The product utilizes "multi-modal dual-verification fusion detection" and built-in "environmental self-learning algorithm (Background Noise Learning)" to intelligently identify and dynamically filter out fixed environmental noise such as exhaust fan blade rotation and cold/hot air flow disturbances, significantly reducing false trigger rates.

• Dual Technology Collaboration: Combines 24GHz millimeter-wave radar with pyroelectric infrared (PIR) self-calibration judgment to effectively avoid false triggers of lighting systems caused by single environmental temperature differences or tiny air currents.
• One-Click Environmental Self-Learning: The device supports collecting on-site environmental baseline noise and actively shields background interference sources through algorithms.
• Engineering Layout Recommendations: It is recommended that sensors avoid direct alignment with air outlets and maintain a 1.5–2 meter safe distance from high-frequency vibration/airflow equipment to achieve optimal signal-to-noise ratio.

Compared to traditional PIR infrared motion sensors, Creatrol's millimeter-wave presence sensors have improved micro-motion detection accuracy by several times, solving industry pain points such as "lights off when people are present" and false turn-offs in office sedentary and micro-movement scenarios. Traditional PIR is only sensitive to "displacement movement," while millimeter-wave radar, relying on FMCW (Frequency Modulated Continuous Wave) technology and high-frequency micro-motion algorithms, can stably capture even subtle chest movements caused by typing, reading, or even breathing.

Core Selection Conclusion: For high-value scenarios such as meeting rooms and open workspaces where "sitting still and working" is the primary activity, millimeter-wave presence sensors are a mature upgrade solution to replace traditional PIR and eliminate "employees frequently waving to trigger lights on."

The product features an open protocol ecosystem (different product series support different protocols), natively supporting standard KNX, DALI-2, Modbus-RTU and 0-10V analog control, and provides Tuya ZigBee module support for seamless integration with Crestron, Mailian, and major central BMS systems.

• Standard Bus Direct Connection: KNX and DALI-2 versions comply with industry-standard message protocols, supporting quick import of database and group address configuration through standard commissioning software (such as ETS).
• Industrial/ICS-Grade Integration: Supports Modbus-RTU protocol, with one-key confirmation/protocol switching via handheld remote control (*8# mode), facilitating integration with PLCs and building monitoring screens.
• Standardized Technical Documentation: For wireless and IoT scenarios, complete standard DP function point mapping tables are available to shorten the commissioning cycle for system integrators.

The device supports "no ladder climbing, no disassembly" handheld infrared remote control rapid configuration. Engineering personnel can complete one-click dispatch of sensing distance, illuminance threshold, delay time, and protocol mode on the ground, with single-point commissioning averaging less than 1 minute.

• Handheld Remote Rapid Commissioning: Farewell to traditional dial switch disassembly commissioning; simply enter function codes to complete parameter synchronization and protocol switching.
• Bidirectional Status Feedback: The sensor confirms command receipt through multi-frequency indicator light flashing, facilitating construction personnel to verify settings remotely.
• Factory Preset Ready-to-Use: Standard factory parameters cover 80% of general indoor space requirements, with basic sensing work completed upon power-on.

The constant illuminance mode utilizes a built-in digital illuminance sensor chip to real-time perceive ambient natural light illuminance, dynamically compensates and adjusts lighting output power through DALI or 0-10V signals to always maintain indoor illuminance constant, typically reducing lighting energy consumption by 25%–40% for office and commercial spaces.

• Hierarchical Illuminance Management: Supports separately setting "occupied constant illuminance value" and "unoccupied dim/off threshold," balancing visual comfort and energy-saving requirements.
• Smooth Dimming Curve: Simulates natural light slow linear increase/decrease, with no flickering or visible abrupt jumps during dimming.
• Green Building Compliance: Meets LEED, WELL, and other international green building standard requirements for daylight harvesting and zoned lighting energy saving.

As a typical Privacy-First Sensing and Contactless Monitoring technology, 60GHz millimeter-wave radar does not collect any optical images, nor does it require elderly people to wear wristbands or other devices, physically eliminating privacy leakage and forget-to-wear risks. It is the preferred solution for fall and bed-leaving monitoring in high-privacy areas such as dry zones of bathrooms and bedrooms.

• Privacy Compliance Security: Completely based on electromagnetic wave dot matrix computing for posture and velocity vectors, not involving facial or body image information, fully complying with stringent personal privacy protection compliance standards.
• Contactless and Maintenance-Free: Solves monitoring blind spots caused by elderly people unwilling to wear wristbands, forgetting to charge them, or removing them while bathing.
• Environmental Avoidance Recommendations: Avoid placing under ceiling fan blades (to prevent mechanical rotation from blocking algorithm tracking); for bathrooms, it is recommended to deploy in the dry area outside the shower compartment to ensure long-term electrical stability.

Perform scenario-based selection according to space stay attributes and functional requirements: Use economical PIR infrared motion for corridors; use 60G millimeter-wave presence sensors for meeting rooms/workspaces; use DALI constant illuminance sensors for public energy-saving areas; configure fall detection radar for elderly care scenarios.