Jablotron GC-61 Handleiding

Jablotron Beveiliging GC-61

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GC-61 GSM communicator 1 / 1 MHZ51105

The GC-61 GSM communicator

Installation manual

The GC-61 communicator is designed for communication with an

alarm receiving centre via a GSM network. The communicator receives

data from a control panel via a simulated telephone line. Report codes

are transmitted from a control panel to the GC-61 in Contact ID format.

A SIM card determines the GSM network used. This manual is valid for

version HZ61008.

The GSM module, when installed in the alarm control panel, enables:

• Data transfer to one or two Alarm Receiving Centres (ARC)

• Remote control and programming of the communicator via SMS

instruction messages from a mobile phone or from Jablotron’s SMS

website

• Programming of the communicator via Jablotron’s website

www.GSMlink.cz

• Phone calls using a telephone set attached to the communicator

(via the GSM network)

• An SMS terminal can be used for the easy and convenient

receiving and sending of SMS messages

1. Installation

The communicator can be installed into an alarm control panel or into

a metallic box with a TAMPER switch.

a) Disconnect the control panel’s power supply (both AC and

backup battery). If the control panel has been previously used

before this installation, enter programming mode before

disconnecting the power supply.

b) We recommend you to disable the SIM card PIN code protection

before you insert it into the dialler. Use a mobile phone to perform

this task (if you have a NOKIA phone, select: Menu, Settings,

Security settings, PIN code request, Off). If you insist on using a

PIN, enter PIN 1234.

c) Open the SIM card holder (by sliding it in the direction shown in

the figure 1 below and insert the SIM card into the holder and

close it by sliding it back.

d) Attach the communicator into the control panel case or metallic box

e) Connect the GSM antenna (never switch the power supply on

without a proper antenna)

f) Connect a telephone set to the PHONE connector (or to the

PHONE terminals) together with the SMS terminal if desired. Only

one telephone set can be attached to the dialler. The PHONE

output of the dialler should never be connected to any other

telephone network.

GC-61

connector

GSM network

failure monitoring

telephone dialer

+12V

GND

INP

GSM ANTENNA

Figure. 1

g) The AUX output is switched on if the GSM network is not available

for 15 minutes. AUX can be used as an alarm terminal. (normally

open dry contact, max. 100mA / 60V) – see the figure 1

h) It is possible to connect an external device (tamper, alarm output

etc.) to the INP input. When activated (by disconnection from

GND), then an activation event will be sent to the ARC (in CID

protocol “1”) and a deactivation event will be sent after

reconnecting INP to the GND.

i) Connect the control panel’s power supply. The LED will start

flashing once every 2 seconds when it has successfully registered

to the GSM network (within 1 minute).

If the LED starts flashing quickly, the module was not able to connect

to the GSM network. In this case, switch off the control panel power.

Remove the SIM card and insert it into a mobile phone to confirm

whether it is possible to connect to the network at this location. You

can also select a desired network manually if this option is available.

Ensure that the SIM card does not request a PIN code (or the PIN

code is set to 1234) Once the SIM card works in the mobile phone,

insert it back into the GSM dialler and repeat step i). If the GSM signal

is weak in this area, change the location of the GSM antenna before

you try to re-establish the connection. The level of GSM signal can be

checked by the SMS command “DINFO”.

j) After connection to the GSM network you can call directly from the

attached telephone.

k) Set all the parameters for Alarm Receiving Centre communication.

l) Programming of the GSM dialler is possible by entering

programming sequences via a mobile phone or an attached SMS

terminal. The most convenient programming method however is via

the www.GSMlink.cz website.

2. Alarm Receiving Centre communication

setting:

The dialler can report events to two different Alarm Receiving

Centres (ARCs). Each ARC has its own setting sequences that differ in

parameter p (p=1 for ARC1 and p=2 for ARC2). Primary and backup

telephone or IP numbers can be set for each ARC. The dialler uses

Ademco Contact ID format and it is also equipped for the future use of

GPRS data transfers. The product is ready to report events to an ARC

based on either landline or GSM data transfer.

The GC-61 re-sends original report codes – the content is not modified

except the Account ID. The communicator forwards original CID

protocol report codes with separator constants 18 and 98 to the ARC

(the constants are converted to 18 during forwarding). Otherwise, their

contents are not altered except for the installation number, which is set

according to communicator settings. The time of a sent event is

generated by the GC-61. The system time is set when the first SMS is

received by GC-61.

Every SMS command must begin with a service access code.

Several setting sequences can be sent within a single SMS.

Sequences must be separated by a comma or space.

2.1. Digital dialler setting

The digital dialler must be set to:

format : Contact ID

ARC telephone number (DTMF): 002

2.2. GPRS setting

GPRS data communication can be used for transmitting events to an

ARC or for connection to the web page www.gsmlink.cz (see section

3). GPRS must be activated on the SIM card. It is also necessary to

set the name and APN in the communicator (for detailed information

ask your GSM provider).

GPRS xxx,yyy,zzz,

where: xxx is the APN

yyy is a the user name (when not used, insert a space)

zzz is a password (when not used, insert a space)

Example: If the name and password are not required and the APN is

“internet”, then the sequence is: 0000 GPRS internet, , ,

2.3. Setting the service remote access code

PG0 xxxxxxxx

Where: xxxxxxxx is a numerical code of 1 to 8 figures

Default setting: 0000 (4 zeros)

2.4. Entering ARC phone numbers (IP addresses)

Primary and back up telephone numbers can be entered for each

ARC:

Primary number: PG1p xx....x

Back up number: PG2p xx....x

where:

GC-61 GSM communicator 2 / 2 MHZ51105

p 1 = ARC1, 2 = ARC2

xxx...x is a telephone number (max. 20 digits) or an IP

address plus port beginning with a #. The IP plus port

must be specified by exactly 4x3 + 5 = 17 digits using

zeros for left-hand bit stuffing, if necessary.

Examples:

(a) 123456789 can be entered as the ARC2 primary number by

entering: 0000 PG12 123456789.

(b) IP address 192.168.1.123 together with port 8080 are set as the

ARC1 primary number by entering PG11#192 168 001 123 08080.

Default setting: No phone number or IP address is set.

2.5. Account ID setting

An ARC uses this ID number for alarm system identification:

PG3p zzzz

where: p 1=ARC1, 2=ARC2

zzzz is the account ID number (z = numbers from 0 to 9 or

A=F1, B=F2, C=F3, D=F4, E=F5 a F=F6,

hexadecimal)

Default setting: ID is 0000 for both ARCs

Note: When an Account ID for ARC1 and ARC2 are not set, it will be

set according to the first received event from a control panel.

2.6. Selecting the ID number

It is possible to select the ID number of the GC-61 or the ID number of

the attached landline communicator for transmission to an ARC.

PG94 x

where:

x=0 The ID number of the GC-61 is used for alarm system

identification.

x=1 The ID number of the attached landline communicator

is used for alarm system identification.

Default setting: x=0

Notes:

The setting can only be done by SMS.

The events from the GC-61 (e.g. triggering its own input), are

transferred with an ID number according to the PG3p zzzz settings.

2.7. Format setting

This sequence is used to select the communication format:

PG4p x

where: p 1=ARC1, 2=ARC2

x is the protocol type – see table

Default setting: Contact ID for both ARC’s

Protocol Type x

Contact ID DTMF 0

Jablotron SMS SMS type 1

Jablotron GPRS GPRS type 2

2.8. Disabling ARC communication

If you need to temporarily disable all ARC reporting, you can do this,

while retaining your settings:

PG5p 1 all reports to ARC p enabled

PG5p 0 all reports to ARC p disabled

where: p 1=ARC1, 2=ARC2

Default setting: all ARC reports disabled.

2.9. ARC 2 as a back-up for ARC1

ARC 2 can serve as an optional back-up for ARC data transfer if

ARC1data transfer fails. When the first event is transferred to the back-

up monitoring station (ARC2) a “tel. line #1 communication fault“ event

will be reported.

PG62 0 ARC1 and ARC2 are two independent stations

PG62 1 ARC 2 works as a transfer back-up

When 081 is selected, the ARC 2 settings are used only if ARC 1

transfer fails .

Default setting: two independent ARC’s.

2.10. ARC re-dialling interval setting

If the dialler is activated it attempts to make a connection (alternating

between the primary and the back-up telephone number). If it is not

possible to make a connection, a dialling pause is initiated. After this

interval the dialler will re-attempt to make a connection. The interval

can be set in the following way:

PG7p t

where: p 1 = ARC1, 2 = ARC2

t is the pause duration x 5 minutes (i.e.1 = 5 minutes,

2 = 10 min,..., 9 = 45 minutes etc)

Default setting: 5 minutes for both ARCs

2.11. Interval of periodic test

Periodic tests are sent by the GC-61. These events do not depend

on a connected control panel. The following sequence sets the time

interval between periodic test messages:

PG8p hh:mm

where: p 1 = ARC1, 2 = ARC2

hh is hours

mm is minutes

Default setting: the periodic test is not sent – 00:00 is set

2.12. INP input CID code setting

When the INP input is used for transmission to an ARC, it is

necessary to set CID code for the required event. Enter the following

sequence:

PG91 xxxyyzzz

where: xxx is the event (e.g. alarm – 130, tamper – 137,

arm/disarm – 401 etc.)

yy is the number of the subsystem

zzz is the number of event source

Example: if you enter PG91 13001123, then on activation of the INP

input, the report –“ alarm to subsystem 01, event source 123” will be

sent to the ARC.

Default setting: no report is transferred.

2.13. Phone number prefix setting.

In some countries it is necessary to use “00” instead of the “+”

character as a prefix at the beginning of a phone number to be able to

send SMS message. If required, enter this sequence:

PG92 xx

Where: xx is the prefix which will be used instead of “+”

Enter PG92 to reset to the default setting.

Default setting: “+”.

2.14. Reset to the default setting

When the SMS “reset” is sent to the GC-61, the factory default

setting will be restored. A hardware reset can also be performed as

follows:

Switch off the power supply, connect the two middle pins of the K1

connector and restore the power supply. The hardware reset is

indicated by fast LED flashing.

2.15. Reset – GSM module

When the command gsm is sent to the GSM module it will

disconnect from and then reconnect to the GSM network. This function

is useful when it is necessary to switch the mobile device off and on

(e.g. when the SIM card has been unblocked by the mobile operator).

2.16. Appliance remote control by SMS (AUXON,

AUXOFF)

These commands can be used to control the AUX output (e.g. switch

a telephone line to the control panel). The switching event is sent to an

ARC. The AUX is also switched on if a GSM network is not available

for 15 minutes.

To switch on the AUX output, send the SMS text: AUXON

To switch off the AUX output, send the SMS text: AUXOFF

GC-61 GSM communicator 3 / 3 MHZ51105

3. Web server remote access

3.1. Settings via the GSMLink web server

The GSMLink server allows a user to read and change the control

panel and dialler configurations. Data transfer is done by sending an

SMS or by GRPS.

The number of SMSes sent is optimised to minimize costs. GPRS

data transfer can also be used, but must be activated on the SIM card.

3.2. GSMLink Website Registration

The www.gsmlink.cz website: To register your system use the

registration code printed on the warranty certificate (the code has the

form xxxx-xxxxx-xxxx and it is unique to each system).

You can ask for the registration code by using the DINFO SMS

command. After sending the SMS from your mobile phone: (remote

access code) DINFO “0000 DINFO”, you will receive an SMS reply

with the registration code and the level of the GSM signal.

4. User features of the GSM communicator

The GC-61 can be also used as a GSM network gateway. It cannot

be used as an ARC communicator in this mode. The 10k resistor must

be removed from PHONE terminals.

4.1. Phone calls from the attached telephone set

After the GSM module is connected to the GSM network, an attached

phone can be used to make calls. If you pick up the phone, you will

hear a dial tone. Simply dial the number you want to call (as if you are

dialling from a normal fixed line phone). You can also dial the GSM

communicator’s phone number from another phone, and its attached

phone will ring as a normal land line phone would.

Note: some telephone sets are sensitive to the GSM radio signal. For

this reason you may hear a buzzing noise in the telephone receiver

when calling. If the noise is disturbing, change the location of the

phone set (try to keep it as far as possible from the GSM dialler

antenna). Usually it is possible to find a suitable location for the phone

with a minimum level of interference.

4.2. Function of the attached SMS terminal

The communicator has a telephone connector, which can be used for

connection to an MT-77 Piccolo terminal. A detailed description is in

the separate manual enclosed with the Piccolo terminal.

Setting:

• For sending SMSes to mobile phones it is necessary to set the

SMS centre 1 to “1111”.

• By sending SMSes to telephone number “001”, the control panel

can be controlled using SMS instructions

Notes:

When displaying the caller’s telephone number (CLIP), the telephone

number is shown in international format (e.g.00420212345678).

5. Additional information

5.1. Procedure for report data transfer:

If the communicator is activated to send reports it will:

• Send information to ARC1 (to the primary number, if it fails the

backup number will be used); this process is repeated twice.

• Send information to ARC2

• If communication with the ARC is unsuccessful, the communicator

will try to send it again after a pause set by sequence PG7. The

GC-61 has a memory for 128 events.

5.2. LED indicator

• If the LED is flashing, the dialler is not registered to the GSM

network

• If the LED is flashing in short bursts:

Once in 2 seconds =normal status

Twice in 2 seconds = the balance resistor has not been detected

• If the LED is on – communication with a GSM network is occurring.

5.3. ARC communication

If the GC-61 is being used for the first time or any parameters have

been changed then the first successful communication with an ARC

will result in a short ring on the connected telephone set (if there is

one).

When the GC-61 receives 10 report codes from the control panel then

the GC-61 will suspend communication with the control panel and the

received report codes will be sent to an ARC. The command MO can be

used to read the current status of the GSM dialler. The dialler will reply

with an SMS showing the level of GSM signal, GPRS status, and

whether data transfer to ARCs is successful or not.

Example: After sending the MO instruction, the communicator will reply

with the SMS: Alarm system reports: Control panel status:

GSM:7,GPRS OK,MS1 NOT,MS2 OK

5.4. Setting SMS

When an SMS command has been processed correctly, the GC-61

sends back a confirmation SMS e.g.:

„ Settings stored: PG11 123456789“

Or in the case of error:

„ Wrong settings“

5.5. Telephone line supervision

When a 10 k resistor is attached to the PHONE terminals, the

telephone line is balanced. When the balancing resistor is connected

to the control panel, the connection between the GC-61 and the control

panel is supervised. If the telephone line is disconnected for 30 s, the

GC-61 will send a report to an ARC.

6. Specification

Power supply 12V DC

Stand-by consumption 50 mA

Maximum consumption (during communication) 1 A

Operating bands E-GSM / GPRS 900/1800MHz

Output power 2 W for GSM900, 1 W for GSM1800

AUX terminals dry contact, max. 60 V / 100 mA

Environmental classification ( –10 to 40°C) II

EMC ETSI EN 301489-1, ETSI EN 301489-7

EN 55022, EN 5030-4

Emissions ETSI EN 301419-1 and EN 301511

Caller identification (CLIP) ETSI EN 300 089 V3.1.1(2000-12)

Jablotron Ltd. hereby declares that the GC-61 is in

compliance with the essential requirements and other

relevant provisions of Directive 1999/5/EC. The original of

the conformity assessment can be found on the web site

www.jablotron.com, Technical Support section.

Note: Dispose of batteries safely depending on battery type

and local regulations. Although this product does not contain

any harmful materials we suggest you return the product to

the dealer or directly to the manufacturer after use.

Product specificaties

Merk:	Jablotron
Categorie:	Beveiliging
Model:	GC-61

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