Microwave Sensor A-SN09VR-MS-Z10 5.8GHz 15M Detection 0-10V Dimming

Anti-Interference with Daylight Harvesting, Photocell Function, Rotator & Remote Control

A-SN09VR-MS-Z10

Premium 5.8GHz Microwave Sensor for Smart Lighting Control | A-SN09VR-MS-Z10 Key Features & Setup

FEATURES

This high-performance A-SN09VR-MS-Z10 microwave sensor is engineered for professional smart lighting control, boasting a patent-protected 15M/49ft detection module with superior anti-interference capabilities. Operating at a stable 5.8GHz±75MHz frequency, it supports 12-24VDC input and 0-10V dimming, integrating essential daylight harvesting and photocell functions for energy-efficient lighting management. Designed with an elegant classic round shape, the sensor features intuitive rotators for quick manual programming and is fully compatible with remote control for flexible parameter adjustment.

Equipped with customizable detection area (25%/50%/75%/100%), hold time (5s/1min/5min/10min), standby period and standby dimming level (0%/10%/20%/30%), it adapts to diverse lighting scenarios effortlessly. The sensor has a 10s warm-up period and NO/OFF output control, and works compatibly with emergency LED drivers when following specific electrical conditions. It supports both ceiling and wall mounting with a maximum installation height of 15m/49.21ft, delivering clear well-detected and possibly detected coverage for motion sensing.

Its advanced daylight harvesting function auto-dims artificial light based on ambient natural light brightness, while the dusk/dawn photocell function differentiates natural and artificial light to auto-on/off lighting by preset lux thresholds (30Lux to 400Lux). The sensor can be easily reset to manual dial settings if remote programming is altered accidentally, and features Zhaga 18 receptacle options for seamless installation. Ideal for indoor lighting control, it ensures reliable performance with stable voltage input and proper installation, making it a perfect choice for commercial and residential smart lighting systems.