Software
English, Revision 06, Date: 14.12.2016
31
1.
When using RW transponders, the free high bits are searched for a preset value
(0-F). This value may be preset under
and has to be programmed into the
transponders together with the desired code. If a value > F (e.g. 10) is entered,
the monitoring is switched off.
2.
For RO- and RW- transponders, the number of codes to be compared can be
chosen within a range of 0 to 15 under
. If the number of codes is set to 0, any
code is output immediately after detection; 1 effects that the received code is
compared to precisely the one detected before, etc. Please note that the maxi-
mum crossing speed decreases, as the necessary transmission duration
increases (n+1) x 8 ms.
determines at which voltage S the positioning pulse is released to avoid wrong out-
puts generated by antenna side lopes.
enables the output of a positioning pulse only when a transponder is decoded.
Thus it is possible to avoid wrong positioning pulses in areas with parasitic frequen-
cies.
With
it is able to decide from which voltage
S
on the code decoding begins in order
to avoid decodings during a too weak signal.
turns the reference transponder on (1). Afterwards the first line of the monitor output
has to show rising voltages, the corresponding code and a rising number of reads.
Once you leave the monitor the reference transponder will be automatically deactivat-
ed (0).
By pressing
it is possible to adjust the duration of the positioning pulse within a
1 ms grid. Under
it may be determined whether each crossing of the center axis of
the antenna shall result into a positioning pulse (0; e.g. when driving forward and back-
ward directly above a transponder), or if only one pulse per crossing is output (1). In
this case, the voltage
S
has to drop below the “
Threshold for Calculation- Po-
sitioning
” (refer to section 5.2.2.5 on page 35) for renewed enabling.
With
it can be chosen whether the Posipuls and the corresponding bit in the system
status are turned off after with P the preset time or after sinking of voltage
S
below un-
der the with
determined threshold.
