Siemens AFI5100 User manual

SiPass integrated
AFI5100
Installation manual
Fire Safety & Security Products
Siemens Building Technologies

Liefermöglichkeiten und technische Änderungen vorbehalten.
Data and design subject to change without notice. Supply subject to availability.
© 2005 Copyright by
Siemens Building Technologies AG
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Contents
1Input Point Module (AFI5100) ................................................................5
1.1 Product Description...................................................................................5
1.2 Product Numbers ......................................................................................5
1.3 Prerequisites .............................................................................................5
1.4 Expected Installation Time........................................................................6
1.5 Mounting Instructions................................................................................6
1.6 Wiring ........................................................................................................6
1.7 Links and Jumpers....................................................................................9
1.8 LEDs .......................................................................................................10
1.9 Recommended Cable Specifications......................................................11
1.10 Programming and Firmware Download ..................................................11
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Fire Safety & Security Products 02.2005

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Siemens Building Technologies
Fire & Security Products 02.2005

Input Point Module (AFI5100)
1 Input Point Module (AFI5100)
Fig. 1 Input Point Module
1.1 Product Description
The AFI5100 is an Input Point Module used as part of a Siemens integrated access
control and security solution. It provides an interface between an Advanced Access
Controller (ACC) and up to 32 input devices used to monitor a secure facility.
The AFI5100 continuously monitors the status of all input devices connected; for
example, Passive Infrared Detectors (PIRs). Any changes in state are instantly
communicated to the ACC and then on to the Host system if necessary.
1.2 Product Numbers
6FL7820-8CB10 AFI5100 – Input Point Module and base-plate
1.3 Prerequisites
 Input Devices to be connected to the IPM
 Cabling (RS-485)
 Required Tools & Materials
 Medium-duty drill and associated drill-bits (if required)
 4 mounting screws or standoffs (approx. 4mm)
 Flat-blade terminal screwdriver
 Wire cutters
 Cable strippers
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Input Point Module (AFI5100)
1.4 Expected Installation Time
30 minutes
1.5 Mounting Instructions
1. Remove the AFI5100 from its carton and discard the packaging material.
2. Place the AFI5100 (base-plate) against the surface to which it is to be affixed
and mark the location of the mounting holes.
3. If being mounted within a cabinet, simply align the AFI5100 base-plate with
the holes located on the cabinet backplane and proceed to step 3.
4. It is recommended that you affix the AFI5100 in all four of the mounting loca-
tions.
WARNING Do not apply power to the IPM or associated components at this stage.
5. Select the appropriate drill bit according to the mounting surface / hole size
and drill the holes in the locations marked (if required).
6. Fasten the AFI5100 base-plate to the surface using the correct type of screws
or standoffs for the surface.
7. Connect the cabling to the AFI5100 PCB (as described in the next section ti-
tled ‘Wiring’).
8. Apply power to the AFI5100 and test its operation.
9. This step may require installation and programming of the access control host
software and download of the firmware instruction set.
Alternatively, the firmware and configuration may be carried out using the FLN
Field Service Tool.
1.6 Wiring
It is recommended that you wear a grounding strap while carrying out this proce-
dure.
1. Connect all input devices to the INPUT ports.
Listed end-of-line resistors must be connected to the wiring for each input device if they are to be
supervised. If supervised, cable must be shielded and total cable run resistance must not exceed 100
Ohms. Cable shielding must be unconnected at the device end, and connected to the board earth at
the IPM end.
2. Connect any devices to the OUTPUT ports.
3. Connect appropriate wiring to the FIRE OVERRIDE INPUT port if required.
Listed end-of-line resistors must be connected to the Fire Over-ride Input wires if you are implement-
ing Enhanced Fire Over-ride. Enhanced mode requires the connection of 22Kohm supervision resistor
circuits. Cable must be shielded and total cable run resistance must not exceed 100 Ohms.
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Input Point Module (AFI5100)
4. Connect the next device in the Fire Override sequence to the FIRE OVER-
RIDE OUTPUT port if required.
5. Connect the FLN wires (from the ACC) to the RS485 BUS port.
6. If the FLN cable is long or subject to high noise, ensure that the jumper across
link LK10 (EOL) has been made. This only applies to units located on the
ends of bus lines.
7. Connect the active (+ve) and neutral (-ve) wires from the Power Supply Unit
(PSU) to the POWER IN port. Ensure the polarity of the connection is made
correctly.
8. Check all connections thoroughly.
9. Power can now be applied to the AFI5100 .The following diagram displays the
layout and dimensions of the AFI5100 with brace attached:
287mm (11.30")
257mm (10.12")
250mm
(9.84")
9mm 9mm
5mm5mm
(0.20")
(0.35") (0.35")
BRD-00005
SiemensBuildingTechnologies
RS-485
E - +
FIRE OUT
Nc C No
LOCAL IN OUT
IP+ IP- OP+ OP- 0V V+
OUTPUT 1
RLY4RLY3RLY2
RLY1 RLY5
POWER
ACTIVITY
TXCOMMS
LK14
LK13
LK12LK11
LK1
Nc C No
LK 9
LK3
RXCOMMS
INPUT1
IN+IN-
IN+IN-
INPUT5
INPUT2
IN+IN-
IN+IN-
INPUT6
INPUT3
IN+IN-
IN+IN-
INPUT7
INPUT4
IN+IN-
IN+IN-
INPUT8
INPUT9
IN+IN-
IN+IN-
INPUT13
INPUT10
IN+IN-
IN+IN-
INPUT14
INPUT11
IN+IN-
IN+IN-
INPUT15
INPUT12
IN+IN-
IN+IN-
INPUT16
INPUT17
IN+IN-
IN+IN-
INPUT21
INPUT18
IN+IN-
IN+IN-
INPUT22
INPUT19
IN+IN-
IN+IN-
INPUT23
INPUT20
IN+IN-
IN+IN-
INPUT24
INPUT25
IN+IN-
IN+IN-
INPUT29
INPUT26
IN+IN-
IN+IN-
INPUT30
INPUT27
IN+IN-
IN+IN-
INPUT31
INPUT28
IN+IN-
IN+IN-
INPUT32
INPUT1
INPUT2
INPUT3
INPUT4
INPUT5
INPUT6
INPUT7
INPUT8
INPUT17
INPUT18 INPUT19
INPUT20
INPUT21 INPUT22
INPUT23
INPUT24
INPUT9
INPUT10
INPUT11
INPUT12
INPUT13
INPUT14
INPUT15
INPUT16
INPUT25
INPUT26 INPUT27
INPUT28
INPUT29
INPUT30
INPUT31
INPUT32
OUTPUT 2
Nc C No
OUTPUT 3
Nc C No
OUTPUT 4
Nc C No
POWER IN
0V V+ E
FIREINPUT
IN+IN-
DC OUT
FORNORMAL
LK5
LK7
LK8
FOR EN
FOR DIS
LK 10
0V V+
DC OUT
S/N:
LK2
LK4LK6
FORENABLE
FOR
OUTPUT1
OUTPUT2
OUTPUT3 OUTPUT4
DCOUT2
DCOUT1
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Input Point Module (AFI5100)
The following diagram displays the location of the ports on the AFI5100 :
FOR OUT
Nc C No
OUT 1
Nc C No
OUT 2
Nc C No
OUT 3
Nc C No
OUT 4
Nc C No
DC POWER IN
0V V+ E
LOCAL IN OUT
IN+ IN- OUT+ OUT- 0V V+
12V OUT 2
0V V+
12V OUT 1
BRD-00005
SiemensBuildingTechnologies
RS-485
E - +
RLY4RLY3RLY2
RLY1 RLY5
POWER
ACTIVITY
TXCOMMS
LK14
LK13
LK12LK11
LK1
LK 9
LK3
RXCOMMS
INPUT1
IN+IN-
IN+IN-
INPUT5
INPUT2
IN+IN-
IN+IN-
INPUT6
INPUT3
IN+IN-
IN+IN-
INPUT7
INPUT4
IN+IN-
IN+IN-
INPUT8
INPUT9
IN+IN-
IN+IN-
INPUT13
INPUT10
IN+IN-
IN+IN-
INPUT14
INPUT11
IN+IN-
IN+IN-
INPUT15
INPUT12
IN+IN-
IN+IN-
INPUT16
INPUT17
IN+IN-
IN+IN-
INPUT21
INPUT18
IN+IN-
IN+IN-
INPUT22
INPUT19
IN+IN-
IN+IN-
INPUT23
INPUT20
IN+IN-
IN+IN-
INPUT24
INPUT25
IN+IN-
IN+IN-
INPUT29
INPUT26
IN+IN-
IN+IN-
INPUT30
INPUT27
IN+IN-
IN+IN-
INPUT31
INPUT28
IN+IN-
IN+IN-
INPUT32
INPUT1 INPUT2
INPUT3
INPUT4 INPUT5
INPUT6 INPUT7
INPUT8
INPUT17
INPUT18
INPUT19
INPUT20
INPUT21 INPUT22
INPUT23
INPUT24
INPUT9
INPUT10
INPUT11
INPUT12 INPUT13
INPUT14
INPUT15 INPUT16
INPUT25
INPUT26
INPUT27
INPUT28 INPUT29
INPUT30
INPUT31
INPUT32
FORIN
IN+IN-
FOR
NORMAL
LK5
LK7
LK8
FOR EN
FOR DIS
LK 10
S/N:
LK2
LK4LK6
FOR
ENABLE
FOR
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
DCOUT2
DCOUT1
9 4
56
7
8
1 2 3
The following table provides a brief description of each port:
Port Name Brief Description
1 INPUT 17 – INPUT 32
Input Ports 1 - 32
Inputs for connection to monitoring and input
devices
2 INPUT 1 – INPUT 16
Input Ports 1 - 16
Inputs for connection to monitoring and input
devices
3 FOR IN
Fire Over-ride Input Port
Input for Fire Over-ride wiring
4 DC Power IN DC power input
5 FOR OUT
Fire Over-ride Output Port
Fire Over-ride for connecting devices in Fire Over-
ride sequence
6 OUT 1 – OUT 4
Output Ports 1 - 4
Auxiliary Relay-driven Outputs
7 12V OUT 1-12V OUT 2
Auxiliary 12 V DC Power Supply 1-2
12 V DC power source
8 LOCAL IN OUT
Tamper In/Out Port
Local input and output for tamper detection and
alarm
9 RS485 BUS RS485 communications port for connection to an
ACC FLN channel
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Fire Safety & Security Products 02.2005

Input Point Module (AFI5100)
1.7 Links and Jumpers
The following table outlines the link settings for the AFI5100 :
Link Description Value
LK1, LK2 Links 1 and 2 are used to configure
whether Fire Over-ride (FOR) will oper-
ate in Enhanced FOR mode or Normal.
Enhanced mode also requires the
connection of a supervision circuit to
the Fire Over-ride Input.
To enable Normal
Mode:
LK1 LK2
NORMAL
FOR
To enable En-
hanced Mode:
LK1 LK2
NORMAL
FOR
LK4, LK6 Links 4 and 6 control whether Fire
Over-ride (FOR) is enabled.
If the links are set to FOR operation,
activation of the FOR input will cause
the outputs to return to the NO position.
If the links are set to the off position,
FOR input will have no effect on the
state of the output relays.
FOR operation
active:
LK4 LK6
FORENABLE
FOR operation
ignored:
ENABLE
LK4 LK6
FOR
LK3, LK5 These auxiliary links have been included for further enhancement of the system.
LK7 LK7 affects the reset action when the
RESET link (LK9) is set and the power
turned on.
See LK9 below for a description of how
to reset the unit.
LK7
If the jumper on Link 7 is set as shown,
it is set to “Full Reset” mode.
LK7
If the jumper on Link 7 is taken off, it is
set to “Partial Reset” mode.
LK8 This is a General Purpose links that has been included for further enhancement
of the system.
LK9 Memory Clear and Reset
Setting LK9 and turning the power off and on will reset the IPM. A full or partial
reset can be achieved by setting LK7 on or off.
If LK7 is set, the IPM will fully reset and any firmware loaded into the memory will
be erased. You will need to re-program the IPM with firmware again before it can
operate.
If LK7 has the jumper removed, the microcontroller will be rebooted but the firm-
ware will remain in memory.
LK10 EOL Termination (Bus)
This link allows the RS485 BUS com-
munications channel to be terminated
in noisy or lengthy comms.
Note: Units located at the end of bus
lines only should have this link set.
RS485 BUS port
not terminated.
LK10
EOL
RS485 BUS port
terminated.
LK10
EOL
LK11 – LK14 FOR Activation
These links allow FOR activation to be
enabled or disabled for each individual
relay output.
Enabling Fire Override for a relay
means that when the FOR input is
activated, the relay output switch to the
NO position.
LK11
FOR EN
FOR DIS
LK12
In the above diagram LK11 (Relay 1) is
set to FOR Enabled and LK12
(Relay 2) is set to FOR Disabled.
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Input Point Module (AFI5100)
1.8 LEDs
The following table describes the operation of the LEDs located on the AFI5100 :
LED Brief Description
POWER The POWER led is illuminated when power has been applied to the device.
ACTIVITY The ACTIVITY led indicates that the AFI5100 is accessing information con-
tained in its internal database or performing a routine operation.
This LED also indicates whether the initial instruction set has been downloaded.
If power is applied and the LED blinks quickly, the AFI5100 instruction set (firm-
ware) needs to be downloaded. If the LED is blinking slowly, approximately
once per second, a firmware set has already been downloaded.
Tx COMMS The Transmission COMMS LED flashes when the IPM is sending data to the
ACC to which it has been connected (via an FLN).
Rx COMMS The Transmission COMMS LED flashes when the IPM is receiving data from
the ACC to which it has been connected (via an FLN).
Inputs The tricolor Input Port LEDs indicate the current status of the input port. See the
table below for an explanation of the colors.
Outputs Each Output Relay has a corresponding LED that is illuminated when the relay
is activated.
Fire The Fire LED is illuminated when Fire Over-ride is activated.
Each input LED may be in one of two states as indicated by color.
LED Color Input status Fire Over-ride status
Green Denotes input Normal: Closed Denotes FOR Normal: Closed
Orange Denotes input Normal: Open Denotes FOR Normal: Open (alarm)
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Input Point Module (AFI5100)
1.9 Recommended Cable Specifications
The following table outlines the cable recommended for connection of an inte-
grated security system:
Recommended Cable SpecificationsCommunication
Type Core Pairs AWG Stranding Wire Type Insulation Shield Jacket
4 2 28 7 x 36 Tinned
Copper
Polyethylene Aluminium foil- Polyester tape
/ braided shield
PVC
6 3 28 7 x 36 Tinned
Copper
Polyethylene Aluminium foil- Polyester tape
/ braided shield
PVC
RS485
8 4 28 7 x 36 Tinned
Copper
Polyethylene Aluminium foil- Polyester tape
/ braided shield
PVC
4 2 24 7 x 32 Tinned
Copper
Polyethylene Aluminium foil- Polyester tape
/ no braid
PVC
6 3 24 7 x 32 Tinned
Copper
Polyethylene Aluminium foil- Polyester tape
/ no braid
PVC
RS232
8 4 24 7 x 32 Tinned
Copper
Polyethylene Aluminium foil- Polyester tape
/ no braid
PVC
4 2 24 7 x 32 Tinned
Copper
Polyethylene Aluminium foil- Polyester tape
/ no braid
PVC
6 3 24 7 x 32 Tinned
Copper
Polyethylene Aluminium foil- Polyester tape
/ no braid
PVC
RS422
8 4 24 7 x 32 Tinned
Copper
Polyethylene Aluminium foil- Polyester tape
/ no braid
PVC
8 4 24 Solid Bare
Copper
Polyethylene Unshielded PVCRJ-45
8 4 24 7 x 32 Tinned
Copper
Polyethylene Unshielded PVC
8 4 24 Solid Bare
Copper
Polyethylene Aluminium foil- Polyester tape
/ no braid
PVCRJ-12
8 4 24 7 x 32 Tinned
Copper
Polyethylene Aluminium foil- Polyester tape
/ no braid
PVC
Power
(12/24 V DC)
2 1 18 19 x 30 Tinned
Copper
Polyethylene Unshielded PVC
The previous table provides a guideline for selecting an appropriate cable type only. Other cable types
are also compatible with the system and can be used to achieve the same results.
1.10 Programming and Firmware Download
The AFI5100 is programmed using the host software application via the ACC, or
using the FLN Configurator Field Service Tool application. Please refer to the ap-
propriate User’s Guide for more Information.
Information in this document is based on specifications believed correct at the time of publication. The
right is reserved to make changes as design improvements are made.
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Input Point Module (AFI5100)
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Siemens Building Technologies A24205-A335-B245.doc
Fire Safety & Security Products 02.2005

Issued by
Siemens Building Technologies
Fire & Security Products GmbH & Co. oHG
D-76181 Karlsruhe
www.sbt.siemens.com
© 2005 Copyright by
Siemens Building Technologies AG
Data and design subject to change without notice.
Supply subject to availability.
Printed in the Federal Republic of Germany
on environment-friendly chlorine-free paper.
Document no. A24205-A335-B245
Edition 02.2005