User Manual

FSK TX CELLULAR PLUS
Installation and Programming Guide
Tel: 0861 105 962
www.fsk.co.za
INTRODUCTION
The FSK TX Cellular Plus (TXC+) is a highly featured GSM based unit which is used for the
transmission of Security and Telemetry messages over the GSM network.
The TXC+ can communicate via both GPRS and SMS messages and includes the universal Contact
ID interface to Alarm Control Panels as well as serial interfacing into some leading panels. It also
has seven dry contact input triggers
In addition, the TXC+ has two outputs (expandable to 10 outputs) which can be used to command
Alarm Panels and other devices.
FEATURES AND FUNCTIONS OF THE TXC +
Reporting Options
• Option of Single or Dual SIM card operation for enhanced security
• GPRS reporting to a control room
• Option of back-off to SMS (to control room) if GPRS is not available
• SMS directly to cell-phones (up to 10 cell phone numbers)
• SMS reporting to cell phones includes full user, zone and partition identification in plain text
Interfaces
• 7 Hardwired inputs with positive trip, negative trip or both
• Dedicated AC Supply monitoring input
• 2 on-board relay outputs which can controlled by SMS, missed call or via the remote control
• Optional Relay output expansion board (8 relays per board, giving a total of 10 outputs).
• Contact ID Tip and Ring Telephone interface to all leading control panels
• Serial alarm interface to leading control panels
• Over-the-air Panel Uploading and Downloading on the Texecom Premier control panels via the
serial interface
Remote controls
• Optional 433MHz code-hopping remote control receiver compatible with FSK remote transmitters
• 2 on-board relay outputs which can be activated by the remote controls
• Up to 200 remote controls can be programmed into the unit
Programming
• Full programming and software updating via a computer serial port
• User function programming via SMS
Indicators and Controls
• Status and error indication via a seven segment display
• Remote control programming via push-button
2
INSTALLATION
Connections to the TXC+ are shown below
Power Supply
The TXC+ must be connected to a stable 12V DC (nominal 13.2V) power supply. If a battery is
available in the alarm panel, it must preferably be powered directly from the battery
Check AC
• The Check AC (CAC) input detects the presence of the AC supply and is used to check for power
failure.
• The CAC line should be connected to one of the transformer’s SECONDARY terminals. Do NOT
connect this line to the mains.
• The CAC line will detect AC voltages between 10 and 24V.
• If the CAC line is not connected, the TXC+ should not be programmed to send AC Failure or
Restoral Signals.
Dry Contact Inputs
• The dry contact inputs can be used to detect alarms generated from the outputs of the Alarm
Panel or from other sources.
• If the external device generates the alarm by pulling the input to ground (negative trigger), the pullup jumper should be inserted on the input of the TXC+.
Contact ID Inputs
• The TXC+ can ‘intercept’ signals sent by the alarm panel on its telephone line (Contact ID)
interface. If the Contact ID interface is to be used, the Alarm Panel’s TIP and RING lines should be
connected to the TIP and RING lines on the TXC+.
• The alarm panel must be programmed to use its dialler, and the option for reporting must be set
to Contact ID. Refer to the programming manual of the applicable Alarm Panel.
• The TXC+ can be programmed to use its own account code or the account code of the alarm
panel when sending alarms received via the Contact ID interface.
3
Serial Port
The TXC+ can receive alarms from the following alarm panels on its serial port:
• Texecom premier range (panel uploads and downloads can also be done)
• Paradox E65, SP6000 and MG5050
• Pima
Relay Outputs
• Two dry-contact relay outputs are available on the TXC+. These outputs can be commanded
to turn on and off via the GSM network or by using the option of the on-board remote control
receiver.
• The outputs are rated to 24V AC or DC, up to a maximum of 5A.
• Do not connect the relay outputs to the mains supply
Indicators and Controls
The TXC+ has a seven segment display which indicates the current operating status and the SIM
card being used.
TXC+ Status
CHARACTER FLASHED
STATUS
DESCRIPTION
i 1 or 2
Initialising (using SIM 1 or SIM 2)
The TXC+ is starting the GSM modem
r 1 or 2
Restarting
The TXC+ is re-starting the GSM modem
c (lower case) 1 or 2
Connecting
The TXC+ is connecting to the GSM network
C (upper case) 1 or 2
Connected
The TXC+ is connected to the GSM network and
is ready to send alarms
CS
Connecting to server
Sending GPRS alarms
dS
Disconnecting from server
All alarms sent, disconnecting from the server
F2
Send SMS
Sending an SMS to the control room or a cellphone
L
Learn Mode
The TXC+ is learning remote controls
TXC+ Errors - If the TXC+ detects an error, it will flash the error code on the seven segment display
CHARACTER FLASHED
STATUS
DESCRIPTION
E0
Stunned
The TXC+
E1
SIM card not found
The TXC+ has not detected a SIM
card which it has been programmed
to use
E2
Reserved
E3
SMS Sending has Failed
The TXC+ cannot send the message
via SMS
E4
Connection to Server has failed
The TXC+ cannot connect to the
server to send the alarms
4
Diagnostics of Error Codes
ERROR STATE
CAUSE
CORRECTIVE ACTION
Stunned
The TXC+ has been sent a stun message via SMS
and will no longer send any alarms.
Or
The TXC+ has sent too many SMS messages in
a period of time and is stopping a run-away SMS
condition (30 SMS messages in an hour)
Send the TXC+ the Un-stun SMS
No SIM card
There is no SIM card inserted in a SIM holder and
the TXC+ has been programmed to use that SIM
card
Or
The SIM card is damaged
Make sure that a SIM card is correctly
inserted in the holder
The TXC+ cannot send the SMS
Or
The network has returned an error in response to
the TXC+ sending the SMS
Make sure that the SIM card is capable
of sending SMS messages
The TXC+ cannot connect to the FSK server to
route the GPRS message to the control room
Make sure that the SIM card is capable
of connecting to the GPRS network
SMS fail
Server Connection
Fail
If there is only one SIM card installed,
make sure that the TXC+ is not
programmed to use the open SIM holder
If it is a pay as you go SIM card, make
sure that it has available funds loaded
onto the SIM card
Make sure that the programming of the
Server GPRS settings are correct
If it is a pay as you go SIM card, make
sure that it has available funds loaded
onto the SIM card
The GSM network may be experiencing
technical problems. Contact the GSM
provider
5
PROGRAMMING
PC based Programmer
The FSK TX Cellular+ Setup utility is a Windows ® based programmer which is used as the primary
means of programming the TXC+.
The TXC+ programmer requires a PC running Windows XP or Windows 7 with an available COM
Port (a USB to Serial Adapter can also be used). The FSK programming cable and RS232 converter
is required to program the TXC+ (see Appendix E)
Handheld Programmer
The FSK Handheld Programmer is a programming and diagnostics tool which can be used with the
TXC+.
When the TXC+ is used in conjunction with the handheld Programmer in diagnostics mode, any
problems connecting to the GSM network can be determined.
SMS Programming
Many of the settings on the TXC+ can be changes by sending a SMS to the unit. The SMS
commands are shown in Appendix A.
6
APPENDIX A – SMS COMMANDS AND PROGRAMMING
The TXC+ has a number of SMS commands and programming commands which can be used to:
• Activate the outputs
• Request the unit status
• Change programming information and request current programming information
If the TXC+ is to reply to any of these commands and programming updates, the SMS function has
to be enabled on the SIM card.
FSK supplied SIM cards cannot send SMS’s
SMS Commands
Activate the outputs on the TXC+
Keyword
Description
Notes
1on
Turn output 1 on (Relay 1)
Not case sensitive
1off
Turn output 1 off (Relay 1)
2on
Turn output 2 on (Relay 2)
2off
Turn output 2 off (Relay 2)
3on …. 10on
Turn outputs 3 – 10 on the expansion module on
3off …. 10off
Turn outputs 3 – 10 on the expansion module off
Format is output number (3-10) and
output state (on/off)
Change the default SIM card to be used (for TXC+ units fitted with two SIM cards)
Use this command with care, as it will stop the TXC+ from functioning if a SIM card is selected
which is not installed or activated
Keyword
Description
SELECT SIM 1
Select the first SIM card as the default
SELECT SIM 2
Select the second SIM card as the default
SMS Status Requests
Keyword
Description
Notes
status?
Get full unit status
Not case sensitive. No spaces
balance?
Get account balance
Not case sensitive. No spaces
Note: the balance request works with pre-paid SIM cards only.
7
SMS Programming
SMS programming allows some of the parameters in the unit to be changed without having to
physically go to the unit with a programming computer
NOTE: BE VERY CAREFUL WHEN PROGRAMMING THE TXC+ USING SMS’s AS YOU CAN
STOP THE UNIT FROM FUNCTIONING CORRECTLY
Unit Description and Phone Numbers
Change the description of the TXC+ (which it uses to refer to itself in SMS’s) and the phone numbers
which it reports to.
To change the value, send the KEYWORD followed a space, followed by the new value (shown in
Italics). E.g. to change phone number 1, send
1 Phonenumber
(where Phonenumber is the cell phone number)
To retrieve the value, send the KEYWORD followed by ‘?’ (no space), e.g.
1?
(to request the phone number)
Note, when requesting the phone number, the TXC+ will respond with all the stored phone
numbers.
KEYWORD
DESCRIPTION
TO CHANGE
0
Unit description
0 Name
1
Phone number 1
1 Phonenumber
2
Phone number 2
2 Phonenumber
3
Phone number 3
3 Phonenumber
4
Phone number 4
4 Phonenumber
5
Phone number 5
5 Phonenumber
6
Phone number 6
6 Phonenumber
7
Phone number 7
7 Phonenumber
8
Phone number 8
8 Phonenumber
9
Phone number 9
9 Phonenumber
10
Phone number 10
10 Phonenumber
11
GPRS fallback num
11 Phonenumber
12
Sim 1 SMS Centre number
12 +27831000002 (MTN)
13
Sim 2 SMS Centre number
13 +27829119 (Vodacom)
8
Timers
KEYWORD
DESCRIPTION
VALUE
58
AC fail/restore delay (minutes)
1 to 60. (e.g. 60 = 60 mins = 1hr)
59
Battery fail restore delay
1 to 60. (e.g. 60 = 60 mins = 1hr)
1179
SMS self test interval
10 to 60000 (10 min to 100 hrs)
1180
GPRS test interval
10 to 60000 (10 min to 100 hrs)
SMS Text – Inputs
KEYWORD
DESCRIPTION
256
AC OK (AC Restored) SMS Text
257
Battery OK SMS Text
322
AC Failed SMS Text
323
Battery low SMS Text
258
Input 1 High SMS Text
259
Input 2 High SMS Text
260
Input 3 High SMS Text
261
Input 4 High SMS Text
262
Input 5 High SMS Text
263
Input 6 High SMS Text
264
Input 7 High SMS Text
324
Input 1 Low SMS Text
325
Input 2 Low SMS Text
326
Input 3 Low SMS Text
327
Input 4 Low SMS Text
328
Input 5 Low SMS Text
329
Input 6 Low SMS Text
330
Input 7 Low SMS Text
9
SMS Text – Remote Controls And Missed Call
KEYWORD
DESCRIPTION
392
Remote Control Button 1 SMS Text
393
Remote Control Button 2 SMS Text
394
Remote Control Button 3 SMS Text
395
Remote Control Button 4 SMS Text
395
Remote Control Button 5 SMS Text
397
Remote Control Button 6 SMS Text
398
Missed Call SMS text
APPENDIX B – TEXECOM SERIAL INTERFACE
The TXC+ can receive alarms from the Texecom Premier range of alarm panels.
Using a modem connected to a computer, the TXC+ can also be used to remotely upload and
download the Texecom premier alarm panels.
TXC+ to Texecom Premier Serial Interface Cable
10
Programming of the Texecom Premier two COM Port Alarm Panel
Program the TXC+ to use the Texecom Serial Alarm Interface (DTMF – Serial Interface Tab)
The TXC+ is connected to COM1 on the Alarm Panel
The following programming is required on the Texecom panel:
MENU 71
0
1
2
3
4
5
TEL NO 22 (YES)
ACC CODE 3456 (YES)
PROTOCOL TYPE = 4 (CONTACT ID)
DIALLER ATTEMPTS = 1
PARTITION (SELECT PARTITIONS 1 AND 2)
SELECT REPORTING OPTIONS
MENU 70
1,2,5,8 ON (ENABLE COMMUNICATOR)
MENU 76
COM1 DEVICE TYPE – 3 (ComIP PROTOCOL)
Uploading and Downloading the Texecom Premier Alarm Panel
The Texecom premier alarm panel can be uploaded and downloaded using the Texecom WinTex
software (available at www.texe.com). Please contact the local Texecom agent for more details
A PC based modem for is available from FSK Electronics which can be used to connect to the Alarm
Panel (via the TXC+)
The Wintex Software requires the IP Address and Port Number of the TXC+ to be entered in the
Account Details section of Wintex. The IP Address of the TXC+ is provided by FSK.
If the FSK APN Connector is being used, the IP Address is always 127.0.0.1.
The Port is Always set to ‘9090’
Select the Panel Modem Type as ComISDN
IP ADDRESS OF
THE TXC+ ON THE
FSK PRIVATE APN
127.0.0.1 IF USING
APN CONNECTOR
11
When connecting to the Texecom panel (through the TXC+), select the connection option of
CONNECT VIA NETWORK from the Wintex Software
SELECT
“CONNECT VIA NETWORK”
12
APPENDIX C – PARADOX SERIAL INTERFACE
The TXC+ can send alarms received from the serial port of the Paradox E65, MG5050 and SP6000
alarm panels.
Events Sent By the Paradox Alarm Panel
The table below shows the Contact ID codes which will be sent in response to the messages
received from the Paradox E65/MG5050 and SP6000 alarm panel serial ports.
PARADOX
CONTACT ID
EVENT GROUP NO
SUB-GROUP NO
CONTACT ID
CODE
EVENT (1)
RESTORE (3)
ZONE/
USER
06 = Non Reportable Event
00 = Telephone Line Trouble
350
1
0
29 = Arming with User
01 - 32 = User Number
400
3
USER
30 = Special Arming
03 = Partial Arming
456
3
0
05 = Arm Keyswitch
409
3
99
06 = Arm Keyswitch
456
3
0
31 = Disarming with User
01-32 = User Number
401
1
USER
32 = Disarming after Alarm with user
01-32 = User Number
401
1
USER
34 = Special Disarming
N/A
401
1
USER
05 = Disarming with Keyswitch
401
1
USER
36 = Zone In Alarm
01 to 32 = Zone Number
130
1
ZONE
37 = Fire Alarm
01 to 32 = Zone Number
110
1
ZONE
38 = Zone Alarm Restore
01 to 32 = Zone Number
130
3
ZONE
40 = Special Alarm
00 = Panic non-medical emergency
120
1
0
01 = Panic medical
100
1
0
02 = Panic Fire
110
1
0
05 = Duress Alarm
120
1
0
01-32 = Zone Number
380
1
ZONE
42 = Zone Tampered
13
PARADOX
CONTACT ID
EVENT GROUP NO
SUB-GROUP NO
CONTACT
ID CODE
EVENT/
RESTORE
ZONE/
USER
44 = New Trouble
01 = AC Failure
301
1
0
02 = Batt Fail
302
1
0
04 = Bell Current Overload
320
1
0
05 = Bell disconnected
320
1
0
08 = Fail To Communicate Tel 1
350
1
1
09 = Fail to Communicate Tel 2
350
1
2
10 = fail to Communicate Pager
350
1
3
11 = fail to communicate voice
350
1
4
01 = AC Failure Restore
301
3
0
02 = Batt Fail restore
302
3
0
04 = Bell Current Overload Rest
320
3
0
46 = Bus/wireless module new trouble
01 = tamper Trouble
137
1
0
48 = Special (Partition 1 only)
01 = Reporting Test
602
1
0
04 = Installer Entered Prog Mode
627
3
0
05 = Installer Exited Prog Mode
628
1
0
45= Trouble Restore
07 = Maintenance Exited Prog Mode
49 = Low Battery on Zone
01-32 = Zone Number
302
1
ZONE
50 = Low Battery on Zone Restore
01-32 = Zone Number
302
3
ZONE
51 = Zone supervision trouble
01-32 = Zone Number
147
1
ZONE
52 = Zone Supervision restore
01-32 = Zone Number
147
3
ZONE
53 = Wireless Module Sup Trbl
147
1
ZONE
54 = Wireless Module Sup Rest
147
3
ZONE
55 = Wireless Module Tamper Trbl
144
1
ZONE
56 = Wireless Module Tamper Rest
144
3
ZONE
14
APPENDIX D – PIMA SERIAL INTERFACE
The Pima serial interface will send the standard FSK Contact ID alarm codes.
15
APPENDIX E – PROGRAMMING CABLE
TOPS 0861 10 22 10 / JB10812
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