By using direct connection and programming-free dimming technology, it breaks through the threshold of professional debugging required by traditional DALI systems. The modular structure design breaks the binding limit between sensors and lamps, realizing seamless upgrade of old systems. The unique dual-dimension algorithm of ambient light and human body can reduce 30%-60% of invalid lighting energy consumption while ensuring the comfort of lighting. The protocol integration capability of DT6/DT8 lamps breaks down the ecological barriers between multi-brand devices. The hidden installation feature solves the problem of intelligent transformation in high-end places destroying the aesthetics of space, and truly realizes low-intrusion deployment and efficient energy-saving operation of smart lighting systems in commercial and home scenarios.
This Creatrol 24GHz Sensor (DALI version) is an innovative product that integrates intelligent lighting control with high energy efficiency. It achieves automatic multi-level dimming by directly connecting to lighting fixtures. The built-in five-stage sensing dimming scenarios allow for intelligent lighting control without programming, significantly simplifying the operation process.
Application Function
Adopting 24GHz millimeter-wave radar, FMCW (Frequency-Modulated Continuous-Wave) with the Crafted Eagle Eye algorithm, millimeter-level micro-motion detection identifies human presence by recognizing respiratory micro-movements.
Application Scenarios
Office Building
Constant Illuminance Dimming: Combines ambient light levels with human presence to automatically adjust light intensity. It synchronizes human presence with ambient light values to automatically activate the lighting.
Automatic Multi-Stage Dimming: When human presence is detected, it automatically delays and switches to the lighting scene of the meeting mode, providing comfort and efficiency.
Shopping Mall
Human-Centric Perception and Energy Efficiency: By sensing the presence of people and their duration in an area, the system automatically activates different lighting modes with varying brightness levels. This precise control not only enhances energy efficiency but also creates a comfortable environment for shoppers.
Automatic Brightness Adjustment: The lighting system automatically adjusts the brightness based on ambient light levels and human presence, ensuring optimal illumination while conserving energy and enhancing the shopping experience.
Targeted Dimming in Specific Areas: In certain product display areas, the lighting automatically switches to a brighter display mode based on ambient light and customer dwell time, highlighting the products and attracting attention.
Hotel
Constant Illuminance Maintenance: By integrating data from illuminance sensors, the lighting is constantly adjusted in real-time to work in harmony with natural light, providing a comfortable lighting environment.
Elevator and Corridor Lighting: When guests enter the elevator or corridor, the lights gradually turn on to create a warm atmosphere. In the absence of people, the lights slowly dim and turn off to save energy.
Customized Room Lighting: Based on the guest's check-in or check-out status, the sensors automatically detect and adjust the room lighting, switching to a welcoming or unoccupied mode.
Conference Room
Smart Dimming Automation: Automatically responds to the presence of people in the room to activate three intelligent lighting scenes: temporary lighting, meeting mode, and unoccupied mode.
Constant Illuminance Maintenance: Integrates data from illuminance sensors to adjust the lighting in real-time, working in harmony with natural light to consistently provide a comfortable lighting environment.
Parking Lot
Vehicle-Sensing Lighting Automation: Accurately detects the movement of vehicles within the scene, automatically turning on the lights when a vehicle enters or stays for an extended period, and turning them off when the vehicle leaves.
Intelligent Lighting Control: The lighting system automatically and progressively turns on and off based on the entry and exit of vehicles or people, creating an automated lighting scenario that enhances visibility and energy efficiency.
