Satel Integra Series User guide

Alarm Control Panels Firmware Version 1.06
GDAŃSK
integra_i_en 05/08
INSTALLER
MANUAL

WARNINGS
For safety reasons, the alarm system should only be installed by qualified personnel.
In order to avoid the risk of electric shock, read carefully this manual before proceeding to
installation. Any connections should only be made in deenergized state, i.e. with power
supply disconnected.
The control panel should be connected to PSTN (analog) lines only. Connecting the
telephone circuit directly to digital network (e.g. ISDN) will cause damage to the equipment.
The alarm system may comprise dangerous devices, therefore it is necessary that its
components be kept so as to prevent unauthorized access to the equipment.
If the service operations consist in fuse replacement, they must only be carried out with
supply voltage disconnected. Only fuses having identical parameters with the original ones
can be used for the replacement.
It is recommended that the manufacturer’s prescribed housings and power supply units be
used.
Making any construction changes or unauthorized repairs is prohibited. This applies, in
particular, to modification of assemblies and components.
CAUTION!
It is impermissible to connect a fully discharged battery (with voltage on unloaded terminals
less than 11 V) to the alarm panel. In order to avoid equipment damage, the fully
discharged/never used battery should be precharged by means of a suitable charger.
The batteries used in the alarm systems 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 83/86/EEC).
DECLARATION OF CONFORMITY
Products:
CA424P, CA832, CA16128P
- mainboards of INTEGRA control
panels.
- INTEGRA 24
- INTEGRA 32
- INTEGRA 64
- INTEGRA 128
Manufacturer: SATEL spółka z o.o.
ul. Schuberta 79
80-172 Gdańsk, POLAND
tel. [phone]
fax. [phone]
Product description: Mainboards for alarm control panels intended for use in intruder alarm systems.
These products are in conformity with the following EU Directives:
LVD 73/23/EEC+93/68/EEC
EMC 89/336/EWG + 91/263/EEC, 92/31EEC, 93/68/EEC
R&TTE 1999/5/EC (network connection, TBR21)
The product meets the requirements of harmonized standards:
LVD: EN 50131-1:1997; EN 50131-6:1997; EN60950:2000, EN60335-1:1994/A1:1996 Annex B
EMC: EN 55022:1998; EN 61000-3-2/-3; EN 50130-4:1995, EN 61000-4-2/-3/-4/-5/-6/-11
R&TTE: TBR 21(1998)
Gdańsk, Poland 07.03.2005 Head of Test Laboratory:
MichałKonarski
Latest EC declaration of conformity and product approval certificates are available for downloading on
website www.satel.pl
The INTEGRA alarm control panels meet requirements as per CLC/TS 50131-3, Grade 3,
and have been certified by Det Norske Veritas Certification AS, Norway.

INTEGRA Installer Manual 1
New functions of the INTEGRA control panels in version 1.06
Expansion
modules
Support for a new module:
– INT-RS – converter for monitoring events by means of a special
external device, integration of the control panel with other systems
(e.g. so-called smart house) or connecting a computer with installed
GUARDX program in the same way as to LCD keypad.
Support for ABAX ACU-100 wireless system controller with firmware
version 1.07 and 2.0.

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CONTENTS
1. Introduction .......................................................................................................................3
2. General Features of Control Panels..................................................................................3
3. System Components.........................................................................................................5
3.1 Mainboards ................................................................................................................................ 5
3.2 LCD keypads ............................................................................................................................. 6
3.3 Optional modules ....................................................................................................................... 6
3.3.1 Modules to be connected to keypad bus............................................................................................ 6
3.3.2 Modules to be connected to expander bus ........................................................................................ 7
4. System installation ............................................................................................................9
4.1 Installation plan .......................................................................................................................... 9
4.2 Estimation of system current consumption ................................................................................ 9
4.3 Cabling....................................................................................................................................... 9
4.4 Installation of control panel mainboard .................................................................................... 10
4.5 Connecting LCD keypads and other devices to keypad bus.................................................... 14
4.5.1 Addressing devices connected to keypad bus................................................................................. 16
4.5.2 Numeration of keypad zones ........................................................................................................... 17
4.5.3 Keypad RS-232 port......................................................................................................................... 18
4.6 Connecting devices to expander bus....................................................................................... 18
4.6.1 Addressing devices connected to expander bus ............................................................................. 20
4.7 Connection of detectors ........................................................................................................... 22
4.8 Connection of sirens ................................................................................................................ 26
4.9 Connection of telephone line ................................................................................................... 27
4.10 Connection of voice synthesizers ............................................................................................ 28
4.11 Connection of printer................................................................................................................ 28
4.12 Connection of power supply..................................................................................................... 29
4.12.1 Power supply connection procedure ................................................................................................ 30
4.13 Starting the control panel ......................................................................................................... 30
5. Compliance with CLC/TS 50131-3 requirements............................................................31
6. Basic specifications.........................................................................................................32
6.1 Technical data – alarm control panels ..................................................................................... 32
6.2 Technical data – keypads ........................................................................................................33
6.3 Technical data – expansion modules....................................................................................... 34
6.4 Battery selection ...................................................................................................................... 35
6.4.1 INTEGRA 24 – battery 7 Ah............................................................................................................. 35
6.4.2 INTEGRA 32 – battery 7 Ah............................................................................................................. 35
6.4.3 INTEGRA 32 – battery 17 Ah........................................................................................................... 36
6.4.4 INTEGRA 64/128 – battery 17 Ah.................................................................................................... 36
7. History of the manual updates ........................................................................................37

INTEGRA Installer Manual 3
1. Introduction
This manual covers the INTEGRA 24, INTEGRA 32, INTEGRA 64 and INTEGRA 128 control
panels. During installation, differences in technical parameters between particular main
boards should be taken into account (see Table, page 5).
Devices incorporated in the INTEGRA alarm system meet requirements of the following
standards: 50131-3, 50130-4, 50130-5 and 50131-6.
2. General Features of Control Panels
The INTEGRA series alarm control panels are designed for small, medium-size and large
facilities. Irrespective of its dimensions, each of the control panels has identical, advanced
functional capabilities. The alarm systems which are based on them can be without difficulty
extended by using the same expansion modules for all these control panels. It also makes
possible to easily replace the control panel with a bigger one, if it is required by development
of the system. Owing to such a solution, the optimal control panel can be selected for the
particular site. The INTEGRA alarm control panels not only guarantee a perfect protection of
the facility against burglary; they also offer advanced functions of access control and
automatic operation of a number of devices. At the same time, they are easy to operate and
user-friendly.
The control panels are characterized by the following features:
•Firmware of the alarm control panel is stored in FLASH type non-volatile memory, so it can
be easily updated with no need for dismounting of the panel. It only requires connection of
the panel to the computer via RS-232 port and starting of the procedure of firmware
replacement.
•Saving the control panel settings to FLASH memory. These data will be retained even if
the RAM memory backup battery is disconnected.
•Possibility to divide the system into objects and 32 partitions (partition = group of zones).
The partitions may be controlled by the user, timers, control zones, or their status may be
dependent on the status of other partitions. It is possible to temporarily restrict the access
to partitions.
•Possibility of system development by adding the expansion modules (the development
extent depending on the control panel size). Creation of a system based on modules
(including the wireless system controller of SATEL manufacture) installed at various places
throughout the facility can considerably reduce the amount of cabling used.
•Possibility to store in the system from 16 to 240 passwords (codes), which may be either
assigned to users or to control functions.
•Variety of means for security system control:
−LCD keypad,
−partition keypad,
−proximity cards reader,
−433 MHz remote key fob (optionally, with INT-RX module installed),
−868 MHz remote key fob (optionally, with ACU-100 controller, with firmware in version
2.0 or later, connected),
−computer with DLOADXor GUARDX program installed,
−SMS message (optionally, with GSM-4S module connected),
−web browser (optionally, with ETHM-1 module connected),
−mobile phone with MobileKPD application installed (optionally, with ETHM-1 module
connected),

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−palmtop (PDA or MDA) with suitable application installed (optionally, with ETHM-1
module connected).
•Execution of the access control function by means of partition keypads, code locks and
readers of proximity cards / DALLAS chips. Door status control by modules does not
reduce the number of control panel supervision zones.
•Possibility to define the names of users and of majority of system components (partitions,
zones, outputs, modules) which facilitates the control and monitoring of system as well as
viewing of events log.
•Reporting events to two monitoring stations (four telephone numbers) by means of:
−telephone line,
−GSM voice channel (optionally, with GSM module connected),
−GPRS (optionally, with GSM LT-2S or GSM-4S module connected),
−SMS messages (optionally, with GSM LT-2S or GSM-4S module connected),
−Ethernet network and TCP/IP protocol (optionally, with ETHM-1 module connected).
•The control panel makes possible monitoring in several formats, including Contact ID and
SIA.
•Alarm messaging to telephones by means of voice messages or to a pager with text
messages. Reception of a message can be acknowledged with a code entered from the
telephone set keyboard (DTMF).
•Function of phone call answering, which enables checking the status of all control panel
partitions and controlling the status of outputs. It is performed after user identification
(each user may be assigned a special “telephone" password/code).
•Extended function of events printing, which enables the events to be sorted. Event
descriptions are in accordance with the Contact ID standard. Besides, the names of zones,
modules and users are printed as they are defined in the system.
•Additional function of the control panel RS-232 port, i.e. controlling the external analog
modem, ISDN modem, GSM module, ISDN module and ETHM-1 module of SATEL
manufacture, enables communication to be established with the service computer. In this
case, the remote programming via telephone network or Ethernet as well as the service
are as quick as direct programming from the computer via RS-232 port.
•Possibility of time-based control owing to timers that operate on week work cycle, with an
option to define exception periods. Additionally, each partition is provided with its own
timer (based on week or day cycle), programmed by the suitably authorized user, to
secure automatic arming and disarming.
•Facilitated performance of non-standard functions due to a possibility to make complex
logic operations at outputs.
•High-capacity event log where, in addition to the monitored events, also other events (like
user access, functions used, etc.) are stored.
•Internal program structure allows to process all the incoming events. Because of the
processing power, there's no need to individually prioritize particular signals.
•Shared indicators (like the LCD display) use the following display priority for the zone state
(listed from highest to lowest priority): Bypass, Fault, Tamper Alarm, Intruder Alarm,
Tamper violation, Intruder violation, Tamper memory, Intruder memory, Zone OK.

INTEGRA Installer Manual 5
3. System Components
3.1 Mainboards
Show in the table below are technical parameters of the alarm systems based on particular
control panels of the INTEGRA family.
Technical parameter (quantity) INTEGRA
24
INTEGRA
32
INTEGRA
64
INTEGRA
128
Security Grade 3
Available messaging options A, B, C
Zones, mainboard 4 8 16 16
Zones, system 24 32 64 128
High-current outputs, programmable,
mainboard 2 2 4 4
Dedicated power outputs for keypads,
expanders and detectors 3 3 2 2
Outputs, OC type, mainboard 2 6 12 12
Outputs, system 20+4* 32 64 128
Connectors for voice synthesizers 1 1 2 2
Keypads, system 4 4 8 8
Expander buses 1 1 2 2
Expanders, system 32 32 64 64
Zone expanders 2 3 6 14
Output expanders 2 3 6 14
Objects 1 4 8 8
Partitions 4 16 32 32
Timers 16 32 64 64
Telephone numbers for messaging 4 8 16 16
Pager messages 16 32 64 64
Voice messages 16 16 16 32
Remote switches 16 16 16 32
Users (w/o master user and service) 16 64 192 240
Event log 899 899 6143 22527
Power supply capacity [A] 1.2 1.2 3 3
Battery charging current [mA] 350 400/800 500/1000 500/1000
Current capacity, programmable outputs:
high-current / OC [A] 2 / 0.05 2 / 0.05 3 / 0.05 3 / 0.05
Current capacity, power-supply outputs:
+KPD / +EX1 with +EX2 [A] - - 2.5 / 2.5 2.5 / 2.5
+KPD / +EX / AUX [A] 0.5/0.5/0.5 0.5/0.5/0.5 - -
* 20 physically available outputs (mainboard + expanders) + 4 virtual outputs (to perform logical functions – see
description of output types 46 and 47).
•Zones programmed individually to handle configurations with or without end-of-line resistor
(NO, NC, EOL, 2EOL/NO and 2EOL/NC) with functional test of the detector. The zone
status may also depend on the output status (if this is the case, the selected output does
not need to be physically connected to a zone, which enables virtual zones and outputs to
be used in the system). One of a few dozens of response types can be chosen for each
zone.

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•High-current outputs with polymer fuses and low-current outputs designed to control
relays, with a programmable operating mode and a possibility to select one of a few
dozens functions.
•High-current outputs with polymer fuses having power supply output functionality.
•1 or 2 connectors for voice synthesizers (SM-2 or CA-64 SM).
•Communication bus (keypad bus) for connection of LCD keypads and some of the
additional modules.
•1 or 2 communication buses (expander buses) for connection of additional modules to
expand the mainboard functional capabilities. 32 or 64 such modules can be connected to
the control panel.
•Telephone communicator, provided with a DTMF detection system for reception of
commands via the telephone, as well as for monitoring, messaging, answering calls and
remote programming.
•RS-232 port enabling the alarm system operation by means of a computer (DLOADX
installer program), interfacing with a printer and the use of an external modem.
•Switching-mode power supply with short-circuit protection, provided with battery
monitoring and discharged battery disconnection circuit.
•Independent real time clock with calendar, provided with its own back-up battery.
•Visual signaling of operation of all outputs, battery charging circuit and telephone
communication unit.
•Electric protection of all zones, outputs and communication buses.
3.2 LCD keypads
The keypads interacting with INTEGRA control panels are made with or without a built-in
proximity card reader. They have the following features:
•Large, easy to read 2x16 characters display with permanent or temporary backlighting
activated on pressing a key or by any control panel zone.
•Keyboard with backlighting controlled in the same way as the display backlighting.
•2 zones with properties identical to main panel zones.
•Microswitch for keypad tamper detection.
•RS-232 port enabling the alarm system to be operated by means of computer (GUARDX
supervisory and user program).
3.3 Optional modules
The control panels are equipped with communication buses to allow for addition of expansion
modules, which, along with the firmware updating feature to enhance their functionality,
provides means for an easy upgrading of the system. It enables the system to be expanded
by adding new components in order to better meet individual needs of the customer.
The INTEGRA control panels interact with the CA-64 control panel dedicated modules,
though some of them require a new program version.
3.3.1 Modules to be connected to keypad bus
CA-64 PTSA. Mimic Board. Enables visualization of the state of partitions/zones in the
security system. The INTEGRA control panels support the mimic boards made in
version CA64T v 1.4 and having firmware in version v4.0 or later.
ETHM-1. Ethernet Module. Makes it possible to operate the control panel through the
Ethernet. INTEGRA control panels with firmware version 1.04 support ETHM-1 modules
version 1.02 or later.

INTEGRA Installer Manual 7
INT-RS. Data converter. Makes it possible to connect a computer with GUARDX program
installed, similarly as to LCD keypad, monitor events by using a special external device,
and operate the control panel by means of software other than that offered by SATEL.
3.3.2 Modules to be connected to expander bus
INT-S-GR/INT-S-BL/INT-SK-GR. Partition Keypad. Controls the armed mode in one
partition; can perform the access control functions and operate the electromagnetic door
lock.
INT-SCR-BL. Depending on its settings, the device can work as a partition keypad
(identified as INT-S in the control panel), a partition keypad with reader (identified as
INT-SCR in the control panel) or an entry keypad (identified as INT-ENT in the control
panel). If it operates as a partition keypad or a partition keypad with reader, the device
can control arming of one partition, execute access control functions, and control
operation of the electromagnetic door lock. The main task of the entry keypad is
activation the delay for zones with reaction type 3 INTERIOR DELAYED. After the time
period programmed in the keypad has elapsed and the system has not been disarmed,
the interior delayed zones will operate again as the instant ones.
INT-SZ-GR/INT-SZ-BL/INT-SZK-GR. Code Lock. Enables performance of the access
control functions and operation of the electromagnetic door lock.
CA-64 SR. Expander of Proximity Card Reader. Supports the SATEL made proximity card
readers to enable performance of the access control functions and operation of the
electromagnetic door lock.
CA-64 DR. Expander of "DALLAS" Chip Readers. Supports the DALLAS chip readers to
enable performance of the access control functions and operation of the
electromagnetic door lock.
CA-64 E Zone Expander. Enables the system expansion by 8 zones. The expander with
electronics in version 2.1 (or later) and firmware in version 2.0 (or later), where the
DIP-switch 8 is set in ON position, will be identified by the control panel as CA-64 Ei.
Roller shutter motion detectors (rope detectors) and vibration detectors (2 additional line
types) can be connected to the CA-64 Ei expander zones.
CA-64 EPS Zone Expander with Power Supply. Enables the system expansion by
8 zones. Equipped with a 2.2 A built-in switching mode power supply. The expander
with electronics in version 2.1 (or later) and firmware in version 2.0 (or later), where the
DIP-switch 8 is set in ON position, will be identified by the control panel as CA-64 Ei.
Roller shutter motion detectors (rope detectors) and vibration detectors (2 additional line
types) can be connected to the CA-64 Ei expander zones.
CA-64 ADR Addressable Zone Expander. Enables the system expansion by 48 zones.
Equipped with a 2.2 A built-in switching mode power supply. The INTEGRA control
panels support the addressable zone expanders having firmware in version v1.5 or
later.
CA-64 O-OC/CA-64 O-R/CA-64 O-ROC. Output Expander. Enables expansion of the
system by 8 outputs. Made in three versions: 8 OC type outputs, 8 relay outputs and
4 relay outputs/4 OC outputs.
INT-ORS. DIN-rail outputs expander. Enables the system to be expanded by 8 relay
outputs. The relays can control the electrical devices supplied with 230 V AC voltage.
Note: If the sixth DIP-switch in the INT-ORS expander is set in the upper position, the device
will be identified by the control panel as the CA-64 O outputs expander.
CA-64 OPS-OC/CA-64 OPS-R/CA-64 OPS-ROC. Output Expander with Power Supply.
Enables expansion of the system by 8 outputs. Made in three versions: 8 OC type

SATEL INTEGRA8
outputs, 8 relay outputs and 4 relay outputs/4 OC outputs. Equipped with a 2.2 A built-in
switching mode power supply.
INT-IORS. DIN-rail zones/outputs expander. Enables the system to be expanded by 8
zones and 8 relay outputs. The relays can control the electrical devices supplied with
230 V AC voltage.
Fig. 1. Example of devices interfacing with the INTEGRA alarm control panel.
Note: If the sixth DIP-switch in the INT-IORS expander is set in the upper position, the
device will be identified by the control panel as the CA-64 PP zone/output expander.
CA-64 PP Zone/Output Expander with Power Supply. Enables expansion of the system by
8 zones and 8 outputs (4 relay and 4 OC type). Equipped with a 2.2 A built-in
switching mode power supply.

INTEGRA Installer Manual 9
CA-64 SM Voice Synthesizer Expander. Capable of storing 16 voice messages, each with
15 second duration. The messages are used for alarm notification via telephone.
VMG-16 Voice Message Generator. Plays back prerecorded messages when specified
events occur in the system.
ACU-100 Controller of ABAX Wireless System. Enables expansion of the system by
adding wireless devices.
INT-RX. 433 MHz remote key fob operation expander. Makes it possible to assign
a system of remote key fobs to the users so that by using them the users can control
the system.
4. System installation
All electric connections may only be made with power supply disconnected.
The following tools will be useful during installation:
•blade screwdriver 2.5 mm,
•Phillips screwdriver,
•precision pliers,
•flat nose pliers,
•drill with a set of drill bits.
4.1 Installation plan
Installation must be preceded by preparation of a plan of the security alarm system. It is
advisable that you draw up a sketch of the premises, showing all the devices to be included
in the system, i.e. the control panel, keypads, detectors, sirens, expansion modules, etc.
The control panel and other security system components should be installed within the
boundaries of the protected area.
4.2 Estimation of system current consumption
At the stage of planning the security system, you should sum up the currents consumed by
all devices included in the system (control panel mainboard, keypads, additional modules,
detectors, sirens, etc.). The calculation should also take into account the battery charging
current. If the sum of currents exceeds the control panel capacity, expanders with power
supply or an extra power supply unit must be used in the system.
The sum of currents consumed by the devices connected to the power supply unit (expander
with power supply) must not exceed the power supply output current.
When planning connection of devices to particular power outputs (control panel, expander
with power supply, etc.), remember that the sum of currents consumed by these devices
must not exceed the maximum current-carrying capacity of those outputs.
4.3 Cabling
It is recommended that straight unscreened cable be used for making electric connections
between devices included in the system (using the twisted pair type of cable, e.g. UTP, STP,
FTP is not advisable).
Cross-section of the power supply wires should be selected so that the supply voltage drop
between the power supply and the supplied device should not exceed 1 V as against the
output voltage.

SATEL INTEGRA10
In order to guarantee correct functioning of the system components it is important to ensure
that resistance and capacitance of the signal wires are as low as possible. When the distance
between the devices is more substantial, several wires connected in parallel may have to be
used for each signal, in order to reduce conductor resistance. This, however, may lead to an
increase of conductor capacitance. Too high resistance or capacitance of the cables
connecting the control panel to keypads or expansion modules can prevent the devices from
working correctly (e.g. the control panel will be unable to identify devices, absence of devices
will be reported, etc.). When selecting the length of cables, follow recommendations set out in
sections on connection of particular types of devices.
The signal wires of keypad bus (DTM, CKM, COM) must be run in one cable (they must not
be run in separate cables). Also the signal wires of expander bus (DT, CK, COM) must be
run in one cable.
When you make the cabling, remember that there must be sufficient distance between the
low-current wires and the 230 V AC power supply wires. Avoid running the signal cables in
parallel of the 230 V AC supply cables in close vicinity of them.
4.4 Installation of control panel mainboard
The control panel mainboard contains electronic components sensitive to
electric charges.
Before connecting the mainboard to power supply source (battery, alternating
voltage from transformer), you must have finished all the installation work with
regard to hardwired devices (connection of keypads, expansion modules,
detectors, sirens, etc.).
The control panel should be installed indoors, in spaces with normal humidity of air.
The control panel must be protected against unauthorized access.
A permanent (not disconnectable) 230 V AC power supply circuit with protective grounding
must be available at the control panel installation place.
Terminals:
AC - power supply inputs (18 V AC)
COM - common ground
OUTn - programmable outputs (n=output number):
high-current: OUT1 and OUT2 in the INTEGRA24
and INTEGRA 32 control panels; from OUT1 to
OUT4 in the INTEGRA 64 and INTEGRA 128
control panels
low-current: OUT3 and OUT4 in the INTEGRA24 control panel;
from OUT3 to OUT8 in the INTEGRA 32 control
panel; from OUT5 to OUT16 in the INTEGRA 64
and INTEGRA 128 control panels
Note: If the high-current outputs are not used, they should be loaded with 2.2 kΩresistors.
+KPD - dedicated power supply output for devices connected to keypad bus
(13,6...13,8 V DC)
DTM - keypad bus data
CKM - keypad bus clock
+EX / +EX1 / +EX2 - dedicated power supply output for devices connected to expander bus
(13,6...13,8 V DC)
DT / DT1 / DT2 - expander bus data

INTEGRA Installer Manual 11
CK / CK1 / CK2 - expander bus clock
AUX - power supply output (13,6...13,8 V DC)
Zn - zones (n=zone number)
- protective terminal of telephone communicator (connect to protective
circuit only)
T-1, R-1 - extension telephone line (telephone set connection)
TIP, RING - public telephone line (analog)
COM +EX DT CKCKMCOM
TIP
COM+KPD DTMOUT2COM Z1 COM Z2 Z3 COM Z4OUT1ACAC
SM-2 VOICE
SYNTHESIZER
OUT3
OUT4
RING T-1 R-1
AUX
CHARGE
RESET
MEMORY
DIALER
OUT3
OUT4
Fig. 2. INTEGRA 24 control panel mainboard.
Explanations for Figures 2, 3 and 4:
1 - fuse for battery charging circuit.
2 - battery connection cables (red +, black -).
3 - pins for setting battery charging current:
−pins shorted (jumper on) – 400 mA (INTEGRA 32) or 500 mA (INTEGRA 64,
INTEGRA 128)
−pins open (no jumper) – 800 mA (INTEGRA 32) or 1000 mA (INTEGRA 64,
INTEGRA 128)
4 - LEDs indicator of high-current outputs status.
5 - LED indicator of +KPD power supply output status.
6 - LED indicator of +EX1 and +EX2 power supply outputs status.

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7 - port RS-232. It allows local programming and management of the system by means of
DLOADX or GUARDX program (the cable for making connection RJ type socket on the
control panel mainboard and the DB9 socket on the computer is supplied by SATEL).
Enables remote programming by means of DLOADX program through TCP/IP network, if
the ETHM-1 module is connected. Makes interfacing possible with an external analog,
GSM or ISDN modem.
8 - CHARGE LED. Indicates battery charging.
9 - MEMORY pins. Never remove jumper from these pins. Removal of the jumper
results in disconnection of the battery backup for the clock and RAM memory and,
consequently, in loss of the clock settings and all data stored in the RAM memory.
10 - RESET pins. In case of emergency, they make it possible to start the STARTER
program, local computer programming function or service mode (see PROGRAMMING
manual).
11 - LEDs. Indicate status of low-current outputs.
12 - DIALER LED. Indicates the status of control panel communicator.
13 - sockets for voice synthesizer.
COM +EX DT CKCKMCOM AUX COM+KPD DTMOUT2COM Z1 COM Z2 Z3 COM Z4 Z5 Z8 COMZ7
Z6
COMOUT1ACAC
CHARGE
TIP RING T-1 R-1
SM-2 VOICE
SYNTHESIZER
OUT3
OUT4
OUT5
OUT6
OUT7
OUT8
DIALER
OUT3
OUT4
OUT5
OUT6
OUT7
OUT8
RESET
MEMORY
800mA
400mA
BATTERY CHARGE
Fig. 3. INTEGRA 32 control panel mainboard.

INTEGRA Installer Manual 13
COM
OUT4
COM COM
COM OUT3 COMOUT2COM +EX1 DT1 CK1 COM +EX2 DT2 CK2
OUT1
ACAC Z9
Z1 COM Z2 Z3 COM Z4 Z5 Z8
COMZ7
Z6
COM
CKM
+KPD DTM COM Z10 Z11 COM Z12 Z13 Z16
COMZ15
Z14
COM
OUT10
OUT12
OUT13
OUT14
OUT15
OUT16
OUT9
OUT5
OUT6
OUT7
OUT8
OUT11
OUT9
OUT10
OUT11
OUT12
OUT13
OUT14
OUT15
OUT16
OUT5
OUT6
OUT7
OUT8
SYNT1 SYNT2
TIP RING T-1 R-1
DIALER
RESET
MEMORY
CHARGE
500mA 1000mA
BATTERY CHARGE
BATTERY
T3.15A
Fig. 4. INTEGRA 64/INTEGRA 128 control panel mainboard.

SATEL INTEGRA14
4.5 Connecting LCD keypads and other devices to keypad bus
Depending on the selected control panel,from 4 to 8 different keypads or other devices to be
connected to keypad bus can be installed in the system. They are connected in parallel.
The data are addressable and all devices function independently.
The keypad bus terminals on control panel mainboard have designations COM, +KPD, DTM
and CKM. The +KPD output enables powering of the keypad bus devices (the output has
a polymer fuse).
The distance between the keypad or other device to be connected to keypad bus and the
control panel may be up to 300 m. Table 1 shows the number of wires required for correct
connection of devices to the keypad bus, if using a 0.5 mm2 cross-section straight-through
cable.
+KPD COM CKM DTM
Distance Number of wires
up to 100 m 1 1 1 1
100-200 m 2 2 1 1
200-300 m 4 4 2 2
Table 1.
Notes:
•The signal wires (CKM, DTM and COM) must be run in one cable!
•Supply voltage measured at the LCD keypad terminal block, with the backlighting on, must
not be lower than 11 V.
•Devices installed far from the control panel may be supplied locally from an independent
power source.
Fig. 5. Partial view of keypad board: INT-KLCD-GR / INT-KLCD-BL / INT-KLCDR-GR /
INT-KLCDR-BL.
Explanations to Figures 5, 6 and 7:
1 – buzzer
2 – tamper contact
3 – RS-232 port

INTEGRA Installer Manual 15
Fig. 6. Partial view of INT-KLCDS-GR/INT-KLCDS-BL keypad board.
Fig. 7. Partial view of INT-KLCDK-GR keypad board.

SATEL INTEGRA16
INT-KLCD-GR/ BL
INT-KLCDR-GR/ BL
INT-KLCD-
INT-KLCDR-
INTEGRA24
INTEGRA 32
Fig. 8. Connection of LCD keypad
4.5.1 Addressing devices connected to keypad bus
Each keypad/device to be connected to keypad bus must have its own individual address
from the 0 to 3 range (INTEGRA 24 and INTEGRA 32 control panels) or from the 0 to 7
range (INTEGRA 64 and INTEGRA 128 control panels). Addresses must not repeat. It is
recommended that consecutive addresses be assigned starting from 0.
In LCD keypads, the address is set by software means and saved to the EEPROM non-
volatile memory. By default, address 0 is set in all keypads. This address can be changed in
two ways:
•by means of service function,
•without entering the service mode.
The address in other devices is set by means of DIP-switches.
When started with default (factory) settings, the alarm control panel will support all keypads
connected to the bus, irrespective of what addresses are set in them. Thus it is possible to
set correct individual addresses in the keypads and perform identification of all devices
connected to the bus. Execution of the service function LCD KEYPADS IDENTIFICATION (SERVICE
MODE ÆSTRUCTURE ÆHARDWARE ÆIDENTIFICATION ÆLCD KEYPADS ID.) is necessary for
correct support of the keypads and other devices connected to the bus. The system control is
only possible after execution of the identification function. The function checks the addresses
at which keypads or other devices are connected and registers them in the system.
Disconnection of a keypad /device registered in the system will trigger tamper alarm.
Any commands from an unregistered LCD keypad are rejected by the control panel (and the
"Keypad is not serviced" message appears on the display").
Notes:
•Each change of the LCD keypad (or other device connected to the keypad bus) address
requires execution of the keypad identification function.
•Setting the same address in several keypads will trigger tamper alarm, display the
message "This keypad is changed", and disable operation of such keypads. To restore the
operation of keypads, change their repeated addresses into unique ones.

INTEGRA Installer Manual 17
4.5.1.1 Programming keypad address by means of service function
1. By means of any supported keypad, enter the control panel service mode
([SERVICE CODE][*] ÆSERVICE MODE).
2. Start the function KEYPADS ADDR. (ÆSTRUCTURE ÆHARDWARE ÆIDENTIFICATION
ÆKEYPADS ADDR.).
3. The message shown in Figure 9 will appear on display of all keypads connected to
the control panel.
Fig. 9. Programming the keypad address.
4. Enter a proper address in the selected keypad(s). The address change will be
confirmed by four short and one long beeps.
5. To terminate the address change function, press the [*] key. The function will be
terminated automatically after 2 minutes from being started. Termination of the
function is equivalent to quitting the service mode and restarting the keypad.
4.5.1.2 Programming keypad address without entering service mode
This method of address programming is particularly useful when – due to repeating
addresses – the keypad support has been disabled and entering the service mode is
impossible.
1. Disconnect keypad power supply (KPD) and signal wires CKM and DTM.
2. Short the keypad terminals CKM and DTM.
3. Switch on keypad power supply.
4. The text shown in fig. 9 will appear on the display.
5. Enter a new address. The keypad will confirm execution of the function by four short
and one long beeps. If it is necessary to change the entered address, press the [*]
key (keypad restart will follow and the text shown in fig. 9 will again be displayed).
6. Disconnect the keypad power supply.
7. Open the keypad terminals CKM and DTM.
8. Connect the keypad correctly to the control panel.
4.5.2 Numeration of keypad zones
Numbers of Z1, Z2 zones in security system
INTEGRA 24 INTEGRA 32 INTEGRA 64 INTEGRA 128
Keypad
address Z1 Z2 Z1 Z2 Z1 Z2 Z1 Z2
0 5 6 25 26 49 50 113 114
1 7 8 27 28 51 52 115 116
2 21 22 29 30 53 54 117 118
3 23 24 31 32 55 56 119 120
4 57 58 121 122
5 59 60 123 124
6 61 62 125 126
7 63 64 127 128
Table 2.
n=0...7, current address of the
keypad

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The address set in the keypad defines which numbers in the system will be assigned to the
keypad zones (see table 2). You can define for each LCD keypad whether or not its zones
will be used in the system. If the zone numbers of LCD keypad and expander coincide, the
keypad zones have priority (in such a case, the corresponding expander zones will not be
supported).
4.5.3 Keypad RS-232 port
The keypad RS-232 port makes it possible to connect the computer with GUARDX program
installed. The GUARDX program enables visualization of the protected facility on computer
monitor, operation of the system from an independent on-screen LCD keypad, access to the
event log, as well as creating and editing of the system users.
Connection to the computer is permanent, made with the use of an ordinary unscreened
cable. In case of straight-through cable with conductor cross-section 0.5 mm2(the use of
twisted-pair wire is not recommended), the distance between the computer and the keypad
can be up to 10 meters. The method of making connection is shown in Fig. 10.
Note: Activate the “RS communication" option in parameters of keypads to which the user’s
computer is to be connected. Data exchange with the computer begins automatically
when the GUARDX program is started.
1
2
3
5
2
3
4
5
Fig. 10. Connecting computer to keypad RS-232 port. Shown on the right is the keypad
interface. Shown on the left is the DB-9 female connector from soldering points side.
4.6 Connecting devices to expander bus
The INTEGRA control panels are provided with one or two buses designed for connecting the
expansion modules (expanders). Both buses in the INTEGRA 64 and INTEGRA 128 control
panels have the same priority and can be used in parallel (it is irrelevant which modules are
connected to each bus). All modules are connected in parallel, and up to 32 modules may be
connected to each bus.
Depending on the control panel and the number of expander bus, the mainboard terminals
are designated as follows:
−COM, +EX, DT, CK (INTEGRA 24 and INTEGRA 32);
−COM, +EX1, DT1, CK1 (INTEGRA 64 and INTEGRA 128, first bus);
−COM, +EX2, DT2, CK2 (INTEGRA 64 and INTEGRA 128, second bus).
The +EX/+EX1/+EX2 outputs enable powering of the expander bus devices (the outputs are
provided with polymer fuse).
The total length of the expander bus may not exceed 1000 m. Table 3 shows the number of
wires required for correct connection of devices to the expander bus, if using a 0.5 mm2
cross-section straight-through cable.