jablotron JA-65X User manual

Digital communicator JA-65X 1/7 MFM53103
Digital communicator JA-65X – installation manual
The JA-65X digital communicator is designed for JA-63 and
JA-65 alarm control panels. If the 65X module is installed, the
control panel can communicate with a Monitoring Station, send
voice messages, SMS messages and dial a numeric Pager as
well as communicate with a remote PC. A standard analog
telephone line (type TNV 1-3) must be connected to the module for
these functions.
1 Installation of the digital telephone
communicator
•Use the provided
telephone cable to
connect the telephone
line to the IN jack on the
X module (see diagram )
•Connect a telephone, fax
or other phone operated
device to the OUT jack,
marked with a phone
symbol
•When the control panel
is in normal stand-by mode, the phone line and any
attached device will operate as normal
Note: The communicator must be plugged directly to a
telephone line socket. All other devices (telephone, facsimile
machine, modem etc.) should be connected to the
communicator output.
2 Voice & SMS messages setting
A control panel equipped with the X module can automatically
send 2 voice and 5 short text messages (or dial a Pager). The
most convenient programming of the dialer is via a connected
PC using the Comlink software. Programming can also be
performed manually from the keypad:
•Enter the programming mode (F 0 Service Code,
factory default = 6060), indicated by „P“
•Any unfinished programming sequence can be
terminated by pressing the Nkey.
•To exit the programming mode, press the N key („P“
will turn off). If any fault is indicated when you try to exit
the programming mode, the control panel will inform
you about the problem.
•Telephone numbers and messages can also be set up
in the User Mode when enabled (see installation
manual of the control panel).
2.1 Telephone numbers for voice message
sending sequence: 7xxx....xxFy
Store telephone numbers for voice message by entering:
7 xx... xx F y
where:
xx...xx = telephone number
y= memory number from 1 to 4
A telephone number can have a maximum of 16 digits. A
pause can be entered by F0
Example: to store tel. number 0 123456 to memory no. 2 enter:
7 0 F0 12345 F2
Note: enter a pause (F0) after the last digit of a number which is
calling a mobile phone. This way the number will be called only
once and the dialer will not check the line signals (some mobile
phone systems do not generate standard telephone line signals).
To delete a telephone number enter: 7 F0 Fy
where:
y = memory number from 1 to 4
note: entering 7 F0 F0 will erase all tel. numbers, including the
SMS settings
When activated, the dialer will disengage all other devices
hooked up to the phone line. It will then, one by one, call all
programmed numbers and play the user recorded message
which corresponds to the event. If the dialer makes a successful
connection to a programmed number, it will not call that number
again. If the number is busy, the dialer will make 3 more
attempts to call it. Empty tel. number memories are skipped. If
all memories are empty, the dialer is completely disabled. If the
dialer is also programmed to communicate with a monitoring
station, the data will first be sent to the monitoring station.
Factory default setting: all telephone numbers are deleted.
2.2 Automatic SMS sending
sequence: 7xxx....xxF5
If Jablotron’s SMS server service is provided in your country
(check with your distributor), the following setting allows the
control panel to send alarm text messages (SMS) automatically
to a desired mobile phone:
7 xx…x F9 yy....y F7 00F9 F7zz..z F5
where:
xx…x = telephone number of the SMS server (check with
your distributor if this service is provided in your
country)
F9 = separator (recognition of server’s reaction)
yy…y = mobile phone number (where the SMS should be
sent to)
F7 = event code separator
00F9 = automatic event code – control panel will insert
there a digital code representing the alarm
(depends on setting in section 2.4)
F7 = ID separator
zz..z = optional ID number which will be sent as a part of
the SMS (ending). ID distinguishes which alarm
system sent the SMS). If ID is not required, do not
enter it
F5 = storing of the sequence to memory 5 (32 digits can
be stored to memory 5 as a maximum - separators
F9 and F7 takes only 1 digit each).
How the SMS server works: when activated, the control panel
dials the SMS server. After the connection is established, it
sends telephone number of the mobile phone, to which the SMS
should be sent. Then the control panel specifies what happened
by a digital code and in the end the ID number is transferred (if
programmed). In this moment the SMS server makes
corresponding text message and this message is sent to the
GSM network.
Example: If SMS server number is 483559876, SMS should be
sent to number 606123456 and ID number of the installation is
41 enter: 7 483559876 F9 606123456 F7 00F9 F7 41 F5
Deleting of automatic SMS sending – to erase SMS sending
enter: 7 F0 F5
Note: memory 5 can also be used to dial a Pager instead of SMS
sending. To dial a Pager enter 7 xx..x F9 zzz....z F5 where xx..x
is number of the provider, zz…z is number of the pager and code
of the message (check with a local Pager provider for details).
Pause in the dialing can be entered with F0,

with F7 and

with
F8. Pager dialing can be deleted with 7 F0 F5.
Factory default setting: SMS sending (Pager dialing) is erased.
tel. line
jack
LED diode
M icrophone
Recording
butto n
JA-65X
IN
O UT

Digital communicator JA-65X 2/7 MFM53103
2.3 Voice message(s) recording
sequence: 8x
You can record two different voice messages (10 sec. each).
Depending on the setting in section 2.4, a particular message
will be sent under different situations. Recording of the
messages:
a) enter 85 on the keypad
b) press and hold push button on the X module
c) speak towards the module (max. 10 s)
d) release the button, message will play back
This results in the recording of message number 1. To record
message 2 enter 86 in step a)
If you prefer sending only one, but longer, message (20 sec.),
record message by entering 84 in step a). By programming as
described in section 2.4 you can specify which alarms will trigger
the sending of a message.
Notes:
•Make the messages brief and clear. The dialer repeats the message to
each called number for 40 seconds.
•The voice messages are stored in non-volatile memory and can be
changed when ever you want to by repeating the above steps.
•The existing messages can be played by momentarily pressing the push
button on the X module (or by entering F9 while in stand by mode).
2.4 Triggering of voice and SMS messages
sending sequences: 9 y x
With sequences 91x to 95x you can select which alarms will
trigger the telephone dialer to call and what will be sent.
Enter: 9 y x
where:
y Alarm x reaction
1 Panic – silent 0 no reaction
2 Intruder 1 voice1 and SMS
3 Fire 2 voice 2 only
4 Tampering 3 SMS only
5 Technical trouble
Notes:
•Final texts of alarm SMS are generated by the SMS server
(providers computer) – based on the digital code sent by
the alarm system (check with provider for more details)
•If only one long voice message was recorded by using code
84 as described in section 2.3, then this message will be
sent when x=1 or x=2
•Voice messages are sent step by step to all telephone
numbers programmed as described in section2.1
•SMS message is sent to a mobile phone number
programmed as described in section 2.2
Example: if the dialer should send an SMS and voice message
1 when intruder or panic alarm is triggered, voice message 2 in
the case of fire and only an SMS in the case of technical alarm,
enter: 911 921 932 943
Factory default setting: all alarms will trigger sending of voice
message 1 and SMS (911, 921, 931, 941, 951).
2.5 Dialing method
sequence: 9 0 x
Enter:
9 0 1 for tone dialing
9 0 0 for pulse dialing (this option is blocked for
some countries)
Note: this dialing method setting is also valid for Central
monitoring station communications.
Factory default: tone dialing
2.6 Telephone line checking
sequence: 9 9 x
If this function is enabled, the dialer will check regularly if the
telephone line is ready to make a phone call. If the line is not
ready for more than 15 minutes, the keypad will indicate a
telephone line failure (failure L). A non-working telephone line or
a phone conversation or Internet connection longer than 15
minutes can cause a fault.
options:
9 9 1 checking enabled
9 9 0 checking disabled
Note: this setting is also valid when the dialer is used for
Monitoring station communications as well as remote PC access
Factory default setting: checking disabled
2.7 Telephone dialer testing
sequence: 8 9
After entering code 89 the dialer will call all programmed numbers
and will play voice message 2. It will also send a SMS message if
programmed. The telephone line signals will be audible from the
control panel’s built in speaker during the test (if the dialer is
triggered by an alarm in normal operation, it will call silently).
If you prefer testing with voice message 1 enter code 88.
Testing can be terminated with the N key.
3 To enable a remote computer to dial in
When the user or installer wants to dial in to the installation
from their computer or a remote JA-60E keypad via a JA-60U
modem (see section 6), the following parameters should be
programmed.
The most convenient programming is via a connected PC
using the Comlink software. Programming can also be
performed manually:
•Enter the programming mode when disarmed (F 0
Service Code, factory default 6060), indicated by a ”P“
•Any unfinished programming sequence can be
terminated by the Nkey.
•To exit the programming, press the N key (“P“ will
turn off).
Dialing in parameters
Function
sequence
options
factory d.
Incoming call reaction 0 5 x
0=never
1= second call
2-6 = after ring
No. 2 - No.6
disabled
Remote access code
(8 digits)
0 7
xxxxxxxx
any 8 digits
code
00000000
3.1 Reaction to an incoming call
sequence: 05
This sequence sets how the communicator will react to incoming
calls on the telephone line. This setting is important for remote
access. Enter: 0 5 x
where: x = 0- never answer
1- answer after second call = after 1 or 2 rings are
detected, there must be a pause of 10 - 45
seconds. The dialer will then answer on the very
first ring of the second call. This setting can be
used to bypass an answering or facsimile
machine connected to the same line. This
“Second Call” feature is supported by the
Comlink software and also by the JA-60E
keypad.
2 to 6 - answer after 2nd to 6th ring

Digital communicator JA-65X 3/7 MFM53103
Notes: Remote access connection can also be enabled by the
alarm system user (regardless of the above setting) by entering
89 while in the user mode, when the phone rings. If you use
another telephone set on the same telephone line, it should be
switched to the tone dial mode.
Factory setting: 0 = never answer
3.2 Remote access code setting
sequence: 07
In order to access the panel remotely, it is necessary to
authorize the access with an 8-digit access code. This code is
compared with the one programmed in the control panel. If the
caller tries to access the panel with another code, the
connection will be terminated immediately. A wrong code alarm
will be triggered on the control panel after the 5th unsuccessful
attempt to dial in. Store your access code to the control panel by
entering: 0 7 xxxxxxxx
where:
x x . . . . . x - any 8 digits access code
Factory setting: 00000000
4 Central monitoring station
communication setting
This part of the manual is intended only for specialists involved
in monitoring. We recommend to use a computer equipped with
Comlink program for complete setting of the monitoring station
communication.
Changes of the setting can also be performed manually using
the keypad:
•Enter programming mode when disarmed (F 0 Service
Code, factory default 6060), indicated by a “P“.
To exit programming press the N key (“P“ will turn off).
Central monitoring station communication parameters
Sequence
Description
Factory default setting
0 001 xx
to
0 198 xx
Reporting codes table (see part 5)
where: x= 0 – 9,F0 = Ah, F1 = Bh, F2 = Ch, F3 = Dh, F4 = Eh, F5 = Fh
if 00 is set, the event is not reported
00
For all events
0 2 xxxx
Account ID code (4 digits, for 3/1 and 3/2 formats the structure is 0xxx)
x= 0 – 9 (hexadecimal codes can be used too - see above)
0000
0 3 xy
Protocol x:
0 = Ademco Slow
1= Ademco Fast
2= Telemax
3= Franklin
4 =Radionics
2300
5= Radionics 1400
6= DTMF 2300
7= Surgard
8= Ademco
Express
9= Contact ID
Format y:
0= 3/1 (xxx R)
1= 3/2 (xxx rc)
2= 4/1/1 (xxxx Rn)
3= 4/2 (xxxx rc)
90
Contact ID
0 4 x
Re-dialing pause, x= 1 – 9 (x 10 min.)
1
10 minutes
0 6 xx..xFy
CMS phone numbers xx...x to memory y(1 and 2), pause = F0
erased
0 9 6060
Communicator reset to factory default settings
Notes:
Some of the protocols are not standardized and some
manufacturers of Monitoring Station receivers use different
parameters in some of their protocols. Therefore Jablotron
cannot guarantee full compatibility with all Central Monitoring
Station receivers.
If the connection with the Monitoring Station is not available,
the events are queued in the communicator’s memory and are
transmitted in one burst as soon as the connection is
established. All events are reported to the Monitoring Station in
the same order as they happened.
Once communication has started, it can not be interrupted
unless the control panel is switched to the programming or to
the user mode. For example, if the user causes a false alarm
and then cancels it, both events are sent to Monitoring Station.
Events occurring while the control panel is in the
programming or user mode are reported to the Monitoring
Station after the closing of these modes. (They are stored in
the memory and reported together with reporting codes
describing the change of operation modes.)
When the dialer is activated, the communication to the
monitoring station has the highest priority (voice and SMS
messages are sent later with lower priority). A User or Installer
can interrupt the digital dialer communication by entering the
User mode or Programming mode. Reset of the control panel
has no influence to the digital communicator’s settings (it is
reported to the Monitoring station as an event).
The RESET of the digital communicator itself (sequence 0
9 6060), the change of the Monitoring Station’s telephone
numbers, the change of an account number code or the
change of a format setting will erase all the reporting codes
queued in the communicator’s memory. However the events
remain stored in the control panel’s internal memory.
Jablotron recommends use of the MS-350 monitoring
station with ComGuard SW.
4.1 Reporting codes setting
sequences: 00 and 01
These sequences can be used to program the report codes for
all possible events. Depending on the used protocol and
format, different amounts of data should be entered. The
complete report code programming table is shown in section 5.
The setting sequence structure is as follows: 0 x x x r c
where:
xxx = event number (from 001 to 198)
rc = report code (two digits). For 3/1 and 4/1/1 formats
only the first digit of the report code is used (R).
Codes should be entered in a hexadecimal
format, with numbers higher than 9 beginning
with the F key: Ah= F0 Bh= F1 Ch= F2 Dh=
F3 Eh= F4 Fh= F5
If the reporting code 00 is programmed, the event will not be
reported to the Monitoring Station.
Notes:
•Abbreviation "Rc" is used in the report code programming
table for the major events group. Only the first digit of this
group of codes is transmitted when formats 3/1 or
4/1/1are used. Other formats use both digits of the "Rc"
and "rc" report codes.
•The Contact ID (CID) is an automatic protocol. If you enter
any report code other than zero for a major event (Rc), all
events of this type will be transmitted automatically
including all details regarding the event source. Internal
structure of the CID protocol is shown in part 1.1. This
protocol provides the most in-depth data for the monitoring
station and its use is recommended by Jablotron.

Digital communicator JA-65X 4/7 MFM53103
•The Surgard protocol has 4/2 structure plus one more digit
which is generated automatically (see 4.3)
•If the control panel is split and only one section is armed,
then a partial arming report code is sent. If all sections are
armed, a complete arming report code is sent. If the
system was completely armed and only one section is
disarmed, the disarming report code will be sent and then
it will be followed by the partial arming report code.
•The pulse formats are not capable to report zero and
numbers above 15. For this reason events in zone 16 or in
a subsystem are reported to the Monitoring Station as
events in zone 10. This means that from the point of view
of the monitoring station zone 10 also covers zone 16 and
the subsystem if used. This problem does not exist in the
CID protocol.
•If the system is arming while there is a bypass, partial
arming will be reported to the CMS (also stored to the
internal memory)
Factory setting: 00 for all events
4.2 Account ID code setting
sequence: 02
This sequence is used for the alarm system identification by a
Monitoring Station. The sequence structure: 02 x x x x
where:
xxxx – account ID code ( x are numbers from 0 to 9 or
hexadecimals).
When using only three-digit codes (formats 3/1 and 3/2) enter
a zero in the first position. The communicator will then ignore it
(example - 0123)
Note: Changing of the account code erases the internal
communicator’s memory of non reported events and sends a
„Reset“ reporting code (051) to the Monitoring Station. If pulse
formats are used, zero is transmitted as Ah
Factory setting: 0000
4.3 Protocol and Format setting
sequence: 03
This sequence is used to select the communication protocol
and format. Its structure is as follows: 03 x y
where:
x- protocol (0 – 9, see table bellow)
y- format (0 - 3 see table on right)
Notes:
•Some Monitoring Station receivers do not support all formats.
•Logic of the format marking - 4/2 means that an account code has
4 digits and an event report code has 2 digits.
•Changing of a format erases the internal communicator’s memory
of non reported events and sends a “Reset“ reporting code (051)
to the Monitoring Station.
Factory setting: 90 (Contact ID)
4.4 Re-dialing pause setting
sequence: 04
If a dialer is triggered it attempts to make a connection
(alternating between the primary and the backup telephone
number). If it is not possible to make a connection after 8
attempts, a pause is initiated. After this pause the dialer will
attempt again. If any event triggers the communicator during the
pause, the pause ends immediately. The pause length can be set
in the following way: 0 4 x
where:
x – time multiplied by 10 minutes (from 1 to 9, example 3 =
30 minutes)
Factory setting: 1 = 10 min.
4.5 CMS phone number entering
sequence: 06
Central monitoring station modem phone numbers can be
stored by entering the following sequence: 0 6 x x .... x F y
where:
xx...x = Central Monitoring Station phone number (up to
16 digits)
y= 1for primary phone number memory
2 for back up phone number memory
Pause (3 sec.) can be inserted into the telephone number by
entering F0. It is also possible to insert the * tone by F7 or the
#tone by F8 if requested for DTMF dialing.
Example: number 02 123456 as main Monitoring Station
number is entered with 06 02 F0 123456 F1.
Phone number erasing: 0 6 F 0 F y
where:
y= 1to erase the primary telephone number
2to erase the back up telephone number
Protocols
x Name
Hand-
shake
Data Kiss off Speed format
0
Ademco Slow
(Silent Knight)
1400Hz 1900Hz
1400Hz 10bps
Next
table
1 Ademco Fast 1400Hz 1900Hz
1400Hz 14bps
Next
table
2 Telemax 2100Hz 1650Hz
2100Hz 10bps
Next
table
3 Franklin 2300Hz 1800Hz
2300Hz 20bps
Next
table
4 Radionics 2300 2300Hz 1800Hz
2300Hz 40bps
Next
table
5 Radionics 1400 1400Hz 1900Hz
1400Hz 40bps
Next
table
6 DTMF 2300 2300Hz DTMF 2300Hz DTMF
Next
table
7
Surgard*
2300Hz
DTMF
2300Hz
DTMF
4/3
8
Ademco express*
Dual tone
DTMF
1400Hz
DTMF
4ID/2
9
Contact ID*
Dual tone
DTMF
1400Hz
DTMF
CID
* fixed format, “y” is arbitrary (0 is recommended)
Formats
y
format
reports
structure
0
3/1
Major events only
xxx R
1
3/2
All events
xxx rc
2
4/1/1
Major events with autom. source
identification
xxxx Rn
3
4/2
All events
xxxx rc
xxxx = account number
R= major event code (only first digit counts)
rc = detailed event code (two digits)
n= source identification (generated automatically)
Surgard protocol has structure: xxxx E rc, where E is a group
identifier (generated automatically)
E
Event
Note
1
Fire
2
Panic
3
Alarm
General
4
Arming
Incl. Partial
5
Disarming
6
Failure
Power failure, RF jamming …
8
Report
Enter/Exit service mode …
9
Restore
End of alarm, panic …
A
Test
24 hour test

Digital communicator JA-65X 5/7 MFM53103
Note: Changing of a phone number erases the internal
communicator’s memory of non reported events and sends a
“Reset“ reporting code (051) to the Monitoring Station.
Factory setting: both numbers are erased
4.6 Digital communicator reset
sequence: 096060
By entering this code the factory default settings of all parameters
are restored in the digital dialer. All phone numbers, reporting
codes, account codes etc. are erased. This reset doesn’t effect
the voice dialer’s settings. The reset sequence is: 0 9 6060
Note: All communicator settings are stored in non-volatile memory
and remain unchanged even after switching off the power supply.
5 Central Monitoring station report
codes table
A two digit report code rc (00 to FFh) can be set for every event.
If 00 is programmed as a report code, that event will not be
reported.
The major events group is marked by Rc. When formats 3/1 or
4/1/1 are used, only 16 of these major events are reported to
the Monitoring Station. This makes it necessary to only
program the R digits. The second digit does not count. Zero
can not be used in the pulse protocols. For Contact ID
protocol, program code 11 for major events (Rc) which you
want to report and the system will generate all details
regarding the event automatically including the events source
details (see part 5.1).
N.
Event
Code
001
Arming with remote control N.1
Rc
002
Arming with remote control N.2
Rc
003
Arming with remote control N.3
Rc
004
Arming with remote control N.4
Rc
005
Arming with remote control N.5
Rc
006
Arming with remote control N.6
Rc
007
Arming with remote control N.7
Rc
008
Arming with remote control N.8
Rc
009
Arming with master code
Rc
010
Arming with user code N.1
Rc
011
Arming with user code N.2
Rc
012
Arming with user code N.3
Rc
013
Arming with user code N.4
Rc
014
Arming with user code N.5
Rc
015
Arming with user code N.6
Rc
016
Arming with user code N.7
Rc
017
Arming with user code N.8
Rc
018
Arming with user code N.9
Rc
019
Arming with user code N.10
Rc
020
Arming with user code N.11
Rc
021
Arming with user code N.12
Rc
022
Arming with user code N.13
Rc
023
Arming with user code N.14
Rc
024
Partial arming
Rc
025
Quick arming without code
Rc
026
Disarming with remote control N.1
Rc
027
Disarming with remote control N.2
Rc
028
Disarming with remote control N.3
Rc
029
Disarming with remote control N.4
rc
030
Disarming with remote control N.5
rc
031
Disarming with remote control N.6
rc
032
Disarming with remote control N.7
rc
033
Disarming with remote control N.8
rc
034
Disarming with master code
rc
035
Disarming with user code N.1
rc
036
Disarming with user code N.2
rc
037
Disarming with user code N.3
rc
038
Disarming with user code N.4
rc
039
Disarming with user code N.5
rc
040
Disarming with user code N.6
rc
041
Disarming with user code N.7
rc
042
Disarming with user code N.8
rc
043
Disarming with user code N.9
rc
044
Disarming with user code N.10
rc
045
Disarming with user code N.11
rc
046
Disarming with user code N.12
rc
047
Disarming with user code N.13
rc
048
Disarming with user code N.14
rc
049
Entering of the programming mode
Rc
050
Exiting the programming mode
Rc
051
Communicator Reset
Rc
052
Initial AC powering
Rc
053
Alarm after initial AC powering
Rc
054
General battery trouble
Rc
055
General battery trouble end
Rc
056
Control panel battery trouble
Rc
057
Control panel battery trouble end
Rc
058
Zone alarm 1
Rc
059
Zone alarm 2
rc
060
Zone alarm 3
rc
061
Zone alarm 4
rc
062
Zone alarm 5
rc
063
Zone alarm 6
rc
064
Zone alarm 7
rc
065
Zone alarm 8
rc
066
Zone alarm 9
rc
067
Zone alarm 10
rc
068
Zone alarm 11
rc
069
Zone alarm 12
rc
070
Zone alarm 13
rc
071
Zone alarm 14
rc
072
Zone alarm 15
rc
073
Zone alarm 16
rc
074
Wrong access code alarm
Rc
075
Zone tamper 1
Rc
076
Zone tamper 2
rc
077
Zone tamper 3
rc
078
Zone tamper 4
rc
079
Zone tamper 5
rc
080
Zone tamper 6
rc
081
Zone tamper 7
rc
082
Zone tamper 8
rc
083
Zone tamper 9
rc
084
Zone tamper 10
rc
085
Zone tamper 11
rc
086
Zone tamper 12
rc
087
Zone tamper 13
Rc
088
Zone tamper 14
Rc
089
Zone tamper 15
Rc
090
Zone tamper 16
Rc
091
Keypad tamper
Rc
092
Control panel tamper
Rc
093
Siren tamper
Rc
094
Zone fault 1
Rc
095
Zone fault 2
Rc
096
Zone fault 3
Rc
097
Zone fault 4
Rc
098
Zone fault 5
Rc
099
Zone fault 6
Rc
100
Zone fault 7
Rc
101
Zone fault 8
Rc
102
Zone fault 9
Rc
103
Zone fault 10
Rc
104
Zone fault 11
Rc
105
Zone fault 12
Rc
106
Zone fault 13
Rc
107
Zone fault 14
Rc
108
Zone fault 15
Rc
109
Zone fault 16
Rc
110
Keypad fault
Rc
111
Control panel fault
Rc
112
Siren fault
Rc
113
Zone alarm end 1
Rc
114
Zone alarm end 2
Rc
115
Zone alarm end 3
Rc
116
Zone alarm end 4
Rc
117
Zone alarm end 5
Rc
118
Zone alarm end 6
Rc
119
Zone alarm end 7
Rc
120
Zone alarm end 8
Rc
121
Zone alarm end 9
Rc
122
Zone alarm end 10
Rc
123
Zone alarm end 11
Rc
124
Zone alarm end 12
Rc
125
Zone alarm end 13
Rc
126
Zone alarm end 14
Rc
127
Zone alarm end 15
Rc
128
Zone alarm end 16
Rc
129
Zone tamper end 1
Rc
130
Zone tamper end 2
Rc
131
Zone tamper end 3
Rc
132
Zone tamper end 4
Rc
133
Zone tamper end 5
Rc
134
Zone tamper end 6
Rc
135
Zone tamper end 7
Rc
136
Zone tamper end 8
Rc
137
Zone tamper end 9
Rc
138
Zone tamper end 10
Rc
139
Zone tamper end 11
Rc
140
Zone tamper end 12
Rc
141
Zone tamper end 13
Rc
142
Zone tamper end 14
Rc
143
Zone tamper end 15
Rc
144
Zone tamper end 16
Rc
145
Keypad tamper end
Rc
146
Control panel tamper end
Rc
147
Siren tamper end
Rc
148
Zone fault end 1
Rc
149
Zone fault end 2
Rc
150
Zone fault end 3
Rc
151
Zone fault end 4
Rc
152
Zone fault end 5
Rc
153
Zone fault end 6
Rc
154
Zone fault end 7
Rc
155
Zone fault end 8
Rc
156
Zone fault end 9
Rc
157
Zone fault end 10
Rc
158
Zone fault end 11
rc
159
Zone fault end 12
rc
160
Zone fault end 13
rc
161
Zone fault end 14
rc
162
Zone fault end 15
rc
163
Zone fault end 16
rc
164
Keypad fault end
rc
165
Control panel fault end
rc
166
Siren fault end
rc
167
Telephone line trouble
Rc
168
Telephone line trouble end
Rc
169
Control panel failure
Rc
170
End of control panel failure
Rc
171
Periodic test (24 hr. from last com.)
Rc
172
AC failure (in 30 min. after failure)
Rc
173
AC failure end
Rc
174
RF jamming
Rc
175
Wrong code alarm end
Rc
176
RF jamming end
Rc
177
Panic alarm from remote control N.1
Rc
178
Panic alarm from remote control N.2
rc
179
Panic alarm from remote control N.3
rc
180
Panic alarm from remote control N.4
rc
181
Panic alarm from remote control N.5
rc
182
Panic alarm from remote control N.6
rc
183
Panic alarm from remote control N.7
rc
184
Panic alarm from remote control N.8
rc
185
Master code panic alarm
rc
186
User code panic alarm
rc
187
Panic alarm end from rem. contr. 1
Rc
188
Panic alarm end from rem. control N.2
rc
189
Panic alarm end from rem. control N.3
rc
190
Panic alarm end from rem. control N.4
rc
191
Panic alarm end from rem. control N.5
rc
192
Panic alarm end from rem. control N.6
rc
193
Panic alarm end from rem. control N.7
rc
194
Panic alarm end from rem. control N.8
rc
195
Master code panic alarm end
rc
196
User code panic alarm end
rc
197
Subsystem panic alarm
Rc
198
Subsystem panic alarm end
Rc

Digital communicator JA-65X 6/7 MFM53103
5.1 Internal structure of Contact ID protocol
The data in the CID protocol has following standardized
structure:
XXXX 18 Q XYZ 01 CCC
where XXXX is the account code of the installation, 18
is the code identification (identical for all events), Qis a
number from 1 to 3, XYZ is the event number, 01 is the
subsystem number, CCC event source details (see the
table below).
JA-63/65
event no.
Q XYZ
Event description
possible source in JA-
63 or JA-65
C
S
c
A
J
L
d
058
1 110
Fire alarm
4
4
113
3 110
Fire alarm end
4
4
177
1 120
Panic alarm
4
4
4
058
1 120
Panic alarm from a detector
4
197
1 120
Panic alarm in the subsystem
4
187
3 120
End of the panic alarm
4
4
4
113
3 120
End of the panic alarm from a detector
4
198
3 120
End of the subsystem panic alarm
4
058
1 130
Intruder alarm in an instant zone
4
113
3 130
End of the intruder alarm in an instant zone
4
058
1 134
Intruder alarm in a delayed zone
4
113
3 134
End of the intruder alarm in a delayed zone
4
075
1 137
System tamper alarm
4
4
4
4
4
129
3 137
All system tampers OK
4
4
4
4
4
074
1 138
Wrong access code alarm
4
4
4
4
175
3 138
End of a wrong access code alarm
4
4
4
4
053
1 140
Alarm after powering of the control panel
4
075
1 144
Detector tamper alarm
4
129
3 144
All detector tampers OK
4
094
1 300
Failure (blown fuse in control panel or other general failure)
4
4
4
4
4
4
052
3 300
Control panel powering
4
148
3 300
No failure in the system
4
4
4
4
4
4
172
1 301
AC failure
4
173
3 301
AC switched on
4
054
1 302
Problem with power in an item
4
4
4
056
1 302
Back up battery failure in the control panel
4
057
3 302
End of the back up battery failure
4
055
3 302
End of the problem with power in the item
4
4
4
051
1 305
Reset
4
4
049
1 306
Entering of programming or user mode
4
4
4
050
3 306
End of programming or user mode
4
4
4
058
1 330
Subsystem alarm
4
167
1 354
Tel. line failure
4
169
1 354
Failure of communication in the digital bus
4
168
3 354
End of tel. line failure
4
170
3 354
End of a communication failure in the digital bus
4
174
1 355
RF jamming
4
176
3 355
End of RF jamming
4
094
1 380
Detector failure
4
148
3 380
End of all detector failures
4
094
1 381
Wireless item communication lost
4
4
4
4
148
3 381
Wireless item communication reestablished
4
4
4
4
054
1 384
Detector power problem
4
055
3 384
End of the detector power problem
4
026
1 401
Disarming
4
4
4
001
3 401
Complete arming
4
4
4
024
3 402
Partial (Home) arming
4
4
4
025
3 408
No code arming
4
4
4
171
1 602
Monitoring station communication testing (in 24 hr.)
4
Event sources specification in the Contact ID protocol:
JA-63/JA-65 source
mark
code CCC
Wireless sensor
S
001 to 016
Sensor
201 to 216
Controller
c
401 to 408
User code
501 to514
Control panel
C
701
Wireless siren
A
711
Sub control panel
J
721
Tel. Line
L
731
Digital bus
D
741

Digital communicator JA-65X 7/7 MFM53103
6 Remote access to the system
The JA-60U modem can be used for the remote connection of
the control panel to a personal computer with Comlink software or
a remote JA-60E keypad using a standard telephone line. It is
necessary to know the remote control access code for the system
(see 3.2).
Details on how to use the JA-60E keypad remotely can be
found in the JA-60E manual.
A personal computer connected remotely works the same way
as when it is wired directly to the control panel (see also
installation manual of the control panel). Only downloading or
uploading of extensive data (like event list downloading, digital
communicator setting etc.) takes a slightly longer time compared
to a direct PC connection to the control panel.
6.1 Establishing connection with a remote control
panel by computer
Start Comlink SW on a computer equipped with a JA-60U
modem. The dialing dialog requires the following data:
•telephone number of the called control panel
•dialing method (tone or pulse)
•control panel’s remote access code (must be identical
as code programmed in the control panel - 8 digits)
•optional bypassing of answering machine (if this
option was programmed in the control panel); if the
connection can not be established, try to enter
“space” after the last digit
•optional call back feature, if you want the control
panel to call your computer back (that way the end
user’s telephone will be charged for the remote
access communication)
“Dialing in” dialog of the Comlink software
7 Specification
Digital communication to:
•a monitoring station,
•5 SMS messages or Pager dialing,
•2 voice messages, modem communication with a remote
PC (ComLink SW + JA-60U modem),
•remote keypad access with JA-60E and JA-60U
Monitoring station formats
Contact ID, Ademco, Telemax, Franklin, Radionics, SurGard,
DTMF2300, (198 reports codes)
can be connected to analogue interfaces TBR 21/1998, EG
201 121 V1.13/2000, AS/ACIF S002/2001 (Australia)
JABLOTRON ALARMS a.s. hereby declares that
the JA-65X is in a compliance with the relevant
Union harmonisation legislation: Directives No:
2014/35/EU, 2014/30/EU, 2011/65/EU. The original
of the conformity assessment can be found at www.jablotron.com
- Section Downloads.
Note: Although this product does not contain any harmful
materials we suggest you to return the product to the dealer or
directly to the producer after usage.