The interoperable NEMA controller controls street luminaires with electronic control gear with either 0-10V or DALI2 (D4i compliant) interfaces.

Key Features

• Lighting control via radio signal or automatically through predefined parameters (astronomical clock, light sensor)
• Adaptive need-based lighting via internal and external sensors
• Dimming, RGBW control, Tunable White, light distribution via DALI2, D4i
• Location positioning and synchronisation via GPS/GNSS
• With satellite-synchronised real-time clock and integrated light sensor for weather dependent control
• Monitoring of electrical parameters via DALI2-or D4i-compliant D4i-compliant drivers
• Power consumption: < 2 W
• Robust twist-lock contacts for reliable electrical connection
• Tool-free mounting due to standardised NEMA solid base
• 2 years warranty

Ideal for DOTs, Municipalities, and Utilities that have identified high risk areas or troubled sites due to lightning issues or power related problems.

As the LED lighting industry continues its Smart City transformation, photocells, controls and sensors are becoming smarter, more sophisticated, more critical and more valuable.

To keep pace with this evolving technology, surge protection companies need to constantly re-invent themselves and develop innovative new products and components to support this transformation.

Key Features

• Patented 7-Pin Receptacle with Ground Connection
• Surge Protectors Installed Outside the Fixture
• Modular, Replaceable, Accessible

The interoperable ZHAGA controller controls street luminaires with electronic control gear and D4i-compliant DALI2 interface.

Key Features

• Lighting control via radio signal or automatically through predefined parameters (astronomical clock, light sensor)
• Adaptive need-based lighting via internal and external sensors
• Dimming, RGBW control, Tunable White, light distribution via DALI2, D4i
• Location positioning and synchronisation via GPS/GNSS
• With satellite-synchronised real-time clock and integrated light sensor for weather dependent control
• Monitoring of electrical parameters via DALI2-or D4i-compliant D4i-compliant drivers
• Power consumption: < 2 W
• Robust twist-lock contacts for reliable electrical connection
• Tool-free mounting due to standardised Zhaga Book 18 base
• 2 years warranty

Ideal for DOTs, Municipalities, and Utilities that have identified high risk areas or troubled sites due to lightning issues or power related problems.

As the LED lighting industry continues its Smart City transformation, photocells, controls and sensors are becoming smarter, more sophisticated, more critical and more valuable.

To keep pace with this evolving technology, surge protection companies need to constantly re-invent themselves and develop innovative new products and components to support this transformation.

The interoperable ISM-RF-MESH communication module ARM 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 ARM in combination with the RS Luminaire controllers allows the simple conversion or supplementation of existing powerline streetlighting systems to radio controls. The ARM also serves as an RF MESH interface for the iDC-SOC edge controller.

Key Features

• 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