
AccessZone ® - GC500 Series – GC501-GC504 User Manual
14 Access Detection Range
The detection range may be influenced by the surroundings at the installation location (indoor or
outdoor). If metal is close by reflection may increase/decrease the detection range.
It may also vary between the different used devices (mobile phones). I.e. some devices have a
longer/shorter range than others because of different antenna designs and where and how they
are placed (e.g. held in the hand or placed in the pocket etc.).
The system has some advanced and unique features to make individual adjustments of the
detection range. Both the transmitted power (TX) and received signal power (RX) can be adjusted
to compensate the installation environment and individual requirements.
If the detection range is not as expected the values can be adjusted up/down to find a suitable set
of values. Please test and adjust as appropriate on location.
14.1 Detection Range Command Examples
The section shows some typical detection range commands you can use as a starting point to find
your own specific values.
The first to value “
1,2
,30,0,0,1,1” corresponds to the used transmitting power (TX). The next
parameter “1,2,
40
,0,0,1,1” corresponds to the received signal strength. Please refer to 8.5 Change
System Configuration Command 2 – Advanced settings for more details.
Here are some example commands to start with:
Range
Distance
System Command
Very short range
≈ 10 cm
“1,2,30,
0,0,1,1
”
Door access - short
≈ < 50 cm
“1,4,50,
0,0,1,1
”
Door access - normal
≈ < 2 m
“2,3,60,
0,0,1,1
”
Gate access
≈ < 5 m
“2,6,70,
0,0,1,1
”
Gate access -long
≈ < 10 m
“2,8,80,
0,0,1,1
”
Very long range
≈ < 100 m
“3,8,99,
0,0,1,1
”
Note!
The values “1,2,40,
0,0,1,1
” in bold must match your requirements. The default values are used in
these examples.
Please follow the descriptions in section 14.2 Detection range is to short and 14.3 Detection range
is too long for adjusting to desired detection range up or down.
All information is subject to change without notice. All other products and brand names are registered trademarks of their respective companies
2010-07-06 US 1.17
Copyright © 2005-2010 All rights reserved MVC-Data ApS Skalhuse 5 9240 Nibe Denmark Web
www.mvc-data.com
Phone +45 25 12 84 02
28/34