Satel MICRA User manual

Alarm module
with GSM/GPRS communicator
MICRA
Program version 2.02 micra_en 11/11
SATEL sp. z o.o.
ul. Schuberta 79
80-172 Gdańsk
POLAND
tel. + 48 58 320 94 00
[email protected]
www.satel.eu

WARNINGS
The device should only be installed by qualified personnel.
Read carefully this manual before proceeding to installation.
Changes, modifications or repairs not authorized by the manufacturer shall void your rights
under the warranty.
CAUTION!
It is not allowed to connect a fully discharged battery (with voltage across unloaded terminals
less than 11 V) to the module. In order to avoid any damage to the equipment, if the battery
is fully discharged, precharge it by means of a suitable charger.
The batteries contain lead. When used-up, the batteries must not be thrown away, but
disposed of as required by the existing regulations (European Directives 91/157/EEC and
93/86/EEC).
Due to the specific character of data transmission using GPRS
technology and possible costs involved, it is advisable to install in the
module a SIM card with tariff plan providing for at least 10 MB monthly
data transfer.
DECLARATION OF CONFORMITY
Product:
MICRA Manufacturer: SATEL spółka z o.o. ul. Schuberta 79
80-172 Gdańsk, POLAND
tel. [phone]
fax [phone]
Product description: Alarm module with GPRS/SMS/CLIP communicator, built-in power supply and 433MHz
receiver, intended for intruder alarm systems.
The product is in conformity with the following EU Directives:
RTTE 1999/5/EC
EMC 2004/108/EC
LVD 2006/95/EC
The product meets the requirements of harmonized standards:
EMC/Immunity EN 50130-4:1995+A1:1998+A2:2003, EN 61000-6-1:2007
EMC/Emissions EN55022:2006+A1:2007, EN 61000-6-3:2007
Electrical safety EN 60950-1:2006
ETSI/EMC EN 301 489-7:V1.3.1, EN 301 489-1:V1.8.1
ETSI/Radio EN 301 511 V9.0.2, 3GPP TS 51.010-1 V5.10.0
Gdańsk, Poland 2010-10-11 Head of Test Laboratory:
MichałKonarski
The latest EC declaration of conformity and product certificates can be downloaded from our website
www.satel.pl
SATEL's goal is to continually improve the quality of its products, which may result in
alterations of their technical specifications and firmware. Current information on the
introduced modifications is available on our website.
Please visit us at:
http://www.satel.pl

Changes made to firmware version 2.02
Power The module can be powered with 12 V DC.
Clock When logging into GSM network, the module automatically downloads
time and date information, if such a service is offered by the GSM
network operator.
Relay outputs Capability of NC (normally closed) operating mode.
Ability to control outputs using the CLIP service.
Wireless
devices Support for new wireless devices:
1. wireless detectors
– MSD-300 smoke and heat detector,
– MPD-300 passive infrared detector,
– MMD-300 magnetic contact.
2. MKP-300 wireless keypad.
3. MPT-300 keyfob.
Arming /
disarming Capability of arming / disarming with the CLIP service.
Using the CLIP service or defined SMS message, the module can inform
about arming / disarming with the CLIP service.
SMS message
retransmission The module can forward received SMS messages to the specified
telephone numbers, which makes it possible e.g. to transmit information
received from the operator of GSM network in which the module
operates.
Status
messaging SMS message containing module status information has been
supplemented with:
– data on wireless zone status;
– information on exceeding the transmission limit.
Programming Programmability of some module parameters by SMS messages.
Parameters and
options Module with factory settings operates in the alarm device mode.
New option:
– ALARM IF ZONE VIOLATED AT THE END OF EXIT DELAY.
New parameter:
– LIMIT NUMBER OF NOTIFICATIONS TO.
GPRS-Soft
program Order of program tabs has been changed.

2 MICRA SATEL
CONTENTS
1. Module features ................................................................................................................3
2. Description of electronics board........................................................................................4
3. Installation.........................................................................................................................5
3.1 Installation plan..........................................................................................................6
3.2 Estimation of current consumption.............................................................................7
3.3 Cabling ......................................................................................................................7
3.4 The MICRA module installation .................................................................................7
3.5 Connecting detectors and other devices to zones .....................................................7
3.6 Connecting siren........................................................................................................8
3.7 Connecting power supply and starting the module ....................................................9
3.8 Wireless devices installation....................................................................................10
3.8.1 Adding new wireless devices............................................................................11
3.8.2 Removing wireless devices ..............................................................................11
4. Programming and configuring the module ......................................................................11
4.1 Local programming through RS-232 (TTL) port .......................................................11
4.2 Remote programming using GPRS technology .......................................................12
4.3 Description of the program ......................................................................................13
4.3.1 Main menu........................................................................................................13
4.3.2 „Options, zones, outputs” tab............................................................................15
4.3.3 „GSM telephone, Monitoring stations” tab ........................................................22
4.3.4 „Test transmissions” tab ...................................................................................26
4.3.5 „CLIP / SMS messaging” tab ............................................................................29
4.3.6 „Reporting” tab..................................................................................................30
4.3.7 „Keyfobs” tab ....................................................................................................32
4.3.8 „MKP-300 keypad” tab......................................................................................34
4.3.9 „Event log” tab ..................................................................................................36
4.4 Programming with the use of SMS messages .........................................................37
4.5 Configuring the module to work in alarm device mode ............................................37
4.6 Starting GPRS reporting ..........................................................................................38
4.7 Starting SMS reporting ............................................................................................38
4.8 Starting CLIP / SMS messaging ..............................................................................39
5. Restoring factory default settings....................................................................................39
6. Specifications..................................................................................................................40

SATEL MICRA 3
1. MODULE FEATURES
•4 individually programmable hardwired zones with optional operation in digital (NO, NC,
EOL) or analog mode.
•Additional TMP hardwired zone to supervise NO or NC wiring type:
– acting as a tamper loop input in communication device mode,
– programmable in alarm device mode.
•2 programmable NO or NC type relay outputs.
•OC type output serving as indicator of GSM network logging problems, or as armed mode
indicator.
•High-current (0.5 A) output, with polymer fuse, to perform the function of power supply
output (optionally, it can perform the power input function).
•Ability to remotely control the relay outputs with the CLIP service.
•Built-in radio waves superheterodyne receiver:
– support for up to eight 433 MHz keyfobs manufactured by SATEL;
– support for up to eight 433 MHz wireless detectors manufactured by SATEL;
– support for MKP-300 wireless keypad.
•Non-volatile 1024 event log buffer.
•Information on the status of supervised equipment and module through reporting in
Contact ID format (GPRS, SMS) or messaging (SMS, CLIP).
•Encrypted transmission of events sent with the use of GPRS technology.
•Capability to automatically replace the GPRS transmission with SMS message, if there are
problems with GPRS transmission.
•Periodical test transmissions for checking availability of the module:
– to selected telephone numbers (with the use of SMS message or CLIP service);
– to monitoring stations.
•Capability of generating additional test transmissions:
– after identification of the calling party's telephone number (CLIP service);
– after receiving command from the GPRS-SOFT program.
•Capability of arming / disarming the premises by means of CLIP service.
•Option to check the status of available resources and account validity of the SIM card
installed in the module.
•Listen-in feature for alarm verification by means of a telephone (external microphone
required).
•Module configuration:
– locally – through the RS-232 (TTL) port;
– remotely – through the GSM network (GPRS technology)
– remotely – using SMS messages.
•Indicator of GSM signal level received by industrial cellular telephone and an indicator of
troubles connected with logging into the GSM network.
•Automatic module restart capability.
•Switching mode power supply, output current 2 A with short-circuit protection, provided
with battery status monitoring and low battery disconnection circuit.
•Power supply with 18 V AC (±10%).
•Possibility to power with 12 V DC.

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2. DESCRIPTION OF ELECTRONICS BOARD
Fig. 1. View of module electronics board.
Explanations for Figure 1:
1 - superheterodyne receiver, high sensitivity, immune to spurious signals.
2 - battery connection cables
3 - LEDs indicating the module status. LED A is blinking when GPRS transmission is going
on. LED B is blinking when SMS message is being sent or the module is calling (CLIP
test transmission). The other LEDs indicate the level of signal received by the GSM
telephone. LEDs A and B blinking simultaneously indicate logging into the GSM
network. In case of an unsuccessful GSM network login, blinking of the other LEDs
provides information on the troubles (see: Fig. 2).
4 - port RS-232 (standard TTL) enables local programming by means of the GPRS-SOFT
program (connection can be made with cables included in the set manufactured by
SATEL and designated DB9FC/RJ-KPL).
5 - SIM card socket. It is not recommended to insert the SIM card into its socket before
programming the card PIN code in the module (if the card requires entering the PIN
code). If the event codes are to be sent with the use of GPRS technology, the GPRS
service must be activated for the SIM card installed in the module.
6 - GSM industrial telephone.
7 - microphone socket. The microphone enables the listen-in feature (it is recommended
to use an electret microphone).
8 - antenna socket. Be careful when connecting the antenna so as not to damage the
socket.

SATEL MICRA 5
A
B
B
A
B
C
A
B
D
A
B
E
A
B
F
A
B
G
A
B
A
Fig. 2. Examples of LED indicated statuses. A (LED A is blinking, the other LEDs are lit
up) – GPRS transmission is going on; signal level: 3. B (LED B is blinking, the other LEDs
are lit up) – SMS message is being sent or module is calling (CLIP test transmission); signal
level: 4. C (LEDs are blinking) – logging into GSM network. D (LEDs are blinking) –
logging into GSM network has failed; missing SIM card. E (LEDs are blinking) – logging into
GSM network has failed; missing PIN code. F (LEDs are blinking) – logging into GSM
network has failed; invalid PIN code. G (LEDs are blinking) – logging into GSM network has
failed; SIM card has been blocked after three attempts to use an invalid PIN code (PUK code
must be used to unblock the SIM card).
Description of terminals:
AC - power supply inputs (18 V AC ±10%).
COM - common ground.
AUX - power supply output / input (12 V DC ±15%).
FT - OC type output (shorted to ground when active) to work as an indicator of
problems with logging into GSM network (it activates approx. 2 minutes of the
problem occurrence) or an armed mode indicator (with the ARM STATUS ON FT
OUTPUT option enabled). The problem with logging into the GSM network can
be caused by:
– unavailability of GSM network (out of range),
– missing or damaged antenna,
– entering an invalid PIN code,
– missing SIM card.
Some additional information can be provided by LEDs on the electronics board
(see: Fig. 2).
TMP - tamper zone (it can supervise the tamper contact of module enclosure,
detectors, sirens, etc.).
Z1 ÷ Z4 - zones.
NO1 - relay output terminals 1.
NO2 - relay output terminals 2.
3. INSTALLATION
All electrical connections may only be made with disconnected power supply.
Before connecting the power supply source (battery, alternating voltage from
transformer), you should first complete all the installation work.
The following tools will be useful during installation:
•blade screwdriver 2.5 mm,
•Phillips screwdriver,

6 MICRA SATEL
•precision pliers,
•flat nose pliers,
•drill with a set of drill bits.
Fig. 3. MICRA module with connected antenna, battery and transformer, installed in OPU-4 P
enclosure.
3.1 INSTALLATION PLAN
If the module is to be a component of alarm system, the installation should be preceded by
preparing a plan of arrangement in the premises of all devices to be included in such
a system, i.e. MICRA module, detectors, keypad and sirens.

SATEL MICRA 7
3.2 ESTIMATION OF CURRENT CONSUMPTION
Before proceeding to installation, sum up the currents consumed by all devices to be power
supplied by the module (the calculation should also take into account the battery charging
current.). The sum of such currents must not exceed the current output of the built-in power
supply. If the sum of currents exceeds the power supply current output, an additional power
supply unit must be used.
Note: When planning connection of devices to power output, remember that the sum of
currents consumed by these devices must not exceed the maximum current-carrying
capacity of this output.
3.3 CABLING
It is recommended that straight unscreened cable be used for making electric connections
(using the twisted pair type of cable, e.g. UTP, STP, FTP is not advisable). Select cross-
section of the power supply wires so that the supply voltage drop between the power supply
and the supplied device should not exceed 1 V as against the output voltage.
When making the cabling, remember that there must be sufficient distance between the low-
voltage wires and the 230 V AC power supply wires. Avoid running the signal cables in
parallel to the 230 V AC supply cables, in close vicinity of them.
3.4 THE MICRA MODULE INSTALLATION
The module PCB contains electronic components sensitive to electric charges.
The MICRA module should be installed indoors, in spaces with normal air humidity. The
installation place should be inaccessible to unauthorized persons. When selecting the
installation place, take into consideration that thick walls, metal partitions, etc. will reduce the
radio signal range. Installation in close vicinity of electrical systems is not recommended, as it
may adversely affect the device performance.
A permanent (non-disconnectable) 230 V AC power supply circuit with protective grounding
must be available at the module installation place.
3.5 CONNECTING DETECTORS AND OTHER DEVICES TO ZONES
Fig. 4. Loop types supervised by the alarm module.
The module zones can work as:
– digital, NC type – to supervise a device with normally closed contacts,
– digital, NO type – to supervise a device with normally closed contacts,
– digital, EOL type [only in alarm device mode] – to supervise a device with normally open
or closed contacts, where an 2,2 kΩEOL resistor is used,

8 MICRA SATEL
– analog [only in communication device mode] – to handle analog signals from devices
used in automation (measurement of temperature, pressure, rotation, etc.).
The devices to be connected to the zones can be supplied directly from the module (AUX
output) or from an additional power supply unit. The choice of the power supply source
should be made conditional upon the previous estimation of current consumption.
Fig. 5. An example of connecting NC type detector to the MICRA module (NO type detector
is to be connected in the same way).
3.6 CONNECTING SIREN
Relay outputs should be used to control a siren. The way in which the siren will be power
supplied should depend on an assessment of current consumption, which should be made
beforehand. The siren can be powered from the module AUX output, if the current
consumption by the siren does not exceed the output rating.
Fig. 6. Connection of the siren without own power supply (by example of SP-4001).

SATEL MICRA 9
3.7 CONNECTING POWER SUPPLY AND STARTING THE MODULE
It is not advisable to power up the device if the antenna is not connected.
Never connect two devices with power supply unit to one transformer.
Before adding transformer to a circuit from which it will be powered, make sure
the circuit is de-energized.
It is not allowed to connect a fully discharged battery (with voltage across
unloaded terminals less than 11 V) to the module. In order to avoid any damage
to the equipment, if the battery is fully discharged, precharge it by means of
a suitable charger.
The MICRA module must be supplied with 18 V (±10%) alternating voltage. Use the
transformer secondary winding to power the module. It is recommended that a transformer
with at least 40 VA output current be used. The transformer should be permanently
connected to the 230 V AC mains. Hence, before you begin the cabling work, make yourself
familiar with the electric system in the building. A circuit which is always alive should be
selected for power supply. The power supply circuit should be protected with a proper safety
device. Let the owner / user of the security system to know how the transformer should be
disconnected from the mains supply (e.g. by indicating the fuse which protects the module
supply circuit).
A 12 V / 7 Ah battery should be connected to the MICRA module as backup power supply.
Note: If the battery voltage drops below 11 V for longer than 12 minutes (3 battery tests), the
module will indicate battery failure. When the voltage goes down to approx. 10.5 V, the
battery will be disconnected.
The module should be started in the following order:
1. Make sure that the antenna is connected to its socket on the electronics board.
2. Deenergize the 230 V AC circuit to which the transformer is to be connected.
3. Connect the 230 V alternating voltage wires to the terminals of transformer primary
winding.
4. Connect the terminals of transformer secondary winding to the AC terminals on module
electronics board.
5. Connect the battery to the dedicated leads (red one to the battery “plus”, black one to
“minus”). The module will not start after connecting the battery alone. The battery
cable ends must not be cut off.
6. Turn on 230 V AC power supply in the circuit to which the transformer is connected. The
module will start operating.
Note: The above mentioned power-up sequence (battery first, 230 V AC mains after) will
permit proper operation of the power supply unit and electronic protection circuits, thus
preventing defects which might be caused by possible installation errors. Should
a situation occur when the power supply has to be entirely disconnected, disconnect
first the AC voltage and then the battery.
7. Connect the computer to the module RS-232 (TTL) port (see: section "Local programming
through RS-232 (TTL) port").
8. Turn on the module power supply.
9. Using the GPRS-SOFT program, define PIN code for the SIM card (if the card requires
entering the PIN code) to be installed in the module.
10.Turn off the module power supply.

10 MICRA SATEL
11.Insert the SIM card into the socket (see: Fig.7).
123
456
Fig. 7. Installing the SIM card.
12.Turn on the module power supply. Logging the telephone into the GSM network may take
a few minutes.
Note: If the SIM card PIN code is inconsistent with that defined in module settings, the
inconsistency will be indicated by the electronics board LEDs (see: Fig. 2 Example F).
The second attempt of using the PIN code will be made after 30 seconds. After the
third attempt to use the invalid PIN code, the SIM card will be blocked. In order to
enter the PUK code and unblock the SIM card, remove it and insert into the mobile
phone.
3.8 WIRELESS DEVICES INSTALLATION
Installation of the wireless devices may only begin after starting the module, when it is
possible to check the quality of communication between the wireless devices and the
module. If transmissions from the intended place of installation fail to reach the module, you
should choose a different installation location. Sometimes, you just need to move the device
from ten to twenty centimeters for the transmissions to be correctly received by the module.
Only then you can install the device permanently.
The MICRA module supports:
1. wireless detectors:
– MSD-300 smoke and heat detector,
– MPD-300 passive infrared detector,
– MMD-300 magnetic contact.
2. wireless keypad MKP-300.
The wireless devices should be registered using the GPRS-SOFT program.

SATEL MICRA 11
3.8.1 ADDING NEW WIRELESS DEVICES
Wireless detectors
You can add the wireless devices in the "Options, zones, outputs" tab, "Wireless zones"
table:
1. Click your mouse pointer on one of the fields at the detector you want to add.
2. Click on the "New detector" button. The "New detector Zn" window will open, where
n means the zone number (Z6 – Z13).
3. According to the command displayed in the window, close and open the tamper contact of
the detector.
4. A message will be displayed in the window to confirm that the detector type and serial
number have been read. Click "OK". The window will close, and the data read will be
displayed in the corresponding fields.
5. Enter the detector name in the "Name" field.
6. Save the data to the module.
Wireless keypad
You can add the MKP-300 wireless keypad in the "MKP-300 keypad" tab:
1. Click on the "Register" button.
2. The "MKP-300 keypad" window will open, where the command to open the keypad tamper
contact will be displayed. When this action is completed, click "OK".
3. After receiving the transmission by the module, the keypad will be registered in the
system.
4. Save the data to the module.
3.8.2 REMOVING WIRELESS DEVICES
Wireless detectors
1. Select in the "Options, zones, outputs" tab, "Wireless zones" table, any field corresponding
to the required detector, and then click on the "Remove detector" button.
2. Save the changes made to the module.
Wireless keypad
1. Select the keypad serial number in the "MKP-300 keypad" tab, "Serial number" field, and
then delete it.
2. Save the changes made to the module.
4. PROGRAMMING AND CONFIGURING THE MODULE
For programming and configuring the module, the GPRS-SOFT program version 1.04.004 is
required. The program is delivered free of charge with the device. Communication between
the program and the module can be effected locally or remotely. The module with factory
default settings can only be programmed locally.
You can also program some module functions by means of SMS messages.
4.1 LOCAL PROGRAMMING THROUGH RS-232 (TTL) PORT
The serial COM port of the computer must be connected with the RS-232 (TTL) port on the
module electronics board. The cables for making this connection are available as a set
designated DB9FC/RJ-KPL. Indicate in the GPRS-SOFT program the computer COM port to
be used for communication with the module. To do so, click on the "Configuration" button
(see: Fig. 8 and explanations for the figure) and, in the window that will open, select one of

12 MICRA SATEL
the available computer COM ports. After activation of the selected COM port, the program
will establish communication with the module.
4.2 REMOTE PROGRAMMING USING GPRS TECHNOLOGY
During the remote programming of the module, all functions that require the use
of GSM telephone will be disabled.
Remote programming is possible when the "Remote programming" option is enabled in the
module and the following items have been programmed:
– PIN code (if the card requires entering PIN code);
– Access Point Name (APN) for Internet GPRS connection;
– user name for Internet GPRS connection;
– password for Internet GPRS connection;
– DNS server IP address which is to be used by the module (the DNS server address
requires no programming, if the computer address is entered in the form of IP address,
not a name);
– initialization code for computer connection.
Note: APN, user name, password and DNS server address can be obtained from the GSM
network operator.
The computer on which the GPRS-SOFT program will be running must have its address
visible in the Internet (so-called public address). Otherwise, the network server port must be
redirected to that computer, so as to make connection with the computer possible.
In order to establish communication between the module and the computer, do the following:
1. Start the GPRS-SOFT program.
2. Click on the "Configuration" button (see: Fig.8 and explanations for the figure) and, in the
window that will open, enter the number of TCP port selected for communication with the
module. The number will have to be included in the body of SMS message which will be
sent to the module GSM telephone number to initialize communication.
3. Click on the button (see Fig. 8). In the menu that will open, select "TCP/IP" to activate
the server.
4. Send SMS message to the module GSM telephone number. The SMS message should
have the following form: xxxx=aaaa:p= ("xxxx" is the module defined code to initialize
communication with GPRS-SOFT program – "Initiating SMS"; "aaaa" is the address of the
computer with which the module is to establish communication, shown in the IP address
form or as a name; "p" stands for the number of network port through which
communication with the GPRS-SOFT program is to be effected). The module will connect
to the computer whose address was given in the SMS message.

SATEL MICRA 13
4.3 DESCRIPTION OF THE PROGRAM
4.3.1 MAIN MENU
Fig. 8. Main menu of GPRS-SOFT program.
Explanations for Figure 8:
1 - program name.
2 - version of program.
3 - name of data file.
4 - version of module firmware (version number and build date).
5 - time and data by the module clock. When logging into a network, the module will
update these data automatically, if such a feature is offered by the GSM network
operator.
Note: Time and date in the module will be synchronized automatically after each
restart, according to the data sent by the operator (for example, if periodic
module restart has been preprogrammed – see: "Autorestart every" function).
6 - icon to indicate trouble. Hover your cursor over the icon to display additional
information about the type of trouble.
7 - Connection – depending on the mode of communication with module, selected using
the button, click on the button to:
– enable/disable the computer COM port (local programming through RS-232 port);
– activate/deactivate the server (remote programming with the use of GPRS
technology and TCP/IP protocol) – a click on the button will simultaneously open
a window indicating the server status.
The button color indicates the current communication status:
– – green – computer COM port enabled / server active;
– – gray – computer COM port disabled / server inactive.
8 - button for selecting the mode of communication with the module: local programming
through the RS-232 port or remote programming with the use of GPRS technology and
TCP/IP protocol.
9 - level of signal received by the GSM antenna and the name of service provider used by
the module.
10 - information on the mode of communicating with the module:
– COMn (n = COM port number) – communication through the RS-232 port;

14 MICRA SATEL
– TCP/IP – communication with the use of GPRS technology.
11 - present voltage at the output of built-in power supply (in the event of AC power loss
this is the voltage supplied from battery).
12 - status information about:
– Z1...Z4 and TMP – hardwired zones. Depending on the operating mode, the colors
convey the following information:
communication device:
−green – zone in normal state;
−blue – zone bypassed (blocked);
−red – digital zone violated / voltage has exceeded the value preset for threshold
H of analog zone,
−orange – voltage has dropped below the value preset for threshold L of analog
zone,
−gray – zone not used.
alarm device:
−green – zone in normal state;
−blue – zone bypassed (blocked);
−light-green – zone violated;
−red – alarm;
−burgundy – alarm memory;
−gray – zone not used.
– Z6...Z13 – wireless zones. Depending on the operating mode, the colors convey
the following information:
communication device:
−green – zone in normal state;
−blue – zone bypassed (blocked);
−red – zone violated
−orange – zone tamper;
−gray – zone not used.
alarm device:
−green – zone in normal state;
−blue – zone bypassed (blocked);
−light-green – zone violated;
−orange – zone tamper;
−red – alarm;
−burgundy – alarm memory;
−gray – zone not used.
A bar indicating the level of communication between detector and module appears
under each wireless zone. The bar color provides the following information:
– red – no transmission from the detector for 30 minutes.
– green – quality of communication between detector and module. The bar length
illustrates the number shown in parentheses in the particular zone field,
"Presence check" column, "Options, zones, outputs" tab. The shorter the bar
and the lower the number in parentheses, the lower the communication quality.
– NO1-NO1 and NO2-NO2 – relay outputs:
green – output inactive;
red – output active.

SATEL MICRA 15
– FT – FT output (colors have the same meaning as for the relay outputs);;
– MKP-300 – wireless keypad:
green – keypad registered;
red – keypad tamper;
gray – keypad not registered.
Under the field corresponding to the wireless keypad, a bar is displayed to
illustrate the level of communication between keypad and module. The bar color
provides the following information:
– red – no transmission from the keypad for 30 minutes.
– green – quality of communication between keypad and module. The bar length
illustrates how many packets were received during the last transmission.
– module operating in alarm device mode (e.g. about armed mode, exit delay, entry
delay, alarm).
Buttons:
Read from file – button enables loading configuration data from file.
Write to file – button enables saving configuration data to file.
Read – button enables reading data from the module.
Write – button enables saving data to the module.
Abort – button enables terminating the data reading/writing.
Set RTC – button enables writing computer time to the module.
Start test transmission – button starts sending the test transmission (in case
of remote programming, the test transmission will only be sent after
completion of the communication with the module).
Configuration – button enables opening the "Connection" window. The window
enables configuration of parameters relating to the mode of communication
between program and module:
– select the computer COM port through which local programming is to be
effected;
– enter the number of TCP port to be used for remote programming of the
module. Values from 1 to 65535 can be entered.
4.3.2 „OPTIONS,ZONES,OUTPUTS”TAB
Operation mode
Selection of the operating mode will change the module functionality.
Select the mode in which the module is to work:
Communication device – the main task of the device is to provide information about the
state of equipment connected to the module, as well as of the module itself, by means of
reporting or messaging.
Alarm device – the main task of the device is to be protection of the premises and signaling
a burglary, if any (default setting).

16 MICRA SATEL
Fig. 9. „Options, zones, outputs” tab, when alarm device mode has been selected.
Parameters and options
Arm status on FT output – option available for the alarm device mode. If it is enabled,
the FT output will work as an armed status indicator (it is active, when the module is
armed). If the option is disabled, the output will work exactly in the same way as in the
communication module mode, i.e. as an indicator of problems with logging into GSM
network.
Alarm if zone violated at the end of exit delay – if this option is enabled, the alarm will
be triggered if any zone is violated at the end of exit delay countdown. If the option is
disabled, the alarm will only be triggered when the zone status changes from normal to
violated during armed mode.
Power 12V DC – enabling this option will result in switching off the built-in power supply,
its control system, and in disconnecting the battery. In order to connect and external
power source to the device, connect the common ground to the COM terminal on the
module electronics board, and 12 V DC voltage to the AUX terminal.
Note: If the "Power 12V DC" option is enabled, do not connect battery to the module.
Entry delay – parameter available in the alarm device mode, denoting the time by which
the alarm will be delayed when an armed zone of the 4. DELAY type is violated. It

SATEL MICRA 17
enables the zone to be disarmed before an alarm is triggered. You can program up to
255 seconds. If value 0 is programmed, violation of the armed 4. DELAY zone type will
trigger an instant alarm.
Exit delay – parameter available in the alarm device mode, denoting the time counted
from the moment of arming. Violation of a 0. INSTANT or 4. DELAY zone type during the
exit delay countdown will trigger no alarm, which allows you to leave the protected area
without setting off alarm. You can program up to 255 seconds. If value 0 is
programmed, all zones will be instantly armed.
AC loss report delay – the time during which the module AC power must be lost for
a trouble to be reported. The trouble report delay prevents momentary outages, which
do not affect the normal operation of the module, from being reported. You can program
up to 99 minutes and 99 seconds.
SMS control
The following fields are available for the alarm device mode.
Arm – content of the control command which will be used to arm the module by means of
SMS messages.
Disarm – content of the control command which will be used to disarm the module by
means of SMS messages.
Clear alarm – content of the control command which will be used to clear alarms by
means of SMS messages.
Zones
Working parameters for hardwired and wireless zones are programmed in separate tables.
Wired zones
Name – individual name of zone (up to 16 characters).
Type – you can program the following wiring types (you can make your selection in the
right-click drop-down menu, or by entering a digit corresponding to the wiring type):
0. disabled – select this type, if no device is connected to the zone;
1. NC – select this type, if a device with normally closed contacts is connected to the
zone;
2. NO – select this type, if a device with normally open contacts is connected to the
zone;
3. – depending on the operating mode:
−communication device: 3. analog – select this type, if the zone is to supervised
analog signals;
−alarm device: 3. EOL 2k2 – select this type, if a 2.2 kΩEOL resistor is used.
Sensitivity – time during which:
– the NC type zone must be disconnected from the ground so that the module can
register the zone violation,
– the NO type zone must be shorted to ground so that the module can register the
zone violation,
– the EOL type zone must be shorted to ground or disconnected from the ground so
that the module can register the zone violation,
– voltage on the analog zone must drop below threshold L (minus tolerance) or rise
above threshold H (plus tolerance) so that the module can register exceeding the
preset value (see Fig. 10).
Values from the 0 to 5100 ms range can be programmed (every 20 ms).

18 MICRA SATEL
V
H+THH-TL+TLL-T
0
1
Fig. 10. Operation manner of analog zone. 0 – no violation. 1 – violation. L-T – voltage level L
minus tolerance. L – lower voltage level. L+T – voltage level L plus tolerance. H-T – voltage
level H minus tolerance. H – upper voltage level. H+T – voltage level H plus tolerance.
Restore – time during which:
– the NC type digital zone must be again shorted to ground so that the module can
register zone restore,
– the NO type digital zone must be again disconnected from the ground so that the
module can register zone restore,
– resistance will reappear on the EOL type zone, so that the module can register zone
restore,
– voltage on the analog zone must rise above threshold L (plus tolerance) or drop
below threshold H (minus tolerance) so that the module can register zone restore
(see Fig. 10).
The defined time makes it possible to reduce the number of sent transmissions. Values
from the 0 to 255 seconds range can be programmed.
Blocking – option available for the communication device mode. If enabled, the zone will
function as a blocking zone, i.e. its violation will result in blocking other zones of the
module. Only one module zone from among the wired and wireless ones can perform
the function of blocking zone.
Blocked – option available for the communication device mode. If enabled, the zone will
be blocked upon violation of a blocking zone or after receiving by the module of
a suitable control command in SMS message (content of the command being defined in
the "Bypass" field).
Zone type – parameter available in the alarm device mode. You can select one of the
following zone types (you can make your selection in the right-click drop-down menu, or
by entering a digit corresponding to the zone type):
0. INSTANT – instant alarm zone.
1. 24H– always armed alarm zone.
2. ARM/DISARM (SWITCH)– zone violation activates and end of violation deactivates the
armed mode.
3. ARM/DISARM (BUTTON)– zone violation activates or deactivates the armed mode,
depending on its current status.
4. DELAY – delayed alarm zone. If armed, its violation will start the entry delay
countdown. Unless disarmed, the zone will trigger alarm when the entry delay time
expires.