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For technical queries please ring 0121 236 5012
For technical queries please ring 0121 236 5012

Visonic PowerMaster MC-303V PG2 Wireless Micro Door Contact Sensor (868-1:010)

by Visonic
SKU 0-103795
Original price £39.99 - Original price £39.99
Original price
£39.99 - £39.99
Current price £39.99
Visonic PowerMaster MC-303V PG2 Wireless Micro Door Contact Sensor

MC-303V PG2 is an extremely small and thin wireless magnetic contact transmitter, designed primarily for protecting doors and windows.  When installed, the MC-303V PG2 is virtually unnoticeable and does not interfere with home décor.

Fully compliant with international standards, the MC-303V PG2 is a highly reliable wireless magnetic contact that is compatible with PowerG alarm systems and is very easy to install and operate in a wide range of residential and commercial environments.


  • Ideal for protecting doors, windows and other openings
  • Very small and virtually unnoticeable when installed
  • Highly reliable PowerG two-way Frequency Hopping Spread Spectrum FHSS-TDMA technology, compatible with PowerG systems and receivers
  • Easy installation and maintenance
  • Visible signal quality indication on the device
  • Prolonged battery life of up to 6 years (with typical use)

*Battery: CR2450 (included)*

The PowerMaster is Visonic's new line of wireless intruder alarm systems based on PowerG wireless technology.  PowerG PG2 redefines the wireless security market with a combination of reliability, performance and an advanced feature set.

PowerG PG2 combines several field-proven, advanced wireless technologies, like those used in cellular networks and Bluetooth, with the highly reliable AES encryption method.  The greatest innovation in PowerG is having these technologies operate on non-rechargeable batteries while still keeping all devices connected and online. Advanced signal jamming prevention with frequency hopping technology, this allows the system to identify interruptions in frequency and automatically adjusts to continue reliable communication.