C-TEC FP4E Manuel utilisateur

FP4E 4 Zone Economy Fi e Ala m Cont ol Panel (Pa t No. FF384-3)

Installation Inst uctions

FI E ALA M

ancillaries 1 of 4

Approved Document No. DFU0384011 Rev 2 Draft 4

THIS EQUIPMENT MUST ONLY BE INSTALLED AND MAINTAINED BY A SUITABLY SKILLED AND TECHNICALLY

COMPETENT PE SON. THIS EQUIPMENT IS A PIECE OF CLASS 1 EQUIPMENT AND MUST BE EA THED.

DO NOT CHANGE ANY PANEL CONNECTIONS WITH THE PANEL’S POWE APPLIED (MAINS O BATTE Y POWE ).

DETECTOR

CALL POINT

CPR

CALL POINT

CPR

DO NOT SPUR -

CIRCUIT NOT MONITORED!

PANEL ZONE

TERMINALS

DETECTOR DETECTOR

CPR

CALL POINT

CPR

EMU PANEL MODULE

BF378 or

BF378M

ELECTRONIC MONITORING UNIT (EMU)

CALL POINT

Fig 5

SOUNDERS

EOLR

+ +

DO NOT make off

more than 2 circuits

in the panel

EOLR

SOUNDERS

EOLR

EOLR = End of Line Resistor (6k8Ω, 0.25W) -supplied

CPR = Call Point Resistor (470 - 680Ω, 0.5W) - supplied with call point

PANEL ZONE

TERMINALS

PANEL SOUNDER

TERMINALS

TYPICAL ZONE CIRCUIT - Call points wired before detectors

- Detector base diodes not needed.

TYPICAL ZONE CIRCUIT - With mixed order call points and detectors

- Detector bases fitted with continuity diodes and negative connection linked out.

TYPICAL SOUNDER CIRCUITS

Only use polarised sounders!

Remove EOLR from

terminal block and

fit to last detector.

DO NOT SPUR -

CIRCUIT NOT MONITORED!

Remove EOLR from

terminal block(s) and

fit to last sounder.

INSTALLATION PROCEDURE

All cables must be installed in accordance with all applicable national, regional or local standards. In the UK this is BS 7671 IEE

Wiring Regulations and BS 5839-1, Fire detection and alarm systems for buildings: Code of practice for system design, installation

and maintenance. Fire resistant, screened cable should be used throughout the installation and ains wiring should be

segregated from extra low voltage field wiring.

For PER ANENTLY CONNECTED equipment, a readily accessible disconnect device shall

be incorporated external to the equipment.

The general requirement for the ains supply to the panel is fixed wiring, using 3 core

cable, (no less than 1mm2and no more than 2.5mm2), or a suitable three conductor

system fed from an isolating switched fused spur, fused at 3A. The ains supply must

be exclusive to the panel.

HINT. As an alternative to a switched

fused spur, a double pole isolating

device (B) may be used in the ains

feed from the ain Distribution

Board (A) to the panel (C), providing

it meets the appropriate wiring

regulations – see Fig 1.

• Remove the panel’s lid (disconnect attached loom connector).

• Fit the panel’s back box securely to a wall using the mounting holes provided and

suitable screw fixings. Remove required number of knockouts and fill holes with good

quality cable glands – see Fig 2.

• Gland field cables and terminate all screens to the panel.

CAUTION: DO NOT use an insulation tester (Megger) with any electronic devices

connected as the test voltage will totally destroy the devices.

• Test field cables and ensure they are fault-free, i.e. check continuity of cable runs

(including screens).

• Connect external ains cable to the panel’s fused ains terminal block (with ains

isolated) – see Fig 2.

CAUTION: ISK OF EXPLOSION IF BATTE Y IS EPLACED BY AN INCO ECT TYPE.

DISPOSE OF USED BATTE IES ACCO DING TO THE INST UCTIONS.

Also, if the battery leads are connected in reverse, the battery fuse (F1) will blow

which may damage the panel and invalidate the warranty.

• Position and connect the panel’s two internal 12V sealed lead acid batteries (with

battery supply isolated) – see Fig 3 & Fig 4.

• Connect zone circuits to the panel – see Fig 5.

• Connect sounder circuits to the panel – see Fig 5.

• Connect ancillary connections to the panel.

• Refit the panel’s lid (re-connect loom connector).

• Apply ains and battery supply to power up the panel.

• The panel should be in normal mode. If not, investigate and rectify any faults

indicated on the panel.

• Finally, test the panel – see pages 2 & 3.

Shorting Link

(supplied)

–

12V Battery

Connections

to Panel

12V Battery

–

12V Battery

–

+–

12V Battery

Fig 4

Black

Wire

Black

Wire

(supplied)

Red

Wire

Red

Wire

(supplied)

Fig 3

space for batteries

(bottom of back box)

Fig 2

BBBBB

A = Mounting Holes, B = Cable Knockouts

Mains cable

L(LIVE), N(NEUTRAL), (EARTH)

Power Rating

≥1.0mm2 <2.5mm2

Fig 1

TESTING THE PANEL

When testing the panel with the panel lid open, always isolate the Mains and disconnect the batteries. The panel

can be tested before connecting field wiring. If testing before installation, ensure the end-of-line resistors are

fitted in the panel’s sounder and detector terminal blocks.

Position and connect two suitable 12V batteries in the panel as shown in Fig 3 and Fig 4 (page 1). When the

batteries are connected, the POWER SUPPLY FAULT indicator will light and the warning beeper will sound.

Connect the ains wiring and turn the ains supply on. The AINS ON indicator will light, the POWER SUPPLY

FAULT indicator will go out and the warning beeper will silence (providing the batteries are not flat).

WITH THE KEYSWITCH AT NO MAL POSITION

The AINS ON indicator is lit. No other indicators are lit. No sounders are active. The pushbuttons are inoperative.

TU N THE KEYSWITCH TO A M CONT OLS POSITION

Note: None of the panel’s pushbuttons are operative unless the keyswitch is in the AR CONTROLS position.

Press RESET/RESOUND/TEST ZONE LA PS. The ZONE FIRE and ZONE FAULT indicators light and the warning beeper

will sound. The AINS ON indicator will remain lit. All the other indicators will NOT light. Release the pushbutton

and the panel will return to normal.

TEST THE POWE SUPPLY MONITO ING CI CUIT

Switch off the ains. The POWER SUPPLY FAULT indicator will light, the AINS ON indicator will extinguish, and

the warning beeper will sound. Press SILENCE FAULT SOUNDERS and the warning beeper will silence but the

POWER SUPPLY FAULT indicator will remain lit. Reconnect the ains and the panel will revert to normal.

Disconnect the battery. The POWER SUPPLY FAULT indicator will light and the warning beeper will sound.

Reconnect the battery and after a short time the panel will revert to normal (i.e. only the AINS ON indicator

light on). Note: This test should be carried out with a set of new and fully charged batteries – deteriorated cells

will show a fault even when connected and charged up.

TEST THE SOUNDE MONITO ING CI CUITS

DO NOT carry out this test with the ZONE FIRE indicators lit as sounder fuses F2 & F3 could blow. Ensure the end-

of-line resistor is connected across each of the sounder circuits on terminals 5 & 6, 7 & 8. Short the sounder

terminals 5 & 6. The SOUNDER FAULT indicator will light and the warning beeper will sound.

Press SILENCE FAULT SOUNDERS and the warning beeper will silence but the SOUNDER FAULT indicator will stay

on. Remove the short and the panel will revert to normal. Open circuit the sounder terminals 5 & 6 by

disconnecting one leg of the end-of-line resistor. The SOUNDER FAULT indicator will light and the warning beeper

will sound. Press SILENCE FAULT SOUNDERS and the warning beeper will silence but the SOUNDER FAULT indicator

will stay on. Remake the circuit and the panel will revert to normal.

Repeat the test for the other sounder circuit via terminals 7 & 8.

TEST THE DETECTO MONITO ING CI CUITS

ake sure an end-of-line device (EOLD) is connected across each pair of detector terminals (9 & 10, 11 & 12, etc.).

The EOLD would either be a 6.8kΩ resistor or Electronic onitoring Unit (E U) and associated Panel odule,

depending on the installation. Refer to Fig 5 (page 1) & E U instructions for connections.

The following four conditions can exist on the detector monitoring circuits:

1. Normal Condition: Current flows round the detector loop via the EOLD to monitor the wiring.

2. Open Circuit Fault: The wiring is broken at some point and the monitoring current cannot flow through the EOLD.

3. Short Circuit Fault: A short circuit exists at some point and too much monitoring current flows.

4. Fire Condition: A partial short exists and the monitoring current increases but not enough to show a short circuit

fault. ost smoke detectors make a partial short when they are triggered but manual call points and other

normally open switches need to have 470 or 680Ωresistors connected in series in order to give a partial short.

(Check - Resistor may be built into the Call Point - see Fig 5, page 1.)

OPEN CI CUIT FAULT TEST

Open circuit the zone circuit terminals 9 & 10 by disconnecting one wire of the EOLD. The ZONE 1 FAULT indicator

and internal ZONE 1 OPEN CIRCUIT FAULT indicator will light. The warning beeper will also sound. Press SILENCE

FAULT SOUNDERS and the warning beeper will silence but the indicators will stay on. Reconnect the EOLD and the

panel will revert to normal.

SHO T CI CUIT FAULT TEST

Short circuit the zone circuit terminals 9 & 10. The ZONE 1 FAULT indicator and internal ZONE 1 SHORT CIRCUIT

FAULT indicator will light. The warning beeper will also sound. Press SILENCE FAULT SOUNDERS and the warning

beeper will silence but the indicators will stay on. Remove the short and the panel will revert to normal.

Repeat the test for the other zone circuit via terminals 11 & 12.

FI E ALA M

ancillaries

2 of 4 Approved Document No. DFU0384011 Rev 2 Draft 4

FI E CONDITION

Simulate a Fire condition by connecting and activating a Call Point, or by fitting a 470 to 680Ωresistor across

terminals 9 & 10. The sounder output relay will operate. The ZONE 1 FIRE indicator lights and warning beeper sounds.

Press SILENCE ALAR SOUNDERS. The sounder outputs return to normal but the ZONE 1 FIRE indicator will still be lit

and the warning beeper will still sound. Press RESET/RESOUND/TEST ZONE LA PS and the panel will go back into

alarm as the Fire condition is still present. Remove the Fire condition. Press SILENCE ALAR SOUNDERS, then

RESET/RESOUND/TEST ZONE LA PS, and the panel reverts to normal. Repeat the test for the other zone terminals.

Notes:

1) Pressing RESET/RESOUND/TEST ZONE LA PS when in the unsilenced Fire condition (i.e. Sounder Outputs

energised) has no effect. The sounders UST be Silenced first before Reset is active.

2) When the Alarm Sounders are silenced, the warning beeper will sound and cannot be silenced.

3) Resetting the system from the Silenced Fire state with the fire condition still existing will retrigger the alarm.

EVACUATE

Press EVACUATE. The Sounder Outputs will operate, the ZONE FIRE indicators will light and the warning beeper

will sound. Press SILENCE ALAR SOUNDERS and the Sounder Outputs will return to the normal state. The ZONE

FIRE indicators will still be lit and the warning beeper will still be active. Press RESET/RESOUND/TEST ZONE LA PS

to return the panel to normal state.

TESTING THE SYSTEM

Check each detector and sounder on the system, and check the functions of the panel. Check all circuits for open

and short circuit faults. If continuity diodes are fitted remove each head in turn and check that call points are still

operative. When testing is complete return the keyswitch to NOR AL position.

ANCILLARY FACILITIES (Links and internal features are shown in Fig 6 below)

ENGINEE S TEST (NON-LATCH TEST) FACILITY

This range of panels has a non-latching test facility

which allows manual call points and smoke detectors

to be tested and reset automatically. To set this facility

move the link marked ‘PL1’ on the main PCB from the

lower to the upper position and the adjacent

indicator will light, the warning beeper will sound

and cannot be silenced. When an alarm condition is

caused the alarm sounders will operate for about half

a second and will silence for three seconds before

resounding. This will continue until the cause of the

alarm is removed by the smoke clearing from a

detector or the call point being reset. When testing is

complete, replace the link to the lower position.

ZONE ISOLATION FACILITY

Each Detector Zone can be isolated individually by moving the links (PL2/PL4/PL5/PL6) from the lower to the upper

position. The adjacent indicator and relevant ZONE FAULT indicator will light to show that the zone is isolated. The

warning buzzer will sound and cannot be silenced. When testing is complete, replace the link to the lower position.

TO EVE T TO SHO T CI CUIT = FI E

This facility overrides the short circuit fault monitoring for each zone and allows the panel to be used on

installations which do not have Call Point Resistors fitted. It produces a short circuit Fire condition when activated.

To enable this facility cut the wire links (LK1/LK2/LK3/LK4) on the main PCB.

AUXILIA Y EXPANSION PLUG (PL10)

This plug connector offers facilities for driving Repeater Panels, Fire and Fault relays and a "Class Change" input.

These facilities require various ancillary devices to be added to the panel (not included).

AUX 24V +VE

This output is a regulated, unmonitored, output fused at 1A (F4), available from terminal 1 in the panel’s base

connections. With link ‘PL3’ on the main PCB linked in position furthest from the F4 fuse this output is continuous.

If linked nearest to the F4 fuse then the output is present when the panel is normal but is switched off when the

relay is activated. This facility can be used to provide a fail-safe output via AUX 24V, that "switches off" when the

sounders are activated, or if power to the panel fails.

Note: Any load provided by this output increases the quiescent drain on the panel’s supply which in turn affects

the stand-by time of the system. It is not intended to supply door release systems.

VOLTAGE F EE ELAY CONTACTS

These single pole relay outputs, available via terminals 2 (normally closed), 3 (common), and 4 (normally open) in

the panel’s base connections, change over when the sounders are activated. They must not be used to switch

ains potentials, the contacts being rated at 30Vdc and 1.0A.

PL13

Zone

Expansion

AuxiliaryExpansion

PL10

Keyswitch

Connector

PL11

DO NOT

ADJUST

VR1

Fig 6

PL3

AUX 24V

Output Fuse

Battery Fuse

PL7

RED

Sounder

Circuit Fuses

Cut links for

short circuit = fire condition

PL2 PL1PL4

PL8

PL6

notused

PL5

Primary Loom

Connector

FI E ALA M

ancillaries 3 of 4

Approved Document No. DFU0384011 Rev 2 Draft 4

FI E ALA M

ancillaries

4 of 4 Approved Document No. DFU0384011 Rev 2 Draft 4

FP4E TECHNICAL SPECIFICATION

E&OE. No responsibility can be accepted by the manufacturer or distributors of this equipment for any misinterpretation of this instruction, or for the compliance of the system as a

whole. The manufacturers policy is one of continuous improvement and we reserve the right to make changes to product specifications at our discretion and without prior notice.

POWER SPECIFICATION

MAINS SUPPLY VOLTAGE

INTERNAL POWER SUPPLY

TOTAL OUTPUT CURRENT LIMITED TO

AUXILIARY POWER OUTPUT

MAINS SUPPLY MONITORED FOR FAILURE

BATTERY CHARGER MONITORED FOR FAILURE

BATTERIES MONITORED FOR DISCONNECTION / FAILURE

DETECTOR CIRCUIT SPECIFICATION

NUMBER OF CIRCUITS

LINE FAULT MONITORED FOR OPEN CIRCUIT

LINE FAULT MONITORED FOR SHORT CIRCUIT

LINE FAULT MONITORED FOR DETECTOR REMOVAL

END OF LINE RESISTOR (SUPPLIED)

DETECTOR CONTINUITY DIODES

CALL POINT RESISTOR (NOT SUPPLIED)

MAXIMUM NUMBER OF SMOKE/HEAT DETECTORS PER ZONE

MAXIMUM NUMBER OF MANUAL CALL POINTS PER ZONE

SOUNDER CIRCUIT SPECIFICATION

NUMBER OF CIRCUITS

END OF LINE RESISTOR (SUPPLIED)

LINE FAULT MONITORED FOR OPEN CIRCUIT

LINE FAULT MONITORED FOR SHORT CIRCUIT

OUTPUTS FUSED AT

MAXIMUM TOTAL OUTPUT CURRENT (ALL OUTPUTS)

MAXIMUM NO. OF BELLS @ 25 mA EACH

MAXIMUM NO. OF ELECTRONIC SOUNDERS @ 20 mA EACH

FUSES

- ALL FUSES COMPLIANT TO IEC (EN 60127 PT2)

MAINS TERMINAL BLOCK

SOUNDER OUTPUTS (F2, F3)

BATTERY FUSE (F1)

DOOR RETAINING MAGNETS

CONNECTION BLOCK

LARGEST ACCEPTABLE CONDUCTOR SIZE

SMALLEST ACCEPTABLE CONDUCTOR SIZE

PHYSICAL

ENCLOSURE (WIDTH x HEIGHT x DEPTH)

WEIGHT (WITHOUT BATTERIES)

These quantities are examples only.

}

FP4E (0.8A SUPPLY)

27 V d.c. nominal

800 mA

27 V d.c. nominal

YES

YES (can be disabled)

Yes, if End of Line Monitoring Unit fitted in place of End of Line Resistor

6800 Ω, 5% tolerance, 0.25 W (colour code - blue, grey, red, gold)

Silicon 1N4001 or Schottky type (required if End of Line Monitoring Unit fitted)

470 to 680 Ω, 0.25 or 0.5 W

No limit

6800 Ω, 5% tolerance, 0.25 W (colour code - blue, grey, red, gold)

YES

1 A

800 mA

200 mA T 20 mm

1 A F 20 mm

1.6 A F 20 mm

DO NOT USE PANEL POWER SUPPLY AS YOU WILL DRASTICALLY REDUCE BATTERY STAND-BY TIME.

2.5 mm2

0.75 mm2

322 x 267 x 92 mm

4.3 Kg

Important: Exceeding the fuse ratings may render the equipment

unsafe and damage the output of this equipment. This damage

is factory detectable and is not covered under warranty.

20 (maximum detector current = 2 mA)

DETECTOR CIRCUIT SPECIFICATION

POWER SPECIFICATION

SOUNDER CIRCUIT SPECIFICATION

FUSES

- ALL FUSES COMPLIANT TO IEC (EN 60127 PT2)

CONNECTION BLOCK

PHYSICAL

IP RATING (to EN 60529) IP30 (when correctly installed)

}

QUIESCENT CURRENT / BATTERY STAND-BY TIME (HRS)

0.8

STAND-BY TIME (HRS) 2.0 Ah BATTERIES 32

44STAND-BY TIME (HRS) 2.6 Ah BATTERIES

50QUIESCENT CURRENT (mA)

The quiescent currents listed are for the following conditions - Mains Supply

failed, detector and sounder End of Line resistors fitted, no other loads

supplied by the panel. The battery stand-by times are guidelines only based

on the above conditions and a full sounder load for 30 minutes.

Additional loads that increase the quiescent current in the normal alarm state

and sounder loads must be considered when calculating stand-by time.

Batteries in poor condition greatly reduce stand-by time.

MAX. LOAD CURRENT (A)

72STAND-BY TIME (HRS) 4.0 Ah BATTERIES

AUXILIARY RELAY CONTACTS (DO NOT CONNECT MAINS VOLTAGES) 1A 30 V d.c. max. Voltage-Free

AUXILIARY OUTPUT (F4) 1 A F 20 mm

ANCILLARIES (Individual datasheets available on request)

ANCILLARIES

(Individual datasheets available on request)

REPEATER PANEL Up to three Repeaters per control panel. Wiring = five cores plus one per zone.

Maximum cable length = 200 metres. Facilities = Common fault light; one fire light per zone;

warning buzzer; test button (test lights, buzzer & interconnecting wiring).

4 ZONE MONITORED SOUNDER EXTENDER KITS

RLP-24 5A RELAY ON PLATE (fits single gang back boxes)

Connects to existing sounder circuits to provide four additional monitored sounder circuits.

General purpose polarised and suppressed relay for use with 24 volt fire alarm systems. Can switch Mains loads.

CONTROLS

EXTERNAL PUSHBUTTONS (KEYSWITCH ACTIVATED)

RESET / RESOUND / TEST ZONE LAMPS

SILENCE ALARM SOUNDERS EVACUATE

INTERNAL

Revert to short circuit = fire (no resistors in Call Points)

OUTPUTS

2 sounder circuits (Alarm relay contacts can be obtained

by connecting an RLP-24 relay to a sounder circuit).

Ancillary connections for expansion modules will allow the

following: (1) Repeater Panels; (2) Multiple sounder outputs;

(3) Connection to Landlord’s Panel.

EXTERNAL INDICATORS

MAINS ON ZONE FIRE ZONE FAULT

SOUNDER FAULT POWER SUPPLY FAULT

INTERNAL INDICATORS

OPEN CIRCUIT ZONE FAULT

SHORT CIRCUIT ZONE FAULT

SILENCE FAULT SOUNDERS

Engineer Detector Test

Zone Isolate

ZONE ISOLATED ENGINEER TEST SELECTED

Part No. FF384-3

OPERATING TEMPERATURE

HUMIDITY

-10oC to +40oC

5% to 95% RH (non-condensing)

ENVIRONMENTAL

FREQUENCY RATED CURRENT 220 - 230 V a.c. 50 Hz / 60 Hz 185 mA

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