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Table 9: ID media format in WIEGAND operating mode
Two long beeps and the red LED lit feature powering up the module. The green LED blink
indicates an ID reading.
Individual signals function in
WIEGAND output
operating mode is described in
table 10
.
W
ieg
a
nd
Input 1
Beeper control (0 V active)
Input 2
Yellow LED control (0 V active)
Output 1 (relay)
Tamper signaling; it follows the alarm state of tamper sensors
(tamper signal = relay switched on)
3)
Table 10: Signal function in WIEGAND operating mode
Key codes sent in
WIEGAND output
operating mode are described in
table 11
.
P
res
s
ed
k
ey
i
nte
rpret
ati
on
K
ey
pa
d
v
ers
ion
Pressed key
Keypad function set in program
PIN / ID keypad function
Key code keypad function
M
RE
P
7
3
Keys 1
9
Code 1
9
Keys 0
Code 0
Code 10
X (ESC)
Code 10
Code 0
(ENTER)
Code 11
↑ (up arrow)
Code 12
↓ (down arrow)
Code 13
→
(right arrow)
Code 14
(left arrow)
Code 15
M
RE
D
73
Keys 1
9
Code 1
9
Keys 10
Code 0
Code 10
ESC
Code 10
Code 0
ENTER
Code 11
F1
Code 12
F2
Code 13
F3
Code 14
F4
Code 15
Table 11: Pressed key interpretation in WIEGAND output mode
Since the
FW version 5.09
the reading synchronization of a
couple of TECHFASS readers
is
implemented, enabling to
cancel the mutual disturbance
of the modules. The reader module
offers the
Wiegand data interface
synchronization
in
MASTER
mode.
6.6.3 Wiegand input (entry reader)
The module can be configured into a mode of controlling the door from both sides (
entry
reader mode
).
In the
entry reader mode
an identification at an external reader connected via the
WIEGAND
interface
acquires a
reason code 255
; at the same time the reader module operates
standardly, the reason codes equal zero.
