GSM LT-2
SATEL
29
[7][5][*][*][??????][#]
–
SMS code
(6 alphanumeric characters) used for
bypassing all
inputs
. Using the DTMF tone signaling makes it possible to program the SMS content only
composed of digits (0–9). The DLOAD10 program enables creating SMS messages of any
content. The sequence [7][5][*][*][#] will delete the SMS code.
[7][6][*][*][??????][#]
–
SMS code
(6 alphanumeric characters) used
for unbypassing the
input IN1
. Using the DTMF tone signaling makes it possible to program the SMS content
only composed of digits (0–9). The DLOAD10 program enables creating SMS messages
of any content. The sequence [7][6][*][*][#] will delete the SMS code.
[7][7][*][*][??????][#]
–
SMS code for unbypassing the input IN2
. The same settings as
for input IN1.
[7][8][*][*][??????][#]
–
SMS code for unbypassing the input IN3
. The same settings as
for input IN1.
[7][9][*][*][??????][#]
–
SMS code for unbypassing the input IN4
. The same settings as
for input IN1.
[8][0][*][*][??????][#]
–
SMS code
(6 alphanumeric characters) used for
unbypassing
all
inputs. Using the DTMF tone signaling makes it possible to program the SMS content only
composed of digits (0–9). The DLOAD10 program enables creating SMS messages of any
content. The sequence [7][5][*][*][#] will delete the SMS code.
[8][1][*][*][??????][#]
–
SMS code
(6 alphanumeric characters) for
checking the input
status
. Using the DTMF tone signaling makes it possible to program the SMS content only
composed of digits (0–9). The DLOAD10 program enables creating SMS messages of any
content. The sequence [8][1][*][*][#] will delete the SMS code.
[8][2][*][*][????][#]
–
DTMF
code
(4 digits from the 0–9 range) for
bypassing the input
IN1
. The sequence [8][2][*][*][#] will delete the code.
[8][3][*][*][????][#]
–
DTMF
code
(4 digits from the 0–9 range) for
bypassing the input
IN2
. The same settings as for input IN1.
[8][4][*][*][????][#]
–
DTMF
code
(4 digits from the 0–9 range) for
bypassing the input
IN3
. The same settings as for input IN1.
[8][5][*][*][????][#]
–
DTMF
code
(4 digits from the 0–9 range) for
bypassing the input
IN4
. The same settings as for input IN1.
[8][6][*][*][????][#]
–
DTMF
code
(4 digits from the 0–9 range) for
bypassing all inputs
.
The sequence [8][6][*][*][#] will delete the code.
[8][7][*][*][????][#]
–
DTMF
code
(4 digits from the 0–9 range) for
unbypassing the input
IN1. The sequence [8][7][*][*][#] will delete the code.
[8][8][*][*][????][#]
–
DTMF
code
(4 digits from the 0–9 range) for
unbypassing the input
IN2. The same settings as for input IN1.
[8][9][*][*][????][#]
–
DTMF
code
(4 digits from the 0–9 range) for
unbypassing the input
IN3. The same settings as for input IN1.
[9][0][*][*][????][#]
–
DTMF
code
(4 digits from the 0–9 range) for
unbypassing the input
IN4. The same settings as for input IN1.
[9][1][*][*][????][#]
–
DTMF
code
(4 digits from the 0–9 range) for
unbypassing all inputs
.
The sequence [9][1][*][*][#] will delete the code.
[9][2][*][*][????][#]
–
DTMF
code
(4 digits from the 0–9 range) for
checking the input
status
. The sequence [9][2][*][*][#] will delete the code.
[9][3][*][*][?..][#]
–
the "calling time"
. The parameter defines the time (counted in seconds,
from the 1 to 99 range), after which the GSM telephone will:
−
reject the connection (if no inputs/outputs control code has been programmed, or
nobody will answer the call from the extension line R-1, T-1),
