processor with BeDMX Wireless, GSM/GPRS/3G Modem, and Ethernet Interfaces for Remote Control and Monitoring of Lighting Installations
  • Processor with Multi-Protocol DMX, Art-Net/sACN, BeDMX, and Ethernet Interfaces for Indoor and Industrial Applications
  • DIN Rail Mounted Central Controller with Astronomical Clock, GPS/GLONASS Integration, and Scenario Scheduling for Dynamic Lighting Control
  • Processor with Sensor Inputs, Relay Outputs, Voltage and Current Monitoring, and Remote Access for Professional Architectural Installations
  • Central Processor with Scenario Scheduling, Astronomical Clock, and Multi-Protocol Interfaces for Complex Indoor and Urban Lighting Networks
  • DIN Rail Processor with BeDMX Wireless Channel, Ethernet Connectivity, and RDM Control for Static and Dynamic Installations
  • Processor with AC and Backup Power, Non-Volatile Memory, and Multi-Channel Relay Outputs for Industrial and Architectural Lighting Systems
  • DIN Rail Mounted Processor with Multi-Protocol Communication, Scenario Scheduling, Fault Detection, and Remote Management via GSM
  • Central Processor with DMX512, Art-Net/sACN, RDM, Ethernet, and BeDMX Interfaces for Advanced Lighting Control Systems
  • Processor with Relay Outputs, Sensor Inputs, Astronomical Clock, and GSM Remote Control for Multi-Functional Installations
  • DIN Rail Mounted Central Processor for Multi-Functional Lighting Control with Scenario Scheduling and Multi-Protocol Communication
  • Processor with Multi-Interface Networking, Voltage Monitoring, Relay Outputs, Sensor Integration, and Remote Management for Architectural Installations
  • Central Processor with BeDMX Wireless, DMX512, Art-Net/sACN, RDM, and Ethernet Interfaces for Indoor and Protected Outdoor Lighting Projects
 

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