The SONOFF SNZB-06P is an advanced Zigbee human presence sensor designed to detect both movement and stationary human presence using 5.8GHz microwave radar technology. Unlike traditional PIR motion sensors, the SNZB-06P can detect subtle human presence such as breathing and small movements, making it ideal for smart lighting, office automation, bedrooms, and intelligent occupancy detection.
Powered via USB-C and compatible with Zigbee 3.0 ecosystems, the SNZB-06P enables reliable low-latency smart automation with platforms such as Home Assistant, Zigbee2MQTT, Alexa, and SONOFF iHost. The built-in ambient light sensor also allows smarter day/night automation scenarios for improved energy efficiency.
Features:
- 5.8GHz Microwave Radar Presence Detection
- Detects Stationary Humans & Small Movements
- Zigbee 3.0 Connectivity
- Built-in Ambient Light Sensor
- Smart Lighting Automation
- USB-C Powered (5V DC)
- Local Zigbee Scene Automation
- Adjustable Sensitivity Levels
- Adjustable Detection Timeout
- Real-Time Presence Notifications
- Magnetic Adjustable Mount Included
- Compact Modern Design
Specifications:
- Model: SNZB-06P
- Wireless Protocol: Zigbee 3.0 (IEEE802.15.4)
- Detection Technology: 5.8GHz Microwave Radar
- Detection Distance: Up to 4m
- Detection Angle: 100°
- Power Input: USB-C 5V/1A
- Operating Temperature: -10°C to 60°C
- Dimensions: 44.2 × 44.2 × 59mm
- Indoor Use Only
Ideal For:
- Smart lighting control
- Offices & boardrooms
- Bedrooms & living rooms
- Bathrooms & hallways
- Home automation systems
- Energy-saving occupancy detection
- Home Assistant smart homes
- Hotel & Airbnb automation
Compatibility:
Compatible with:
- SONOFF ZBBridge Pro & Ultra
- SONOFF NSPanel Pro
- SONOFF iHost
- Home Assistant
- Zigbee2MQTT
- SmartThings
- Amazon Alexa Zigbee Hubs
- Matter ecosystems via compatible Zigbee bridges
Compared to traditional PIR motion sensors, the SNZB-06P offers significantly improved occupancy detection by keeping lights and automations active even when occupants remain still, preventing unwanted light shutoffs in rooms with low movement activity.
