Chat with us on WhatsApp!
Product Accessories XG-MS022
Shopping Cart
Green, XS, Cotton
$68.00
View cart
Accessories

XG-MS022

  • High-precision wireless indoor motion detector alarm
  • 110° detection angle covering up to 12 × 12 meters area
  • Operates on 433MHz with eV1527 protocol for stable communication
  • Anti-visible light interference up to 65LUX for reliable performance
  • Low power consumption with 9μA standby current
  • Powered by 2 × 1.5V AA batteries (3V total)
  • Optimized mounting height: 2.2 to 2.7 meters
  • Ideal for homes, offices, retail shops, and indoor commercial spaces

  • Description
  • Specifications
  • Download
  • Videos
The XG-MS022 Wireless Motion Detector Alarm is a high-performance, precision sensor designed for effective indoor motion detection in residential, office, and commercial spaces. With a wide 110° detection angle and the ability to cover an area of 12m × 12m, the XG-MS022 provides comprehensive surveillance for large rooms, hallways, aisles, and storage spaces. It operates on 433MHz using the eV1527 wireless protocol, ensuring stable, interference-resistant communication with alarm panels. Built for energy efficiency, it features a low standby current of just 9μA, powered by two AA batteries, delivering long operational life with minimal maintenance. Its design resists indoor light interference up to 65LUX, making it reliable even in varying lighting conditions. Optimized for mounting at heights between 2.2–2.7 meters, the XG-MS022 ensures maximum detection effectiveness, providing robust indoor motion detection across a range of applications.
Attribute Value
Model XG-MS022
Type Wireless Motion Detector Alarm
Wireless Frequency 433MHz (eV1527 protocol)
Battery 2 × 1.5V AA batteries (3V total)
Standby Current 9μA
Alarm Current 15mA
Detection Angle 110°
Max Detection Range 12m × 12m
Installation Height 2.2–2.7 meters
Anti-Visible Light Resistance >65LUX
Operating Temperature -20°C to +50°C
Product Size 120 × 62 × 46 mm
Application Homes, offices, shops, storerooms, corridors
Data Sheet Last updated: 26 Apr 2025 Download