INTELLIGENT FIRE CONTROL PANELS IFC Flexibility to suit your needs

Transcription

1 INTELLIGENT FIRE CONTROL PANELS IFC2-640 Flexibility to suit your needs

2 intelligent fire control panels As an essential component of every facility, your fire detection and alarm system should suit your exact needs. That s why the Johnson Controls IFC2-640 is designed with modularity and ease of system planning in mind. Whether your facility simply requires a stand-alone vvor medium-to-large system or a large integrated network, the IFC2-640 is flexible enough to suit most applications. Not only is the IFC2-640 versatile, it provides valuable features that reduce installation time, improve ease-of-use for the operator, and ultimately increase safety in your facility. Fully scaleable system Easy to use Reduced installation time Increased safety UL 9th edition listed Panel Capabilities Supports up to 636 intelligent, addressable devices Supports one to two Signaling Line Circuits (SLC) with up to 159 detectors and 159 modules per loop Multiple annunciation options provide the type of information and control you need FlashScan fully digital, high-precision protocol, intelligent detectors improve fire protection and reduce maintenance costs Network compatible with existing IFC installations Autoprogram feature provides immediate fire protection in new installations Multiple programmning options make on-site or off-site programming and editing fast and easy Network option supports IFC-320, IFC-640, IFC2-640, IFC-1010, IFC-2020, IFC-3030, IFC2-3030, JNCA and JNCA-2 Network Annunciators, and Intelligent Fire Workstation using wire or fiber Seamless integration to the Metasys building management system and others using industry standard BACnet and Modbus protocols Flash memory eliminates need to change EPROMs Built-in Degraded Mode capable of general alarms even if CPU fails Voice and telephone features available via networked DVC: Eight channels of high quality, digital audio used for emergency paging and simultaneous broadcasting of multiple messages; standard or customizable audio files; five channels of firefighter telephone; 50- or 75-watt amplifiers with four outputs per amplifier Releasing features: 10 independent hazards, sophisticated cross zone, delay timer and discharge timers, abort (four options), lowpressure CO2 listed Automatic detector test Detector maintenance alert 800-event capacity in non-volatile memory, plus 200-event alarm-only file Powerful Boolean logic equations Johnson Controls Web Server (JWS-3): Optional web-based device that acts as an HTML server that allows remote access to the IFC Network via the Internet or an Intranet. User can view the history of a fire alarm control panel (FACP), event status, device properties, and other information based on pre-defined access permissions. All data available is a snapshot of the data on the IFC Network at the time the browser requested the information. Advanced Detection Capabilities Very Intelligent Early Warning (VIEW ) Smoke detection technology Acclimate Plus low-profile multi-sensor automatically adjusts sensitivity levels without operator intervention or programming Advanced Multi-Criteria Fire Detector combines four detection methods, (Photoelectric, Carbon monoxide, Infrared and Heat) Multi-color LEDs blink the device address during Walk Test For more information visit Advanced detection products that meet a variety of environmental conditions. Metasys is a registered trademark of Johnson Controls, Inc. BACnet is a trademark of the American Society of Heating, Refrigerating and Air Conditioning Engineers, Inc. FlashScan, VIEW, Acclimate Plus, VeriFire are trademarks of Honeywell Corp Johnson Controls, Inc. P.O. Box 423, Milwaukee, WI Printed in USA PUBL-3655 (Rev. 04/10)

3 Intelligent Fire Controller IFC-50 Product Bulletin The Johnson Controls IFC-50 single loop intelligent fire alarm panel, has been developed for both installers and end users with efficiency in mind, offering a technically advanced range of facilities and functions while remaining easy to install, program and operate. A full range of intelligent sensors, advanced detection products, input and output devices, repeaters, mimic drivers and other peripherals complement the IFC-50 series to bring you the most complete and powerful single loop intelligent fire alarm panels in the market place. Modern styling and technology combination are winning factors over architects and facility owners. IFC-50 has been 3rd party certified to the current EN54 standards part 2 and 4. The LCD display and LEDs indications provide easy to read and understand messages complying with the EN54 standard for primary user interfaces. The IFC-50 control units can be easily integrated in the Building Automation Systems METASYS of Johnson Controls. MAIN FEATURES Control up to 99 sensors and 99 I/O modules in 16 fire zones, 16 non fire zones Configurable day / night sensitivity adjustment Supports intelligent smoke and thermal detectors 64 Control by Event logic to programs special actions based on Boolean logic CBE rules Coincidence detection configurable by zone or cell for CBE Non-fire function support for non-alarm nonlatching addressable device for lower priority functions Clear 2 x 40 characters backlit LCD and LED indicators complying with the EN54 standard Direct indication of zone alarms and faults through 16 red and 16 yellows LEDs 20 characters description either per zones and devices Active repeaters with LCD display and Pushbuttons protected by key, for a remote control too. Configurable using dedicate offline software or through the Control unit keypad. Commissioning and maintenance utilities: Autolearn facility, filter by device type, automatic High Test, one man walk test by zone, Unconfigured device detection and duplicate address fault monitoring. Real time clock and time programs 512 event Historic Log Supports loop powered sounders Two on board output for sounder circuits Two on board configurable outputs Pulsing loop powered sounders capability Fire verification delays configurable Configurable rapid response from manual call points (less than 3 seconds) Remote reset Up to 11 configurable passcodes for access restriction 1 IFC doc

4 System The Johnson Controls IFC-50 intelligent fire alarm control unit is ideally suited for smaller system configurations such as schools, nursing homes, shopping units and offices. In more challenging environments such as stables, saw mills, food processing plants etc. detection is made possible by using the advanced range of sensors from Johnson Controls. The IFC-50 series provides control of 99 heat, smoke or multi-criteria sensors and a combination of 99 call points, monitor modules, control modules, conventional interface modules, loop powered beam detectors, sounders and relays on a single loop. In addition to the 16-zone fire/fault and 15 general status information LED s, the IFC-50 has a 2 x 40 character, backlit LCD with variable viewing angle for easy reading. User-definable text messages can be read directly from the panel to provide details of fire and fault event locations. Advanced detection Today s building environments are varied and often change. Public areas change from being occupied to empty, offices are cleaned thus producing dust to become airborne, a storeroom is storing plastics one day and cardboard another. These environments are normal and whilst wanting to provide a safe environment for the occupants, unwanted alarms are very undesirable. The multi-sensor from Johnson Controls combines superior optical smoke chamber design and thermistor heat elements with a sophisticated sensor algorithm to provide the next generation of sensors. Using advanced algorithms, the Multi-Sensor continuously samples the environment and adjusts its sensitivity and alarm thresholds automatically to provide optimum sensitivity for the conditions that exist at that time. Using both smoke and heat elements enable the sensor to respond quickly to a broad range of fire types whilst remaining unaffected by passing phenomena. This unique sensor, as well as utilizing drift compensation, also provides two maintenance levels enabling preventative maintenance before the sensor reaches a maintenance-required level. IFC-50 can also connect intrinsically safe smoke detectors. Many industrial environments are potentially explosive. Often, in those environments, electronic equipment must be enclosed in expensive, heavy, explosion-proof housings, which create a physical barrier between the electronics and the explosive environment. The Johnson Controls sensor for hazard area provides a cost-effective alternative e to explosion-proof fire detectors by providing an electronic barrier. It is specifically designed to operate with intrinsic safe barriers, which limit power to the hazardous area to safe levels. Configuration The Johnson Controls IFC-50 is fully on-site programmable, intelligent fire alarm panel. It can be programmed either from the panel keypad or from a personal computer using the off-line Windows-based configuration tool IFC50/60TOOL. An Auto-Learn facility allows the user to install and commission a standard system with a minimum of effort. The panel software can be upgraded on site via a personal computer using the flash-programming tool, making it very easy to update existing sites with the latest features. The IFC-50 allows the system designer to group addressable sensors or modules into 16 zones. Output control actions may be grouped by alarm patterns and, if required, enable individual addresses to be activated by specific inputs or 2 IFC doc

5 groups of inputs. This significantly simplifies configuration, reducing the time it takes to set up a complete system, and this allows actions in the event of fire to be customized using powerful input and output configurations to suit specific applications. Alternatively, the default mode can be used which gives the basic protection required by most safety standards to achieve a near instant functional system, suitable for emergency retrofit applications. System security and integrity is an important aspect of the IFC-50. An optional tamper switch can be installed to protect against unauthorized cover removal. Furthermore, user controls on the front panel are protected by up to 10 individually configurable passwords making it virtually impossible for unauthorized people to access the panel and its manual controls and change the system configuration. Alternatively, the key-switch can be used to enable/disable level 2 access. All configuration data is retained in non-volatile memory and is, therefore, protected against complete loss of the power supply. IFC Repeaters The IFCR Series repeaters and IFCR-Mimic drivers complement the IFC Series intelligent fire alarm panels. By placing repeaters and/or graphical mimic display panels at strategic points in the facility such as nurse stations, floor landings, gatehouse or control rooms valuable time can be saved when identifying the location of a fire and/or evacuating the building. The repeaters also provide additional system control and monitoring positions for the system users. repeater s compact design makes it very easy to install and commission in either surface mount or flush applications. The repeaters can store up to 150 most-recent events, therefore making commissioning very easy For security, a key switch on the front of the repeater enables function keys. The IFCR-Mimic is a highly versatile product that allows tremendous flexibility in configuring large numbers of system status LED s, relays and programmable digital inputs. IFCR-Mimic IFCR-2A The IFCR-2A Active Repeater Panel combines in a compact design a 2 x 40 characters backlit LCD display, system control buttons plus nine LED indicators. The LCD replicates the display on the IFC-50 panel and utilizes the same simple menu driven user interface of the control unit. The control buttons and navigation keys on the repeater provide the operator with the ability to navigate through menu options and event displays. Furthermore it allows the user to remotely reset the system, acknowledge events, silence sounders, resound sounders, initiate evacuation and to run diagnostics tests on the repeater. The nine LED indicators provide the user with a quick summary of the general system status. The Up to 16 mimics can be attached to the IFC-50 via an RS485 communication link. Utilizing the maximum capabilities of a full array of 16 mimics, LED s or relay driven outputs, 896 high current outputs and 128 digital inputs are available. Each IFCR-Mimic consists of a microprocessor based mimic control board and up to 8 flexible driver boards. Each driver board provides 64 LED or low current relay drivers, 8 high current driven outputs and 8 programmable digital inputs typically used for Mute, Lamp Test, Enable, Reset, Silence or other. Termination boards are also available to simplify wiring of LED s relays and other devices to each driver board. 3 IFC doc

6 IFC-50 Panel Specification Led Status Indicators Fire, general plus single zone indicators Fault, general plus single zone indicators System Fault Disablement Earth fault Test Plant alarm Delays Active Fire control O/P Fault/Disabled Fire output active Fire Output Fault/Disabled Prealarm Sounder Fault Disabled Power Power supply fault Membrane pushbuttons Controls Mute Buzzer Extend Delay End Delay/Evacuate Silence/Resound Reset Panel Specifications Primary Input Power 230V, 1.0 A, 50Hz (Fused at 5A) 2 Sounder 1A each (Volt-free output contacts rated 30V 1A) default configured as general fire and fault alarm. Power Output: 2 Auxiliary Outputs 26-28V 30 ma each or max 60 ma in total 24Vdc auxiliary ouput Power supply and Battery Maximum total output 1,5 A 0,5 A for battery charger Max 2 x 12Ah with in the standard box Max 1 A available in alarm for sounder Backbox dimensions Standard: h 365x L 380x P 110 mm 6 Kg without battery Programming and Selection membrane Keys 10-Key Numeric Keypad Navigation Arrows integrated in the key pad LCD Display 2 x 40 characteres backlit LCD display Panel capacity 1 Loop per panel, for a total of 99 Intelligent Sensors and 99 Addressable Monitor/Control Modules 16 Zones of fire detection per Panel 16 Zones of non fire (plant alarm) detection per Panel 4 IFC doc

7 Ordering Codes Intelligent Fire Controller IFC-50 LPCB Approved Code IFC-50A IFC-50B Johnson Controls single loop intelligent fire alarm panel (Language Group A). Complete with16 zonal LED's, 4 programmable outputs, 1.5A power supply and space for 12Ah batteries. LPCB Approved. Johnson Controls single loop intelligent fire alarm panel (Language Group B). Complete with16 zonal LED's, 4 programmable outputs, 1.5A power supply and space for 12Ah batteries. LPCB Approved. IFC-50 Accessories Code IFC50/60STOOL Programming Kit for IFC-50, software e literature included IFC-50 Remote active repeaters code IFCR2-A IFCR2-B Active Repeater Panel, language group A, surface or flush mounting, compact design with a 2 x 40 characters LCD, system includes enclosure (165 x 254 x 50 mm) with electronics carried on the enclosure door. Requires external 18-32V dc power supply Active Repeater Panel, language group B, surface or flush mounting, compact design with a 2 x40 characters LCD, system includes enclosure (165 x 254 x 50 mm) with electronics carried on the enclosure door. Requires external 18-32V dc power supply IFC-Mimic Code IFCR-MC IFCR-MDR IFCR-M-TOOL The Mimic control board contains the processor and memory, and allows for the connection of power, RS485 and other external signals. The control board communicates with up to 8 mimic driver boards. Requires external 18-32V dc power supply and fire panel has to be fitted with RS485 card. Up to 8 mimic driver boards can be driven by one Mimic control board. Mimic Driver kit includes a mimic driver board and two mimic termination boards, each mounted on a discrete metal chassis. Mimic a driver board Each driver termination PCB can support the connection of up to 64 LEDs or 8 relays (selected by jumper links) and has 8 programmable inputs for local pushbuttons. Mimic drive off-line configuration tool, used to configure outputs on the mimic driver PCAs 5 IFC doc

8 All specifications subject to change without notice or liability to provide changes to prior purchasers. Information and specifications published here are current as of the date of publication of this document. Products or features contained here may be covered by one or more European or U.S. patents. Building Efficiency 6 IFC doc Branch Offices: Principal Cities World-Wide Metasys and Johnson Controls are registered trademarks of Johnson Controls, Inc. All other marks are the marks of their respective owners Johnson Controls, Inc.

9 Intelligent Fire Controller IFC-60 Product Bulletin The Johnson Controls IFC-60 single loop intelligent fire alarm panel, has been developed for both installers and end users with efficiency in mind, offering a technically advanced range of facilities and functions while remaining easy to install, program and operate. A full range of intelligent sensors, advanced detection products, input and output devices, repeaters, mimic drivers and other peripherals complement the IFC-60 series to bring you the most complete and powerful single loop intelligent fire alarm panels in the market place. Modern styling and technology combination are winning factors over architects and facility owners. IFC-60 has been 3rd party certified to the current EN54 standards part 2 and 4. The LCD display and LEDs indications provide easy to read and understand messages complying with the EN54 standard for primary user interfaces. The IFC-60 control units can be easily integrated in the Building Automation Systems METASYS of Johnson Controls. MAIN FEATURES Control up to 99 sensors and 99 I/O modules in 16 fire zones, 16 non fire zones Configurable day / night sensitivity adjustment Supports intelligent smoke and thermal detectors 64 Control by Event logic to programs special actions based on Boolean logic CBE rules Coincidence detection configurable by zone or cell for CBE Non-fire function support for non-alarm nonlatching addressable device for lower priority functions Clear 2 x 40 characters backlit LCD and LED indicators complying with the EN54 standard Direct indication of zone alarms and faults through 16 red and 16 yellows LEDs 20 characters description either per zones and devices Active repeaters with LCD display and Pushbuttons protected by key, for a remote control too. Configurable using dedicate offline software or through the Control unit keypad. Commissioning and maintenance utilities: Autolearn facility, filter by device type, automatic High Test, one man walk test by zone, Unconfigured device detection and duplicate address fault monitoring. Real time clock and time programs 512 event Historic Log Supports loop powered sounders Two on board output for sounder circuits Two on board configurable outputs Pulsing loop powered sounders capability Fire verification delays configurable Configurable rapid response from manual call points (less than 3 seconds) Remote reset Up to 11 configurable passcodes for access restriction 1 IFC doc

10 System The Johnson Controls IFC-60 intelligent fire alarm control unit is ideally suited for smaller system configurations such as schools, nursing homes, shopping units and offices. In more challenging environments such as stables, saw mills, food processing plants etc. detection is made possible by using the advanced range of sensors from Johnson Controls. The IFC-60 series provides control of 99 heat, smoke or multi-criteria sensors and a combination of 99 call points, monitor modules, control modules, conventional interface modules, loop powered beam detectors, sounders and relays on a single loop. In addition to the 16-zone fire/fault and 15 general status information LED s, the IFC-60 has a 2 x 40 character, backlit LCD with variable viewing angle for easy reading. User-definable text messages can be read directly from the panel to provide details of fire and fault event locations. Advanced detection Public areas change from being occupied to empty, offices are cleaned thus producing dust to become airborne, a storeroom is storing plastics one day and cardboard another. These environments are normal and whilst wanting to provide a safe environment for the occupants, unwanted alarms are very undesirable. The multi-sensor from Johnson Controls combines superior optical smoke chamber design and thermistor heat elements with a sophisticated sensor algorithm to provide optimum sensitivity and reduce the risk of undesired alarms. The Multi-Sensor continuously samples the environment and adjusts its sensitivity and alarm thresholds automatically to provide optimum sensitivity for the conditions that exist at that time. The IFC-60 manages in addition the Multi-criteria sensor that combines 4 separate sensing elements to act as a single unit. CO sensing for monitoring CO products from a smoldering fire, IR sensing for measuring ambient light levels and flame signatures, optical smoke detection and heat detection. The integration of continual monitoring for all four major elements of a fire creates a detector that responds far more quickly to an actual fire and has the highest immunity to nuisances. IFC-60 can also connect intrinsically safe smoke detectors. Many industrial environments are potentially explosive. Often, in those environments, electronic equipment must be enclosed in explosionproof housings, which create a physical barrier between the electronics and the explosive environment. The Johnson Controls sensor for hazard area provides a cost-effective alternative to explosion-proof fire detectors It is specifically designed to operate with intrinsic safe barriers, which limit power to the hazardous area to safe levels. Configuration The Johnson Controls IFC-60 is fully on-site programmable, intelligent fire alarm panel. It can be programmed either from the panel keypad or from a personal computer using the off-line Windows-based configuration tool IFC50/60STOOL. An Auto-Learn facility allows the user to install and commission a standard system with a minimum of effort. The panel software can be upgraded on site via a personal computer using the flash-programming tool, making it very easy to update existing sites with the latest features. The IFC-60 allows the system designer to group addressable sensors or modules into 16 zones. 2 IFC doc

11 Output control actions may be grouped by alarm patterns and, if required, enable individual addresses to be activated by specific inputs or groups of inputs. This significantly simplifies configuration, reducing the time it takes to set up a complete system, and this allows actions in the event of fire to be customized using powerful input and output configurations to suit specific applications. Alternatively, the default mode can be used which gives the basic protection required by most safety standards to achieve a near instant functional system, suitable for emergency retrofit applications. installed to protect against unauthorized cover removal. Furthermore, user controls on the front panel are protected by up to 10 individually configurable passwords making it virtually impossible for unauthorized people to access the panel and its manual controls and change the system configuration. Alternatively, the key-switch can be used to enable/disable level 2 access. All configuration data is retained in non-volatile memory and is, therefore, protected against complete loss of the power supply. System security and integrity is an important aspect of the IFC-60. An optional tamper switch can be IFC Repeaters The IFCR Series repeaters and IFCR-Mimic drivers complement the IFC Series intelligent fire alarm panels. By placing repeaters and/or graphical mimic display panels at strategic points in the facility such as nurse stations, floor landings, gatehouse or control rooms valuable time can be saved when identifying the location of a fire and/or evacuating the building. The repeaters also provide additional system control and monitoring positions for the system users. The nine LED indicators provide the user with a quick summary of the general system status. The repeater s compact design makes it very easy to install and commission in either surface mount or flush applications. The repeaters can store up to 150 most-recent events, therefore making commissioning very easy For security, a key switch on the front of the repeater enables function keys. The IFCR-Mimic is a highly versatile product that allows tremendous flexibility in configuring large numbers of system status LED s, relays and programmable digital inputs. IFCR-2A The IFCR-2A Active Repeater Panel combines in a compact design a 2 x 40 characters backlit LCD display, system control buttons plus nine LED indicators. The LCD replicates the display on the IFC-60 panel and utilizes the same simple menu driven user interface of the control unit. The control buttons and navigation keys on the repeater provide the operator with the ability to navigate through menu options and event displays. Furthermore it allows the user to remotely reset the system, acknowledge events, silence sounders, resound sounders, initiate evacuation and to run diagnostics tests on the repeater. IFCR-Mimic Up to 16 mimics can be attached to the IFC-60 via an RS485 communication link. Utilizing the maximum capabilities of a full array of 16 mimics, LED s or relay driven outputs, 896 high current outputs and 128 digital inputs are available. Each IFCR-Mimic consists of a microprocessor based mimic control board and up to 8 flexible driver boards. Each driver board provides 64 LED or low current relay drivers, 8 high current driven outputs and 8 programmable digital inputs typically used for Mute, Lamp Test, Enable, Reset, Silence or other. Termination boards are also available to simplify wiring of LED s relays and other devices to each driver board. 3 IFC doc

12 IFC-60 Panel Specification Led Status Indicators Fire, general plus single zone indicators Fault, general plus single zone indicators System Fault Disablement Earth fault Test Plant alarm Delays Active Fire control O/P Fault/Disabled Fire output active Fire Output Fault/Disabled Prealarm Sounder Fault Disabled Power Power supply fault Membrane pushbuttons Controls Mute Buzzer Extend Delay End Delay/Evacuate Silence/Resound Reset Panel Specifications Primary Input Power 230V, 1.0 A, 50Hz (Fused at 5A) 2 Sounder 1A each (Volt-free output contacts rated 30V 1A) default configured as general fire and fault alarm. Power Output: 2 Auxiliary Outputs 26-28V 30 ma each or max 60 ma in total 24Vdc auxiliary ouput Power supply and Battery Maximum total output 1,5 A 0,5 A for battery charger Max 2 x 12Ah with in the standard box Max 1 A available in alarm for sounder Backbox dimensions Standard: h 365x L 380x P 110 mm 6 Kg without battery Programming and Selection membrane Keys 10-Key Numeric Keypad Navigation Arrows integrated in the key pad LCD Display 2 x 40 characteres backlit LCD display Panel capacity 1 Loop per panel, for a total of 99 Intelligent Sensors and 99 Addressable Monitor/Control Modules 16 Zones of fire detection per Panel 16 Zones of non fire (plant alarm) detection per Panel 4 IFC doc

13 Ordering Codes Intelligent Fire Controller IFC-60 LPCB Approved Code IFC-60A IFC-60B Johnson Controls single loop intelligent fire alarm panel (Language Group A). Complete with16 zonal LED's, 4 programmable outputs, 1.5A power supply and space for 12Ah batteries. LPCB Approved. Johnson Controls single loop intelligent fire alarm panel (Language Group B). Complete with16 zonal LED's, 4 programmable outputs, 1.5A power supply and space for 12Ah batteries. LPCB Approved. IFC-60 Accessories Code IFC50/60STOOL Programming Kit for IFC-50 and IFC-60, software e literature included IFC-60 Remote active repeaters code IFCR2-A IFCR2-B Active Repeater Panel, language group A, surface or flush mounting, compact design with a 2 x 40 characters LCD, system includes enclosure (165 x 254 x 50 mm) with electronics carried on the enclosure door. Requires external 18-32V dc power supply Active Repeater Panel, language group B, surface or flush mounting, compact design with a 2 x40 characters LCD, system includes enclosure (165 x 254 x 50 mm) with electronics carried on the enclosure door. Requires external 18-32V dc power supply IFC-Mimic Code IFCR-MC IFCR-MDR IFCR-M-TOOL The Mimic control board contains the processor and memory, and allows for the connection of power, RS485 and other external signals. The control board communicates with up to 8 mimic driver boards. Requires external 18-32V dc power supply and fire panel has to be fitted with RS485 card. Up to 8 mimic driver boards can be driven by one Mimic control board. Mimic Driver kit includes a mimic driver board and two mimic termination boards, each mounted on a discrete metal chassis. Mimic a driver board Each driver termination PCB can support the connection of up to 64 LEDs or 8 relays (selected by jumper links) and has 8 programmable inputs for local pushbuttons. Mimic drive off-line configuration tool, used to configure outputs on the mimic driver PCAs 5 IFC doc

14 All specifications subject to change without notice or liability to provide changes to prior purchasers. Information and specifications published here are current as of the date of publication of this document. Products or features contained here may be covered by one or more European or U.S. patents. Building Efficiency 6 IFC doc Branch Offices: Principal Cities World-Wide Metasys and Johnson Controls are registered trademarks of Johnson Controls, Inc. All other marks are the marks of their respective owners Johnson Controls, Inc.

15 Intelligent Fire Controller IFC-3000 Product Bulletin The Johnson Controls IFC3000 intelligent fire alarm panel offers a technically sophisticated range of facilities and functions whilst remaining easy to install, program and operate. Modern styling and a variety of aesthetic options are sure to win over facility owners and architects. It has been 3rd party certified to the current EN54 standards part 2 and 4. A full range of intelligent sensors advanced detection products, input and output devices, repeaters, mimic drivers, printers and other peripherals complement the IFC3000 to bring you the most complete and versatile fire alarm system in the market place. The IFC3000 panels can be networked together either as a true peer to peer network or in a Master / Slave inter link, extending the total capacity of the system to fit the largest applications. The IFC3000 is designed in a modular fashion to allow for a wide range of applications, and could be supply prepackage in 2, 4, 6, and 8 loops configuration. The large LCD graphic provides easy to read and understand messages complying with the EN54 standard for primary user interfaces. The IFC3000 control units can be easily integrated in the Building Automation Systems METASYS of Johnson Controls. MAIN FEATURES Up to 99 sensors and 99 modules per loop, expandable from 2 to 8 loop. Network options in Peer to Peer or Master / Slave mode Adjustable sensor sensitivity and Drift compensation with Configurable day / night sensitivity adjustment Addressable device LED blink control Programmable automatic device high test Duplicate address fault monitoring, Walk Test function by zone with walk test time limit and screen test tally for efficient commissioning Output device test activation by address Dual pulse rate capability for outputs Pulsing loop powered sounders capability with steady override Non-alarm non-latching addressable device support for lower priority functions 255 Zone capacity per panel Variety of Mounting options Automatic time control functions by day of week for Control-by-Event (CBE) Control by Event logic to programs special actions based on And, OR XOR logic and weekly time base Zone sub-division to cells for CBE Coincidence detection configurable by zone or cell for CBE Fire and fault verification delays configurable by address Evacuate pushbutton used as input to CBE for user defined action Configurable rapid response from manual call points (less than 3 seconds) Selective event log display or print by date and time Up to 600 event history file 2 optional user configurable communication ports 1 IFC doc

16 System The Johnson Controls IFC3000 intelligent fire alarm panel is ideally suited for large facilities such as shopping malls, schools, office buildings, hospitals, hotels, factories and large warehouses. With its expansion capability the IFC3000 provides control of 2 to 8 loops with each loop having a capacity of 198 devices (99 sensors and 99 modules). The modular design of the IFC3000 allows the user to tailor the panel to their exact application requirements. Three sizes of power supplies are available (2.5A, 4.5A and 7A) to cater for the needs of small, medium and large systems. Internal and external printer options, a variety of mounting options and the optional loop and communication expansion modules all provide a high degree of flexibility during initial design with a ready-made expansion path for the future. The 240 x 64 pixel graphic LCD combined with simple menu driven user interface bring full system monitoring and control functions at the fingertips of the system operator The graphic LCD fully meets the mandatory requirements of EN54 for primary indications, however, if desired, zone status indicator LED s can also be added for up to 255 zones per panel to give the user additional status indicators Configuration The Johnson Controls IFC3000 is a fully on-site programmable intelligent fire alarm panel. It can be programmed either from the panel keypad, or from a personal computer using the off-line configuration tool IFC3000STOOL. An Auto-Learn facility allows the user to install and commission a standard system with the minimum of effort. A virtual keyboard on the LCD will allow the user to enter any text message or description from the panel. The IFC3000 provides redundant processing exceeding the requirements of stringent EN54 requirements. In addition to a system microprocessor, each ELIB (Enhanced Loop Interface Board) is independently controlled by a separate powerful microprocessor. In the event of a system failure the ELIBs continue to fully supply fire cover. Under the EN54 rules, detection point limit with the ELIB is 1584 point max per panel. If a more complex Cause & Effect matrix is required the IFC3000 may be programmed to meet individual site requirements by means of the powerful Control By Event (CBE) rules. Using CBE rules, site specific requirements such as plant shutdown, fire door control, smoke control, phased evacuation, point/zone isolation, point to output controls and many others can be programmed with relative ease. Devices can be grouped into a total of 255 zones per panel for control and monitoring purposes. Furthermore, the CBE rules can be initiated and combined through flexible time programs. The IFC3000 can be programmed to compensate for the differences in the use of the areas where the smoke sensors are utilized. A total of 9 different sensitivity levels can be assigned to individual smoke sensors thereby allowing the system designer to closely match the sensor s response to the environment in which the device is located. Using time programs, different sensitivity settings can be selected at different times of the day. For example, to avoid false alarms, smoke sensor sensitivity can be lowered during the day when a meeting room is likely to be used by smokers and set 2 IFC doc

17 back to a high sensitivity during the night time when the premises are unoccupied. System security and integrity is an important aspect of the IFC3000. The cover of the IFC3000 cannot be removed without a special tool and an optional tamper switch can be installed to protect against unauthorized cover removal. Furthermore, two levels of Password protection makes it virtually impossible for unauthorized people to access the panel and its manual controls and change system configuration. Alternatively the key-switch can be used to enable/disable level 2 access. All configuration data is retained in non-volatile memory and is, therefore, protected against complete failure of the power supply. Networking The Johnson Controls IFC 2 net has been developed to exceed international requirements and to set new standards in speed reliability and flexibility. IFC 2 net enables the use of up to 100 nodes, with up to 32 networked IFC loop fire alarm panels. This provides a system capacity of 50,688 addressable points (25,344 smoke detectors and 25,344 input and/or output modules and/or loop powered sounders, 8160 network zones and up to 170 km of network cabling. Detection and recovery mechanisms from open and short circuits, as well as earth faults, are totally reliable and exceed the EN54. Each communication path between nodes is electrically isolated, so that no ground loop problems exist. Digital based communications offers added levels of noise immunity even in the harshest, noisiest environments. True peer to peer performance is provided in many ways. Because of the ultra high speed of the IFC 2 net, the network appears to be invisible. A very large network has the feel of one single panel. Complex CBE configured and integral to each attached fire panel, can travel across the network at speeds so high that multiple decisions can made at great speed. In the event of multiple network faults, as with an open or short circuit between nodes, mini networks are established and continue to function as normal. For example in the case of an open circuit between buildings the panels inside each building continue to communicate with each other and any CBE between them operates as intended Panel #1 Panel # n Up to 8 Loops and1.584 devices Up to 8 Loops and devices Up to 8 Loops and devices Fibre-Optic Cable up to 3 Km IFC 2 net Copper Wires up to 1,7 Km Panel # n Panel n. 32 Up to 8 Loops and devices Up to 8 Loops and devices Up to 8 Loops and devices 3 IFC doc

18 Master / Slave Network The IFC3000 Master/Slave network is an RS485 serial data link and can support up to 32 network stations. Up to a maximum ID3000 panels can be connected together with repeaters. The Master/ Slave network supports general control functions such as Reset, Silence, Mute, Evacuate and more specific functions such as Point/Zone Isolate, Walk Test, Zone Event Broadcast and Control by Event (CBE) across the network. Full system monitoring and control is easily achieved from the Master control panel. IFC Repeaters The IFCR Series repeaters and IFCR-Mimic drivers complement the IFC Series intelligent fire alarm panels. By placing repeaters and/or graphical mimic display panels at strategic points in the facility such as nurse stations, floor landings, gatehouse or control rooms valuable time can be saved when identifying the location of a fire and/or evacuating the building. The repeaters also provide additional system control and monitoring positions for the system users. resound sounders, initiate evacuation and to run diagnostics tests on the repeater. IFCR-2A is providing predefined information through a 2 x 40 characters display, and same functionality with its pushbuttons. For security, a key switch on the front of the repeater enables function keys. The IFCR-Mimic is a highly versatile product that allows tremendous flexibility in configuring large numbers of system status LED s, relays and programmable digital inputs. IFCR-2A IFCR-Mimic IFCR-6A The IFCR6A Active Repeater Panel combines a compact design with a 240 x 64 pixel graphics LCD, system control buttons in surface or flush mounting options. The large LCD replicates the display on the IFC3000 panel and utilizes the same simple menu driven user interface as the IFC3000 panel. The control buttons and navigation keys on the repeater provide the operator with the ability to navigate through menu options and event displays. Furthermore it allows the user to remotely reset the system, acknowledge events, silence sounders, Up to 31 mimics can be attached to the IFC3000 via an RS485 communication link.utilizing the maximum capabilities of a full array of 31 mimics, LED s or relay driven outputs, 1736 high current outputs and 248 digital inputs are available. Each IFCR- Mimic consists of a microprocessor based mimic control board and up to 8 flexible driver boards. Each driver board provides 64 LED or low current relay drivers, 8 high current driven outputs and 8 programmable digital inputs typically used for Mute, Lamp Test, Enable, Reset, Silence or other. Termination boards are also available to simplify wiring of LED s relays and other devices to each driver board 4 IFC doc

19 IFC3000 Panel Specification Led Status Indicators Fire Fault Pre-Alarm System Fault Sounder Fault/Disabled Fire O/P Fault/Disabled Fire O/P Active Disablement Test Power Day Mode Delays Active Non-Fire Active Membrane pushbuttons Controls Mute Buzzer Extend Delay End Delay/Evacuate Silence/Resound Reset Day Mode Fire O/P Disable Change Tabs Zones In Alarm Programming and Selection membrane Keys 10-Key Numeric Keypad Navigation Arrows and Yes, Back pushbuttons No Keyswitch to Level 2 Access Code LCD Display Graphic 240 x 64 pixel backlit display 6 x 40 characters Panel capacity 2 to 8 Loops per panel 255 Software Zones per Panel 64, 128 or 255 Zone LED indication options on Extended Panel cabinets 99 Intelligent Sensors per loop 99 Addressable Monitor/Control Modules per loop IFC 2 net capacity Up to 100 nodes Up to 32 fire alarm panels IFC3000 Controlling up to 8160 Zones Max intelligent Sensors Max addressable Monitor/Control modules Network extension, more than 50 Km Panel Specifications Primary Input Power 230V, 50Hz (Fused at 5A) 4 Sounder 1A each (Volt-free output contacts rated 30V 1A) Relay Outputs: Fire Relay 30V 1A. plus Fault Relay 30V 1A. Power Output: 2 Auxiliary Outputs 26-28V 1A Each Total Sounder and auxiliary power dependent on power supply option selected (please refer PSU Specifications) Battery Space 12Ah with standard back box 17Ah with extended / double extended back box 38Ah with extended deep / double-extended deep back box 78Ah with Remote Battery PSU Enclosure Backbox dimensions Standard: 400x500x122 mm Single Extended Height: 620x500x220 mm Double Extended Heigth: 840x mm Dimensions are H x L x P 5 IFC doc

20 Ordering Codes Intelligent Fire Controller IFC-3000A LPCB Approved Code IFC-3002A IFC-3004A IFC-3006A IFC-3008A Johnson Controls 2 loops standard configuration pack which includes: back box and cover plate, basic equipment kit (language group A) up to 2 loop connections, serial ports for RS485/232 and 3 Amp power supply unit. LPCB Approved. Johnson Controls 4 loops standard configuration pack which includes: back box and cover plate, basic equipment kit (language group A) containing 2 loop connections and serial ports for RS485/232, 1 additional dual loop interface board (LIB) and 3 Amp power supply unit. LPCB Approved. Johnson Controls 6 loops standard configuration pack which includes: extended deep back box, main cover plate kit, extension cover kit and blank plate. Basic equipment kit (language group A) containing 2 loop connections and serial ports for RS485/232, 1 additional dual loop interface board (LIB) and 1 enhanced dual loop interface board (ELIB), 7 Amp power supply unit and dual transmission path/booster interface for PSU7A. LPCB Approved. Johnson Controls 8 loops standard configuration pack which includes: back box and cover plate, basic equipment kit (language group A) containing 2 loop connections and serial ports for RS485/232, 1 additional dual loop interface board (LIB) and 2 x enhanced dual loop interface boards (ELIB), 7 Amp power supply unit, dual transmission path/booster interface for PSU7A, PSU7A Status indication board and PSU7A external cabinet kit (up to 78Ah battery).lpcb Approved. Intelligent Fire Controller IFC-3000B BOSEC Approved Code IFC-3002B IFC-3004B IFC-3006B IFC-3008B Johnson Controls 2 loops standard configuration pack which includes: back box and cover plate, basic equipment kit (language group B) up to 2 loop connections, serial ports for RS485/232 and 3 Amp power supply unit. BOSEC Approved. Johnson Controls 4 loops standard configuration pack which includes: back box and cover plate, basic equipment kit (language group B) containing 2 loop connections and serial ports for RS485/232, 1 additional dual loop interface board (LIB) and 3 Amp power supply unit. BOSEC Approved. Johnson Controls 6 loops standard configuration pack which includes: extended deep back box, main cover plate kit, extension cover kit and blank plate. Basic equipment kit (language group B) containing 2 loop connections and serial ports for RS485/232, 1 additional dual loop interface board (LIB) and 1 enhanced dual loop interface board (ELIB), 7 Amp power supply unit and dual transmission path/booster interface for PSU7A. BOSEC Approved. Johnson Controls 8 loops standard configuration pack which includes: back box and cover plate, basic equipment kit (language group B) containing 2 loop connections and serial ports for RS485/232, 1 additional dual loop interface board (LIB) and 2 x enhanced dual loop interface boards (ELIB), 7 Amp power supply unit, dual transmission path/booster interface for PSU7A, PSU7A Status indication board and PSU7A external cabinet kit (up to 78Ah battery). BOSEC Approved. IFC-3000 Accessories Code IFC3000STOOL Programming Kit for IFC-3000, software e literature included 6 IFC doc

21 IFC-3000 Remote active repeaters Code IFCR6-A IFCR6-B code IFCR2-A IFCR2-B Active Repeater Panel, language group A, surface or flush mounting, compact design with a 240 x 64 pixel graphics LCD, system includes enclosure (165 x 254 x 50 mm) with electronics carried on the enclosure door. Requires external 18-32V dc power supply and panel to be fitted with RS485 card. Active Repeater Panel, language group B, surface or flush mounting, compact design with a 240 x 64 pixel graphics LCD, system includes enclosure (165 x 254 x 50 mm) with electronics carried on the enclosure door. Requires external 18-32V dc power supply and panel to be fitted with RS485 card. Active Repeater Panel, language group A, surface or flush mounting, compact design with a 2 x 40 characters LCD, system includes enclosure (165 x 254 x 50 mm) with electronics carried on the enclosure door. Requires external 18-32V dc power supply and panel to be fitted with RS485 card. Active Repeater Panel, language group B, surface or flush mounting, compact design with a 2 x40 characters LCD, system includes enclosure (165 x 254 x 50 mm) with electronics carried on the enclosure door. Requires external 18-32V dc power supply and panel to be fitted with RS485 card. IFC-Mimic Code IFCR-MC IFCR-MDR IFCR-M-TOOL The Mimic control board contains the processor and memory, and allows for the connection of power, RS485 and other external signals. The control board communicates with up to 8 mimic driver boards. Requires external 18-32V dc power supply and fire panel has to be fitted with RS485 card. Up to 8 mimic driver boards can be driven by one Mimic control board. Mimic Driver kit includes a mimic driver board and two mimic termination boards, each mounted on a discrete metal chassis. Mimic a driver board Each driver termination PCB can support the connection of up to 64 LEDs or 8 relays (selected by jumper links) and has 8 programmable inputs for local pushbuttons. Mimic drive off-line configuration tool, used to configure outputs on the mimic driver PCAs 7 IFC doc

22 All specifications subject to change without notice or liability to provide changes to prior purchasers. Information and specifications published here are current as of the date of publication of this document. Products or features contained here may be covered by one or more European or U.S. patents. Building Efficiency 8 IFC doc Branch Offices: Principal Cities World-Wide Metasys and Johnson Controls are registered trademarks of Johnson Controls, Inc. All other marks are the marks of their respective owners Johnson Controls, Inc.