Satel INT-PP User manual

INT-PP
ZONE AND OUTPUT EXPANDER
int-pp_en 04/14
The INT-PP expander enables the system to be expanded by 8 programmable wired zones and 8
programmable wired outputs. The expander works with INTEGRA, INTEGRA Plus and CA-64 control
panels.
1. Features
8 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.
NC type tamper input.
8 programmable hardwired outputs:
4 OC type outputs,
4 relay outputs.
Capable of being integrated with dedicated power supply unit (operation in "expander with power
supply" mode).
Connectable to RS-485 bus (firmware update through the bus).
2. Specifications
Supply voltage ............................................................................................................... 12 V DC ±15%
Standby current consumption ..................................................................................................... 35 mA
Maximum current consumption ..................................................................................................150 mA
OC type output rating.................................................................................................. 50 mA / 12 V DC
Relay output rating (resistive load)................................................................................... 2 A / 24 V DC
+12V output rating ........................................................................................................ 2.5 A / 12 V DC
Security grade according to EN50131
without power supply ..................................................................................... Grade 3
with APS-412 power supply ........................................................................... Grade 2
Environmental class according to EN50130-5......................................................................................II
Operating temperature range.........................................................................................-10 °C...+55 °C
Maximum humidity......................................................................................................................93±3%
Dimensions....................................................................................................................... 140 x 68 mm
Weight ............................................................................................................................................80 g
The declaration of conformity may be consulted at www.satel.eu/ce

2 INT-PP SATEL
3. Electronics board
Explanations to Fig. 1:
DIP-switches (see: DIP- SWITCHES ).
LED indicating the status of communication with the control panel:
ON – no communication with the control panel,
blinking – communication with the control panel OK.
STS LED indicating the status of power supply connected to the connector:
ON – power supply is working normally,
blinking – power supply is reporting a trouble.
connector for a dedicated power supply unit (e.g. APS-412).
LEDs indicating the status of the outputs:
OFF – output inactive,
ON – output active.
Description of terminals:
Z1...Z8 - zones.
COM - common ground.
C1...C4 - relay output common contact.
NO1...NO4 - relay output normally open contact.
NC1...NC4 - relay output normally closed contact.
O5...O8 - OC type output.
TMP - tamper input (NC) – if not used, it should be shorted to the common ground.
CLK - clock (communication bus).
DAT - data (communication bus).
+12V - +12 V DC power input / output.
Do not connect power to the terminals, if the dedicated power supply unit is connected
to the connector on electronics board.
A, B - RS-485 bus.

SATEL INT-PP 3
4. DIP-switches
The DIP-switches 1-5 are used for address setting. A numerical value is assigned to each switch. In
OFF position, the value is 0. Numerical values assigned to individual switches in ON position are
shown in Table 1. The sum of numerical values assigned to switches 1-5 means the address set on
the module. The address must be different from that on the other modules connected to the
communication bus of the control panel.
DIP-switch number 1 2 3 4 5
Numerical value 1 2 4 8 16
Table 1.
The DIP-switch 10 allows you to define how the expander will be identified by the control panel (see:
Table 2). If the switch is set to ON position, the expander module is always identified as an expander
with power supply unit (irrespective of whether the dedicated power supply is connected to the
onboard connector or not). If the switch is set to OFF position, the method of identification depends on
whether the dedicated power supply is connected to the onboard connector or not. Functional
differences resulting from identification of the expander are presented in Table 3.
Identification of device
expander w/o power supply expander with power supply
ON INT-PPPS / CA-64 PP
DIP-switch position OFF INT-PP INT-PPPS / CA-64 PP
Table 2.
Notes:
The expander will be identified as INT-PP / INT-PPPS by INTEGRA / INTEGRA Plus control
panels with firmware version 1.12 or newer.
If the dedicated power supply is not connected to the onboard connector, you can set the switch
10 to OFF position only for the INTEGRA / INTEGRA Plus control panels with firmware version
1.12 or newer.
If the dedicated power supply is not connected to the onboard connector and the expander has
been identified as INT-PPPS / CA-64 PP, no power supply related troubles will be reported.
INT-PP
INT-PPPS CA-64 PP
support for roller shutter / vibration detectors -
support for Triple EOL configuration (INTEGRA Plus) -
programming end-of-line resistor values -
Table 3.
Fig. 2 shows some examples of DIP-switches settings.

4 INT-PP SATEL
5. Installation and start-up
Disconnect power before making any electrical connections.
The expander is designed for indoor installation.
1. Fasten the expander electronics board in the enclosure.
2. Using the DIP-switches, set the suitable expander address and define how it is to be identified.
3. Connect the CLK, DAT and COM terminals to the corresponding terminals of the control panel
communication bus (see: installer manual for alarm control panel). It is recommended that an
unshielded non-twisted cable be used to make the connection. If you use the twisted-pair type of
cable, remember that CLK (clock) and DAT (data) signals must not be sent through one pair of
twisted conductors. The conductors must be run in one cable.
4. If the expander is to supervise the enclosure tamper contact, connect the wires of tamper contact
to the TMP and COM terminals. If the expander is not to supervise the enclosure tamper contact,
connect the TMP terminal to the expander COM terminal.
5. Connect detectors to the expander zones (for description of how the detectors should be
connected, please refer to the installer manual of alarm control panel).
6. Depending on the selected method of expander powering, connect the dedicated power supply
unit to the connector on expander electronics board or connect the power leads to the +12V and
COM terminals (the expander may be powered directly from the control panel, from an expander
with power supply or from a power supply unit).
The expander must not be powered from both sources at the same time.
7. Power on the alarm system.
8. Start the identification function in the control panel. After expander identification is completed, the
zones and outputs will be assigned their respective numbers in the alarm system. The zone and
output numeration rules are described in the control panel manual. The control panel monitors
presence of the identified modules. If the module is disconnected from communication bus,
position of DIP-switches is changed, or the device is replaced with another one with DIP-switches
set in the same way, a tamper alarm will be triggered.
9. Configure the outputs and check that they operate properly (the output status is indicated by
LEDs).
10. Power off the alarm system.
11. Connect to expander outputs the devices whose operation is to be controlled by the control panel.
12. Power on the alarm system.
6. Updating the expander firmware
Using the RS-485 bus, connect the expander to the ACCO-USB converter, and then connect the
converter to the computer (see: ACCO-USB converter manual). You can find a program for updating
the expander firmware and a detailed description of the firmware update procedure on the
www.satel.eu website.
SATEL sp. z o.o. • ul. Schuberta 79 • 80-172 Gdańsk • POLAND
tel. + 48 58 320 94 00
[e-mail]
www.satel.eu