The Optoga DimIn DALI IoT Accessory bridges the gap between standard mains-voltage LED light sources and the demanding requirements of modern smart building ecosystems. Engineered specifically to mate with the onboard IoT interface of OptoDrive 230VAC LED modules, this ultra-compact communication component eliminates the need for bulky, external driver configurations while enabling full DALI-2 interoperability.

Advanced Data Intelligence and EPBD Compliance

Equipped with comprehensive support for the latest DALI-2 standards, the DimIn module serves as an intelligent data telemetry hub within the luminaire. It enables OEMs and building operators to unlock critical operational metrics required by the Energy Performance of Buildings Directive (EPBD):

• DALI-2 Parts 251, 252, and 253: Provides full compatibility with industrial protocols for Luminaire Data, Energy Reporting, and Diagnostics.

• Real-Time Energy Telemetry: Actively tracks power consumption in Watts, total accumulated energy usage in kilowatt-hours, and cumulative operating hours instantly.

• Thermal Monitoring: Constantly reports the module’s Tc temperature to ensure operation remains within optimal parameters.

Predictive Maintenance and Future-Proof Integration

By leveraging IEC 62386-253 maintenance protocols, the DimIn module helps shift building operations from reactive repairs to predictive servicing. The accessory continuously calculates TM21-based lifetime data (L80/B50) directly from the LED engine, allowing facility managers to schedule maintenance based on actual performance degradation rather than arbitrary schedules.

Technical Compatibility and Flexibility

Designed for rapid deployment, the DimIn module offers versatile control system integration. It interfaces seamlessly with wired DALI bus networks, Building Automation and Control Systems (BACS), and wireless smart networks via Casambi gateways. With integrated Over-the-Air (OTA) firmware upgradeability, the module ensures your luminaire architecture remains future-proof against evolving smart network protocols.