iARM
intelligent Active Radio Module
intelligent Active Radio Module
The interoperable ISM-RF-MESH communication module iARM is suitable for mounting on a luminaire pole and communicates with the iLC-RS and iPC-RS luminaire controllers via RS485 (half-duplex) using the Modbus protocol, thus ensuring integration into the standardised 2.4 GHz frequency band.
The iARM in combination with the RS luminaire controllers allows the simple supplementation of existing powerline street lighting systems to radio controls. The iARM also serves as an RF MESH interface for the iDC-SOC edge controller.
Data transmission is in accordance with ANSI/CTA 709.11 and EN 14908-11. It is possible to operate either as part of a lighting management system using the LonMark® OLC profile or as a stand-alone system with predefined lighting profiles. The iARM takes over the function of wireless transmission of information from controller to controller and each unit can be programmed and updated OTA (over-the-air).
Product Benefits
- Integrated light sensor
- Location positioning and synchronisation via GPS/GNSS
- LON node with OLC profile
- Mesh repeater/LON router on demand
- RS485(half-duplex) interface with termination
- Management functions
- Power consumption: 500 mW
- Connection of Modbus devices from other manufacturers possible
- 2 years warranty
Typical Applications
Radio-controlled data transmission in combination with RS luminaire controllers for controlling the lighting of
- Street and building lighting
- Car parks, bus stops and railway stations
- Company premises, warehouses
- Sports facilities
Downloads
The interoperable ISM-RF-MESH communication module iARM is suitable for mounting on a luminaire pole and communicates with the iLC-RS and iPC-RS luminaire controllers via RS485 (half-duplex) using the Modbus protocol, thus ensuring integration into the standardised 2.4 GHz frequency band.
The iARM in combination with the RS luminaire controllers allows the simple supplementation of existing powerline street lighting systems to radio controls. The iARM also serves as an RF MESH interface for the iDC-SOC edge controller.
Data transmission is in accordance with ANSI/CTA 709.11 and EN 14908-11. It is possible to operate either as part of a lighting management system using the LonMark® OLC profile or as a stand-alone system with predefined lighting profiles. The iARM takes over the function of wireless transmission of information from controller to controller and each unit can be programmed and updated OTA (over-the-air).
Product Benefits
- Integrated light sensor
- Location positioning and synchronisation via GPS/GNSS
- LON node with OLC profile
- Mesh repeater/LON router on demand
- RS485(half-duplex) interface with termination
- Management functions
- Power consumption: 500 mW
- Connection of Modbus devices from other manufacturers possible
- 2 years warranty
Typical Applications
Radio-controlled data transmission in combination with RS luminaire controllers for controlling the lighting of
- Streets
- Car parks
- Bus stops and stations
- Industrial facilities and warehouses
- Sports facilities
Downloads
The interoperable ISM-RF-MESH communication module iARM is suitable for mounting on a luminaire pole and communicates with the iLC-RS and iPC-RS luminaire controllers via RS485 (half-duplex) using the Modbus protocol, thus ensuring integration into the standardised 2.4 GHz frequency band.
The iARM in combination with the RS luminaire controllers allows the simple supplementation of existing powerline street lighting systems to radio controls. The iARM also serves as an RF MESH interface for the iDC-SOC edge controller.
Data transmission is in accordance with ANSI/CTA 709.11 and EN 14908-11. It is possible to operate either as part of a lighting management system using the LonMark® OLC profile or as a stand-alone system with predefined lighting profiles. The iARM takes over the function of wireless transmission of information from controller to controller and each unit can be programmed and updated OTA (over-the-air).
Product Benefits
- Integrated light sensor
- Location positioning and synchronisation via GPS/GNSS
- LON node with OLC profile
- Mesh repeater/LON router on demand
- RS485(half-duplex) interface with termination
- Management functions
- Power consumption: 500 mW
- Connection of Modbus devices from other manufacturers possible
- 2 years warranty
Typical Applications
Radio-controlled data transmission in combination with RS luminaire controllers for controlling the lighting of
- Streets
- Car parks
- Bus stops and stations
- Industrial facilities and warehouses
- Sports facilities
Downloads
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Technical Details
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Circuit Diagrams
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Accessories
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Sales & Tender Text
SA12-4P connector plug with 4 connection cables, cable ends stripped 50 mm, 3 mm tinned
Extension cable with male/female plug for electrical connection of the iARM module to the iLC-RS/iPC-RS light Controllers or the iDC edge controller
Sales text
Tender text
