1 / 110

CF3000 Addressable Fire Detection System

CF3000 Addressable Fire Detection System. Introduction. History JSB and Menvier Acquired by Cooper Industries ~1999 / 2000 Analogue Addressable CF3000 range Started development approx 2004 Rationalisation of the legacy technology into one new platform

Télécharger la présentation

CF3000 Addressable Fire Detection System

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. CF3000 Addressable Fire Detection System

  2. Introduction History • JSB and Menvier • Acquired by Cooper Industries ~1999 / 2000 • Analogue Addressable CF3000 range • Started development approx 2004 • Rationalisation of the legacy technology into one new platform • To develop an entire single-manufacturer range • Includes CF3000, DF6000, FX6000 • Fire Detection • Voice Evacuation, • Emergency Voice Communication Systems

  3. Introduction Agenda • Introduction • Concept of Operation • Control Panels • Addressable Devices • Networking • Operation, Commissioning and Fault Finding

  4. Introduction Range • CF3000: • 1 – 4 loops per panel • 200 devices per loop • 504 loops max per 126 panel network • CF1100/1200: • 1 – 2 loops per panel • 200 devices per loop • 252 loops max per 126 panel network 1-4LP: CF3000 / DF6000 / FX6000 1LP: CF1100 / DF6100 / FX6100 2LP: CF1200 / DF6200 / FX6200

  5. Introduction Key Features • UL and EN54 Certification • 1, 2 or 4 loops per panel • 200 addresses per loop • Max 512 detection devices per panel for EN54 • Recommended 150 devices per loop for practical application • Software Allocated Addressing • Optional hard addressing via CF800PROG • Network up to 126 panels • (504 or 252 max) • 96 Zone LED indication • 250 Zones per panel in configuration software

  6. Introduction System Schematic ADDRESSABLE SPUR CIRCUIT LOOP 1 ADRRESSABLE LOOP CONVENTIONAL SOUNDERS ~ ~ CONVENTIONAL SOUNDERS LOOPS 2-4 SITE MONITOR SYSTEM SITE GRAPHICS SYSTEM MODBUS OUTPUT TO BMS SYSTEM BACNET OUTPUT TO BMS SYSTEM ~ ~ ~ CF3000 CW9000 CTPR3000 EC700 EC200 ECO232 ECO232 EC650 EXT 24V EXT 24V CFSFL01 LON-FO NC NC NC FIBRE OPTIC UP TO MAX 126 NETWORK NODES ~ ~ LOCAL AREA NETWORK EXT 24V NC NC EC400 EC400 EC540 CF1100/1200 CF3000

  7. Concept of Operation Autolearn • Complete interrogation and reallocation of loop devices, addresses and config • Soft Address: in loop order, spurs first then ongoing loop • Hard Address: pre-programmed with CF800PROG Replace Device • Direct replacement of an existing device on an operational system Delete Device • Removing an existing device from an operational system Add Device • Adding a new device to an operational system Check Auto Config • Loop connectivity check • Loop status interrogation and fault reporting Intermittent Fault Search • Reduces fault tolerance to identify any corrupted/intermittent devices

  8. Concept of Operation Autolearn • Complete interrogation and reallocation of loop devices, addresses and config • Start with loop return disconnnected

  9. Concept of Operation 001 Panel>>>> All isolators O/C

  10. Concept of Operation • 002 Panel>>>> Request device type 001 Panel>>>> All isolators O/C

  11. Concept of Operation • 003 Device>>> Device type = Sounder • 002 Panel>>>> Request device type 001 Panel>>>> All isolators O/C

  12. Concept of Operation • 004 Panel>>>> Request device status • 003 Device>>> Device type = Sounder • 002 Panel>>>> Request device type 001 Panel>>>> All isolators O/C

  13. Concept of Operation • 005 Device>>> Status = OK • 004 Panel>>>> Request device status • 003 Device>>> Device type = Sounder • 002 Panel>>>> Request device type 001 Panel>>>> All isolators O/C

  14. Concept of Operation • 006 Panel>>>> Request device address • 005 Device>>> Status = OK • 004 Panel>>>> Request device status • 003 Device>>> Device type = Sounder • 002 Panel>>>> Request device type 001 Panel>>>> All isolators O/C

  15. Concept of Operation • 007 Device>>> Address = 254??? • 006 Panel>>>> Request device address • 005 Device>>> Status = OK • 004 Panel>>>> Request device status • 003 Device>>> Device type = Sounder • 002 Panel>>>> Request device type

  16. Concept of Operation • 008 Panel>>>> New address = 001 • 007 Device>>> Address = 254 • 006 Panel>>>> Request device address • 005 Device>>> Status = OK • 004 Panel>>>> Request device status • 003 Device>>> Device type = Sounder • 1

  17. Concept of Operation • 009 Panel>>>> Close isolator • 008 Panel>>>> New address = 001 • 007 Device>>> Address = 254 • 006 Panel>>>> Request device address • 005 Device>>> Status = OK • 004 Panel>>>> Request device status • 1

  18. Concept of Operation • 010 Panel>>>> Request device type • 009 Panel>>>> Close isolator • 008 Panel>>>> New address = 001 • 007 Device>>> Address = 254 • 006 Panel>>>> Request device address • 005 Device>>> Status = OK • 1

  19. Concept of Operation • 011 Device>>> Device type = Optical Detector • 010 Panel>>>> Request device type • 009 Panel>>>> Close isolator • 008 Panel>>>> New address = 001 • 007 Device>>> Address = 254 • 006 Panel>>>> Request device address • 1

  20. Concept of Operation • 012 Panel>>>> Request device status • 011 Device>>> Device type = Optical Detector • 010 Panel>>>> Request device type • 009 Panel>>>> Close isolator • 008 Panel>>>> New address = 001 • 007 Device>>> Address = 254 • 1

  21. Concept of Operation • 013 Device>>> Status = OK, Analogue value = 20??? • 012 Panel>>>> Request device status • 011 Device>>> Device type = Optical Detector • 010 Panel>>>> Request device type • 009 Panel>>>> Close isolator • 008 Panel>>>> New address = 001 • 1

  22. Concept of Operation • 014 Panel>>>> Request device address • 013 Device>>> Status = OK • 012 Panel>>>> Request device status • 011 Device>>> Device type = Optical Detector • 010 Panel>>>> Request device type • 009 Panel>>>> Close isolator • 1

  23. Concept of Operation • 015 Device>>> Address = 254??? • 014 Panel>>>> Request device address • 013 Device>>> Status = OK • 012 Panel>>>> Request device status • 011 Device>>> Device type = Optical Detector • 010 Panel>>>> Request device type • 1

  24. Concept of Operation • 016 Panel>>>> New address = 002 • 015 Device>>> Address = 254 • 014 Panel>>>> Request device address • 013 Device>>> Status = OK • 012 Panel>>>> Request device status • 011 Device>>> Device type = Optical Detector • 2 • 1

  25. Concept of Operation 017 Panel>>>> Close isolator 016 Panel>>>> New address = 002 015 Device>>> Address = 254 014 Panel>>>> Request device address 013 Device>>> Status = OK 012 Panel>>>> Request device status • 2 • 1

  26. Concept of Operation • Repeated for next device, • 3 • 2 • 1

  27. Concept of Operation • Etc, • 3 • 4 • 2 • 1

  28. Concept of Operation • Etc, • 3 • 4 • 5,6 • 2 • 1

  29. Concept of Operation • Etc, • 3 • 4 • 5,6 • 2 • 7 • 1

  30. Concept of Operation • Etc, • 3 • 4 • 5,6 • 2 • 7 • 1 • 8

  31. Concept of Operation • Etc, until all devices identified • 3 • 4 • 5,6 • 2 • 7 • 1 • 9,10 • 8

  32. Concept of Operation • Re-connect loop return cable • 3 • 4 • 5,6 • 2 • 7 • 1 • 9,10 • 8

  33. Concept of Operation Autolearn with Spur Circuits • when spur isolators are encountered on the loop, the spur circuit is addressed first, then the loop addressing is continued • 3 • 4 • 5 • 5,6 • 9 • 7 • 8 • 2 • 1

  34. Concept of Operation Autolearn with Spur Circuits • Spur isolators have no address or communications capability • 3 • 4 • 5,6 • 9 • 7 • 8 • 2 • 10 • 1 • 11 • 12,13 • 14

  35. Concept of Operation Autolearn with Spur Circuits • The last device must have an address, ie, it cannot be a spur isolator • 3 • 4 • 5,6 • 9 • 7 • 8 • 2 • 10 • 1 • 16,17 • 15 • 11 • 12,13 • 14

  36. Concept of Operation Replace Device • Direct replacement of an existing device on an operational system • Replacement with the same device type only • ONE by ONE • 3 • 4 • 5 • 2 • 6 • 254 • OLD • NEW • 1 • 8 • 7

  37. Concept of Operation Replace Device • Physically replace the device with a new one (default address 254) • 3 • 4 • 5 • 2 • 254 • 6 • NEW • OLD • 1 • 8 • 7

  38. Concept of Operation Replace Device • Then select Replace Device option at Control Panel • Replacement device is identified and address reallocated • Discard old device • 3 • 4 • 5 • 2 • 6 • 6 • DISCARD • NEW • OLD • 1 • 8 • 7

  39. Concept of Operation Add Device • Add a new device to an operational system • ONE by ONE • 3 • 4 • 5 • 2 • 254 • NEW • 1 • 7 • 6

  40. Concept of Operation Add Device • Physically add the new device (default address 254) • Then select Add Device option at panel • New device identified and the lowest unused address allocated • 3 • 4 • 5 • 2 • 8 • 254 • NEW • 1 • 7 • 6

  41. Concept of Operation Add Device • Allocate the device to a zone • Enter the device description text • Allocate any relevant device settings • 3 • 4 • 5 • 2 • 8 • NEW • 1 • 7 • 6

  42. Concept of Operation Delete Device • Removing an existing device from an operational system • ONE by ONE • Do not delete Loop 1 Device 1 • 3 • 4 • 5 • 2 • 6 • 1 • 8 • 7

  43. Concept of Operation Delete Device • Select Delete Device option at panel • Then physically remove device (address returned to default 254) • 3 • 4 • 5 • 2 • 254 • 1 • 8 • 7

  44. Control Panels Standby Power • Integrated Power Supply Unit • Loop and Standby Calculator inbuilt in Site Installer software • CF3000 • Standard Housing 24V 12Ah capacity • Deep Housing 24V 24Ah capacity • CF1100/1200 • Standard Housing 24V 7Ah capacity

  45. Control Panels Optional Protective Cover • Suitable for CF3000 • Lockable clear cover • Prevents unauthorised access • Inbuilt SCROLL and MUTE BUZZER buttons • May be retro-fitted at a later date • Use with ‘Screen Cover’ menu mode

  46. Control Panels Optional Integral Printer • Suitable for CF3000 • Lockable printer door • Self loading ‘Drop-In’ paper cradle • Removable blanking plug for retro-fit

  47. Control Panels Circuit Connections • CF3000 12V 24V 24V

  48. Control Panels Circuit Connections • CF1100 / CF1200 12V START LOOP END LOOP

  49. Control Panels False Alarm Reduction: Alarm Investigation Delay • T1/T2 timers • User acknowledgment of alarm condition • Allows a further investigation time • 1: Acknowledgement Delay • 3 minutes max • All outputs or FRE only are delayed • 2: Investigation Delay • 10 minutes max • Full activation at end of delay • Activates according to programmed settings

  50. Control Panels • False Alarm Reduction: Alarm Verification Delay • Filter out transient alarms • Reduces disruption from nuisance alarms • Select zones as required • 1: Verification Stage • EN: 15 or 30 seconds verification delay • UL: 60 seconds verification delay • 2: Full Alarm • Full activation if smoke remains at end of delay • Activates according to programmed settings

More Related