Sensor Xiaomi Mi Motion Sensor 2S BHR8995GL

#5609841

Sensor Xiaomi Mi Motion Sensor 2S BHR8995GL

[motion detection, Bluetooth] details

Not on sale

Accessories

  • Characteristics
  • Feedback 31
  • Service rating (Reliability assessment)
  • Instructions and files

Characteristics Sensor Xiaomi Mi Motion Sensor 2S BHR8995GL

General parameters

Type
sensor
Sensor Type
movement, illuminance
Model
Xiaomi Mi Motion Sensor 2S BHR8995GL
Color
white

Basic characteristics

Functions
motion detection
Housing Material
plastic
User Notification Type
mobile app
Signal Range
7 m
Device Pairing
wireless
Display
none

Control

Control via Mobile Device
yes
Management App
Xiaomi Home

Smart Home

Manufacturer's Ecosystem
Xiaomi Smart Home
Data Transfer Protocol
Bluetooth

Specialized characteristics

Built-In Light Sensor
yes
Detection Angle
130 deg
Motion Detection Radius
7 m

Power

Power Supply
battery-powered
Power Supply Form Factor
CR2450
Number of Power Sources
1
Approx Battery Runtime
36 mo

Additional Information

Supported Operating Systems
Android, iOS
Installation
double-sided tape
Operating Temperature
from -10°C to +45°C
Operating Humidity
from 0% to 95%
Quantity Included
1 pcs
Package Contents
documentation, swivel mount, mounting sticker

Dimensions and Weight

Length
32.5 mm
Width
32.5 mm
Height
69.5 mm
Weight
19 g
Packaged Dimensions (HxWxD)
73x30x50 mm

Description

The Xiaomi Mi Motion Sensor 2S BHR8995GL motion sensor operates with a detection range of 7 m and features a 130° viewing angle. This wireless model powered by a CR2450 battery can be placed anywhere convenient or connected to power using the included cable. Bluetooth connectivity does not require a hub. Using the Xiaomi Home mobile app, you can create automation scenarios, adjust sensitivity, and manage other settings.
The Xiaomi Mi Motion Sensor 2S BHR8995GL can operate at temperatures from -10 °C to +45 °C. The device can be mounted on a wall or other surfaces using double-sided adhesive tape. The battery charge provides up to 3 years of autonomous sensor operation.