Digital analysis for enhanced reliability
The VXI sensors features a digital microprocessor which analyses the infrared emissions received and differentiate the ones generated by human from the ones generated by sunlight, animals, vegetation sway, or weather conditions. Additionally the combined infrared and microwave technology brings a greater level of stability as the complementary technologies need both to triggered to confirm the alarm. This makes the risk of false alarm extremely low.
Flexible detection coverage
The detection length of the VXI sensors can be set to 12m, 8.5m, 6m, 5.5m or 2.5m to adapt to the site configuration. The sensor comes as well with a choice of pre-cut masking templates to modify the detection areas and only focus on the points of interest.
The convenience of wireless
The VXI-DRAM sensor can be powered by a variety of universal batteries including CR123, CR2 and 1/2 AA. Its housing can accommodate most wireless radio transmitters available in the market. This makes it easy to add a VXI sensor onto the shed, garage or any outer buildings and link it to an existing wireless alarm panel. It can be also easily installed in remote or temporary locations.
Features
● 12m battery-powered PIR/MW for approach detection● Digital signal analysis to greater reliability● Accommodates most wireless transmitters● Active infrared antimasking
Wireless Technology
Compatible with the XWAVE2 Receiver and ONYYX Hub.
Installation and set up
● Control room Reporting via the HYYP Platform● Alarm control via the IDS HYYP app● Automatic connection via DHCP● Built-in WiFi module● WiFi can connect via WiFi Protect Setup (WPS)● Support WiFi details: 802.11 b/g/n, 2.4GHz, Encryption WEP/TKIP/AES
Specifications
Classification
The radio channel central unit with GSM and Ethernet modules
Number of Zones
250 Security Zones
Number of Events Log
4000
Lithium Ion (Li-Ion)
9, PI965, Section IB
Sound Emission
85 dB
Encryption Key Size
16 Byte
Height
5.8"
Width
7.9"
Touchscreen
7 inch diagonal, 178 m diagonal
Warranty
2 Years