Gateway DALI Basic ABB DG/S2.64.1.1, interface de 2 canais para controlo DALI

The ABB DALI-Gateway Basic DG/S2.64.1.1 is a compact 2-channel interface for integrating DALI lighting systems with building automation. It connects DALI devices to higher-level controllers to provide centralized switching, dimming, status feedback and scene control while occupying minimal installation space.

Advantages

The gateway supports two independent DALI channels to control and monitor multiple lighting groups. It provides reliable communication between DALI networks and automation systems, enabling centralized management of lighting states and scenes. Its compact design and standardized interface simplify installation and integration into existing control architectures.

Suitable for

• Commercial offices and retail spaces
• Public buildings and corridors
• Conference rooms and meeting areas requiring scene control
• Lighting systems that need centralized switching and dimming via building automation

Key specifications

• Function: 2-channel interface for DALI lighting control
• Supported features: switching, dimming, status feedback, scene control
• Installation: DIN-rail compatible compact module
• Compatibility: connects DALI devices to higher-level building automation controllers

How to use

Install the gateway in the building automation cabinet on a DIN rail and connect each DALI circuit to one of the two available channels. Link the gateway to the higher-level controller according to the automation system’s wiring and communication requirements. Configure channel assignments, scenes and feedback parameters using the building automation or lighting configuration tools provided by the system integrator or ABB documentation.

Recommendations

For reliable operation, use the gateway with DALI-compliant luminaires and follow ABB installation guidelines. Verify wiring polarity and supply requirements before commissioning, and perform configuration and testing with the automation system to confirm switching, dimming and status feedback functions.