The TUROLIGHT Deltalum EC2 employs microwave sensing technology, which operates differently from traditional passive infrared (PIR) sensors. Rather than detecting heat signatures alone, microwave sensors emit low-energy radio waves and measure reflected signals, enabling them to detect motion through non-metallic materials such as wood, drywall, and plastic enclosures. This makes the sensor especially effective when mounted behind cabinetry panels or recessed within architectural features where a direct line of sight is not available.
Designed for use with low-voltage 12V DC LED strip systems, the sensor integrates smoothly into existing tape light installations without requiring a separate control hub or complex wiring. The unit features configurable parameters for brightness output level and detection sensitivity, allowing installers and homeowners to customize performance based on room size, traffic patterns, and ambient conditions. An efficient solid-state design ensures minimal power draw from the sensor itself, preserving the energy-saving benefits of your LED lighting system.
From a safety and compliance standpoint, this sensor is certified to Canadian electrical standards and built with quality components designed for long-term, maintenance-free operation. Its compact form factor supports discreet installation in confined spaces, and the durable construction ensures reliable performance across a wide range of indoor environments. Thermal management considerations have been addressed in the design to prevent overheating during continuous operation, contributing to a longer overall lifespan for both the sensor and the connected LED strips.
Installation is straightforward and suitable for both professional electricians and experienced DIY renovators. The sensor connects inline with your 12V DC LED strip power supply, requiring only basic low-voltage wiring knowledge. By replacing always-on lighting with motion-activated control, homeowners can achieve meaningful energy savings compared to traditional lighting setups — lights activate only when needed and automatically shut off after the detection zone is clear, reducing unnecessary power consumption throughout the day.
