AMI Smart WiFi Vibration Sensor

Smart WiFi Vibration Sensor

The Smart WiFi Vibration Sensor is a compact wireless security sensor designed to detect vibration, impact, knocking, shaking, or tampering activity. It is ideal for monitoring doors, windows, lockers, cabinets, drawers, safes, cupboards, and other important areas in your home, office, shop, or villa.

When vibration is detected, the sensor sends real-time notification alerts to your mobile phone through the Smart Life app. It can also be used with other compatible smart devices to create automation scenes such as triggering lights, activating a siren, or sending instant alerts when movement or tampering is detected.

Key Features

• Detects vibration, impact, knocking, shaking, and tampering
• Real-time mobile notification alerts
• Smart Life app compatible
• Works with 2.4GHz WiFi network
• Adjustable sensitivity for different surfaces and usage needs
• No hub or gateway required
• Wireless battery-powered design
• Easy peel-and-stick installation
• Compact design for discreet placement
• Suitable for smart security and automation scenes

Smart Automation Uses

• Get alerts if someone tampers with a door or window
• Monitor lockers, cabinets, drawers, cupboards, and safes
• Trigger smart lights when vibration is detected
• Activate a smart siren or alarm scene
• Use for basic machine or equipment vibration monitoring
• Create smart home security scenes with compatible devices

Specifications

• Product Type: Smart WiFi Vibration Sensor
• App Support: Smart Life
• Wireless Connection: 2.4GHz WiFi
• Alert Type: Mobile app notification
• Sensitivity: Adjustable
• Installation: Double-sided tape / peel-and-stick mounting
• Power Source: Battery powered
• Recommended Use: Indoor security and monitoring
• Compatible Areas: Doors, windows, cabinets, drawers, lockers, safes, and equipment

Note: This product works with 2.4GHz WiFi networks only. Performance may vary depending on WiFi signal strength, installation surface, placement location, and sensitivity setting.