Satel INT-TSI User guide

int-tsi_i_en 12/13
Keypad
INT-TSI
Installer Manual
Firmware version 1.00
SATEL sp. z o.o. • ul. Schuberta 79 • 80-172 Gdańsk • POLAND
tel. [phone] • [email protected]
www.satel.eu

WARNINGS
The keypad should 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.
Warning
This is a Class A product. In a domestic environment this product may cause radio frequency
interference in which case the user may be required to take adequate measures.
Section “Installation and hook-up” contains information on how to minimize the radio
interference.
The SATEL's goal is to continually upgrade the quality of its products, which may result in
alterations of their technical specifications and firmware. The current information on
the introduced modifications is available on our website.
Please visit us:
http://www.satel.eu
The declaration of conformity may be consulted at www.satel.eu/ce
The following symbols may be used in this manual:
- note;
- caution.

The INT-TSI keypad makes possible the operation and programming of INTEGRA and
INTEGRA Plus control panels with firmware version 1.12 of 2013-11-27 or newer. For
programming of the keypad settings, the D LOAD X program version 1.12 or newer is required.
To set up the user interface, the TSI B UILDER program should be used.
1. Features
7" touch screen with 800 x 480 resolution.
Fully customizable graphical user interface.
Widgets to allow the user to operate the keypad and control the alarm system and
automation devices connected to the control panel.
Quick launching of different functions by means of macro commands.
Displaying images from web cameras (JPEG and MJPEG).
Ability to display a slide show as screen saver.
ARM Cortex A8 single-core processor.
Built-in reader of microSD memory cards.
Built-in two 2 W speakers.
2 programmable hardwired zones:
– support for NO and NC type detectors, as well as roller shutter and vibration detectors;
– support for Single EOL, Double EOL and Triple EOL configuration (Triple EOL when
working with INTEGRA Plus control panels);
– programming end-of-line resistor values.
Tamper contact reacting to the enclosure opening or detaching from the wall.
2. Specifications
Supply voltage ................................................................................................... 12 V DC ±15%
Standby current consumption ........................................................................................500 mA
Maximum current consumption......................................................................................620 mA
Supported memory cards........................................................................microSD, micro SDHC
Environmental class according to EN50130-5 ......................................................................... II
Working temperature range ................................................................................ -10°C…+55°C
Maximum humidity..........................................................................................................93±3%
Enclosure dimensions (width x height x thickness)......................................196 x 129 x 22 mm
Weight............................................................................................................................... 430 g

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3. Keypad description
Fig. 1. Inside of enclosure.
terminals:
COM - common ground.
+12V - power supply input.
CKM - clock.
DTM - data.
Z1, Z2 - zones.
RSA, RSB - unused terminals – intended for future applications (RS-485).
tamper switch.
RS-232 connectors (for service purposes).
reader of microSD memory cards.
USB MINI-B socket (for future applications).
RJ-45 socket to connect the Ethernet network. Provided with two LEDs. The green one
indicates connection to the network and data transfer, and the yellow one – the
negotiated transmission rate (ON: 100 Mb; OFF: 10 Mb).
3.1 microSD memory card
On the microSD memory card:
the installation file of TSI B UILDER program is provided;

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the keypad configuration data are stored;
new keypad firmware version is placed;
the events downloaded from the control panel are saved;
the photos which will be used for the slide show can be placed.
The keypad supports the microSD and microSDHC memory cards.
To insert or remove the memory card you must open the keypad enclosure, therefore,
if the alarm system works, remember to enter the service mode.
If the microSD card is removed from the working keypad, you will only be able to
operate the alarm system by using the terminal.
After you insert the microSD card into the working keypad, a window will be displayed
in which you should tap to restart the keypad.
3.1.1 Inserting the microSD card
1. Open the keypad enclosure (see: Fig. 2).
2. Insert the card into its slot and push until it clicks into place. The card contacts should be
directed toward the display.
3. Close the keypad enclosure.
3.1.2 Removing the microSD card
1. Open the keypad enclosure (see: Fig. 2).
2. Push the card to release it.
3. Remove the card from its slot.
4. Installation and hook-up
Disconnect power before making any electrical connections.
The device is designed to be used only in the local area networks (LAN). It must
not be connected directly to the public computer network (MAN, WAN).
Connection to the public network may only be done through a router or xDSL
modem.
The INT-TSI keypad is designed for indoor installation. The place of installation should be
readily accessible to the system users.
1. Open the keypad enclosure (see Fig. 2). The enclosure opening tool, shown in the
illustration, is included in the keypad delivery set.
2. Place the enclosure base on the wall and mark the location of mounting holes.
3. Drill the holes for wall plugs (screw anchors).

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Fig. 2. Opening the enclosure.
4. Install in the wall a junction box to which cables will be connected and in which a ferrite
ring will be placed.
The purpose of the ferrite ring delivered with the keypad is to decrease the
electromagnetic interference. Make sure that the ferrite ring is positioned as close as
possible to the enclosure.
5. Wrap the cables around the ferrite ring (see: Fig. 3), but no more than 3 turns per cable.
Fig. 3. The cable wrapped around the ferrite ring
6. Pass the cables through the opening in the enclosure base.
7. Using wall plugs (screw anchors) and screws, fasten the enclosure base to the wall.
8. Connect the DTM, CKM and COM keypad terminals to the appropriate terminals of the
control panel keypad bus (see Fig. 4). It is recommended that the unscreened straight-
through cable be used for making the connection. If you use the twisted-pair type of cable,
remember that CKM (clock) and DTM (data) signals must not be sent through one
twisted-pair cable. The wires must be run in one cable. The length of cables must not
exceed 300 m.

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Fig. 4. Connection of the keypad to the control panel.
9. Connect the wires to the terminals of additional zones, if any detectors are to be
connected to them (the detectors are to be connected in the same way as to the control
panel onboard zones).
10.Connect the power supply wires to the keypad (terminals +12V and COM). The keypad
can be powered from the control panel mainboard, an expander with power supply or
from an additional power supply unit. The table below shows requirements regarding the
power wires (+12V and COM), if conductors with 0.5 mm diameter are used.
Distance from control panel Number of parallel connected wires
up to 25 m 1
25 – 50 m 2
50 – 75 m 3
75 – 100 m 4
In the case of INTEGRA 24, INTEGRA 32 and INTEGRA 128-WRL control panels, the
+KPD output cannot be used to power the INT-TSI keypad. You should use the OUT1
or OUT2 high-current output, programmed as type 41. P OWER SUPPLY .
A function is available in the keypad which makes it possible to check if the keypad
power supply is appropriate (see the INT-TSI keypad user manual).
11.If the keypad is to be connected to the Ethernet network (image from the web cameras is
to be displayed), connect the cable terminated with RJ-45 plug to the dedicated socket.
Use the cable compliant with the 100Base-TX standard (the same as used for connecting
computer to the network). It is advisable to use the flat network cable, which is more
flexible, and secure the cable using a cable tie (see Fig. 5).
12.Place the front panel onto the catches, snap close the enclosure.
After the first start-up of the keypad, downloading of the alarm system data from the
control panel will begin. It may last up to 20 minutes and make using the keypad
somewhat difficult during that time.

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Fig. 5. Securing the Ethernet cable.
5. Addressing
The keypad must have an individual address set in it:
from the 0 to 3 range, if it is connected to the INTEGRA 24 or INTEGRA 32 control panel;
from the 0 to 7 range, if it is connected to the INTEGRA 64, INTEGRA 128,
INTEGRA 128-WRL, INTEGRA 64 Plus, INTEGRA 128 Plus or INTEGRA 256 Plus control
panel.
By default, address 0 is set in the keypad.
When started, only the control panel with factory default settings can provide support
for all keypads connected to the bus, irrespective of the addresses set in them. In all
other cases, the control panel will block operation of the keypads having identical
addresses.
The address set in the keypad determines the numbers to be given to the keypad zones (see
the I
NSTALLER MANUAL for INTEGRA or INTEGRA Plus control panels).
5.1 Programming keypad address by means of service function
1. Find the tab in which the terminal is available (in the keypad with factory settings, tap the
icon on the tab bar).
2. Enter the service code (by default: 12345) and touch the key. The user menu will
be displayed.
3. Touch the key. The service mode will start up.
4. Start the K
EYPADS ADDR . function (S TRUCTURE H ARDWARE I DENTIFICATION K EYPADS
ADDR
.). A window will be displayed in which you can set the address (after starting the
function, you can set the address in all keypads connected to the control panel).
5. Using the and keys, set the address and then tap the icon. The terminal
with service menu will be displayed on the screen.

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5.2 Programming address without entering the service mode
This method is useful when – due to repeating addresses – the keypad support has been
disabled and entering the service mode is impossible.
1. Turn off keypad power supply.
2. Disconnect wires from the keypad terminals CKM and DTM.
3. Short the keypad terminals CKM and DTM.
4. Turn on keypad power supply. A window will be displayed where you can set the address.
5. Using the and keys, set the address and then tap the icon.
6. Turn off keypad power supply.
7. Open the keypad terminals CKM and DTM.
8. Connect wires, as required, to the keypad terminals CKM and DTM.
9. Turn on keypad power supply.
6. Keypad identification
The alarm system can only be programmed and operated from keypads that have been
identified by the control panel. The keypad identification function should be executed at the
first start-up of the control panel, and then each time when adding a new keypad or changing
address in a keypad supported by the control panel. Disconnecting an identified keypad from
the bus will trigger the tamper alarm.
The identification function can be run by using:
the keypad (S ERVICE MODE S TRUCTURE H ARDWARE I DENTIFICATION LCD KEYPADS
ID
.);
D LOAD X program (”Structure” window ”Hardware” tab ”Keypads” item ”Keypads
identification” button).
The procedure of entering the service mode by means of the INT-TSI keypad is described in
section „Programming keypad address by means of service function” (p. 6).
7. Synchronizing event memory
After the keypad start-up, a window will be displayed to inform you that synchronization of the
event memory is in progress. During that time, the keypad is downloading events from the
control panel. The events read from the control panel memory are saved to the microSD
memory card in the keypad. After synchronization of the event memory, the keypad will be
automatically downloading new events from the control panel. The keypad event memory is
unlimited, which means that a greater number of events may be saved to the memory card
than to the memory of the control panel.
The D LOAD X program makes it possible to export the system data file, containing e.g.
the event log (see "Exporting system data by means of the DloadX program" p. 13).
You can read in this file when creating a user interface project in the TSI B UILDER
program (see p. 16). As a result, when synchronizing the event memory, the keypad
will only have to download the events which took place after the file was exported. This
solution significantly reduces the synchronization procedure in the case of those
control panels in the memory of which a large number of events is saved.
If the whole event memory of the control panel is to be available in the keypad, the
synchronization procedure must not be interrupted.

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If the file containing the event memory becomes corrupted or deleted from the memory
card, then the procedure of synchronizing event memory will be started.
8. Keypad configuration
8.1 Parameters and options
Parameters and options of the INT-TSG keypad can be programmed by means of:
LCD keypad (terminal S ERVICE MODE S TRUCTURE H ARDWARE LCD KEYPADS
S ETTINGS [keypad name]);
D LOAD X program ("Structure" window "Hardware" tab "Keypads" item [keypad
name]).
The procedure of entering the service mode by means of the INT-TSI keypad is described in
section „Programming keypad address by means of service function” (p. 6).
Shown in square brackets are the names used in keypads.
8.1.1 Keypad
Name – individual name of the keypad (up to 16 characters).
Partitions managed by keypad [Partitions] – the partitions which can be armed/disarmed or
alarm in which may be cleared from the keypad. These functions are available to the users
having a suitable authority level and access to those partitions.
Using the service code you can operate all partitions, irrespective of which partitions
are operated by the keypad.
Show alarms of partitions [Alarms] – the keypad can signal burglary alarms from selected
partitions.
Show fire alarms of partitions [Fire alarms] – the keypad can signal fire alarms from
selected partitions.
CHIME signal of zones [Chime zones] – the keypad can audibly signal violation of selected
zones. If the zone is armed, violation will not trigger the CHIME signal.
Zone disabling CHIME [Chime bps. zone] – zone, which, if violated, will disable the CHIME
feature for specified time.
Bypass time [Chime bps. time] – time during which the CHIME signal will be disabled after
violation of the zone which disables the signaling (time is counted from the zone restore). If
the value 0 is programmed, the signaling will not be disabled.
Quick Arm partitions [Quickarm part.] – partitions which will be armed in case of the quick
arming, i.e. without user authorization.
Show entry delay of partitions [Entry time p.] – the partitions, for which counting the entry
delay will be indicated by text appearing on the display.
Show exit delay of partitions [Exit time part.] – the partitions for which counting the exit
delay will be indicated by text appearing on the display.
Alarm messages – you can define whether the keypad is to display text messages about
alarms:
in partitions [Part.al.msg.];
– from zones [Zone al.msg.].