Siemens FCI2016-U1, FCI2017-U1 Mounting & Installation

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FCI2016- U1 / FCI2017-U1

Building Technologies

Periphery board (250p) / Periphery board (500p)

Mounting Installa tion

A6V10315038_f_e n_-2016-02-25 Siemens Industry, Inc.

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Legal notice

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A6V10315038_f_en_

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2016-02-25

Legal notice

Technical specifications and availability subject to change without notice.

Transmitt al, reproduction, dissemination and/ or editing of this document as well as utilization of its contents and communication thereof to others without express authorization are prohibited. Offenders will be held liable for payment of damages. All rights created by patent grant or registration of a utilit y model or design pat ent are reserved.

Issued by: Siemens Industry, Inc. Building Technologies Div ision 8 Fernwood Road Florham Park, NJ 07932 Tel. +1 973-593-2600 www.sbt.siemens.com/FIS

Edition: 2016-02-25 Document ID: A6V10315038_f_en_--

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2016-02-25

Table of contents

1 Pe rip hery b oard ( 250p ) FCI 2016 ................................................................. 5

1.1 Description ....................................................................................................... 5

1.2 Installation ........................................................................................................ 7

1.3 Views ............................................................................................................... 8

1.4 Configuration input power and battery ............................................................. 10

1.4.1 Wiring po we r sup p ly in pu t and ba tte ry .............................................. 10

1.4.2 X301 Powe r supp l y termin a l blo ck 1 ................................................. 11

1.4.3 X302 Powe r supp l y 2 termina l blo ck ................................................. 12

1.4.4 X305 ju mper – Power supply 2 on/off ............................................... 12

1.4.5 X304 Voice su p p l y +24 V ................................................................. 13

1.4.6 X303 Battery terminal....................................................................... 13

1.5 NAC circuits .................................................................................................... 13

1.5.1 Wiring the NA C c i rcuits .................................................................... 14

1.5.2 X601 terminal block – NAC 1 class A / NAC 1-1 class B /

NAC 1-2 class B .............................................................................. 14

1.5.3 X602 jumper – ENABLE/DISABLE DEGRADED MODE for

NAC 1 class A or NAC 1-1 class B ................................................... 15

1.5.4 X603 jumper – ENABLE/DISABLE DEGRADED MODE for

NAC 1-2 class B .............................................................................. 15

1.5.5 X604, X60 5 , X6 0 6 Jumper – NAC 1 class A/B .................................. 15

1.5.6 X403 jump er – DEGRA DE ALA R M SIL EN CE ABL E .......................... 16

1.6 Bell follower input ........................................................................................... 16

1.6.1 Wiring .............................................................................................. 16

1.6.2 X801 Bell foll owe r termi na l blo ck ...................................................... 16

1.7 Auxiliary DC 24 V output ................................................................................. 17

1.7.1 Wiring .............................................................................................. 17

1.7.2 X1001 Auxi l ia ry outp ut termi na l blo ck ............................................... 17

1.8 Relays ............................................................................................................ 17

1.8.1 Wiring .............................................................................................. 18

1.8.2 X1101 Rela y termina l block .............................................................. 18

1.9 Detector circuits, circuit driver 1 (circuits 1 and 2) ............................................ 18

1.9.1 Wiring .............................................................................................. 19

1.9.2 X1401 terminal block – detector circuit 1 .......................................... 20

1.9.3 X1402 terminal block – detector circuit 2 .......................................... 20

1.10 Indicators ........................................................................................................ 20

1.11 Reset Buttons ................................................................................................. 20

1.11.1 S100 RESET periphery board .......................................................... 20

1.12 Technical data ................................................................................................ 21

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Building

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2016-02-25

2 Per ip he ry bo a rd (5 00 p ) FCI2 0 17 ................................................................ 25

2.1 Description ......................................................................................................25

2.2 Installation .......................................................................................................27

2.3 Views ..............................................................................................................28

2.4 Configuration input power and battery ..............................................................30

2.4.1 Wiring power sup pl y inpu t and batte ry ...............................................30

2.4.2 X301 Powe r suppl y termin al bl ock 1 ..................................................31

2.4.3 X302 Powe r suppl y 2 termina l block ..................................................32

2.4.4 X305 ju mper – Power supply 2 on /off ................................................32

2.4.5 X304 Voice sup p l y +24 V ..................................................................32

2.4.6 X303 Battery terminal .......................................................................33

2.5 NAC circuits.....................................................................................................33

2.5.1 Wiring the NAC ci rcu i ts .....................................................................34

2.5.2 X601 terminal block – NAC 1 class A / NAC 1-1 class B /

NAC 1-2 class B ...............................................................................34

2.5.3 X602 jumper – ENABLE/DISABLE DEGRADED MODE for

NAC 1 class A or NAC 1-1 class B ....................................................35

2.5.4 X603 jumper – ENABLE/DISABLE DEGRADED MODE for

NAC 1-2 class B ...............................................................................35

2.5.5 X604, X60 5 , X60 6 Jumper – NAC 1 class A/B ...................................35

2.5.6 X403 jump er – DEGRADE ALARM S ILEN CEABL E ...........................36

2.6 Bell follower input ............................................................................................36

2.6.1 Wiring ...............................................................................................36

2.6.2 X801 Bell follo we r termina l block .......................................................36

2.7 Auxiliary DC 24 V output ..................................................................................37

2.7.1 Wiring ...............................................................................................37

2.7.2 X1001 Auxi li ary outp ut termin al blo ck ................................................37

2.8 Relays .............................................................................................................37

2.8.1 Wiring ...............................................................................................38

2.8.2 X1101 Rela y terminal block ...............................................................38

2.9 Detect or circuits, circuit driver 1 (circuits 1 and 2) and

circuit driver 2 (circuits 3 and 4) .......................................................................38

2.9.1 Wiring ...............................................................................................39

2.9.2 X1401 and X1801 terminal block – detector circuits 1 and 3 ..............40

2.9.3 X1402 and X1802 terminal block – detector circuits 2 and 4 ..............40

2.10 Indicators.........................................................................................................41

2.11 Reset Buttons ..................................................................................................41

2.11.1 S100 RESET periphery board ...........................................................41

2.12 Technical data .................................................................................................42

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3 FCC Sta te men t ........................................................................................ 4 5

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Periphery board (250p) FCI2016

Description

A6V10315038_f_en_

Siemens Industry, Inc.

2016-02-25

1 Periphery board (250p) FCI2016

1.1 Description

The periphery board (250p) FCI2016 is used for fire control panels and voice alarm fire control panels with max. 252 device addresses. The purpose of the periphery board is to provide means for supervising and controlling various peripheral devices, such as detectors and not ification devices, and providing power for the entire panel. There is a detector core on the periphery board, that is isolated from the rest of t he periphery board. An auxiliary output circuit (1.5 A, 24 V) provides power t o remote devices or internal modules. The integrated NAC circuit (NAC 1) provides up to 3 A of power for max. 1 class A circuit or 3 A for each of max. 2 class B circuits. The periphery board has expansion capabilit ies for leased line / city tie operation, a releasing circuit with 2 zones, and an additional NAC circuit (NAC 2).

The periphery board has a battery charger and battery switchover circuit for AC fail or brownout. The batter y charger is capable of charging up to 100 Ah batteries.

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Periphery board (250p) FCI2016

Description

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Properties

● Two different power supplies can be connected:

– Power supply (170 W ) FP2011 only for fire control panels with a m aximum load

of 6.5 A

– Power supply (300 W) FP2012 for fire control panels and voice alarm fire

control panels with a max imum loading of 11.5 A

– Power supply (300 W ) FP2012 for voice alarm fire control panels in housings

(3HU) with a maximum loading of 22 A

● Battery charger capable of charging up to 100 Ah batteries at a maximum of 6 A.

● Power supply (300W) FP2012 must be used for batteries of more than 33 Ah.

● Power supply (170W) FP2011 must be used for batteries of 33 Ah or less

● Ground fault s detected at <1 kΩ to ground

● Ground fault detection for all circuits except the 2 detector c ircuits handled by PMI.

Each detector core has its own ground fault and supervision circuit.

● One integrat ed FDnet/C-NET circuit card for circuits 1 and 2 and EMC surge

protection for four style 4 or two style 6 circuits.

● Maximum of 252 device addresses can be controlled per integrated FDnet/C-NET

circuit card.

● Three relay outputs and one user programmable relay output for common alarm,

common trouble, common supervision, and user programmable.

● The auxiliary output is a regulated DC 24 V output with a max imum of 1.5 A.

● Degraded alarm and trouble m ode functions when either or both CPUs for the

periphery board or PMI are compromised.

● Integrat ed NAC circuit, specified for DC 24 V, configured for either one class A

(style Z) or two class B (style Y) circuits, with a maximum of 3 A for one class A or max. 3 A for each of the two class B circuits. NACs have integrated synchronization protocol for audible or visual notification appliances.

– All NAC circuits are supervised and protected for overcurrent and direct short-

circuited output .

● Two slots for optional extensions, one of which is for NAC module (1A/2B) or

releasing module (XCI2001): – NAC module (1A/2B) FCI2001 for one additional class A circuit or two class B

circuits (sam e data as integrated NAC circuit) (P/N S54400-A54-A1). T he module connects to X901.

– Releasing module (XCI2001) (P/N S54400-A69-A1) The module connects to

X901.

– Leased line or city t ie module FCI2020 (P/N 54400-A57-A1). The module

connects to X902.

● Additional periph eral data bus connection (X202) for LED or DACT modules.

● Main CPU and detector core CPUs capable of being updated in the f ield through

the PMI.

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Periphery board (250p) FCI2016

Installation

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2016-02-25

1.2 Installation

The chapter describes how to install periphery board (250p) FCI2016 in the fire control panel and the voice alarm fire control panel.

Figure 1: Installi ng the periphery boar d (250p)

1 Threaded standoffs on back box 2 12x fixing screw 3 Periphery board (250p)

w The back box is installed. w The openings for passing through cables have been broken out. w The power cable is fed through and is disconnected from the power supply. w The batteries are not installed or connected.

1. Install the periphery board (500p) (3) on the threaded sleeves (1) of the back box with the 12 fixing screws (2).

2. Wire the periphery board (250p) according to the pin assignments in the following chapters.

3. Set the jumpers.

4. Re-install any modules that you m ay have had to remove.

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Periphery board (250p) FCI2016

Views

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X801

X901

F301

X303

X304

X301

X202

X1101

X1402

X305

1111

X601

X603

X602

X605

X606

X604

F302

1.3 Views

X1401

H1301

X1302

S100

X403

X902 X204

1 1

3 1

1 6

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X1001

X201

Figure 2: Printed circuit board view for FCI2016

X302

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Periphery board (250p) FCI2016

Views

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Element Des. Function Fuses F301 30 A fuse for batter y

F302 Fuse 20 A for voice alarm DC 24 V output Indicators H1301 Status display for circuit card 1 (circuits 1 and 2) Adjustment elements S100 Reset key for periphery processor (without circuits) Jumpers X403 Degraded mode ALARM SILENCEABLE/NON SILENCEABLE

X602 Degraded mode ENABLE/DISABLE NAC 1 class A or NAC 1-1 class B

X603 Degraded mode ENABLE/DISABLE NAC 1-2 class B

X604 NAC 1 class A/B selection

X605 NAC 1 class A/B selection

X606 NAC 1 class A/B selection

X305 Power supply 2 ON/OFF Connector X201 Peripheral data bus to the PMI & mainboard

X202 Peripheral data bus output

X204 Future extension (not used)

X301 Connector for power supply 1 (PS1)

X302 Connector plug for power supply 2 (PS2) in housing (3HU)

X303 Battery connection

X304

DC 24 V connection to Card Cage VCA2002 for feed to the voice alarm

modules and associated peripher als X601 NAC1 output X801 BELL follower input X901 NAC 2 extension or releasing module X902 Leased line / city tie module X1001 Output DC 24 V AUX X1101 Plug bloc k for relay connections X1302 F or future application X1401 Det ector circuit circuit card 1, circuit 1 X1402 Det ector circuit circuit card 1, circuit 2

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Periphery bo

ard (250p) FCI2016

Configuration input power and battery

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1.4 Configuration input power and battery

The periphery board has jum pers that are used to configure the system functions. The jumper settings are described in the following sections.

1.4.1 Wiring power supply input and battery

Power supply 1 connection (170 W or 300 W)

Connection X301 must be used for a single power supply. Jumper X305 must be plugged onto position 1-2.

X301

BROO

PSSI 2

GND

+26V

3 4

Connection for power supply 2 (only 300 W)

Only one power supply (300 W ) may be connected to X302. A 2nd power supply (300 W) is only allowed in an housing (3HU). Jumper X305 must be plugged onto position 2-3.

X302

BROO

1 PSSI 2 GND

+26V

Battery connection

X303

BAT-12

BAT+

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Periphery board (250p) FCI2016

Configuration input power and battery

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1.4.2 X301 Power supply terminal block 1

Terminal X301 must always have a power supply connected.

To power down the system, f irst disconnect the batteries and then the line

supply.

Make sure AC is disconnected. Wire power supply (300 W or 170 W) connection to X301. Check whether jum per X305 is in position 1-2 before a single power supply is connected.

Do not connect AC or batteries until all jumpers and modules are configured and connected in the system. Once everything is installed and connect ed, first AC, then the batteries must be connected.

Pin Designation Description

1 BROO

(White) AC low signal. Signals when the supply system connection drops below AC 102 V.

2 PSSI

(Green) Power supply status indication. Used by the

periphery board to know t he health of the power supply. 3 GND (Black) Return ( ground) 4 +24 V (Red) DC +24 V system supply

Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG

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Periphery board (250p) FCI2016

Configuration input power and battery

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Terminal block X302 may only be used for an additional PS300 when the system

Terminal X301 must always have a power supply

connected. When a single power

1.4.3 X302 Power supply 2 terminal block

requirements exceed 300 W. The housing (3HU) is the only housing that is capable of having two PS300 supplies connected at the same time. No power supply (170 W) may be connected to term inal block X302.

supply is used, it must be c onnected to terminal X301.

Check whether jumper X305 is in position 2-3 before PS300 #1 is connect ed to X301 or #2 to X302. Make s ure line voltage is not present on the system, and that the breaker in the panel is off. Both power supplies need to be connected before line voltage is switched on at t he panel. X301 and X302 should never be connected/disconnect with line voltage present. Batteries may only be connected after the system is brought up on line voltage power.

Pin Designation Descript ion 1 BROO

(White) AC low signal. Signals when the supply system connection drops below AC 102 V.

2 PSSI

(Green) Power supply status indication. Used by the

periphery board to know t he health of the power supply. 3 GND (Black) Return ( ground) 4 +24 V (Red) DC +24 V system supply

Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG

1.4.4 X305 jumper – Power supply 2 on/off

This jumper is used to configure the periphery board for one or two power supplies. The factory setting m ay only be changed when a second power supply (300 W) in an housing (3HU) is supported.

X305 Jumper position Function Meaning

1 - 2

2 - 3

Deactivated PS 2 300 W

Activated PS 2 300 W

Default sett ing; for power supply (170 W) and a single power supply (300 W).

For a second power supply (300 W) in an housing (3HU). The power supply is activated and is monitored by the system.

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Periphery board (250p) FCI2016

NAC circuits

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2016-02-25

1.4.5 X304 Voice supply +24 V

The battery

connection is only made once the whole system has been configured

The hardware required to connect the batteries to the periphery board is in the battery

The NAC circuit can be configured such that, when degraded mode is active,

the

The X304 connector on the periphery board provides the power for all Voice option modules inside the VCA2002 Card Cage and for the connected peripherals. The cable that connects X304 on the Periphery Board to X101 on the Card Cage is inc luded in the VCA2002's scope of supply.

1.4.6 X303 Battery terminal

A cable harness is required to connect batteries to the periphery board. The battery connector end that goes on the periphery board at X303 can only connect one way because it is keyed.

through jumpers and modules , and after AC has been applied.

Pin Designation Description 1 BAT (+) DC 24 V feed for battery (RED WIRE) 2 BAT (-) Return (Ground) feed for battery (BLUE WIRE)

Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG

kit.

1.5 NAC circuits

The periphery board has an NAC circuit that can be configured for 1 class A (style Z) or 2 class B (style Y) circuits. Configuration is done via 3 jumpers (X 604, X605 and X606).

NAC circuit is activ ated by an alarm in the case of a CPU error on the periphery board.

For the status of degraded mode during an active alarm, NAC activation is set by the jumpers X602 and X603.

The outputs are power limit ed and are supervised for short-circuit and open cir cuit. They are protected against direct short-circ uit of the output terminals.

The synchronization protocol is built into the panel, so no module is needed. The NAC is configured in the Engineering tool set. This includes the output pattern and

class A/B selection. Please note that the periphery board also has three jumpers (X 604, X605 and X606) that must m atch the settings in the Engineering tool set. If they do not match, a trouble will post on the system.

The end-of-line resistor is 2.4 kΩ, 1/2 W. These circuits are for NAC circuits NFPA 72 Local only. For NFPA 72 Municipal Tie or

NFPA 72 Leased Line, use the leased line/city tie module FCI2020. The module connects to X902.

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Periphery board (250p) FCI2016

NAC circuits

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To ensure proper f unctioning, the jumpers must be set correctly

for class A/B

EOL

You will find information on the installation in the followi ng documents:

● A6V10315015 for Desigo

● A6V10333409 for Cerberus PRO

You will find information on the configuration in the following documents:

● A6V10315023 for Desigo

● A6V10333423 for Cerberus PRO

1.5.1 Wiring the NAC circuits

The following wiring diagrams show how to connect notification devices to the circuit, either as class A (style Z) or class B (style Y) circuit. For class A, no end-of-line resistor is needed. It is built int o t he circuit.

selection.

In the diagrams below, polarity is shown in activated condition. Notification appliance c ircuit supervised and power limited.

X601

NAC1-1 NAC1-1

NAC1-2 NAC1-2

Figure 3: X601: Class A (style Z) supervised output connection

X601

NAC1-1 NAC1-1

NAC1-2 NAC1-2

Figure 4: X601: Class B (style Y) supervised output connection

EOL

* EOL resistance must be connec ted during non-use. EOL resistance: 2.4 kΩ, 0.5 W

1.5.2 X601 te rminal block – NAC 1 class A / NAC 1-1 class B / NAC 1-2 class B

Pin Designation Description 4 NAC1-1 (+) Positive feed f or notification appliances for NAC 1 class A or NAC 1-1 class B 3 NAC1-1 (-) Return feed for notification appliances for NAC 1 class A or NAC 1-1 class B 2 NAC1-2 (+) Positive feed f or notification appliances for NAC 1 class A or NAC 1-2 class B 1 NAC1-2 (-) Return feed for notification appliances for NAC 1 class A or NAC 1-2 class B

Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG

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Periphery board (250p) FCI2016

NAC circuits

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2016-02-25

1.5.3 X602 jumper – ENABLE/DISABLE DEGRADED MODE for

123

NAC 1 class A or NAC 1-1 class B

Errors of the power P C are displayed on the PMI & mainboard when degraded mode is activated.

X602 Jumper position Function Meaning

3 - 2 Enable degrade Enable degraded mode for NAC 1 class A or NAC 1-1 class B.

Circuit will activate the notification appliances if degraded mode is activated and an alarm is present.

1 - 2 Disable degrade Disable degraded mode for NAC 1 class A or NAC 1-1 class B.

Circuit will not activate the notification appliances if degraded mode is activated and an alarm is present.

1.5.4 X603 jumper – ENABLE/DISABLE DEGRADED MODE for NAC 1-2 class B

Errors of the power P C are displayed on the PMI & mainboard when degraded mode is activated.

X603 Jumper position Function Meaning

3 - 2 Enable degrade

Enable degraded mode for NAC 1-2 c lass B. Circuit will not activate the notification appliances if degraded mode is activated and an alarm is present.

1 - 2 Disable degrade

Disable degraded mode for NAC 1-2 class B. Circuit will not activate the notification appliances if degraded mode is activated and an alarm is present.

1.5.5 X604, X605, X606 Jumper – NAC 1 class A/B

Class A/B setting of the onboard NAC circuit

X604 X605 X606

Jumper position Function Meaning

3 - 2 Class A Configures periphery board NAC 1 for class A wiring 1 - 2 Class B

Configures periphery board NAC 1-1 and NAC 1-2 for class B wiring

The class A/B configuration of the jumpers on the periphery board must be transferred in the Engineering tool set. An error is generated if the configurations do not match.

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Periphery board (250p) FCI2016

Bell follower input

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123

1.5.6 X403 jumper – DEGRADE ALARM SILENCEABLE

Degraded mode behavior of the NAC ci rcuit during an alarm

X403 Jumper position Function Meaning

3 - 2 NONSILENCEABLE

1 - 2 SILENCEABLE

1.6 Bell follower input

The periphery board has an input designed to connect to an external f ire alarm control unit's NAC circuit so that the periphery board's NAC circuits can follow t he activation of the NAC circuits from an external source.

1.6.1 Wiring

NAC is active.

*1) Fire detect ion device or bell extender.

When degrade mode is active in the system, and an alarm is present, this setting prevents the user from turning off the notification appliances .

When degrade mode is active in the system, and an alarm is present, this setting allows the user to turn off the notification appliances. The notification devices remain switched off in the event of a further alarm.

X801

BF 1

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1.6.2 X801 Bell follower terminal block

Pin Designation Description 1 BF (-)

2 BF (+)

Admissible cable cros s-section: 1 x 12-18 AWG or 2 x 16-18 AWG

Input from external fire control panel and voice alarm fire control panel.

The return feed of the external fire control panel's NAC circuit connect s here.

Input from external fire control panel and voice alarm fire control panel.

The active positive output signal of the external fire control panel's NAC circuit connects here.

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Periphery board (250p) FCI2016

Auxiliary DC 24 V output

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2016-02-25

1.7 Auxiliary DC 24 V output

Auxiliary output DC 24 V with a maximum output current of 1.5 A. The output can be used for devices such as door holders, DACT, or RDT. The circuit is power limit ed and is protected against a direct shorted output. The out put is power limited and supervised for overcurrent. To configure the output to shut down during AC loss to conserve the battery, you must configure the system with the Engineering tool set.

If the output is configured to turn off on battery, then the output is used for supplementary purposes only.

1.7.1 Wiring

X1001

AUX AUX AUX AUX

1.7.2 X1001 Au xiliary output termi nal block

Pin Designation Description 1 AUX (+) Positive feed for Aux circuit (DC +24 V) 2 AUX (-) Return feed Aux circuit 3 AUX (+) Positive feed for Aux circuit (DC +24 V) 4 AUX (-) Return feed Aux circuit

Admissible cable cros s-section: 1 x 12-18 AWG or 2 x 16-18 AWG

1.8 Relays

Common alarm relay

The alarm relay changes state whenever a fire alarm is detected. In degrade mode, the alarm relay will still activate in case of a fire, without processor control.

Common trouble relay

The trouble relay c hanges state whenever a system trouble is detected. In degrade mode, the trouble relay will still activate without processor control.

Common supervisory relay

The supervisory relay changes state whenever a supervisory trouble is detected. In degrade mode, the supervisory relay will not function.

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Programmable user relay

The user programmable relay changes state depending on the configurat ion set in the Engineering tool set.

In degrade mode, the user relay will not activate.

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Periphery board (250p) FCI2016

Detector circuits,

circuit driver 1 (circuits 1 and 2)

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1.8.1 Wiring

Supervisory

C NCNO

C NCNO C NCNO

NC NO

TroubleAlarm

1.8.2 X1101 Relay terminal block

Pin Designation Description 1 C Common contact common alarm relay 2 NC Normally closed contact common alarm relay 3 NO Normally open contact common alarm relay 4 C Common contact common trouble relay 5 NC Normally closed contact common trouble relay 6 NO Normally open contact common trouble relay 7 C Common contact common supervisory relay 8 NC Normally closed contact common supervisory relay

User

9 NO Normally open contact common supervisory relay 10 C Common contact programmable relay 11 NC Normally closed contact programmable relay 12 NO Normally open contact programmable relay

Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG NO/NC (normally open / normally closed) relates to the fire detection system's normal

status.

1.9 Detector circuits, circuit driver 1 (circuits 1 and 2)

The periphery board (250p) has one independent integrated circuit card. This integrated card is a driver that has 2 circuits that can handle a maximum of 252 devices. Circuit driver 1 supports circuits 1 and 2 and can be configured for two circuits (style 6) or four circuit s (style 4).

The detector circuits are isolated from the periphery board's main circuit. The circuit card has its own microprocessor for supervising ground fault, short-circuit, open circuit, and line capacity.

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Periphery board (250p) FCI2016

Detector circuits, circuit driver 1 (circuits 1 and 2)

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1.9.1 Wiring

X1402

No EOL required

X1402

No EOL required

132

Initiating device

No EOL required

1324

2-1+ 1-

X1401

Figure 5: Style 6 wiring

Both circuits are supervised and power limited.

No EOL required

Initiating device

X1401

2-1+ 1-

13 24

2-1+ 1-

13 24

2-1+ 1-

Figure 6: Style 4 wiring

Both circuits are supervised and power limited.

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Periphery board (250p) FCI2016

Indicators

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1.9.2 X1401 terminal block – detector circuit 1

Pin Designation Description 1 2- Return feed for circuit 1-2 2 2+ Positive feed f or circuit 1-2 3 1- Return feed for circuit 1-1 4 1+ Positive feed f or circuit 1-1

Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG

1.9.3 X1402 terminal block – detector circuit 2

Pin Designation Description 1 2- Return feed for circuit 2-2 2 2+ Positive feed f or circuit 2-2 3 1- Return feed for circuit 2-1 4 1+ Positive feed f or circuit 2-1

Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG

1.10 Indicators

LED indicators on the FDnet/C-NET detector circuit

LED Color Condition Meaning H1301 Yellow OFF Normal condition

ON Startup problem s on integrated circuit card 1 1 x flash per second Fail-safe active (no communication to the PMI) 2 x flash per second Fail-safe active and local alarm 1 x flash every 2 seconds Fail-safe active and signalization (local alarm) 1 x flash per second and 2 x rapid

flash every 2 seconds

Fail-safe act ive and local alarm and signalization

1.11 Reset Buttons

1.11.1 S100 RESET periphery board

Button Function Position Meaning S100

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Reset main microproc essor on periphery board

Not pressed Normal Pressed

Resets only the main microprocessor on the periphery board.

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Periphery board (250p) FCI2016

Technical data

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1.12 Technical data

Supply input Plug strip X301/302

Operating voltage DC 24 V nominal, filtered Operating current (standby) 120 mA Max. operating cur rent. 136 mA

Input current (active) Design

● PS170W (only f ire detection systems) 6.5 A at

● 1 x PS300W 11.5 A

● 2 x PS300W 20 A

Not power limited

Battery out put Plug strip X303

Voltage

DC 20.4 V…DC 26.4 V (DC 24 V nominal)

Curent Max. 11.5 A

NAC circuit Plug strip X601

Voltage DC 24 V

Special Application for strobe loads

Regulated for non-pulsing loads Standby operating cur rent Max. 10 mA Active operating current Max. 1x class A circuit or 2x class B circuits

Max. 3 A for 1x class A circuit

Max. 3 A per class B circuit

2x 3 A = 6 A for 2x class B circuits Max. circuit resistance 1.4 Ω @ 3.0 A Supervised for ● Open circuit

● Short circuit

● Ground fault

AUX output Plug strip X1001

Building Technologies

Design ● Short-circuit protection

● Voltage surge protection

● Power limited

Voltage DC 24 V nominal "Special Application"

For use with: FN2006/FN2007, HZM, HCP,

FCA2018, FT2014/FT2015, FTI2001 Curent Max. 1.5 A Design ● Short-circuit protection

● Voltage surge protection

● Power limited

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Periphery board (250p) FCI2016

Tec

hnical data

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Bell follower input Plug strip X1001

Voltage DC 24 V filtered or full wave Curent Max. 4 mA Design Voltage surge protection

Detector circ uits Terminal strips X1401 c ircuit card 1, circuit 1

X1402 circuit card 1, circuit 2 Output voltage DC 24 V, filtered Number of integrat ed circuit

1 cards

Output current per integrated

Max. 500 mA circuit card

Addressable devices per

Max. 252 integrated circuit card

Connectable circuits per

2 style 6 or 4 style 4 (mixed variants are possible) integrated circuit card

Protocol FDnet/C-NET Circuit resist ance Max. 180 Ω Capacity 500 nF per circuit Cable types All (twisted recommended)

You will find detailed specif ications in the following

documents:

● A6V10315013 for Desigo

● A6V10333396 for Cerberus PRO

Connectable devices See 'List of compatibility' Monitored for ● Ground fault

● Short circuit

● Open circuit

● Circuit capacitance

Relay contacts Plug strip X1201

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Design ● Short-circuit-proof

● Voltage surge protection

● Open circuit

● Power limited

Design ● Relay output

● Break or make contact

● Nonpower limited

● Alarm and trouble ac tive in degraded mode

operation Switching voltage DC 30 V or AC 120/240 V ohmic Switching current

5 A @ DC 30 V or AC 120 V 4 A @ AC 240 V

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Technical data

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Connection terminals

Inputs, out puts and det ector circuits

● Design Plug-in screw term inals

● Admissible cable cross-

Once 12...18 AWG or twice 16...18 AWG

section

Voice alarm supply Connecting plug X304

Output +24 V Output voltage DC 24 V nominal, filtered Max. output current 20 A Design ● Not power limited

● Short-circuit-proof

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Periphery board (250p) FCI2016

Technical data

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Periphery board (500p) FCI2017

Description

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2 Periphery board (500p) FCI2017

2.1 Description

The FCI2017 periphery board (500p) is used for fire control panels and voice alarm fire control panels with max. 504 device addresses. The purpose of the periphery board is to provide means for supervising and controlling various peripheral devices, such as detectors and notification devices, and providing power f or the entire panel. There are 2 detector cores on the periphery board, each isolated from the rest of t he periphery board, and each other. An auxiliary output circuit (1.5 A, 24 V) provides power t o remote devices or internal modules. The integrated NAC circuit (NAC 1) provides up to 3 A of power for max. 1 class A circ uit or 3 A for each of max. 2 class B circuits. The periphery board has expansion capabilities for leased line / cit y tie operation, a releasing circuit wit h 2 zones, and an additional NAC circuit (NAC 2).

The periphery board has a battery charger and battery switchover circuit for AC fail or brownout. The batter y charger is capable of charging up to 100 Ah batteries.

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Periphery board (500p) FCI2017

Description

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Properties

● Two different power supplies can be connected: – Power supply (170 W ) FP2011 only for fire control panels with a m aximum load

of 6.5 A

– Power supply (300 W) FP2012 for fire control panels and voice alarm fire

control panels with a max imum loading of 11.5 A

– Power supply (300 W ) FP2012 for voice alarm fire control panels in housings

(3HU) with a maximum loading of 22 A

● Battery charger capable of charging up to 100 Ah batteries at a maximum of 6 A.

● Power supply (300W) FP2012 must be used for batteries of more than 33 Ah.

● Power supply (170W) FP2011 must be used for batteries of 33 Ah or less.

● Ground fault s detected at <1 kΩ to ground.

● Ground fault detection for all circuits except the 2 detector c ircuits handled by PMI.

Each detector core has its own ground fault and supervision circuit.

● Two integrat ed FDnet/C-NET circuit cards, one for circuits 1 and 2 and one for circuits 3 and 4, and EM C surge protection for eight style 4 or four style 6 circuits.

● Maximum of 252 device addresses can be controlled per integrated FDnet/C-NET circuit card.

● Three relay outputs and one user programmable relay output for common alarm, common trouble, common supervision, and user programmable.

● The auxiliary output is a regulated DC 24 V output with a max imum of 1.5 A.

● Degraded alarm and trouble m ode functions when either or both CPUs for the

periphery board or PMI are compromised.

● Integrat ed NAC circuits, specified for DC 24 V, configured for either one class A (style Z) or two class B (style Y) circuits, with a maximum of 3 A for one class A or max. 3 A for each of the two class B circuits. NACs have integrated synchronization protocol for audible or visual notification appliances.

– All NAC circuits are supervised and protected for overcurrent and direct short-

circuited output .

● Two slots for optional extensions, one of which is for NAC module (1A/2B) or releasing module (XCI2001):

– NAC module (1A/2B) FCI2001 for one additional class A circuit or two class B

circuits (sam e data as integrated NAC circuits) (P/N S54400-A54-A1). The module connects to X901.

– Releasing module (XCI2001) (P/N S54400-A69-A1) The module connects to

X901.

– Leased line or city t ie module FCI2020 (P/N 54400-A57-A1). The module

connects to X902.

● Additional periph eral data bus connection (X202) for LED or DACT modules.

● Main CPU and detector core CPUs capable of being updated in the f ield through

the PMI.

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Periphery board (500p) FCI2017

Installation

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2.2 Installation

The chapter describes how to install periphery board (500p) F CI2017 in fire control panels and voice alarm fire c ontrol panels.

Figure 7: Installi ng the periphery boar d (500p)

1 Threaded standoffs on back box 2 12x fixing screw 3 Periphery board (500p)

1. Install the periphery board (500p) (3) on the threaded sleeves (1) of the back box with the 12 fixing screws (2).

2. Wire the periphery board (500p) according to the pin assignments in the following chapters.

3. Set the jumpers.

4. Re-install any modules that you m ay have had to remove.

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Per

iphery board (500p) FCI2017

Views

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X801

X901

F301

X303

X304

X301

X202

X1101

X1802

X1402

X1702

X201

X601

X305

1111111

111

X603

X602

X605

X606

X604

X302

F302

2.3 Vi ews

X1401 X1801

H1701 H1301

X1302

S100

X403

X902 X204

1 1

3 1

1 6

X1001

Figure 8: Printed circuit board view for FCI2017

Element Des. Function Fuses F301 30 A fuse for battery

F302 Fuse 20 A for voice alarm DC 24 V output

LEDs H1301 Status indicator for detector core A (circuits 1 and 2)

H1701 Status indicator for detector core B (circuits 3 and 4)

Reset buttons S100

Reset button for m icroprocessor for periphery board circuit ry (not including detector circuits)

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Element Des. Function Jumpers X403 DEGRADE ALARM SILENCEABLE/NON SILENC EABLE

X602 DEGRADED MODE ENABLE/DISABLE for NAC 1 class A or NAC 1-1 class B X603 DEGRADED MODE ENABLE/DISABLE for NAC 1-2 class B X604 NAC 1 class A/B selection X605 NAC 1 class A/B selection X606 NAC 1 class A/B selection X305 Power supply 2 ON/OFF

Connector X201 PMI & mainboard bus

X202 Peripheral data bus output X204 Future expansion X301 Connector for power supply 1 (PS1) X302 Connector plug for power supply 2 (PS2) in housing (3HU) X303 Battery connection

X304

DC 24 V connection t o Card Cage VCA2002 for feed to the voice alarm modules and

associated peripherals X601 NAC1 output X801 Bell follower input X901 NAC 2 expansion or releasing module X902 Leased line / city tie module X1001 Auxiliary DC 24 V output X1101 Common alarm relay positions 1…3

Common trouble relay positions 4…6

Common supervisory relay positions 7…9

User programmable relay positions 10…12 X1302 For future applications X1401 Detector circuit core A, circuit 1 X1402 Detector circuit core A, circuit 2 X1702 For future applications X1801 Detector circuit core B, circuit 3 X1802 Detector circuit core B, circuit 4

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Periphery board (500p) FCI2017

Configuration input power and battery

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2.4 Configuration input power and battery

The periphery board has jum pers that are used to configure the system functions. The jumper settings are described in the following sections.

2.4.1 Wiring power supply input and battery

Power supply 1 connection (170 W or 300 W)

Connection X301 must be used for a single power supply. Jumper X305 must be plugged onto position 1-2.

X301

BROO

PSSI 2

GND

+26V

3 4

Connection for power supply 2 (only 300 W)

Only one power supply (300 W ) may be connected to X302. A 2nd power supply (300 W) is only allowed in an housing (3HU). Jumper X305 must be plugged onto position 2-3.

X302

BROO

1 PSSI 2 GND

+26V

Battery connection

X303

BAT-12

BAT+

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Configuration input power and battery

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2.4.2 X301 Power supply terminal block 1

Terminal X301 must always have a power supply connected.

To power down the system, f irst disconnect the batteries and then the line supply .

Make sure AC is disconnected. Wire power supply (300 W or 170 W) connection to X301. Check whether jum per X305 is in position 1-2 before a single power supply is connected.

Do not connect AC or batteries until all jumpers and modules are configured and connected in the system. Once everything is installed and connect ed, first AC, then the batteries must be connected.

Pin Designation Description

1 BROO

(White) AC low signal. Signals when the supply system connection drops below AC 102 V.

2 PSSI

(Green) Power supply status indication. Used by the

periphery board to know t he health of the power supply. 3 GND (Black) Return ( ground) 4 +24 V (Red) DC +24 V system supply

Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG

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Periphery board (500p) FCI2017

Confi

guration input power and battery

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Terminal block X302 may only be used for an additional PS300 when the system

Terminal X301 must always have a power supply connected. When a single power

2.4.3 X302 Power supply 2 terminal block

supply is used, it must be c onnected to terminal X301.

Pin Designation Descript ion 1 BROO

(White) AC low signal. Signals when the supply system connection drops below AC 102 V.

2 PSSI

(Green) Power supply status indication. Used by the

periphery board to know t he health of the power supply. 3 GND (Black) Return ( ground) 4 +24 V (Red) DC +24 V system supply

Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG

2.4.4 X305 jumper – Power supply 2 on/off

This jumper is used to configure the periphery board for one or two power supplies. The factory setting m ay only be changed when a second power supply (300 W) in an housing (3HU) is supported.

X305 Jumper position Function Meaning

1 - 2

2 - 3

Deactivated PS 2 300 W

Activated PS 2 300 W

Default sett ing; for power supply (170 W) and a single power supply (300 W).

For a second power supply (300 W) in an housing (3HU). The power supply is activated and is monitored by the system.

2.4.5 X304 Voice supply +24 V

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NAC circuits

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2.4.6 X303 Battery terminal

The battery connection is only made once the whole system has been conf igured

The hardware required to connect the batteries to the periphery board is in the battery

The NAC circuit can be configured such that, when

degraded mode is active, the

A cable harness is required to connect batteries to the periphery board. The battery connector end that goes on the periphery board at X303 can only connect one way because it is keyed.

through jumpers and modules , and after AC has been applied.

Pin Designation Description 1 BAT (+) DC 24 V feed for battery (RED WIRE) 2 BAT (-) Return (Ground) feed for battery (BLUE WIRE)

Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG

kit.

2.5 NAC circuits