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EQUIPMENT:

   

FIRE

CLASS 

PRECEPT EN13

 

PUBLICATION:

  

FIRECLASS PREC EN13 INST

 

ISSUE No. & DATE:

 

2     22/07/2021

 

PAGE 12 of 32 

10.   Installation 

The control panel must be installed  by suitably 

qualified engineers familiar with the installation of 

fire detection systems. In addition, it is 

recommended to refer to the following information: 

  Current edition of the IEE wiring regulations. 

  Current edition of BS5839-1 or the installation 

standards for the relevant country. 

  Any specific site requirements. 

  Any field device installation instructions. 

  Any data sheet provided for the installation of 

Intrinsically Safe devices. 

Notes: 

The rating plate, containing essential electrical 

information is located inside the panel on the inside 

face of the door. 
The mains supply cable should be a minimum of 

1mm

2

 copper protected by a 5A fuse. 

An appropriate lockable double pole disconnect 

device shall be provided as part of the building 

installation. This device must have a minimum 

contact gap of 3mm. 

10.1  Electrical Safety 
WARNING:

 

Read this section completely before 

commencing installation. 

Prior to commencing installation of the 

control panel, ensure that adequate 

precautions are taken to  prevent 

damage to the sensitive electronic 

components on the display board and the control 

board due to electrostatic discharge. You should 

discharge any static electricity you may have 

accumulated by touching a convenient earthed 

object such as an unpainted copper radiator pipe. 

You should repeat the process at regular intervals 

during the installation process, especially if you are 

required to walk over carpets. 

The panel must be located in a clean, dry 

position, which is not subject to shock or 

vibration and at least 2 metres away from pager 

systems or any other radio transmitting 

equipment. The operating temperature range is 

0ºC to 40ºC; maximum humidity is 95%. 

IMPORTANT NOTES ON BATTERIES: 

DANGER

Batteries are electrically Live 

at all times, take great care never to short 

circuit the battery terminals.

 

WARNING

Batteries are often heavy; take 

great care when lifting and transporting 

batteries. For weights above 24 kilos, 

lifting aids should be used. 

DANGER: 

Do NOT attempt to remove the 

battery lid or tamper with the internal 

workings of the battery. Electrolyte is a 

highly corrosive substance, and presents significant 

danger to you  and to anything else it touches. In 

case of accidental skin or eye contact, flush the 

affected area with plenty of clean, fresh water and 

seek immediate medical attention.

 

Valve Regulated Lead Acid (VRLA) batteries are 

“low maintenance”, requiring no electrolyte top-

up or measurement of specific gravity. 

WARNING: 

Only clean the battery case 

with a cloth that has been soaked or 

dampened with distilled water. Do not use organic 

solvents (such as petrol, paint thinner, benzene or 

mineral spirits) or other materials that can 

substantially weaken the case. Do not  use a dry 

cloth as this will generate static electricity, which in 

turn may lead to an explosion.

 

WARNING: 

Avoid operating temperatures 

outside the range of -15

°

C/5

°

F to 

+50°C/122°F for float/standby applications. 
The recommended normal operating temperature is 

20°C. 
HIGH TEMPERATURE will reduce battery service 

life. In extreme cases this can cause Thermal 

Runaway, resulting in high oxygen/hydrogen gas 

production and battery swelling. Batteries are 

irrecoverable from this condition and should be 

replaced. 
LOW TEMPERATURE will prolong battery life but 

reduce output capacity.

 

DANGER: 

Do not incinerate batteries. If 

placed in a fire, the batteries may 

rupture, with the potential to release 

hazardous gases and electrolyte. VRLA 

batteries contain substances harmful to 

the environment. 
Exhausted batteries must be recycled. 

Return them to the battery manufacturer 

or take them to your Council waste disposal site for 

appropriate disposal.

 

ELECTRICAL SAFETY: 

The volt-free relay contacts provided within the 

panel must not be used to directly switch any 

voltage that exceeds 50VAC or 75VDC. (Please 

also refer to relay rating data). 

This equipment requires a 230VAC supply. All 

installation work should be carried out in 

accordance with the recommendations of 

BS5839 Part 1 and the current edition of the IEE 

regulations by suitably qualified and trained 

personnel. 
 

 
 

THIS PANEL MUST BE EARTHED 

 

Summary of Contents for Precept EN13

Page 1: ...UIPMENT FIRECLASS PRECEPT EN13 PUBLICATION FIRECLASS PREC EN13 INST ISSUE No DATE 2 22 07 2021 PAGE 1 of 32 Precept EN13 Fire Detection Alarm Panel Precept EN Repeater Installation Commissioning Manua...

Page 2: ...RY DEFAULT CONFIGURATION FOR ZONES OUTPUTS 22 14 4 ENGINEER S ZONE OUTPUT CONFIGURATION TIME OUT WARNING 22 14 5 INVALID CONFIGURATION CONDITIONS 22 14 6 LIST OF CONFIGURATION DIL SWITCHES AND THEIR F...

Page 3: ...this manual fully before commencing installation The following supporting documentation is also available FIRECLASS Precept EN13 Sales Literature FIRECLASS Precept EN13 Panel Application Guide FIRECLA...

Page 4: ...3 2 1 ZONE CIRCUITS RST SIL EVAC CLASS CHANGE BUZ ACTIVE P A B REPEATER AUX D C 0V OUTPUTS INPUTS EVAC FAULT GND O ZONE OUTPUTS 4 3 2 1 24V 0V 2 1 3 01 05 12 ISSUE 0 CEL C1717 ALARM 4 3 2 1 CIRCUITS...

Page 5: ...ACKBOX N L M a in s F u s e R ep la ce Sa m e Ty pe W ith RATING LABEL EARTH POST EARTH BAR MAINS TERMINAL ASSEMBLY RELAY BOARD Fu se In pu t Se ria l N o Pa rt N o Pr od uc t St an da rd s A pp ro va...

Page 6: ...EQUIPMENT FIRECLASS PRECEPT EN13 PUBLICATION FIRECLASS PREC EN13 INST ISSUE No DATE 2 22 07 2021 PAGE 6 of 32 Figure 4 8 16 Zone Precept EN13 panel General Assembly with optional clock module...

Page 7: ...iagram Connect to Aux DC 24V 24Vdc relay Typical zonal output wiring Field relay spec Coil resistance 2 6k to 4 5k Ohms Voltage 24Vdc Nom min 18V max 30V Fitted with suppression diode as shown Relay f...

Page 8: ...les from Panel motherboard Each Alarm circuit from the panel motherboard is connected to the IN terminals on the Alarm Relay Board Each Alarm Circuit is wired out to the sounders from the OUT terminal...

Page 9: ...le on selected panel Alarm Circuits 1 2 3 4 Aux DC 24V 0V SIL Inputs Outputs Repeater EVAC RST DIS EVAC A B GND Reset N C Inputs SIL Silence alarms EVAC Evacuate RST Reset Outputs DIS Disablement acti...

Page 10: ...Terminals Power Supply LED indicators OUTPUT OK Battery Charger Fault Charger Fault Mains Fault J18 Earth Fault Monitoring Link Secondary AC from transformer C1631 Repeater Interface Alarm Circuits Ma...

Page 11: ...tion resistance is greater than or equal to 1 the Batt Charge fault LED is illuminated and the Fault Output is operated The circuitry also protects against reversed connection of the batteries 9 2 Vis...

Page 12: ...eat care when lifting and transporting batteries For weights above 24 kilos lifting aids should be used DANGER Do NOT attempt to remove the battery lid or tamper with the internal workings of the batt...

Page 13: ...n an area that is clean dry and dust free where they will not be damaged You can place them inside the original packing box but you must ensure that sufficient soft packing is used to keep the door an...

Page 14: ...y 26 Connect the blue battery lead between the positive red terminal of the left hand battery and the negative black terminal of the right hand battery Note that the batteries will not power the panel...

Page 15: ...should be checked for correct audibility as specified in BS5839 1 using the Evacuate function 2 Detection zones should be commissioned next The purpose is to establish the correct functioning of each...

Page 16: ...ise the mains and check the voltage and polarity are correct before replacing the panel fuse 4 The panel will power up and enter the power up cable check mode flashing System Fault LED After about 60...

Page 17: ...nearest the panel operate each manual call point and detection device on the zone in turn o After operation of each device confirm The fire indication is provided on the panel on the correct zone The...

Page 18: ...ed out at the appropriate time in conjunction with the engineer responsible for the fire protection system 11 7 6 Ancillary inputs Remote Silence Alarms Reset and Evacuate inputs should each be tested...

Page 19: ...isabled Fault Routing Fault Disabled Yellow Flashes for a fault on the Fault Routing Output Steady when Fault Routing Output is disabled POWER SUPPLY ON FIRE FIRE ROUTING ACTIVE GENERAL FAULT POWER SU...

Page 20: ...ked and if silence before reset is configured sounders are silenced Silence Buzzer 1 Press to stop the buzzer sounding in fire or fault conditions Always available 2 In 2 Stage Delay Mode with stage 1...

Page 21: ...and the panel buzzer will silence A pulsing indication cursor will appear either on the Zone 1 Fault Disabled LED or the Sounder Fault Disabled LED Test depending upon which configuration DIL switch i...

Page 22: ...e o The panel buzzer will sound o The Cursor indication will clear o Configuration will be inhibited To clear the invalid condition check the configuration switches SW1 4 to SW1 8 on the motherboard a...

Page 23: ...1 minute within the range 0 9 minutes See Table 1 Motherboard Delay Switch Settings Table 1 Motherboard Delay Switch Settings Delay Duration SW2 2 SW2 3 SW2 4 SW2 5 NONE Off Off Off Off 1 minute On Of...

Page 24: ...14 8 Configuring the Fire Routing Fire Protection and Fault routing O Ps To configure the Fire Routing Output to volt free relay contacts remove links J10 J11 and J12 These links are combined in a sin...

Page 25: ...to 59 Press SELECT ON Time Set display HH MM SS ON Time SS flashing Press ENABLE or DISABLE to change SS to desired value 00 to 59 To set Day Night Mode Off Time Press SELECT to access day night OFF...

Page 26: ...or EEPROM1 EEPROM 0 ERROR or EEPROM 1 ERROR Note Both EEPROMs can be erased by the following procedure 1 Power the panel down 2 Place the WP DIL switch in the ON position 3 Power the panel back up 4...

Page 27: ...15 4 C1651 Clock Module PCB Features Figure 10 llustrates the PCB features referred to elsewhere in the documentation Figure 10 C1651 Clock Module PCB LK1 Select Operating Mode LK1 S1 WP ZERO 1 2 ON D...

Page 28: ...Voltage 230Vac 10 15 Cable requirements Minimum of 1mm2 copper protected by a 5A fuse Power Supply Output Specification Panel Repeater AC powered 2 4 zone 8 zone 16 zone 2 4 8 16 zone Maximum Short T...

Page 29: ...off PS12120 12V 12Ah 2 off PS12120 12V 12Ah 2 off PS12120 12V 12Ah 2 off PS1230 12V 3 4Ah Battery size mm L HT H W L 151 W 98 H 94 HT 100 L 151 W 98 H 94 HT 100 L 151 W 98 H 94 HT 100 L 133 W 67 H 60...

Page 30: ...characteristics Performance under fire conditions Pass Response delay response time to fire Pass Operational reliability Pass Durability of operational reliability Temperature resistance Pass Durabil...

Page 31: ...5 EN BSEN 54 4 Power supply equipment for fire detection and fire alarm systems for buildings List of essential characteristics Performance under fire conditions Pass Operational reliability Pass Dura...

Page 32: ...2 07 2021 2021 Johnson Controls All rights reserved All specifications and other information shown were current as of document revision date and are subject to change without notice Tyco Fire Security...

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