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Kidde Fire Protection SIRIUS Manual

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SIRIUS
MANUAL
TM0066
TM0066
Page 1 of 39
Issue 2.01

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Summary of Contents for Kidde Fire Protection SIRIUS

  • Page 1 Exit Main Menu SIRIUS MANUAL TM0066 TM0066 Page 1 of 39 Issue 2.01...
  • Page 2 PROPRIETARY RIGHTS NOTICE The information contained in this manual is the property of Kidde Fire Protection Services Limited and may not be reproduced or transmitted in any form or by any means, electronic, mechanical, photocopying, recording or otherwise, nor stored in any retrieval system of any nature without the express written authority of Kidde Fire Protection Services Limited.
  • Page 3 Preliminary Pages AMENDMENT INCORPORATION RECORD Amendment Brief Description of Content Name of Person Number Incorporating Amendment TM0066 Page 3 of 39 Issue 2.01...
  • Page 4 Preliminary Pages AMENDMENT INCORPORATION RECORD Amendment Brief Description of Content Name of Person Number Incorporating Amendment TM0066 Page 4 of 39 Issue 2.01...

  • Page 5: Table Of Contents

    Preliminary Pages TABLE OF CONTENTS Chapter Page GENERAL SPECIFICATION INTRODUCTION MECHANICAL CONSTRUCTION 1.2.1 General Details 1.2.2 Panel Specification FUNCTIONAL DESCRIPTION 1.3.1 Panel Indications 1.3.2 Panel Control Switches 1.3.3 Internal Indications and Control COMPATIBILITY 1.4.1 Automatic Devices 1.4.2 Manual Devices INSTALLATION AND COMMISSIONING GENERAL 2.1.1 Static Sensitive Devices INSTALLATION...
  • Page 6 Preliminary Pages TABLE OF CONTENTS Chapter Page 2.3.3 Fault Conditions 2.3.4 Sounder Circuit Check PERFORMANCE SPECIFICAITON ALARM CONDITION FAULT CONDITION DISABLEMENT TEST MODE RELAY ISOLATE DEFINITIONS MAINTENANCE GENERAL ROUTINE MAINTENANCE ENGINEERS CONTROLS TECHNICAL SPECIFICATIONS 2 ZONE PANEL 4 ZONE PANEL 8 ZONE PANEL 16 ZONE PANEL 32 ZONE PANEL...
  • Page 7 Preliminary Pages TABLE OF CONTENTS Chapter Page VOLTAGE AND CURRENT CALCULATIONS 2 ZONE PANEL 4 ZONE PANEL 8 ZONE PANEL 16 ZONE PANEL 32 ZONE PANEL TM0066 Page 7 of 39 Issue 2.01...
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  • Page 9: General Specification

    CHAPTER 1 GENERAL SPECIFICATION INTRODUCTION This range of self contained control panels provides conventional detection ranging from 2 to 32 zones and are available with LPC approval to BS 5839 Part 4 1988. MECHANICAL CONSTRUCTION 1.2.1 General Details The enclosures are constructed of 1.6 mm (16 swg) mild steel and have a paint finish of ash grey, semi gloss BS OOAO1 which is powder coated prior to baking.

  • Page 10: Panel Specification

    1.2.1.3 Inner Mounting Chassis The chassis is mounted on the back box by means of five M4 x 6 mm screws which are accessible without removing the mother board. The chassis is served with a piano type hinge on the right hand side which allows the membrane to be opened through 90 degrees and the membrane is secured by means of three "Allen"...

  • Page 11: Panel Indications

    1.3.1 Panel Indications Twin Fire LEDs (Red) Supply Healthy LED (Green) System Fault LED (Amber) Disablement LED (Amber) Test LED (Amber) User LED # 1 (Amber) User LED # 2 (Amber) Zonal Alarm LEDs (1 Per Zone) (Red) Zonal Fault LEDs (1 Per Zone) (Amber) Processor Fault LED (Amber) 1.3.2 Panel Control Switches Sounds Alarms...

  • Page 12: Compatibility

    1.3.3.2 Controls 4-way dil switch SW1 Leaf 1 OFF Sounder circuit constant Leaf 1 ON Sounder circuit pulsed Leaf 2 ON Zone 1 non latching mode (disallowed under BS 5839 Part 4 1988) Leaf 3 ON Inititate panel test mode Leaf 4 ON Operates the processor fault counter reset on the 8, 16 and 32 zone panels...

  • Page 13: Automatic Devices

    1.4.1 Automatic Devices Manuf. Part No. Base No. Device Type Apollo 53541-151 45681-007 Ionisation smoke detector 53551-201 45681-007 Photo-electric smoke detector 53531-221 45681-007 Grade 1 rate of rise heat detector 55000-300 45681-200 Photo-electric smoke detector 55000-200 45681-200 Ionisation smoke detector 55000-210 45681-200 Integrated Ionisation smoke detector...

  • Page 14: Manual Devices

    1.4.2 Manual Devices MANUFACTURER PART NO. DESCRIPTION KR9/510 Call point complete with resistor KR72 Call point MCP/R/F Call point NOTES All break glass call points must have a 510 ohm resistor in series with the normally open alarm contacts. The quiescent current of a detection zone without an end-of-line resistor fitted is 2.6mA.

  • Page 15: Installation And Commissioning

    CHAPTER 2 INSTALLATION AND COMMISSIONING GENERAL The installation of the fire detection and alarm system should comply with the current editions of:- The IEE Wiring Regulations. The British Standard for Fire Detection and Alarm Systems for Buildings. Care should be taken not to install cables in the proximity of high voltage cables or in areas likely to induce electrical interference.

  • Page 16: Installation

    All static sensitive devices are marked accordingly, but it is good engineering practice to treat all components and boards with the same degree of protection. INSTALLATION Remove the inner chassis which incorporates the motherboard and the membrane by unscrewing the five securing screws, which should be replaced in their original nut inserts for safe keeping. Ensure that the chassis is stored in a safe environment in accordance with the precautions detailed in Section 2.1.

  • Page 17: Supply Checks

    is present at the on-board mains terminal and insert the mains fuse, check that the panel performs the following functions: The supply healthy LED illuminates The system fault LED illuminates The internal buzzer pulses The fault relay operates No other fault indications should be present at this stage and if faults exist, clear before continuing.

  • Page 18: Zonal Checks

    The panel must be reset after each fault condition. 2.3.2 Zonal Checks For each detection zone the following procedures must be followed:- 2.3.3 Fault Conditions Remove one leg of the external wiring (or end-of-line resistor) and check that the correct zonal fault LED (amber) flashes in sympathy with the system fault LED and the internal buzzer.
  • Page 19 the reset button check that the panel reverts to the operating condition, with the supply healthy LED illuminated. The audibility level of the sounders should be checked to ensure that they conform to BS 5839 Part 1, Section 2 clause 9.4. NOTE Upon completion of commissioning of the system it is advisable to perform a processor failure count check as described in the Engineers Controls section of this manual.
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  • Page 21: Performance Specificaiton

    CHAPTER 3 PERFORMANCE SPECIFICATION ALARM CONDITION The dual fire LED's and the zone of origin LED will operate in a pulsed mode. The internal buzzer will operate in a continuous mode. The sounder will operate in a pulsed or continuous mode as selected by the switch on the main pcb.

  • Page 22: Disablement

    A sounder circuit fault will operate the system fault LED and the internal buzzer in a pulsed mode. The operation of the silence alarms button will alter the internal buzzer to the intermittent mode but the system fault LED will remain in a pulsed mode. A supply fault (mains, battery or fuse failure) will extinguish the supply healthy LED and illuminate the system fault LED in a pulsed mode.

  • Page 23: Relay Isolate

    activated but the sounder circuits and the auxiliary contacts will remain unoperated. To re instate a zone from the test mode to its normal condition select the required zone number and operate the enter key. Revert SW1 leaf 3 to the off position to disable the test mode.
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  • Page 25: Maintenance

    CHAPTER 4 MAINTENANCE GENERAL Maintenance of equipment extraneous to the control panel will be detailed in the appropriate manufacturer's literature. The back up batteries are of a maintenance free manufacture but attention should be made to the commissioning date as the batteries will require replacing every 4-5 years thereafter. The components of the control panel are of a sufficient quality to withstand the life expectancy of the panel which is 15 years.
  • Page 26 The 8, 16 and 32 zone control panels have three switches which are designated as follows:- PROCRST Operation of this button will re start the processor in the event of a total failure. FCRST Operation of this button will clear the processor failure counter to zero. To check how many times the processor has automatically been restarted place leaf 4 of SW 1 to the on position and the first eight zonal fault LED's will illuminate in a binary format to indicate the number of...

  • Page 27: Technical Specifications

    CHAPTER 5 TECHNICAL SPECIFICATIONS 2 ZONE PANEL TERMINALS Note All terminals are capable of accepting conductors of cross sectional area 1.0 - 2.5 mm. Mains Block Live, neutral and earth 240V a.c. + 10%/-15%, 50/60Hz Common Fault Relay Single pole changeover rated at 30V 1 Amp. Common Fire Relay 1 Single pole changeover rated at 30V 1 Amp.
  • Page 28 INTERNAL CONTROLS 4 Way DIL switch Leaf 1 OFF Sounder circuits constant Leaf 1 ON Sounder circuit pulsed Leaf 2 ON Zone 1 non latching mode Leaf 3 ON Initiates the test mode Leaf 4 Function not allocated INTERNAL INDICATIONS LED 1 Power Supply fault LED 2...

  • Page 29: Zone Panel

    4 ZONE PANEL TERMINALS Note All terminals are capable of accepting conductors of cross sectional area 1.0 - 2.5 mm. Mains Block Live, neutral and earth 240V a.c. + 10%/-15%, 50/60Hz. Common Fault Relay Single pole changeover rated at 30V 1 Amp. Common Fire Relay 1 Single pole changeover rated at 30V 1 Amp.
  • Page 30 INTERNAL INDICATIONS LED 1 Power supply fault LED 2 Alarm fault LED 3 Display disconnected LED 4 Earth fault EXTERNAL DIMENSIONS - 370(h) X 330(w) x 113 (d) mm WEIGHT - 6 kg (excluding batteries) BATTERY CAPACITY 2 X 12V 6 Ah Yuasa sealed lead acid cells Replacement period 4 years CURRENT CONSUMPTION...

  • Page 31: Zone Panel

    8 ZONE PANEL TERMINALS Note All terminals are capable of accepting conductors of cross sectional area 1.0 - 2.5 mm. Mains Block Live, neutral and earth 240V a.c. + 10%/-15%, 50/60Hz. Common Fault Relay Single pole changeover rated at 30V 1 Amp. Common Fire Relay 1 Single pole changeover rated at 30V 1 Amp.
  • Page 32 INTERNAL INDICATIONS LED 1 Power supply fault LED 2 Alarm fault LED 3 Display disconnected LED 4 Earth fault ENGINEERS CONTROL PROCRST Processor reset FCRST Fault counter reset EXTERNAL DIMENSIONS - 370(h) x 330(w) x 113 (d) mm WEIGHT - 7 kg (excluding batteries) BATTERY CAPACITY 2 x 12V 6Ah Yuasa sealed lead acid cells Replacement period...

  • Page 33: Zone Panel

    16 ZONE PANEL TERMINALS Note All terminals are capable of accepting conductors of cross sectional area 1.0 - 2.5 mm. Mains Block Live, neutral and earth 240V a.c. + 10%/- 15%, 50/60Hz Common Fault Relay Single pole changeover rated at 30V 1Amp. Common Fire Relay 1 Single pole changeover rated at 30V 1 Amp.
  • Page 34 INTERNAL INDICATIONS LED 1 Power supply fault LED 2 Alarm fault LED 3 Display disconnected LED 4 Earth fault ENGINEERS CONTROL PROCRST Processor reset FCRST Fault counter reset EXTERNAL DIMENSIONS - 450(h) x 400(w) x 138(d) mm WEIGHT - 11 kg (excluding batteries) BATTERY CAPACITY 2 x 12V 6Ah Yuasa sealed lead acid cells Replacement period...
  • Page 35 32 ZONE PANEL TERMINALS Note All terminals are capable of accepting conductors of cross sectional area 1.0 - 2.5 mm. Mains Block Live, neutral and earth 240V a.c.+ 10%/- 15%, 50/60Hz Common Fault Relay 1 Single pole changeover rated at 30V 1 Amp. Common Fault Relay 2 Single pole changeover rated at 30V 1 Amp.

  • Page 36: Zone Panel

    INTERNAL CONTROLS 4 Way DIL switch Leaf 1 OFF Sounder circuits constant Leaf 1 ON Sounder circuits pulsed Leaf 2 ON Zone 1 not latching mode Leaf 3 ON Initiates the test mode Leaf 4 ON Operates the processor fault counter INTERNAL INDICATIONS LED1 Power supply fault...

  • Page 37: Voltage And Current Calculations

    CHAPTER 6 VOLTAGE AND CURRENT CALCULATIONS NOTE In an alarm condition this is measured with a 680 ohm resistor connected across the zone. The maximum zone current has been measured with a 250 R resistor across the zone. The minimum zone current has been measured with a 1k 3 resistor connected across the zone.

  • Page 38: Zone Panel

    4 ZONE PANEL Mains on (Battery voltage at 24 volts, control voltage at 28 volts) Quiescent current: 111 mA Alarm current: 237 mA Max. zone current: 45 mA Min zone current: 10 mA Mains on (Battery voltage at 24 volts, control voltage at 23.1 volts) Quiescent current: 87 mA Alarm current:...

  • Page 39: Zone Panel

    16 ZONE PANEL Mains on (Battery voltage at 24 volts, control voltage at 28 volts) Quiescent current: 200 mA Alarm current: 330 mA Max. zone current: 45 mA Min. zone current: 10 mA Mains off (Battery voltage 24 volts, control voltage at 23.1 volts) Quiescent current: 179 mA Alarm current:...

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