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Programming—IFC-1010/2020 Programming

19

General Considerations

The capability of the control panel to provide the functions of Alarm
Verification, Signal Cut-Out, and Signal-Silence Inhibit can be
enabled/disabled by the programmer in both Full and Partial System
Programming. However, to make use of these functions, the Signal Silence
option (for silenceable control modules) and the Alarm Verification option
(for addressable detectors) still must be enabled/disabled individually for
each SLC addressable device under Full or Partial Point Programming.
For instance, when programming Alarm Verification:

•

Under Full or Partial System Programming, the programmer turns
Alarm Verification On and sets the verification time period.

•

Under Full or Partial Point Programming, the programmer individually
selects Alarm Verification for each detector:
-

Detector 1 = Yes

-

Detector 2 = No

-

Detector 3 = Yes

-

Detector 4 = Yes

-

and so forth, for each detector in the system.

Prog

!

1

$
4

????

Level 2 Password

Sec114a

Figure 14: Key Sequence to Program the Number of AVPS

Note: The number of Audio Visual Power Supplies (AVPS) or APS-6R

power supplies in the system can be programmed into memory by
selecting Option 4 from the Partial System Programming submenu.
The supplies must be physically installed and connected to P5 on
the Central Processing Unit (CPU) for supervision of their P1 or P2
trouble output to prevent creating a system trouble condition. The
example below illustrates the software installation of two AVPSs.

N16

PRESS 1=INST,2=STY,3=TDLY,4=AVPS,5=ZBND,6=EXTEQ,7=LOCP,8=ISIB,9=PARM : 4
ENTER THE NUMBER OF AVPS-24 INSTALLED IN THE SYSTEM (0 - 16) : 2

Power Supplies

4=AVPS

«
...
17
18
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Summary of Contents for IFC-1010

Page 1: ...Rapid All Call 7 About SIB NET 7 Initial Programming Outline 9 Main Programming 11 Partial System Programming 13 LIB Installation 16 LIB SLC Loop Style 17 Time Delays 18 Power Supplies 19 Zone Boundary 20 External Equipment 21 Local Parameters 25 General Operation of the Piezo Sounder 27 Local Mode Operation 28 Extended Local Mode Operation 28 NFPA Listings 29 Pre Alarm Function 30 IFC 1010 2020 P...

Page 2: ... Programming 40 Partial Point Programming 42 Type ID 45 Control By Event 46 Label 47 Optional Features 48 Annunciator Mapping 50 Cooperative Control By Event 52 Full Point Programming 53 Remove 57 Password 58 Message 59 History Mode 59 Alter Status Menu 63 Disable Point 65 Control Module 65 Detector Sensitivity 66 Time 66 Diagnostics 67 Walk Test 68 Walk Test Reports 70 Group Zone Disable 73 Indic...

Page 3: ...13 83 Group 14 83 Group 15 83 Group 16 83 Group 17 84 Group 18 84 Control By Event Programming 85 Introduction 85 Operators 87 Size Limitations 91 Cooperative Control By Event 93 Null Control By Event 94 Programming Examples 95 Dual Stage Alert Evacuation 99 Application and Clarification Notes 101 Note 27 System Scanning Order 104 Indicates those sections where changes have occurred since the last...

Page 4: ...4 Programming IFC 1010 2020 Programming ...

Page 5: ...155 The product this document supports is Underwriters Laboratories Inc UL Multiple Listed which requires that the content of the documentation inherited from the manufacturer remain intact Minor changes clarify information such as vendor specific product names and literature names and numbers More significant changes to the original technical content such as additions or corrections are identifie...

Page 6: ...fined as follows Alter Status Level One password required Programming Level Two password required If the main operator of the system requires access to a function that is password protected contact the local Johnson Controls office that installed the system for the required passwords The IFC 2020 and IFC 1010 are shipped with initial Level One and Level Two passwords of five zeroes 00000 Note Unac...

Page 7: ...10 2020 panel an All Call activation signal is received by the panel Upon receipt of the All Call signal the IFC 1010 2020 panel immediately activates all specially programmed XP Transponder and addressable control module circuits which have been programmed with a Software Type ID SPKR Programming is performed in the XP Transponder using the XRAM 1 see the XP Transponder Technical Bulletin LIT 448...

Page 8: ...8 Programming IFC 1010 2020 Programming ...

Page 9: ...nical Bulletin LIT 448165 3 If a CRT is to be used configure it as described in the Installing the IFC 1010 2020 Technical Bulletin LIT 448155 4 Assemble and apply power to the control panel as described in the Installing the IFC 1010 2020 Technical Bulletin LIT 448155 All system boards including all Loop Interface Boards LIBs must be physically installed 5 Change the Level One and Level Two passw...

Page 10: ...rogramming Use the worksheets developed in the second step of this outline and enter information on all points in the system Program points in the following order 1 annunciator points 2 zones 3 detector points 4 module points When devising Control By Event CBE equations for a particular device remember that the label of the first software zone in the equation of each addressable initiating device ...

Page 11: ...m wide functions such as number of LIBs APS 6R ISIB Signal Silence Inhibit and Signal Cut Out Alarm Verification and number of annunciator modules 3 PPRG Partial Point Programming Selectively altering the operating parameters of LIB SLC addressable devices software defined zones and annunciator points 4 FPRG Full Point Programming Complete programming of addressable LIB SLC devices software define...

Page 12: ...s Select Main Programming Menu Option 1 8 No Error Message 1 PSYS Partial System Programming 2 FSYS Full System Programming 3 PPRG Partial Point Programming 4 FPRG Full Point Programming 5 REMV Selective Removal of Devices Zones etc 6 PSWD Assign or alter passwords 7 MSG Assign or alter message displayed on control panel 8 HIS Enable disable or clear history buffer Mainprfc Figure 6 Main Programmi...

Page 13: ...pment in the system Additional system parameters such as the number of AVP 6Rs LIBs annunciators and Intelligent Serial Interface Boards ISIB in the system can be adjusted The LIB SLC loops N2 can also be changed in Partial System Programming After selecting Option 1 from the Main Programming menu the display will show the Partial System Programming submenu PRESS 1 INST 2 STY 3 TDLY 4 AVPS 5 ZBND ...

Page 14: ...ace Board Installation or removal of the Intelligent Serial Interface Board SIB 2048 A SIB N2 or SIB NET or annunciator modules for a description of annunciator modules refer to the Serial Communications section of the IFC 1010 2020 Installation Technical Bulletin LIT 448155 Also used to enable the external interface for upload download and Universal Digital Alarm Communicator Transmitter 4 DACT U...

Page 15: ... Alarm Verification Signal Silence etc 4 AVPS Program number of supplies for system 5 ZBND Set the boundary for software memory map 6 EXTEQ Select options for CRT monitor and or printer 7 LOCP Enable disable piezo sounder LIB local mode and NFPA programming 8 ISIB Install remove ISIB 9 PARM Day night Sensitivity Settings etc Psysprf 1 PSYS Figure 8 Partial System Programming Submenu Flowchart ...

Page 16: ...is capable of a maximum of four LIBs 792 N18 SLC devices total in the system The following programming example illustrates the installation of Loop Interface Board LIB Number 3 PRESS 1 INST 2 STY 3 TDLY 4 AVPS 5 ZBND 6 EXTEQ 7 LOCP 8 ISIB 9 PARM 1 ENTER THE LIB BOARD NUMBER TO CHANGE 1 10 3 IS LIB BOARD03 TO BE INSTALLED IN SYSTEM Y YES N NO Y ENTER THE STYLE OF SLC LOOP 03 6 OR 4 6 DO YOU WANT TO...

Page 17: ...llowing programming example illustrates setting SLC Loop 5 as an NFPA Style 6 circuit The CRT screen prompts are displayed in the priority that they appear top to bottom PRESS 1 INST 2 STY 3 TDLY 4 AVPS 5 ZBND 6 EXTEQ 7 LOCP 8 ISIB 9 PARM 2 ENTER THE SLC LOOP NUMBER TO CHANGE 1 10 5 ENTER THE STYLE OF SLC LOOP 05 6 OR 4 6 DO YOU WANT TO CHANGE ANOTHER SLC LOOP Y YES N N0 N 1 INST Enter LIB Board n...

Page 18: ...ter Signal Cut Out time 1 2040 seconds Enter Signal Silence Inhibit time 1 255 seconds 3 TDLY Figure 13 Flowchart of Time Delay Option 3 TDLY The following programming example illustrates enabling all three functions PRESS 1 INST 2 STY 3 TDLY 4 AVPS 5 ZBND 6 EXTEQ 7 LOCP 8 ISIB 9 PARM 3 DO YOU WANT TO CHANGE THE DETECTOR VERIFICATION TIME Y YES N NO Y DO YOU WANT THE DETECTOR VERIFICATION TIME ENA...

Page 19: ...eriod Under Full or Partial Point Programming the programmer individually selects Alarm Verification for each detector Detector 1 Yes Detector 2 No Detector 3 Yes Detector 4 Yes and so forth for each detector in the system Prog 1 4 Level 2 Password Sec114a Figure 14 Key Sequence to Program the Number of AVPS Note The number of Audio Visual Power Supplies AVPS or APS 6R power supplies in the system...

Page 20: ...system is the zone boundary which must be in the range of Z001 Z239 For a full description of forward and reverse zone see the Glossary Technical Bulletin LIT 448700 Unless the use of complex CBE or Cooperative Control By Event CCBE equations is required in the system set the zone boundary to Z200 For more information refer to the Control By Event and Cooperative Control By Event sections Forward ...

Page 21: ...as shown in the Installing the IFC 1010 2020 Technical Bulletin LIT 448155 This option should not be enabled for external 80 column printers PRN 3 or PRN4 Control Module Reporting Control module state changes are printed out NONA NOA Module Reporting Module state changes for modules with the Software Type ID NONA or NOA are printed out Refer to the Software Type IDs section of this document for fu...

Page 22: ...1 91 Enable disable LED latching Change printer error handling Enable disable data transmit during printer error Change bidirectional copy Enable disable bidirectional copy Change primary printer program Enable disable primary printer trouble Change printer report handling Enable disable printer reports redirected to CRT Exit Program Mode Change terminal supervision Yes Yes Yes Yes Yes Yes Yes Yes...

Page 23: ...DEVICES Y YES N NO Y DO YOU WANT TO CHANGE THE PRINTER ERROR HANDLING Y YES N NO Y DO YOU WANT TO TRANSMIT DATA UNDER PRINTER ERROR CONDITIONS Y YES N NO N DO YOU WANT TO CHANGE BIDIRECTIONAL COPY PROGRAMMING Y YES N NO Y DO YOU WANT BIDIRECTIONAL COPY ENABLED Y YES N NO N DO YOU WANT TO CHANGE THE PRIMARY PRINTER PROGRAMMING Y YES N NO Y DO YOU WANT THE PRIMARY PRINTER TROUBLE INHIBITED Y YES N N...

Page 24: ...xcept for the DH500 and DH300 Series duct detectors Due to a finite amount of 24 VDC power available for devices on each SLC loop illumination of only a certain quantity of LEDs is actually visible under conditions where large numbers of LEDs have been latched on Under primary AC Alternating Current power 99 device LEDs can be latched Detectors have priority over modules After 99 devices have been...

Page 25: ... under default latching Prog 1 7 Level 2 Password Sec117a Figure 20 Key Sequence to Change Local Parameter Option 7 of the Partial System Programming menu allows the changing of local parameters such as enabling disabling the panel s piezo sounder for trouble conditions while programming SLC loop devices into memory LIB Local mode NFPA listings battery parameters event reminder device blink and pr...

Page 26: ...ction Change LIB local mode Change battery program Change event reminder Enter maximum address for detector 1 99 Enter maximum address for monitor module 1 99 Enter maximum address for control module 1 99 Local mode addresses cleared 7 LOCP Enter battery type Select NFPA listing Program remove listing Enter battery capacity 9 32 AHR Enter battery standby time Enable disable high rate charge Enable...

Page 27: ... REMOVE THIS LISTING Y PRG N RMV Y DO YOU WANT TO MODIFY NFPA LISTINGS Y YES N NO N DO YOU WANT TO CHANGE THE BATTERY PROGRAMMING Y YES N NO Y ENTER THE TYPE OF BATTERY INSTALLED L LEAD ACID N NICAD N DO YOU WANT TO CHANGE THE BATTERY CAPACITY Y YES N NO Y ENTER THE BATTERY CAPACITY 9 32 IN 1 AHR INCREMENTS 12 DO YOU WANT TO CHANGE THE BATTERY STANDBY TIME Y YES N NO Y ENTER THE BATTERY STANDBY TI...

Page 28: ...monitor module Local mode address is in alarm THEN All control modules with an address less than or equal to the maximum control module Local mode address is activated Devices local to each individual LIB are divided into Local mode categories based on Software Type IDs All devices within the Local mode address range participate in Local mode Below is a description of each Local mode category and ...

Page 29: ...ays active CMBO 7 These standard control notification devices activate if they participate in Local mode 8 These standard control notification devices activate if any participating or nonparticipating alarm input is active 9 These standard control notification devices activate if any initiating module with Type ID WAT is active A These standard control notification devices activate if any initiati...

Page 30: ...nel memory The pre alarm function causes the Fire Alarm Control Panel FACP to generate a trouble message when the chamber value of the detector has exceeded 80 of the alarm threshold determined by the sensitivity selection of low medium high Conditions that generate a trouble message With pre alarm enabled the 80 condition must be present for at least a 60 second period and indicates a PRE ALARM A...

Page 31: ...as four submenu options ISIB Installation Annunciator Installation External Interface Parameters UDACT Universal Digital Alarm Communicator Transmitter Selection See Figure 27 Detailed descriptions of the four ISIB programming options are located on the pages that follow The SIB 2048 A SIB N2 and SIB NET ISIBs are available for use with the IFC 1010 2020 For IFC 1010 2020 with the Metasys Fire Net...

Page 32: ...Enter annunciator to be charged 1 32 Enable disable upload download Enter number of channels to monitor Enter label Install annunciator selected Change another Change SIB address Install UDACT Change upload download Change Channel A threshold Change Channel B threshold Change MIB data port monitoring Change UDACT Programming Enter SIB address Enter Channel A threshold Enter Channel B threshold Ent...

Page 33: ...T SIB ENABLED Y YES N NO Y PROGRAMMING COMPLETE POWER DOWN TO MAKE APPROPRIATE CHANGES Prog 1 2 8 Level 2 Password sec1182a Figure 25 Key Sequence to Install Remove Annunciators This option allows the installation or removal of annunciators EIA 485 devices from the IFC 1010 2020 memory The modules must be physically installed or removed from the system to prevent a system trouble condition The fol...

Page 34: ...ANT TO CHANGE THE MIB W THRESHOLD FOR CHANNEL A Y YES N NO Y ENTER THE MIB W VALUE THRESHOLD FOR CHANNEL A H HIGH L LOW L DO YOU WANT TO CHANGE THE MIB W THRESHOLD FOR CHANNEL B Y YES N NO Y ENTER THE MIB W VALUE THRESHOLD FOR CHANNEL B H HIGH L LOW H DO YOU WANT TO CHANGE MIB DATA PORT USAGE Y YES N NO Y DO YOU WANT TO USE BOTH MIB DATA PORTS Y YES N NO Y These items are Fire Network specific fun...

Page 35: ...FOR UDACT OPERATION 1 32 1 Notes The UDACT can be programmed into or removed from the system only through the Partial System Programming menu The UDACT must be programmed at an installed annunciator address Once programmed the first eight annunciator protocol points base address only automatically become unique fire panel status indicators These eight functions required by the UDACT override any p...

Page 36: ...ing the presence of a supervisory signal for that point Off premises transmission of security alarms using the UDACT must be made by mapping input points with the Software Type ID SACM and SEQM to annunciator points within the range of the UDACT Use of other security Type IDs for this purpose results in simultaneous transmission of a trouble signal Multiple UDACT usage per IFC 1010 2020 system is ...

Page 37: ...program Enable disable NAM Change rapid polling program Enable disable rapid polling Change high day night zone Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes No No No No No No No No No No Enable Disable SACM SEQM state reporting Enable disable drift compensation Change detector verification trouble counter Enter detector verification trouble count 1 20 Enable detector verification trouble Yes Yes No No ...

Page 38: ...G Y YES N NO Y DO YOU WANT THE NAM ENABLED Y YES N NO N DO YOU WANT TO CHANGE THE RAPID POLLING PROGRAMMING Y YES N NO Y DO YOU WANT RAPID POLLING ENABLED Y YES N NO Y The function of Day Night sensitivity is to force intelligent detectors into high or low sensitivity when the appropriate zones are active regardless of the detectors normal sensitivity setting If both the high and low zones are act...

Page 39: ...aintenance alert for the appropriate detector The Pager mode must be enabled when a compatible pager is connected to the auxiliary printer port If enabled the following remote device CRT functions are inhibited Ack Step Signal Silence System Reset Programming and Alter Status This option must be employed when a modem is used to receive signals from an off premise device N22 The NAM 232 is used to ...

Page 40: ...l 2 Password sec112a2 Figure 30 Key Sequence to Program System wide Functions Option 2 from the Programming menu guides the programmer through complete initial programming of system wide functions Alarm Verification Signal Silence Inhibit Signal Cut Out and the supervision of peripherals are all programmed under this option as well as the number of AVPS LIBs ISIB and annunciator modules in the sys...

Page 41: ...Y ENABLED Y YES N NO Y DO YOU WANT THE PRIMARY PRINTER TROUBLE INHIBITED Y YES N NO Y DO YOU WANT TO REDIRECT PRINTER REPORTS TO THE TERMINAL Y YES N NO N DO YOU WANT TO PROGRAM LOCAL MODE Y YES N NO Y ENTER MAXIMUM ADDRESS FOR DETECTOR LOCAL MODE 1 99 45 ENTER MAXIMUM ADDRESS FOR MONITOR MODULE LOCAL MODE 1 99 26 ENTER MAXIMUM ADDRESS FOR CONTROL MODULE LOCAL MODE 1 99 19 DO YOU WANT TO MODIFY NF...

Page 42: ...N NO Y ENTER 20 CHARACTER CUSTOM LABEL ANNUNCIATOR 31 IS ANNUNCIATOR 32 TO BE INSTALLED IN SYSTEM Y YES N NO N ENTER THE INTELLIGENT SIB ADDRESS 0 249 160 ENTER THE MIB W VALUE THRESHOLD FOR CHANNEL A H HIGH L LOW H ENTER THE MIB W VALUE THRESHOLD FOR CHANNEL B H HIGH L LOW H DO YOU WANT TO USE BOTH MIB DATA PORTS Y YES N NO Y DO YOU WANT A HIGH DAY NIGHT SENSITIVITY ZONE Y YES N NO Y ENTER HIGH D...

Page 43: ...ogramming Submenu Partial Point Programming Submenu Description 1 TYPID Type ID Changing the software Type identification of SLC addressable devices zones and annunciator points 2 CBE Control By Event Redefining the Control By Event associated with each detector module or zone 3 LBL Label Renaming the custom user label for any detector module or zone 4 OPTNS Options Selecting the optional features...

Page 44: ...zone or annunciator point to be affected Leading zeros are not required The address assumes the following format addform L D M Z A P XX YY XXX XX YY for devices or for zones or for annunciator points SLC Loop 1 to 10 IFC 2020 1 to 4 IFC 1010 Addressable detector of module followed by an address in the Range 1 to 99 Software defined Zone Z1 to Z240 Annunciator Module 1 to 32 Annunciator Point 1 to ...

Page 45: ...D 2 CBE change CBE list or equation which controls interaction between devices and software zones Select partial point programming submenu Option 1 6 Ppfgfc Figure 33 Flowchart for Partial Point Programming Prog 3 Level 2 Password Sec131a 1 Figure 34 Key Sequence to Change Software Type ID Type ID 1 TYPID ...

Page 46: ...2 Password sec132a Figure 35 Key Sequence to Change CBE Option 2 of the Partial Point Programming menu allows the programmer to change the CBE for any detector module or software zone The panel maintains a CBE for each device and zone installed in the system Note A software zone is not a physical zone but rather a software grouping in control panel memory When programming a particular device the c...

Page 47: ...med for the first zone listed in the CBE of an initiating device is displayed on the second line of the DIA in addition to the 20 character label for the device in alarm which is displayed on the top line of the DIA For instance for a group of addressable devices congregated in a particular area such as a floor or a section of a building list a zone as the first term in the CBE list of each initia...

Page 48: ... functions must still be enabled or disabled as appropriate for the entire system see Partial System Programming in this document For an explanation of the functions of Signal Silence Alarm Verification Sensitivity and Tracking see the Glossary Technical Bulletin LIT 448700 in the IFC 1010 2020 Technical Manual The Optional Features flowchart is located in Figure 39 Note The IFC 1010 2020 will not...

Page 49: ...ge detector sensitivity Change tracking option Enable disable tracking option Change signal silence option Enable disable signal silence option Change walk test option Enable disable walk test option Change tracking option Enable disable tracking option No No No No No S W ID Type TELE PWRC APND TPND or GPND All Other S W ID types No No Enter sensitivity low medium or high panel determines device e...

Page 50: ...XPYY FOR PT CHANGE BCKSPC TO ABORT L5D17 DO YOU WANT TO CHANGE THIS DETECTORS VERIFICATION OPTION Y YES N NO Y IS DETECTOR VERIFICATION OPTN TO BE ENABLED FOR THIS DEVICE Y YES N NO Y DO YOU WANT TO CHANGE THIS DETECTORS SENSITIVITY SELECTION Y YES N NO Y ENTER DETECTOR SENSITIVITY SELECTION FOR THIS DEVICE L LOW M MED H HIGH M DO YOU WANT TO CHANGE THE TRACKING OPTN FOR THIS DEVICE Y YES N NO Y I...

Page 51: ...E and signal silence programming Each telephone point must have its own distinct annunciator point for telephone ring signal to function Each annunciator point must be installed through Full Point Programming before a device module or software zone may be mapped to it Notes Each detector module or zone may be mapped only to one annunciator point Therefore if it is desired to map a detector module ...

Page 52: ... zone is not a physical zone but rather a software grouping in control panel memory When programming a particular reverse zone the control panel prompts the programmer with ENTER COOPERATIVE CONTROL BY EVENT The following CRT screen display illustrates CCBE programming for reverse zone number 220 to be activated by other zones on the Metasys Fire Network nodes PRESS 1 TYPID 2 CBE 3 LBL 4 OPTNS 5 A...

Page 53: ...s in the IFC 1010 2020 system The programming examples that follow illustrate the CRT screen prompts displayed during Full Point Programming For a description of each of the parameters programmed here refer to Partial Point Programming Note The control panel continuously loops back through the Full Point Programming routine allowing the programmer to enter devices software zones or annunciator poi...

Page 54: ...racking option Enable disable detector verification Enter CBE list Enter custom label Enable disable walk test Enable disable tracking Map to annunciator point Enter annunciator point Addressable Detector Control Module Software Zone Annunciator Point Monitor Module Map to annunciator point Enter annunciator point Map to annunciator point Enter annunciator point Map to annunciator point Enter annu...

Page 55: ...es Example Monitor Module on SLC 3 programmed to monitor an IDC zone of conventional 4 wire smoke detectors and activate a software zone Z13 and also mapped to annunciator module Address 02 Point 03 ENTER LXX D M YY ZXXX OR AXXPYY FOR PT INSTALL BCKSPC TO ABORT L3M15 ENTER TYPE ID SCON ENTER CONTROL BY EVENT Z13 ENTER 20 CHARACTER CUSTOM LABEL BASEMENT DETECTORS IS THE TRACKING OPTION TO BE ENABLE...

Page 56: ...IATOR POINT MAPPING A2P5 Reverse zones on an IFC 1010 2020 system with the Metasys Fire Network can be programmed with both CBE and CCBE equations Below is an example of Zone 220 programmed as a reverse zone to be activated by zones on other network nodes ENTER LXX D M YY ZXXX OR AXXPYY FOR PT INSTALL BCKSPC TO ABORT Z220 ENTER TYPE ID RZON ENTER CONTROL BY EVENT ENTER COOPERATIVE CONTROL BY EVENT...

Page 57: ... Devices that are removed will not function in any capacity until they are reinstalled under Full Point Programming CAUTION Devices that have had their LEDs latched on must be returned to their normal state before removal execute System Reset for detectors or control Off for modules Unacknowledged points must be acknowledged before removal The programming example below illustrates the CRT screen p...

Page 58: ... on the CRT places the new password into operation Acceptable characters for a password are the digits 0 9 PRESS 1 PSYS 2 FSYS 3 PPRG 4 FPRG 5 REMV 6 PSWD 7 MSG 8 HIS 6 PRESS 1 LEVEL ONE 2 LEVEL TWO 2 ENTER LEVEL TWO PASSWORD If a Level One or Level Two password is incorrectly entered the panel responds by displaying a special code word and prompts the programmer to reenter the password If the pas...

Page 59: ...tters A though Z digits 0 through 9 periods dashes and spaces PRESS 1 PSYS 2 FSYS 3 PPRG 4 FPRG 5 REMV 6 PSWD 7 MSG 8 HIS 7 ENTER 40 CHARACTER CUSTOM USER LABEL JOHNSON CONTROLS Prog 8 Level 2 Password sec18a cdr Figure 49 Key Sequence to Option 8 History Mode Option 8 from the Programming menu allows the programmer to change the parameters associated with History mode Once the History option is e...

Page 60: ... Flowchart After selecting Option 8 from the Main Programming menu the History Mode Programming submenu appears PRESS 1 START 2 STOP 3 CLEAR The History Mode Programming submenu has the three options described below Prog 8 1 Level 2 Password sec181a cdr Figure 51 Key Sequence to Access Option 1 Start This option allows the programmer to start storing events into the panel s History mode buffer The...

Page 61: ...Level 2 Password sec183a cdr Figure 53 Key Sequence to Access Option 3 Clear This option allows the programmer to clear out of history buffer memory a selected number 1 N where N represents the number of stored events of the oldest history events recorded The following example illustrates this by clearing out the entire History mode buffer PRESS 1 START 2 STOP 3 CLEAR 3 ENTER NUMBER ENTRIES TO CLE...

Page 62: ...62 Programming IFC 1010 2020 Programming ...

Page 63: ...turning on and off a control module 3 DSEN Detector Sensitivity Altering the sensitivity of any of the addressable detectors in the system 4 TIME Time Resetting the system time date clock 5 DIAG Diagnostics Performing system diagnostics 6 WALK Walk Test Allows the programmer to select which SLC loop interface boards will participate in Walk Test It also generates the Walk Test reports 7 GZON N23 G...

Page 64: ...IS enable disable of devices or software zone 2 CTL manually turn on off a control module 3 DSEN alter sensitivity of any addressable detector 4 TIME set the panel time date clock 5 DIAG perform system diagnostics 6 WALK specify LIBs for Walk Test and Walk Test reports 7 GZON group zone enable or disable Error message Figure 55 Flowchart for Alter Status Menu ...

Page 65: ...S N NO Y Note The programmer or operator should never disable an SLC point that is in alarm The programmer should never turn on using Option 2 of the Alter Status menu or program a disabled point Telephone TELE and remote page PAGE Type IDs cannot be disabled Level 1 Password alter2 cdr 2 Figure 57 Key Sequence to Access Option 2 Control Module Option 2 from the Alter Status menu allows the progra...

Page 66: ...TIME 5 DIAG 6 WALK 3 ENTER LXXDYY FOR DETECTOR TO CHANGE BCKSPC TO ABORT L3D14 ENTER THE DETECTOR SENSITIVITY SELECTION FOR THIS DEVICE L LOW M MED H HIGH H Level 1 Password alter4 cdr 4 Figure 59 Key Sequence to Option 4 Time Option 4 from the Alter Status menu allows the programmer to reset the time date system clock PRESS 1 DIS 2 CTL 3 DSEN 4 TIME 5 DIAG 6 WALK 4 ENTER THE MONTH 1 12 3 ENTER TH...

Page 67: ...sword alter5 cdr 5 Figure 60 Key Sequence to Access Option 5 Diagnostics Option 5 from the Alter Status menu allows the programmer to perform system diagnostics The Diagnostics Option submenu is shown below PRESS 1 RVER Level 1 Password alter51 cdr 5 1 Figure 61 Key Sequence to Access Option 1 Reset Counter This option allows the programmer to reset the detector verification counters for all insta...

Page 68: ...alk Test Submenu Description 1 SEL Select Select which LIB boards participate in the Walk Test 2 UNP Unprogrammed Device Report Allows the programmer to generate a report for unprogrammed devices in the area designated for the Walk Test 3 UNI Uninstalled Device Report Allows the programmer to generate a report for uninstalled devices in the area designated for the Walk Test 4 TEST Tested Devices R...

Page 69: ...enerates report for untested devices Yes No Prints Report Exit After Status Mode wlbstfc cdr Figure 63 Flowchart for Walk Test Option Level 1 Password alter61 cdr 6 1 Figure 64 Key Sequence to Access Option 1 Select LIBs This option allows the programmer to select which LIBs participate in Walk Test The following example selects LIBs 1 and 3 for Walk Test PRESS 1 SEL 2 UNP 3 UNI 4 TEST 5 UNTST 6 E...

Page 70: ... Test For every device activated during Walk Test a Walk Test count message is sent to the printer Conventional devices attached to an addressable SLC monitoring device with a Software Type ID of SCON or equivalent cannot be individually tested with Walk Test because Walk Test does not perform a reset on associated SLC control devices with a Software Type ID of PWRC or equivalent devices IMPORTANT...

Page 71: ...the Control Panel while in Walk Test mode Execution of a System Reset during a Walk Test may cause unwanted activation of various output modules such as M5x0CJ M300CJ M300RJ XPC 8 XPR 8 and XP5 C If a System Reset occurs during a Walk Test exit Walk Test mode and re enter The following CRT screen illustrates conducting a Tested Device report PRESS 1 SEL 2 UNP 3 UNI 4 TEST 5 UNTST 6 EXIT 4 ENTER LI...

Page 72: ... Walk Test system trouble is cleared and the IFC 1010 2020 resumes full fire protection Activation of smoke detectors during Walk Test for the Series 500 x551J smoke detectors can be accomplished by placing the optional Test Magnet System Sensor model number M02 24 against the cover opposite the test module socket as shown below LED Smkdet1 Test Module So ket c Painted Surface Painted Surface Test...

Page 73: ...EVICE REPORT BEGIN TEST01 SMOKE ION OFFICE AREA TEST01 SMOKE PHOTO FACTORY TEST01 HEAT ANALOG MAINTENANCE TEST01 MONITOR FIRST AID TEST03 CONTROL FIRST FLOOR TEST02 CONTROL SECOND FLOOR LIB 01 STED DEVICE REPORT END 04 32P 03 01 97 04 32P 03 01 97 101 102 103 104 101 102 Troubleshooting Tip The test count indicates the number of times the device has been activated during Walk Test If two devices h...

Page 74: ... found and the point will be disabled During the search process the user interface is locked out The following example illustrates group disabling Zone 2 Note The programmer should never program a disabled point PRESS 1 DIS 2 CTL 3 DSEN 4 TIME 5 DIAG 6 WALK 7 GZON 7 ENTER ZXXX FOR GROUP ZONE CHANGE Z2 DO YOU WANT THIS GROUP ZONE DISABLED Y YES N NO Y Example Point Z1 Z2 Z3 L1D1 L1D2 L1D3 L1M1 L1M2...

Page 75: ...displayed for addressable devices zones and annunciator points on the control panel during alarm trouble and read status conditions Type of Device Type of devices compatible with and or description of operating parameters for the particular Type ID The control panel will not permit the changing of a Software Type ID in one group to a Software Type ID in another group To accomplish this the device ...

Page 76: ...elligent Ionization Smoke Detector This software type can be used only in Canadian applications and has the same programming options as type ION FPHT FIXED PHOT D 2x51J Intelligent Photoelectric Smoke Detector with a fixed sensitivity level This software type is obsolete and should not be used FTHR FIXED THER D 5551J Intelligent Thermal Sensor with a fixed sensitivity level This software type can ...

Page 77: ... under any System Trouble condition PAGE PAGE M5x0CJ Control Module M300CJ XPC 8 or XP5 C in NAC mode circuit configured for remote paging RPJ 1 required PWRC POWER CONV M5x0CJ Control Module configured as a Form C relay M300RJ XPR 8 or XP5 C in Relay mode used to momentarily interrupt power during system reset to conventional four wire smoke detectors powered from a remote main power supply SSC G...

Page 78: ...SE ZONE A software defined zone that is reverse activating The following list applies to the software zones listed in Table 11 A forward activating zone is a software zone in control panel memory which once activated by an input device or other forward zone may in turn activate other zones and or output devices directly Zones and output devices activated by a forward zone are contained in the CBE ...

Page 79: ...N M50xMJ Monitor Module M30xMJ XPM 8 or XP5 M circuit used to monitor normally open contact shorting type non alarm devices Activation of a module with Software Type ID NONA will not initiate a fire alarm condition The following conditions will exist System Alarm LED will not illuminate Does not activate alarm status line count on a CRT No effect on modules programmed as APND alarm pending or GPND...

Page 80: ...C relay M300RJ XPR 8 or XP5 C in Relay mode This device is not deactivated when a system reset occurs This module can be used for some fan control applications and can be mapped only to an AFCM annunciator point SPKR SPEAKER M5x0CJ Control Module M300CJ XPC 8 or XP5 C in NAC mode circuit configured as a speaker circuit Note Each Type ID listed above is prompted for Signal Silence during programmin...

Page 81: ...M30xMJ XPM 8 or XP5 M circuit dedicated to a normally open sprinkler supervisory switch Activation of a module with Software Type ID SPSU generates a trouble condition produces a SPRNKLR TROUBLE message not an alarm The option of Tracking troubles self restore is automatically selected for this software type SSYM SYSTEM MONTR M50xMJ Monitor Module M30xMJ or XP5 M used to monitor a security device ...

Page 82: ... zone mapped to it Table 18 Annunciator Detector Type ID Display Label Type of Device ADET ANN DETECTOR Annunciator Point that indicates the state of any intelligent detector mapped to it Table 19 Annunciator Module Type ID Display Label Type of Device AMON ANN MONITOR Annunciator Point that indicates the state of any M50xMJ Monitor Module or XPM 8 circuit mapped to it Table 20 Annunciator Input T...

Page 83: ...tate connect disconnect of the circuit Table 23 Annunciator Supervisory Type ID Display Label Type of Device ASUP ANN SUPRVSRY Annunciator Point that indicates the state of any SPSU or SUPR module mapped to it Table 24 Trouble Module Type ID Display Label Type of Device MTRB TRBL MONITOR M50xMJ Monitor Module M30xMJ XPM 8 or XP5 M circuit used to monitor any trouble contacts external to the system...

Page 84: ... the remotely located Fire Fighters Telephone handset to the paging system This Type ID is used in conjunction with the PAGE Type ID RPJ 1 required Table 26 Annunciator Manual Type ID Display Label Type of Device AMAN ANN MANUAL Annunciator Point that indicates manual mode for an annunciator module The annunciator point can also turn the Manual mode Off or On This Type ID is used in conjunction wi...

Page 85: ...forward and reverse zones must be grouped separately with the forward group always preceding lower zone numbers the reverse group This is accomplished by setting the zone boundary For more information on setting the zone boundary refer to the Zone Boundary section in this document Once the boundary is set all software zone numbers above the zone boundary are RZONs and all software zones below and ...

Page 86: ...so both control modules are activated The real power of the CBE programming comes from the equation which is evaluated by the control panel to determine a variety of alarm initiating conditions The equation provides the real decision making ability through the use of an operator acting on a set of operands The operands for an output module can be initiating device SLC addresses software zones forw...

Page 87: ...itary time The HH MM field for Stop Time must be greater than the Start Time The maximum value of Start Time or Stop Time is 24 00 If an alarm condition occurs all active TIM devices are deactivated All TIM equations are ignored until all alarms are restored at which point all TIM devices return to their proper state Z23 Z15 L1M3 M5x0CJ Z9 orops Operator Equation Software Zone 9 is in alarm Softwa...

Page 88: ...n The control module remains activated the operand comes into alarm Software Zone 2 is in alarm this control module is until IF THEN deactivated The operator inverts the state of the operand activated to deactivated OR deactivated to activated NOT NOT Z2 Z2 Figure 74 NOT Operator Equation L1D3 L1D2 L1M3 M5x0CJ L1D1 xzoneops Operator Equation Any combination of two or more initiating devices L1D1 L...

Page 89: ...ion 0 00 Z223 Inactive 0 30 L1M2 Active 1 00 1 30 2 00 L1M2 Inactive 2 30 delop Figure 76 DEL Operator Notes The entire DEL equation consumes at least 11 bytes including a 3 byte internal equation as detailed in the Size Limitations section in this document The internal equation can be a complex equation many bytes in size If a delay of zero is entered 00 00 00 the equation evaluates true as soon ...

Page 90: ...tes including a 3 byte internal equation The internal equation can be a complex equation many bytes in size If a delay of zero is entered 00 00 00 the equation evaluates true as soon as the internal equation evaluates true and remains that way for the specified duration If no duration is specified then the device is not deactivated until reset Operator Equation Example Equation Type 2 Examples Act...

Page 91: ...tion and relay control device equations the CBE size can be calculated by adding the components involved using the following values 1 byte 1 byte OR 1 byte AND 1 byte NOT 1 byte XZONE 1 byte DEL 1 byte TIM 1 byte SDEL 1 byte Zones 1 byte each Initiating devices 3 bytes each The time specifications for the DEL TIM and SDEL operators 6 Examples 1 The following CBE takes up 13 bytes in memory OR Z1 Z...

Page 92: ...ontrol module M5x0CJ is activated by any one of 14 software zones Z4 Z5 Z2 Z8 Z13 Z10 Z11 Z6 Z14 Z1 Z9 L1M1 M5x0CJ 14zone cdr Figure 79 Activating a Control Module 3 The following CBE equation for L1M1 takes up 16 bytes in memory OR Z1 Z2 Z3 Z4 Z5 Z6 Z7 Z8 Z9 Z10 Z11 Z12 Z13 Z14 Size in bytes 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 16 Bytes too many bytes By using two reverse activating zones the equation w...

Page 93: ...panel turning on an output device of another panel through a reverse activated software zone The formats and uses for CBE and CCBE are similar in many ways with the following exceptions Only reverse activating RZON software zones can be programmed with a CCBE equation CCBE equations can be programmed only for software zones from the IFC 1010 2020 node in which the zones reside For instance if a CC...

Page 94: ...ich means empty For initiating devices the Null is denoted by entering as the CBE In response to an alarm on a device programmed with a Null CBE the IFC 1010 2020 does the following Initiates a System Alarm condition Alarm LED flashes piezo sounds and the Form C alarm contacts on the CPU are activated Activate no control modules or software zones No notification appliances will sound and no output...

Page 95: ...progop1 Program the smoke detector with the Control By Event Software Zone Z1 Type FZON Solution B No Control By Event required for the smoke detector Program the control module with the Control By Event Program the control module with the Control By Event OR L1D1 OR Z1 Solution C Program the smoke detector with the Control By Event Z1 No Control By Event required for the control module Figure 81 ...

Page 96: ...Z2 AND Z1 Z239 NOT Z2 OR Z2 comblog cdr M5x0CJ M5x0CJ Figure 82 Combination Logic L1D1 activates L1M1 through Z1 L1D2 activates L1M2 through Z2 L1D3 and L1D4 activate L1M4 through Z3 L1M3 activates when reverse zone 240 is activated Z240 activates when Z1 Z2 or Z3 is activated Notification Appliance L1M3 serves as the General Alarm device It is activated whenever an alarm occurs on any initiating ...

Page 97: ...quation L1M2 activates with L1D2 after a ten minute delay Z239 is active July 4th of every year L1M3 activates when Z1 and Z239 are active Z240 is active when Z1 is on after a one minute delay and stays on for five minutes L1M4 turns on when Z240 is active L1M3 M5x0CJ L1D1 RZON Z239 RZON Z240 L1D2 L1M2 M5x0CJ L1M1 M5x0CJ L1M4 M5x0CJ Z1 DEL 00 00 00 00 05 00 Z1 TIM 7 4 AND Z1 Z239 DEL 00 10 00 L1D2...

Page 98: ...r Below Node 1 activates L1M1 if Z1 is active locally Node 1 activates L1M2 if Z200 is active locally or in both Nodes 7 and 43 simultaneously Node 43 activates L1M2 if Z200 is not active locally and if Z200 is not activated in Node 7 L1D2 RZON Z200 RZON Z200 Z200 OR OR L1D1 L1D2 RZON Z200 L1M2 M5x0CJ L1M2 M5x0CJ L1M2 M5x0CJ L1D1 L1D1 Z1 Z1 Z1 Z200 OR AND N7200 N43Z200 NOT Z200 Z1 Z1 OR OR N7Z200 ...

Page 99: ... associated with it For additional information refer to the XP Transponder Technical Bulletin LIT 448180 in the IFC 1010 2020 Technical Manual The first address is the control address Activating this point through its CBE programming turns the notification appliance circuit on This point uses the Software Type ID CON The second address is the stage selection address This point decides what state a...

Page 100: ...100 Programming IFC 1010 2020 Programming ...

Page 101: ...n Local mode is programmed in the Local Parameters menu The programmer identifies all of the addressable detectors and monitor modules at and below the highest programmed address that are to activate outputs when any in the range from address 01 to the boundary address is in alarm The programmer also identifies all of the addressable control points modules and transponder points at and below a bou...

Page 102: ...ol By Event The CBE of the initiating device will not cause any zone or addressable control device to be activated However if a CBE equation of a zone or control device contains the SLC address of the initiating devices the zone or control devises CBE causes the zone or control device to be activated N13 Null Control By Event An exception would be if the power supply output is turned off when the ...

Page 103: ...oduct IDs can be substituted 500 Series Product ID 300 Series Product ID 1551J 1251J 1351J 2551J 2251J 2351J 2551THJ 2351TJ DH502 2551J DH300P DH500 2551J DH300RP 5551J 5351J 5551JR 5351R M500MJ M300MJ M501MJ M301MJ M502MJ M302MJ None M300SMJ JBGX 101L JBG 12LX M510CJ M300CJ for NAC M510CJ tabs broken M300CJ for Form C Relay N26 Group 4 Do not use PULL Software Type ID for the model BGX 101L or JB...

Page 104: ...h as CON with L1M1 first and L10M99 last Control module L1M1 is activated by a forward activated list at Level One because L1D1 is an intelligent sensor The system scans the database at Level One for all intelligent sensors with forward activated lists If the sensor is in alarm the list activates When the system reaches Level Five it looks for all control devices with reverse activated equations I...

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