GB-120-006 TECHNICAL MANUAL FOR PASSAN 1. How to install Passan?

GB-120-006
PASSAN PREMIUM BASE
TECHNICAL MANUAL
FOR PASSAN
1. How to install Passan?
2. Wiring diagrams
3. How to create a
controllers network?
Copyright © FDI Matelec 1989-2007. All right reserved.
Passan is a TradeMark of FDI Matelec
All the information suggested on this documents belongs to FDI Matelec and cannot in no case to be used without its agreement. It is strictly
interdict to reproduce it, in its form or its contents, completely or partially, without a written agreement of its author. The law form 11 mars 1957, not
authorizing, at the end of subparagraphs 2 and 3 of article 4, on the one hand, that «the copies or reproductions strictly reserved for the private use
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(subparagraph first of article 40). This representation or reproduction, would thus constitute a counterfeit sanctioned by articles 425 and following of
the Penal code
FDI Matelec may have patents, patent applications, trademarks, copyrights, or other intellectual property rights covering subject matter in this document. Except as expressly provided in any written license agreement from FDI Matelec, the furnishing of this document does not give you any license
to these patents, trademarks, copyrights, or other intellectual property.
Passan is a trade mark of company FDI Matelec.
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Any names of products and companies mentioned in this document are marks of their respective owners.
Information on CE marking
FDI Matelec Company certifies that Passan Controller complies with the requirements of the European comunity Directive / R&TTE 99/5/CE.
Assessment of the product’s compliance with requirement was based on the following standard:
Regarding Short Range Devices: ETS300683 (1997)
Regarding radio Emission: ETS300330-2 (1994)
Regarding the safety of IT equipment: EN60950 (2000)
Page 1 of 22
CONTENT
1
HOW TO INSTALL PASSAN?
1.1 POWER SUPPLY and CONSUMPTION
1.2 PASSAN GENERAL FEATURES
1.2.1 How does it work?
1.2.2 Doors Extension modules 1.2.3 Intercom Extension module
1.2.3 Input and Output modules
1.2.4 Lift module
1.3 DIFFERENT CONFIGURATIONS
3
3
3
3
3
4
4
5
5
2
MODULE WIRING DIAGRAMS
2.1 PASSAN BASE AND EXTENSION MODULES
2.2 DIAGNOSTIC LED
2.2.1 Passan base
2.2.2 Extension module Door 3 and 4
2.2.3 Extension module Door 5 and 6
2.2.4 Intercom Extension Module
2.2.5 Input / Output modules
2.3 PERIPHERALS WIRING DIAGRAM
2.3.1 Proximity reader wiring diagram
2.3.2 RF receiver wiring diagram
2.3.3 Entry Panels and Decoder wiring diagram
2.3.4 Lift and Decoder wiring diagram
2.3.5 Heating resistance and video Command wiring diagram
2.3.6. Exit push button wiring diagram
2.3.7 Main power supply and door lock system
7
7
8
8
9
9
9
10
10
10
11
13
16
18
19
20
3
HOW TO CREATE A CONTROLLERS’ NETWORK
21
4
PREPARE YOUR INSTALLATION
4.1 CONTROL UNIT ADDRESS
22
22
Page 2 of 22
1
HOW TO INSTALL PASSAN?
1.1 POWER SUPPLY AND CONSUMPTION
Passan controller can only be powered with 12Vdc. The acceptable range of voltage is between 12 and 13.8V
You should always use a different power supply for the controller and the lock. The controller’s power supply should be
regulated and filtered whereas the lock’s power supply needs only to be regulated.
Note :
Passan Base
Extension module door 3&4 Extension module door 5&6
Intercom extension module
Extension module 8 inputs ( when all activated) Extension module 8 outputs (when all activated) Extension module 4 inputs / 4 outputs (when all activated)
Lift Extension Module (with 40 floors activated)
Proximity reader or RF receiver
Keypad reader
Module Pade (Calling module managed by Passan) 100 mA
30mA
30mA
20 mA
10 mA
160 mA
90 mA
1A
30 mA
100mA
150 mA
More than twenty combinations are possible depending on the options and the reader type that we add to the control unit.
According to cases, a power supply of 0.6A to 2A should be choosen.
1.2 PASSAN GENERAL FEATURES
1.2.1 How does it work? Passan is a scalable access control: modules can be added to respond fully to customer’s needs.
1.2.2 Door Extension modules
The Passan base can control 2 doors. By adding extension modules Door 3&4 and extension modules Door
5&6, Passan will be able to control up to 6 doors by controller. You can also connect up to 32 controllers
in a network so that the Passan networked system would be able to control 192 doors.
Passan Base
Passan Base +
Extension Module 3 & 4 doors
On each door you can connect a proximity reader or a RF receiver.
Page 3 of 22
Passan Base +
Extension Module 3&4 doors +
Extension Module 5&6 doors
1.2.3 Intercom Extension Module
By adding the Intercom Extension Module, Passan will be able to control two entry panels. Each entry
panel can be independent or connected together to create a network with a Master Panel and Slave
Panels.
A few definitions:
Riser
The riser is a vertical pipe in a building where there are the cables between the Entry panels and the
apartment handsets.
Decoder
The decoder is an interface that receive calls from the entry panels and dispatch them to 10 apartment
handsets.
Secondary Entry panel
A Secondary entry panel is always associated to the main panel. This unit is always connected to the
Intercom decoder.
Main Entry Panel
The main entry panel is linked to the riser through a secondary entry panel. A Main Entry Panel may have
several Slaves (secondary entry panels). There is usually a main entry panel at the entrance of a site and
secondary entry panels installed at the entrance of each buildings of the same site. If for one riser, there
are two entry panels, one must be Master or Main and the other one must be Secondary or Slave.
IMPORTANT
• When creating an apartment, you need to associate it to one secondary call module. Then, you can
associate it to one or several main panels.
• On a site, one main entry panel can be in communication at a time.
• A Passan controller can control one secondary entry panel and one main entry panel; or two secondary
panels ; or two main panels.
• If you wish to install two or three entry panels connected to the same riser (to the same apartments
handsets), you need to install one secondary panel and two main panels.
1.2.3 Input and Output modules
These extension modules are used to interface Passan with other periphericals.
For instance, the input can be used to detect door contacts or any contact from another device such as a
standalone biometric reader.
In the other hand, the outputs send dry contacts that can be parametered NO/NC. The outputs become activated according to certain events such as access granted or access denied, door opening, counting zone
full… For each output, 50 types of events can be parametered. The outputs could be used to command
some accessories such as lighting, DVR.
IMPORTANT
It is not possible to use two Input/Output extension modules on the Passan base. An Inputs/Outputs board
is always the last board to be piled up on Passan.
The Inputs are said to be passive and should never be powered. The device would send a dry contact to
the Input extension module.
Page 4 of 22
1.2.4 Lift module
This extension module is used to control two lifts of 40 floors each.
The only other option that can be added on a Passan controller managing lifts is an Input/Output extension
card.
1.3 DIFFERENT CONFIGURATIONS
You will find below all the possible configurations:
ACCESS CONTROL
Passan Base to control
one or two doors
PASSAN BASE
INPUT AND OUTPUT EXTENSIONS
OR
OR
PASSAN BASE
4IN-4OUT
To control one or two
doors + connected systems such as alarms,
CCTV.
8 INPUTS 8 OUTPUTS
To control three or four
doors
PASSAN BASE
EXT. DOOR 3&4
INPUT AND OUTPUT EXTENSIONS
OR
OR
PASSAN BASE
EXT. DOOR 3&4
4IN-4OUT
8 INPUTS 8 OUTPUTS
To control one or two
doors + connected systems such as alarms,
CCTV.
To control five or six
doors
PASSAN BASE
EXT. DOOR 3&4
EXT. DOOR 5&6
Page 5 of 22
LIFT
Control access authorisation to floors on one
or two lifts
PASSAN BASE
LIFT MODULE
INPUT AND OUTPUT EXTENSIONS
OR
PASSAN BASE
LIFT MODULE
OR
8 INPUTS 8 OUTPUTS
4IN-4OUT
Control access authorisation to floors on one
or two lifts + connected systems such as
alarms, CCTV.
INTERCOM
Control one or two
entry panels
PASSAN BASE
INTERCOM MOD.
INPUT AND OUTPUT EXTENSIONS
PASSAN BASE
OR
INTERCOM MOD.
4IN-4OUT
Page 6 of 22
OR
8 INPUTS 8 OUTPUTS
Control one or two
entry panels + connected systems such as
alarms, CCTV.
2
MODULE WIRING DIAGRAMS
2.1 PASSAN BASE AND EXTENSION MODULES
L+ L- LD
RTE C NC NO
Reader 1 Exit Push
button
Relay 1
EXTENSION MODULE FOR CHANNEL 3&4
L+ L- LD RTE C NC NO
Reader4 ExitPB Relay4
9 10 11 12 13 14 15 16
W-Brown
W-Brown
8
Brown
7
Blue
6
Orange
5
Green
4
L+ L- LD RTE C NC NO
Reader4 ExitPB Relay4
INTERCOM EXTENSION MODULE
LIFT 2 DECODER(S)
PANEL 1
1
B2+ B2-
B1+ B1-
W-Green
W-Blue
Blue
Brown
3
L+ L- LD RTE C NC NO
Reader3 ExitPB Relay3
LIFT EXTENSION MODULE
LIFT 1 DECODER(S)
2
Brown
1
Orange
9 10 11 12 13 14 15 16
CHANNEL 6 / DOOR 6
2
3
PANEL 2
4 5
6
7
8
9 10 11 12
LIFT 2
LIFT 1
INTERCOM DECODER
ON
DIP
1 2 3 4 5 6
Dip switches ON
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
Output10
Output9
Output8
Output7
Output6
Output5
Output4
Output3
Output2
Output1
Common
Bus- Bus+
LIFT DECODER
ON
DIP
1 2 3 4 5 6
Dip switches ON
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
Output10
Output9
Output8
Output7
Output6
Output5
Output4
Page 7 of 22
Output3
Output2
Output1
Common
Bus- Bus+
* colour code for CAT5
L+ L- LD RTE C NC NO
Reader3 ExitPB Relay3
RS 485 bus
CHANNEL 5 / DOOR 5
W-Brown
8
Brown
7
Green
6
Blue
5
Orange
Brown
4
B+ B- B0
Relay 2
EXTENSION MODULE FOR CHANNEL 5&6
CHANNEL/DOOR 4
W-Brown
Blue
Green
Orange
3
2
1
RTE C NC NO
Push
Reader 2 Exit
button
* colour code for CAT5
CHANNEL/DOOR 3
L+ L- LD
Blue
12VDC
Green
+ -
W-Brown
Earth
W-Brown
19 20 21
Green
11 12 13 14 15 16 17 18
Blue
3 4 5 6 7 8 9 10
Orange
1 2
Brown
RS 485
Green
CHANNEL 2 / DOOR 2
Blue
CHANNEL 1 / DOOR 1
Orange
PWR
* colour code for CAT5
PASSAN CONTROL BASE
EXTENSION MODULE 4INPUTS&4OUTPUTS
Input1
Input2
Input3
Input4
Output1
EXTENSION MODULE 8 INPUTS
Output2
Output3
Output4
Input1
Input2
Input3
Input4
Input5
Input6
Input7
Input8
GND
GND
1
2
3
4
5
6
7
8
9 10 11 12 13 14 15 16
1
2
3
4
5
6
7
8
9 10 11 12 13 14 15 16
EXTENSION MODULE 8 OUTPUTS
Output1
1
2
Output2
Output3
3
5
4
6
Output4
7
8
Output5
Output6
Output7
Output8
9 10 11 12 13 14 15 16
IMPORTANT
When installing the different extension modules, the red leds help you to diagnosis malfunctions or faulty
wiring.
Please refer to the chapter LED DIAGNOSTIC
2.2 LED DIAGNOSTIC
2.2.1Basic Passan Module
LED
Meaning
Power
Normal state: ON
Led switch OFF
Too low voltage
(below 10.7V)
Network communication
Normal state: ON or
flashing
Must not be switThe control unit is
ching off permaidentified as ‘00’
nently, must light
address
every 4 seconds at
least, means communication network
on.
Communication in No communication
progress with exter- in progress
nal device (PC)
Led switch ON
Correct voltage
level
Connection in
progress
Page 8 of 22
Led flashing
•Too high voltage
(over 15.7V)
or
• Too important rippling (over 250mV
peak to peak)
Bus communication
error
The control unit
does not succeed
contacting the ‘00’
control unit.
Communication
error with the PC
Solutions
Use power supply
minimum 12V/1A
Peak to peak do not
exceed 200mV
Check if you have
at least one control
unit in your system
which has the ‘00’
address.
If you only use one
control unit, please
call it ‘00’
check cable
Led
Door 1 reader
status
Reader is not detected
Reader is detected
Communication error with the reader
Door 2 reader
status
Reader is not detected
Reader is detected
Communication error with the reader
Data error
Led 2 and 3 flash simultaneously to indicate that the controller
information is not available. the controller memory should be
erased before any new installation
No soft in the
controller
Led 2-3 and 4-5 flash simultaneously to advise that there is no
software in the controller
check the cable
check the distance
between reader and
controller
use the free
upgrade software to
update the controller and erase the
incorrect information
load the free
upgrade software in
the controller
2.2.2Extension module Door 3 and 4
Meaning
Door 3 reader
status
led switch off
led switch on
reader not detected reader detected
Door 4 reader
status
reader not detected reader detected
Led flashing
Solutions
led must never flash check the cables
check the distance
between reader and
Led must never
controller
flash
2.2.3Extension module Door 5 and 6
Led
Led
Meaning
Door 5 reader
status
led switch off
led switch on
reader not detected reader detected
Door 6 reader
status
reader not detected reader detected
Led flashing
Solutions
led must never flash check the cables
check the distance
between reader and
Led must never
controller
flash
2.2.4Intercom Extension module
Meaning
Led switch off
Led switch on Led flashing
Solutions
Panel 1 status panel not detected Panel detected Led must never check the cables
flash
check the distance between
reader and controller
Panel 1 status panel not detected Panel detected Led must never Check the ambient temperaflash
ture (0to50°C)
Check the cabling of the call
module
Page 9 of 22
2.2.5Input / output modules
Led
Meaning
Input 1 status
Led switch off
Input dry contact is
activated
Led switch on
Led flashing
Input dry contact is not
activated
Output 3 status
output dry contact is
activated
Output dry contact is
not activated
Input 7 status
Input dry contact is
activated
Input dry contact is not
activated
Output is setup on
repetition mode
2.3 PERIPHERAL WIRING DIAGRAMS
2.3.1Proximity reader wiring diagram
12VDC
L+ L- LD
RTE C NC NO
L+ L- LD
RTE C NC NO
W-Green
W-Blue
Blue
Brown
W-Brown
+ -
W-Brown
19 20 21
Green
11 12 13 14 15 16 17 18
Blue
3 4 5 6 7 8 9 10
Orange
1 2
Brown
RS 485
Green
CHANNEL 2
Blue
CHANNEL 1
Orange
PWR
B+ B- B0
* colour code for CAT5
PASSAN CONTROL BASE
Orange
Blue
Green
Green
Blue
Orange
L+ L0 LD
L+ L0 LD
3WIRES - WIRING DISTANCE: 100m MAX - WIRE DIAMETER: 0.6mm - VERY SENSIBLE CABLING
Connect the reader’s three wires to the connectors 3-4-5 or 11-12-13 of the passan base; or to the
connectors 1-2-3 or 9-10-11 of the extension module door 3&4 and/or the extension module door 5&6.
Important: do not connect the readers wires near high voltage (220Vac) cables or door lock.
Page 10 of 22
2.3.2RF receiver wiring diagram
12VDC
RTE C NC NO
L+ L- LD
RTE C NC NO
W-Green
W-Blue
Blue
Blue
L+ L- LD
W-Brown
+ -
W-Brown
19 20 21
Brown
11 12 13 14 15 16 17 18
Green
3 4 5 6 7 8 9 10
Blue
1 2
Orange
RS 485
Brown
CHANNEL 2
Green
CHANNEL 1
Orange
PWR
B+ B- B0
* colour code for CAT5
PASSAN CONTROL BASE
Blue
Orange
Green
Orange
Blue
Green
Environment
Environment
Rec OK
Rec OK
L+ L- LD B+ B-
L+ L- LD B+ B-
ANT+ ANT-
ANT+ ANT-
Loop
Loop
RF Antenna 433MHz
in option
RF Antenna 433MHz
in option
3WIRES - WIRING DISTANCE: 100m MAX - WIRE DIAMETER: 0.6mm - VERY SENSIBLE CABLING
Connect the receiver’s three wires to the connectors 3-4-5 or 11-12-13 of the passan base; or to the
connectors 1-2-3 or 9-10-11 of the extension module door 3&4 and/or the extension module door 5&6.
Important: do not connect the receiver wires near high voltage (220Vac) cables or door lock.
The RF receiver’s B+ and B- connectors should always be connected otherwise no communication will be
possible with Passan controller.
If you use a vehicle detector (underground loop), connect the detector’s relays to B+ and B-.
If you do not use any external detector, connect a wire between B+ and BDo not place the receiver in a metal box. This will decrease the RF efficiency.
Page 11 of 22
Example: Installation of Passan base with two extension module to control 6
doors
Connect a wire
between 4&5
(loop)
Memory card
Event card
Extension Module
Door 5&6
Door 5
Reader
Door 3
Door 6
Extension Module
Door 3&4
Door 3
Door 4
Reader
Door 5
PSU
Switch n°1 in
OFF position
Reader
Door 4
Earth
Bus Bus +
PSU
Protection
Diode Ref: 1N4004
PSU
Reader
Door 1
Reader
Door 6
Reader
Door 2
Bus towards other
controllers
Fail-safe lock
Door 1
Protection
Diode Ref: 1N4004
Fail-safe
lock
Door 2
USE AN INDEPENDENT WIRE FOR THE CONNECTIONS
CONTROLLER <-> READERS AND
CONTROLLER <-> RECEIVERS
WIRING DISTANCE
DISTANCE
50 meters
BUS (Wire Diameter: 0.6 mm / AWG24)
OK
READERS (Wire Diameter: 0.6 mm / AWG24)
OK
EXIT PUSH BUTTON (Wire Diameter: 0.6 mm / AWG24)
OK
DPW (Wire Diameter: 0.9 mm / AWG24)
OK
PSU (Wire Diameter: 0.9 mm / AWG24)
OK
Page 12 of 22
100 meters
OK
OK
OK
OK
NO
1000 meters
OK
NO
NO
NO
NO
2.3.3Entry Panels and Decoder wiring diagram
Diagram of Panel’s electronic:
Contrast
Commun
NO
Z -> A
Dry contact
C
Video relay
A -> Z
C
Call
To electrical
NO
Door
Guard call
lock
NC
relay
S2
C1
To heating
+
C2
heating
resistor
Com.
NC1
resistor
relay
NC2
NO1
NO2
Ring.
C
NO
relay
Optional
BP+
keyboard
Keyboard
BP-
Audio to the decoder
Audio from main call module
Speaker & microphone
Dry contact for
ringing generator
+12 V
-12 V
485 Bus+
485 BusDec BusDec Bus+
PP BusPP Bus+
Ground
To 3 or 4 digital panel
push buttons.
Connection to
PASSAN door phone
interface
Bus from main call module.
Descending riser.
Bus to decoders. ascending
riser.
Notions of Secondary Panel / Main Panel / Dedet and riser:
DEDET
DEDET
DEDET
DEDET
DEDET
DEDET
DEDET
DEDET
DEDET
Secondary
call module
Main call
module
Page 13 of 22
Wiring Diagram of the Intercom Extension Module:
Connection to
PASSAN door phone
interface
To 3 or 4 digital panel
push buttons.
Audio to the decoder
Audio from main call module
Speaker & microphone
Dry contact for
ringing generator
Contrast
Commun
NO
Z -> A
Dry contact
C
Video relay
A -> Z
C
Call
To electrical
NO
Door
Guard call
lock
NC
relay
S2
C1
To heating
+
C2
heating
resistor
Com.
NC1
resistor
relay
NC2
NO1
NO2
Ring.
C
NO
relay
Optional
BP+
keyboard
Keyboard
BPGround
+12 V
-12 V
485 Bus+
485 BusDec BusDec Bus+
PP BusPP Bus+
Ground
+12 V
-12 V
485 Bus+
485 BusDec BusDec Bus+
PP BusPP Bus+
Contrast
Commun
NO
Z -> A
ntact
C
Video relay
A -> Z
C
Call
rical
NO
Door
Guard call
NC
relay
S2
C1
ting
+
C2
heating
or
Com.
NC1
resistor
relay
NC2
NO1
NO2
Ring.
C
NO
relay
Optional
BP+
keyboard
Keyboard
BP-
Connection to
PASSAN door phone
interface
Bus from main call module.
Descending riser.
INTERCOM
EXTENSION ascending
MODULE
Bus to decoders.
riser.
PANEL 1
1
2
3
PANEL 2
4 5
6
7
8
9 10 11 12
4WIRES - WIRING DISTANCE: 100m MAX - WIRE DIAMETER: 0.6mm - VERY SENSIBLE CABLING
On the Intercom extension Module, the connectors 3 - 4 and 9 - 10 are dedicated to dry contacts to open
the door through the apartment handset.
Page 14 of 22
To 3
push
Audio
Audio
Speak
Dry c
ringi
Bus fro
Descend
Bus to
riser.
Decoder Wiring Diagram, Example with 2 Main Entry Panels and 2 Secondary Entry Panels
INTERCOM DECODER
ON
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
DIP
1 2 3 4 5 6
Dip switches ON
Output10
Output9
Output8
Output7
Output6
Output5
Output4
Output3
Output2
Output1
Common
Bus- Bus+
Riser
Riser
Secondary Panel
Secondary Panel
Com.
relay
Ground
C1
C2
NC1
NC2
NO1
NO2
C
NO
BP+
BP-
Speaker
Microphone
+12 V
-12 V
485 Bus+
485 BusDec BusDec Bus+
PP BusPP Bus+
Ring.
relay
Keyboard
Contrast
Commun
NO
Z -> A
C
Video relay
A -> Z
C
Call
NO
Door
Guard call
NC
relay
S2
C1
+
C2
heating
Com.
NC1
resistor
relay
NC2
NO1
NO2
Ring.
C
NO
relay
BP+
Keyboard
BP-
Commun
Z -> A
A -> Z
Call
Guard call
Ground
Main Panel
Ground
+12 V
-12 V
485 Bus+
485 BusDec BusDec Bus+
PP BusPP Bus+
Contrast
Commun
NO
Z -> A
C
Video relay
A -> Z
C
Call
NO
Door
Guard call
NC
relay
S2
C1
+
C2
heating
Com.
NC1
resistor
relay
NC2
NO1
NO2
Ring.
C
NO
relay
BP+
Keyboard
BP-
Speaker
Microphone
+12 V
-12 V
485 Bus+
485 BusDec BusDec Bus+
PP BusPP Bus+
NO
C
Video relay
C
NO
Door
NC
relay
S2
+
heating
resistor
Main Panel
Speaker
Microphone
Contrast
Commun
NO
Z -> A
C
Video relay
A -> Z
C
Call
NO
Door
Guard call
NC
relay
S2
C1
+
C2
heating
Com.
NC1
resistor
relay
NC2
NO1
NO2
Ring.
C
NO
relay
BP+
Keyboard
BPGround
Speaker
Microphone
+12 V
-12 V
485 Bus+
485 BusDec BusDec Bus+
PP BusPP Bus+
Contrast
2WIRES+AUDIO - WIRING DISTANCE: 200m MAX - WIRE DIAMETER: 0.6mm - VERY SENSIBLE
CABLING
On the Intercom extension Module, the connectors 3 - 4 and 9 - 10 are dedicated to dry contacts to open
the door through the apartment handset.
The cables dedicated to the audio depends on the door phone system used. Refer to the Door Phone
System documentation before cabling.
Once the installation is completed, the decoders’ minimum voltage level should not be below 10V;
otherwise, the decoders will not work.
Do not connect the decoders near high voltage (220Vac) cables or door lock.
Page 15 of 22
2.3.4Lift and Decoder wiring diagram
The connection between Passan and the lift extension module is a low-level connection as it uses only dry
contacts.
The output decoders are activated depending on which floors the keyholder has access to.
In case several keyholders present their keys to the lift reader, the authorised floor will be added.
Note: the access authorisation can also be given through the entry panle managed by a controller of the
same network.
Output3
Output2
LIFT EXTENSION MODULE
LIFT 1 DECODER(S)
Output1
LIFT 2 DECODER(S)
Common
Common
Bus-
B1+ B1LIFT 1
B2+ B2-
Bus+
Output8
Output7
Output6
Output5
Output4
Output3
Output2
Output1
Common
Common
BusBus+
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
Output4
Output9
Dip switches ON
DIP
Output5
Output10
ON
Output6
1 2 3 4 5 6
Output7
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
Output8
DIP
Output9
ON
1 2 3 4 5 6
Output10
Dip switches ON
LIFT 2
2WIRES - WIRING DISTANCE: 200m MAX - WIRE DIAMETER: 0.6mm - VERY SENSIBLE CABLING
Once the installation is completed, the decoders’ minimum voltage level should not be below 10V; otherwise, the decoders
will not work.
Do not connect the decoders near high voltage (220Vac) cables or door lock.
Page 16 of 22
Example of an installation with Intercom Extension module and Lift extension Module:
Page 17 of 22
2.3.5Entry Panel’s Heating resistance, Panel Push Button, Panel’s Keyboard and Video wiring diagram
Entry Panel’s Heating resistance, Video wiring diagram
Contrast
NO
C
Video relay
C
NO
Door
NC
relay
S2
+
heating
resistor
DryVideo
contact
To electrical
lock
To heating
resistor
Com.
relay
Panel Entry’s
heating resistor
Ground
Ring.
relay
Connection to
For the Entry Panel’s heating resistor: 200mAPASSAN
max / 60
Ohms
door
phone
For the Video, the dry contact will remain open
during
the
whole communication
interface
2
3
4
5
6
7
8
9
.
0
5
3
2
C3
C2
C1
Panel’s Keyboard wiring diagram
1
*
L1
8
L2
7
L3
L4
2
4
6
6
4
8
Please refer to the Panel Entry keyboard
installation guide
Example with a FDI Entry Panel
Page 18 of 22
C1
C2
NC1
NC2
NO1
NO2
C
NO
BP+
BP-
+12 V
-12 V
485 Bus+
485 BusDec BusDec Bus+
PP BusPP Bus+
Keyboard
Keyboard
Micromatch
connectors
Optional
keyboard
Commun
Z -> A
A -> Z
Call
Guard call
Keyboard
Micromatch
connectors
3
5
7
To 3
push
Audio
Audio
Speak
Dry c
ringi
Bus fro
Descend
Bus to
riser.
Panel Push Buttons wiring diagram
Contrast
NO
C
Video relay
C
NO
Door
NC
relay
S2
+
heating
resistor
Com.
relay
Ring.
relay
Z->A
Call
A->Z
C1
C2
NC1
NC2
NO1
NO2
C
NO
BP+
BP-
+12 V
-12 V
485 Bus+
485 BusDec BusDec Bus+
PP BusPP Bus+
Keyboard
Panel push buttons
Commun
Z -> A
A -> Z
Call
Guard call
Ground
5WIRES - WIRING DISTANCE: 10cm MAX - WIRE DIAMETER: 0.6mm - SENSIBLE CABLING
The maximum wiring distance is 10 cm.
2.3.6.Exit push button wiring diagram
12VDC
L+ L- LD
RTE C NC NO
Diameter 6/10
500m max length
L+ L- LD
Exit PB
RTE C NC NO
Diameter 6/10
500m max length
W-Green
W-Blue
Blue
W-Brown
W-Brown
+ -
Brown
19 20 21
Green
11 12 13 14 15 16 17 18
Blue
3 4 5 6 7 8 9 10
Orange
1 2
Brown
RS 485
Green
CHANNEL 2
Blue
CHANNEL 1
Orange
PWR
B+ B- B0
* colour code for CAT5
PASSAN CONTROL BASE
Exit PB
2WIRES - WIRING DISTANCE: 100m MAX - WIRE DIAMETER: 0.6mm - NOT SENSIBLE CABLING
Important: do not connect the Push buttons wires next to high voltage (220Vac) cables or door lock
Page 19 of 22
2.3.7Main power supply and door lock system
PSU
12VDC
L+ L- LD
RTE C NC NO
L+ L- LD
RTE C NC NO
W-Green
W-Blue
Blue
W-Brown
W-Brown
+ -
Brown
19 20 21
Green
11 12 13 14 15 16 17 18
Blue
3 4 5 6 7 8 9 10
Orange
1 2
Brown
RS 485
Green
CHANNEL 2
Blue
CHANNEL 1
Orange
PWR
* colour code for CAT5
PASSAN CONTROL BASE
B+ B- B0
230V~
0
Diode
1N4007
12V
12VDC 1A
L
Magnetic
Lock
PSU
Diode
1N4007
230V~
0
L
12V
Electrical
Lock
12VDC 1A
2WIRES - WIRING DISTANCE: 5m MAX - WIRE DIAMETER: 0.9mm
The power supply must be 12VDC and should be able to bear 1A per controller.
Do not use the same power supply for controller and door lock. You must use two separate Power Supply.
You must always install a protection diode on the door lock connection. We recommend the protection
diode 1N4004 or 1N4007.
If you use a AC power supply for the locks, you should replace the protection diode by a bi-directional
transil with an adequate voltage. For instance, if the locks are powered with 24Vac, you should use a 25V
bi-directional transil.
Do not put the door lock cables next to the readers or decoders.
Page 20 of 22
3
HOW TO CREATE A CONTROLLERS’ NETWORK
PASSAN CONTROL BASE
PASSAN CONTROL BASE
CHANNEL 1 / DOOR 1
B+ B- B0
button
Reader 1 Exit Push
button
Relay 1
RTE C NC NO
Push
Reader 2 Exit
button
Relay 2
W-Blue
Blue
Brown
Green
Orange
W-Green
W-Blue
Blue
RTE C NC NO
L+
L- LD RTE C NC RS
NO485 busL+ L- LD
Reader 2 Exit Push Relay 2
W-Green
L+ L- LD
19 20 21
W-Brown
+ -
Relay
1
12VDC
19 20 21
Blue
3 4 5 6 7 8 9 10
Orange
Orange
Brown
RTE C NC NO
Reader 1 Exit Push
button
11 12 13 14 15 16 17 18
RS 485
11 12 13 14 15 16 17 18
W-Brown
L+ L- LD
RS 485
B+ B- B0
* colour code for CAT5
12VDC
Earth
W-Brown
+ -
Blue
Earth
Green
Orange
1 2
W-Brown
Brown
3 4 5 6 7 8 9 10
Green
Brown
1 2
CHANNEL 2 / DOOR 2
Blue
CHANNEL 1 / DOOR 1
Blue
PWR
CHANNEL 2 / DOOR 2
* colour code for CAT5
PWR
Green
RS 485 bus
12VDC
L+ L- LD
RTE C NC NO
Reader 1 Exit Push
button
Relay 1
L+ L- LD
RTE C NC NO
Push
Reader 2 Exit
button
Relay 2
W-Green
W-Blue
Blue
W-Brown
+ -
W-Brown
Earth
Brown
19 20 21
Green
11 12 13 14 15 16 17 18
Blue
3 4 5 6 7 8 9 10
Orange
1 2
Brown
RS 485
Green
CHANNEL 2 / DOOR 2
Blue
CHANNEL 1 / DOOR 1
Orange
PWR
B+ B- B0
RS 485 bus
3 WIRES - WIRING DISTANCE: 1200m MAX - WIRE DIAMETER: 0.6mm - SENSIBLE CABLING SCREEN: YES
The maximum wire distance between the first and the last controllers of the network should not exceed
1200m.
Controllers are networked in parallel mode with 3 wires. You can create a loop
If the Passan controller contains some data, please contact the technical support before creating a
network.
Page 21 of 22
* colour code for CAT5
PASSAN CONTROL BASE
4
PREPARE YOUR INSTALLATION
4.1 CONTROL UNIT ADDRESS
On the Passan Base, right side, there are some switches. These switches are used to give a number to
each Passan Controller within the same network. When you install a network, each controller should have
a different number from 0 to 31
ON
1
2
3
4
5
6
0
1
2
3
4
5
6
7
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
8
9
10
11
12
13
14
15
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
16
17
18
19
20
21
22
23
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
ON
1
2
3
4
5
6
24
25
26
27
28
29
30
31
ON
1
2
3
4
5
6
2
3
4
5
6
2
3
4
5
6
2
3
4
5
6
2
3
4
5
6
2
3
4
5
6
2
3
4
5
6
2
3
4
5
6
ON
1
ON
1
ON
1
ON
1
ON
1
ON
1
ON
1
One network’s controller should always have the number 0.
Use sequestial address. Do not allocate a number according to block building number, street number...
This number is for controller identification
Page 22 of 22