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EDWARDS SYSTEMS TECHNOLOGY IRC-3, Programming Manual

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EDWARDS SYSTEMS TECHNOLOGY IRC-3 Programming Manual Download Page 199

Job Name ______________________________                              Page ________ of ________        

12/94

(ZA4-2.WKS)

IRC-3 ZONE CARD DEFINITION WORKSHEET

ZA4-2

INSTRUCTIONS:

1.  Darken jumper to indicate position (dark=installed, etc.)
2.  Refer to chapter 1 for address assignments.
3.  Riser A & B or riser B & C may be selected for any output circuit.

RISER A = ____________________
RISER B = ____________________
RISER C = ____________________

CARD

ZONE

RELAY ADDRESS

CKT#

TYPE

ADDRESS

OUTPUT

“B” SELECT

“A” SELECT

COMMENTS

_____

_____

________

_______

__________

__________

1

AS

(____)(01/49)

      X

          X

(_____)(01/49)

_____________

2

AS

(____)(02/50)

      X

          X

(_____)(02/50)

_____________

3

AS

(____)(03/51)

(____)(05/53)

(____)(07/54)

(_____)(03/51)

_____________

4

AS

(____)(04/52)

(____)(06/55)

(____)(08/56)

(_____)(04/52)

_____________

NOTE: Numbers in parentheses are zone/relay numbers which are dependent upon the card positions in

the CM1(N)/2(N).  Cross out number not used.

A = Alarm,

S = Supervisory

firealarmresources.com

Summary of Contents for IRC-3

Page 1: ...IRC 3 Programming Manual P N 250060 Revised 14JUL97 firealarmresources com...

Page 2: ...nual without express written permission from EST This manual contains proprietary information intended for distribution to authorized persons or companies for the sole purpose of conducting business w...

Page 3: ...ressing 1 18 Pseudo Points 1 20 ACP and FCCA Address Points 1 22 Output Priorities1 26 Programming Notes 1 32 CCS 1 Programming 1 32 CM2ND Programming 1 33 Glossary 1 35 Chapter 2 Starting The Program...

Page 4: ...68 Chapter 3 Enables and Disables 3 2 Typical Disable Applications 3 2 AND Function Programming 3 4 Actions 3 5 Sequences 3 9 Regenerative Network Programming 3 10 External Database Expander 3 19 Day...

Page 5: ...damages arising from loss of property or other damages or losses owing to the failure of EST Inc products beyond the cost of repair or replacement of any defective products EST Inc reserves the right...

Page 6: ...network Action 9006 9021 9052 9061 9092 VDU 3 support by CM2N Variable baud rate for panel to panel communication Sensitivity alternate sensitivity selection by time keypad External database expander...

Page 7: ...ontent How to Begin 1 2 PC Hardware Requirements 1 3 Installing Data Entry Program 1 4 Program Filenames 1 6 Program System Limits 1 7 System Addressing 1 11 Programming Notes 1 32 Glossary 1 35 IRC 3...

Page 8: ...t indicates the outputs or functions performed as a result of an input change of state 2 Complete the cabinet worksheets 3 Complete the CM1 N panel worksheet 4 Complete the CM2 N panel worksheets 5 Co...

Page 9: ...ard drive b High density floppy 1 4 MB 1 2 MB 720 KB A serial cable must be used and wired according to the diagram below to download the database from your PC to the network Jumper Connections Pins 6...

Page 10: ...tomatically detect the type of monitor your system has installed If you have a monochrome monitor installed but your PC emulates a color monitor the program will come up in the color mode In this case...

Page 11: ...ogram into the monochrome mode for a clearer display This is done by entering in the following at the DOS prompt IRC3 m Enter Notes After the files have been copied to your hard disk to start the prog...

Page 12: ...x is the panel configuration file and the Dxx is the definition file IRC Contains non compiled database N Contains non compiled database Readable with a word processor Pxx Compiled data file ready to...

Page 13: ...ed to coordinate activity for the entire network as well as holding its own zone response database The CM1 N therefore requires the largest database memory space The CM1 N as well as the CM2N modules...

Page 14: ...n the CM1 N as well as zones in the ACP RASP and IRC 1 panels are stored in the CM1 N EEPROM memory Panels such as the IRC 1 ACP RASP and the CM2 do NOT contain provisions for on board database memory...

Page 15: ...wo ways 1 Use fewer actions and place the output activations etc directly in the CM2N zone responses 2 Limit the CM1 N to only a single ZAS Card In cases where a CM1 N and a CM2N are in the same enclo...

Page 16: ...tries Actions ____ x b x 4 _____ Average of Entries Zones ____ x a x 4 _____ Average of Entries Sequences ____ x c x 4 _____ Average of Entries Time Controls ____ x d x 4 _____ Message Calculation a x...

Page 17: ...dresses Required IRC 1 1 ACP 1 firmware set at 41 ACP 6 3 firmware set at 41 42 43 FCCA 1 firmware set at 41 FCCA 4 2 firmware set at 41 42 FCCA 6 3 firmware set at 41 42 43 GDP 1 firmware set at 42 S...

Page 18: ...erboard CM2 N J4 P7 J2 J1 PROG 001 CDR Example 2 CM2 N P5 card slot ZAS 2 requires 2 panel addresses P6 card slot ZAS 2 requires 2 panel addresses Total panel addresses 4 1 2 3 4 5 6 7 8 9 10 11 12 13...

Page 19: ...N J4 P7 PROG 003 CDR Example 4 CM2 N P5 card slot ZB8 8 or ZB8 5 or ZB8 2 or ZB0 8 or ZR8 2 or ZA4 2 requires partial panel address P6 card slot ZB8 8 or ZB8 5 or ZB8 2 or ZB0 8 or ZR8 2 or ZA4 2 req...

Page 20: ...02 or 50 2 02 or 50 03 or 51 04 or 52 3 03 or 51 05 or 53 06 or 54 4 04 or 52 07 or 55 08 or 56 5 05 or 53 09 or 57 10 or 58 6 06 or 54 11 or 59 12 or 60 7 07 or 55 13 or 61 14 or 62 8 08 or 56 15 or...

Page 21: ...7 or 54 03 or 51 4 04 or 52 06 or 55 08 or 56 04 or 52 Card Type Circuit Number Input Address Output Address ZB0 8 1 01 or 49 ZR8 2 2 02 or 50 3 03 or 51 4 04 or 52 5 05 or 53 6 06 or 54 7 07 or 55 8...

Page 22: ...GA CC2 SIGA CT1 SIGA CT2 SIGA MM1 SIGA WTM SIGA UM Module Output Address SIGA CC1 SIGA CC2 SIGA CR SIGA UM ZAS 2 xx xx01 xx96 yy yy01 yy96 yy01 yy96 Module addresses on a ZAS 2 circuit may NOT be dupl...

Page 23: ...xx hh IN OUT1 yy aa yy aa IN OUT2 yy bb yy bb IN OUT3 yy cc yy cc yy gg IN OUT4 yy dd yy dd yy hh K5 yy ee K6 yy ff PWR SUPV yy ee The start address is set on the rotary switches located on the RZB12...

Page 24: ...anel addresses 9 10 11 and 12 are assigned in the data entry program If only one LED panel and 2 switch panels are installed only panel addresses 9 and 10 count against the 28 available system panel a...

Page 25: ...buzzer A Common Trouble buzzer is an addressable output on the SAN COM and can be programmed to activate from any active input or series of inputs When the SAN COM is ENABLED in the CM1N Panel Config...

Page 26: ...ication to function properly 4 The lamp test on the SAN COM will NOT function in the regenerative mode of operation Pseudo Points Pseudo points are points that are only available for programming purpo...

Page 27: ...nly Status Zones 9011 CM1N X only 1st Alarm 9012 CM1N X only 2nd Alarm 9013 CM1N X only 3rd Alarm 9014 CM1N X only 4th Alarm 9015 CM1N X only 5th Alarm 9016 CM1N X only 6th Alarm 9017 CM1N X only 7th...

Page 28: ...nts Input Address Condition Description xx97 Supervisory Open Channel 1 Communications Fault xx98 Supervisory Open Channel 2 Communications Fault xx99 Supervisory Open Power Fault Output Address Condi...

Page 29: ...4120 Supervisory Open Tone 2 Select Acknowledge 4121 Supervisory Open Aux 2 Select Acknowledge 4122 Supervisory Open External Input 4123 Supervisory Open Channel 1 Page Active 4124 Supervisory Open Ch...

Page 30: ...y Open Channel 1 Pre Amp Trouble 4211 Supervisory Open Channel 2 Pre Amp Trouble 4213 Supervisory Open Phone Trouble 4214 Supervisory Open Amplifier 1 Supervisory 4215 Supervisory Open Amplifier 2 Sup...

Page 31: ...310 Supervisory Open Channel 1 Pre Amp Trouble 4311 Supervisory Open Channel 2 Pre Amp Trouble 4313 Supervisory Open Phone Trouble 4314 Supervisory Open Amplifier 1 Supervisory 4315 Supervisory Open A...

Page 32: ...this means that it was active the abnormal condition has cleared and the input has also cleared If an output has Restored this means that it was either in the active Set or Reset condition but curren...

Page 33: ...Output Priority Output Counter restored restored 0 Iactivate 01 Output Set 05 ON 05 1 Set Iactivate 02 Output Set 06 ON 06 2 Set Iactivate 03 Output Set 01 ON 06 3 Set Irestore 02 ON 06 2 Set Irestor...

Page 34: ...uld be noted in example 3 1 An output in the normal condition may be prevented from being Set by using a Reset command 2 The output counter changed from a Reset counter to a Set counter when the Set p...

Page 35: ...priority was changed to 00 it was considered the lowest priority and the new Reset priority 01 was able to change the state of the output Example 5 Input Status Programmed Event Output Status Output P...

Page 36: ...owest priority non latching output 4 A Reset priority 00 will override a Reset priority 99 which changes it from a latching output to a lowest priority non latching output Examples 6 and 7 may help yo...

Page 37: ...estore 01 OFF 01 1 Reset Irestore 02 OFF 01 1 Reset Irestore 03 restored 0 The following items should be noted in example 7 1 The Set priority 00 unlatched the output that was latched by Set priority...

Page 38: ...be completed for the IRC 3 panel and entered into its database a Enter Field Panels b Enter Panel Configurations c Enter RZB Panels d Enter Device Zone Types 2 If panel addresses are assigned with the...

Page 39: ...r All xx94 xx95 and xx96 messages must be disabled from a CM2ND in a START ACTION Regenerative Mode Supervisory short xx97 must be defined to activate action 9002 Reset in order for CM2NDs to operate...

Page 40: ...erating program name and use the send command in the IRC 3 program to send program name p01 program name d01 test d01 to panel 01 When deleting device ranges for 95 and 96 type in xx95 and xx96 at the...

Page 41: ...D statement to occur Audible Circuit An indicating circuit that is turned OFF when the Alarm Silence switch is activated Byte An 8 bit digital word Change of State An input zone or device that has cha...

Page 42: ...re traditional zones analog detectors monitor and control modules switches etc Input Group Address Determines relative hardware address of SAN module switches or inputs Listing A system generated list...

Page 43: ...r Security Circuit Input or zone that reports to the system as a security zone An open or short on the security initiating zone reports as a security violation Sensitivity The relative obscuration of...

Page 44: ...1 38 Programming Manual firealarmresources com...

Page 45: ...Programming Manual 2 1 Chapter 2 Data Entry Content Starting the Program 2 2 Data Entry 2 5 Program Listing 2 56 Data Transfer 2 60 IRC 3 EDWARDS SYSTEMS TECHNOLOGY TM firealarmresources com...

Page 46: ...tes a color monitor the program will come up in the color mode In this case you may wish to force the program into the monochrome mode for a clearer display At DOS prompt C type IRC3 m followed by Ent...

Page 47: ...response data base 2 List Menu Used to list program data base to the printer or screen 3 Data Transfer Menu Used to copy an existing data base into your computers working area for program modificatio...

Page 48: ...on key is used for help menus 3 The F2 function key is used to delete items 4 Pressing ESC will return you to the previous window 5 PC Memory used xx lists the amount of RAM used in your PC for progra...

Page 49: ...played Menu item 1 Enter Field Panels must be used to list all of the field panels that are installed in the system The program does however understand that a CM1 N is needed in every system and there...

Page 50: ...N Available addresses are 05 40 and 44 62 Remote Annunciator Panel Definition 1 Entry Menu 1 Enter Field Panels 2 Remote Annunciator The same entry method is used for remote annunciators as that of t...

Page 51: ...finition 1 Entry Menu 1 Enter Field Panels 3 Audio Panel The ACP and FCCA panels have a firmware coded address of number 41 The FCCA 4 has firmware coded addresses of 41 and 42 The ACP 6 and FCCA 6 pa...

Page 52: ...C 1 Panel Definition 1 Entry Menu 1 Enter Field Panels 4 IRC 1 Each IRC 1 requires one 1 panel address Selecting 4 IRC 1 will results in the following window Note The IRC 1 panel DIP switches have a r...

Page 53: ...ssociated with a CM1 N or a CM2 N must be entered When entering the CM1 N address 01 is entered After entering the address of the CM1 N the following window is displayed Note Each of the items in the...

Page 54: ...tiple CM1 N CM2 N panels located in the same enclosure The power supply supervision must be disabled in all but one of the control modules The power supply that must be supervised is the one that has...

Page 55: ...er card CDR 3 is installed in the system and connected to this panel this item must be enabled so that the codes will be generated A Walk Test Silent Audible This item is not displayed for CM2 N panel...

Page 56: ...card type the card number window is displayed requesting the location on the control panel motherboard in which that card will be installed The following window is displayed After the card number is...

Page 57: ...B or b Broadcast bellcode to all CM2N RS 232 ports C or c Six hour delay for AC power fail trouble contacts R1 or r1 Inhibits CM1N Reset for 1 minute The RESET switch on the front panel of the CM1N wi...

Page 58: ...selection is made the following window appears At this point the time of day when the Alternate Sensitivity Verification Time is to be put into effect is entered in 24 hour format After this selection...

Page 59: ...rm a supervisory short condition or a supervisory open condition on an alarm circuit K SAN COM This item is not displayed for CM2 N panels This option will enable disable automatic operation of a SAN...

Page 60: ...through IN OUT4 pwr supv and K5 and K6 appear as modules Inputs IN1 through IN8 are always located on the sensor address lowest ZAS 1S address while the other addresses are located on the module addre...

Page 61: ...nel s eight sequential sensor and eight sequential module addresses are conflicting with data that has already been entered Remove RZB Panel 1 Entry Menu 3 Enter RZB Panels 2 Remove RZB Panel This men...

Page 62: ...RZB panel Configure RZB Panel 1 Entry Menu 3 Enter RZB Panels 3 Configure RZB Panel After selecting 3 Configure RZB Panel the following is displayed In this step you must enter the address of the RZB...

Page 63: ...a supervisory type input SUP OUT Defines circuit as a supervised output input and output Audible Defines circuit as an audible circuit input and output This circuit turns OFF during Alarm Silence sequ...

Page 64: ...a standard zone is not entered in this step it has already been pre assigned the default value Alarm After selecting 4 Enter Device zone types from the menu the following window is displayed Devices a...

Page 65: ...format e g 0101 0105 0204 etc 3 Zone device range format e g 0101 0108 Notes 1 When entering data in the multiple zone device format the zones devices in the list MUST be identical in type and functio...

Page 66: ...ones two possible error messages may appear The first error message as shown below is the result of the system finding a zone that has been previously defined This may be caused by one of the followin...

Page 67: ...y appear on the screen The ZAS 2 Zone Menu will appear if a ZAS 2 Card has been assigned to the panel This menu only requires you to select a zone type for the zone device group that you entered Devic...

Page 68: ...ne menu results in the following display Audible zones must ONLY be used for speaker horn or bell circuits DO NOT identify strobe circuits as audible circuits Defining an audible circuit automatically...

Page 69: ...e action 9004 after a prescribed time delay within a sequence In other cases you may want to prevent silencing of the system This may be accomplished by editing action 9004 and removing the entries au...

Page 70: ...s located at the default value 1 None in the menu If the default setting is required press Enter If a setting other than the default value is required use the cursor control keys to move the cursor to...

Page 71: ...s not require an alternate value select the same verification time as the primary selection Each of the ionization and photoelectric sensors entered as a group may have a different alternate alarm ver...

Page 72: ...the ZAS card powering the M501M or M500MF Supervised Monitor Module 1 Entry Menu 4 Enter Device Zone Types 4 Supervised Monitor Module When selecting 6 Supervised Monitor Module from the menu the fol...

Page 73: ...ut control module for a sup Zone The following screen is displayed Defining Devices Zone Responses 1 Entry Menu 5 Enter Device Zone Responses This step of the program is required to indicate to the sy...

Page 74: ...device has not been previously identified in the system the following error message is displayed The program automatically detects the zone type that was previously entered and depending on the entri...

Page 75: ...ty will be turned ON assuming that the priority is higher than the output s reset priority when the alarm zone senses a short This output may be a relay on a standard option card an LED of the remote...

Page 76: ...est mode 9 Message A 40 character message may be entered The message must be a generic message indicating the location of the zone or device The message should not contain information concerning the s...

Page 77: ...Coding 2 Place the b in the Project Name of the CM1N Configuration Menu 3 Enable the CM2N s bell coder in its Configuration Menu Zone Coding Since a code number is attached to a message and the messa...

Page 78: ...buffer of all stored codes and terminate any code in progress This code must be placed in a message in action 9002 Reset to terminate the coder upon system reset Supervisory Zone If a zone has been i...

Page 79: ...ority 6 Supervisory Open Action This action number is performed when the supervisory zone is open or the monitor module has lost communications 7 Patrol Number A 4 digit number representing the patrol...

Page 80: ...performed when the security zone is off normal When the zone restores the security action restores 4 Patrol Number A 4 digit number representing the patrol station number may be entered 5 Message A 4...

Page 81: ...Switch Active Reset The same as 1 Switch Active Set except the output is turned OFF assuming that the priority is higher than the output s set priority 3 Switch Active Action The action number is per...

Page 82: ...arm 9008 Sensor Maintenance Alert 9009 Point Verification 9010 Status Zones 9011 1st Alarm 9012 2nd Alarm 9013 3rd Alarm 9014 4th Alarm 9015 5th Alarm 9016 6th Alarm 9017 7th Alarm 9018 8th Alarm 9019...

Page 83: ...in addition to the CM1 N where the action will be stored If multi resident panel addresses are desired enter the start addresses of the panels separated by a space between each When entering the multi...

Page 84: ...lf 4 Restore Action This item performs the opposite function of the 3 Activate Action item above The restore action function will be carried out by the computer if the called action has initially been...

Page 85: ...Disable Time Control This item will disable a time control that has been enabled This feature is normally used to prevent time of day functions from operating during fire conditions etc When disabled...

Page 86: ...the same number as the time of day For example at 1600 4 P M action number 1600 is activated An action number must always be programmed for every time control used After 7 Enter Time Controls has bee...

Page 87: ...trols 2 Weekday Time Control Selecting a 2 Weekday Time Control from the menu results in a request for a 4 digit time of day A weekday time control is one that will occur at midnight at the beginning...

Page 88: ...ols 1 Entry Menu 7 Enter Time Controls 2 Weekend Time Control Selecting 3 Weekend Time Control from the menu results in a request for a 4 digit time of day A weekend time control is one that will occu...

Page 89: ...ition to the CM1 N where the time control will be stored Holiday Time Controls 1 Entry Menu 7 Enter Time Controls 4 Holiday Time Control Selecting 4 Holiday Time Control from the menu results in a req...

Page 90: ...N where the time control will be stored Defining Sequences 1 Entry Menu 8 Enter Sequences A sequence is comprised of an action separated by a time period When you define a sequence you must enter the...

Page 91: ...sing Enter a new window is displayed requesting the 4 digit number of the sequence that you are programming The screen appears as follows After you have entered the sequence number the screen appears...

Page 92: ...nels other than the CM1 N are accessed only in the event of a CM1 N failure After entering the multi resident addresses the following screen is displayed The following window indicates the format of t...

Page 93: ...the first time action group is entered the screen appears as follows Note A maximum of 256 steps can be programmed in one sequence A sequence will separate from the input so all active sequences must...

Page 94: ...isplayed Note The AND function number that is assigned in this step will automatically activate an action with the same number i e AND function number 1000 when fulfilled activates action 1000 Once th...

Page 95: ...larm monitor module s short across the EOL 2 Supervisory Short Input A type S supervisory zone short across the EOL from a standard zone or a short across the EOL of a supervisory monitor module 3 Sup...

Page 96: ...ors and the upper number for modules In the event that the ZAS circuit does not use either sensors detectors or modules the unused address may be removed from the polling list in order to optimize per...

Page 97: ...w all of the data that has been entered into the database The file you are listing is the database that is currently in your computer s working memory After selecting 2 List Menu the following will be...

Page 98: ...rogramming Manual When 1 Entire File is selected or an item from 2 Specific Entry is selected the following screen is displayed The following screens are examples of various listings firealarmresource...

Page 99: ...Programming Manual 2 55 Typical Panel Definition Typical Device Zone Definitions Typical Zone Response firealarmresources com...

Page 100: ...2 56 Programming Manual Typical Action Response firealarmresources com...

Page 101: ...our selection into the working area of your computer for modification or preparation for downloading to the IRC 3 network 4 Directory Displays the name of each of the files on the selected disk drive...

Page 102: ...rtant data entry files When the computer has finished saving your file press any key to return to the Data Transfer Menu Save File 3 Data Transfer Menu 2 Save After you have modified your database and...

Page 103: ...ransmit the contents to the network Enter the filename and press Enter Note The filename may be preceded by a drive specifier to indicate the disk drive on which the file is located e g B PROJECT1 Aft...

Page 104: ...et a listing of any job you have stored on disk After entering a valid letter specifying the disk drive the screen will appear as follows Creating Transmit Files 3 Data Transfer Menu 5 Create Transmit...

Page 105: ...he error must be corrected before you download the database If it did not compile it is indeterminate how much if any of the database will be loaded into the IRC 3 panel s memory Transmitting Data to...

Page 106: ...d After a CM2 N contains it s base Panel Address the entire database can be downloaded from the CM1 N Note Different methods are available to program the panels of the Network Each IRC 3 CPU Card must...

Page 107: ...start address of the series After pressing Enter the following screen is displayed Follow instructions on the screen Set the CM1 N 2 N in the program mode As the files are being transmitted to the CM...

Page 108: ...installed properly Status Abnormal Terminate Jumpers not installed in DB 9 connector Install jumpers on DB 9 refer to wiring diagram in chapter 1 of this manual Method 2 3 Data Transfer Menu 6 Downloa...

Page 109: ...tly to the CPU card After a CM2N contains its base Panel Address the entire database can be downloaded from the CM1N 2 The success of a remote download is extremely dependent on the integrity of the d...

Page 110: ...reen appears as follows When transferring data to a CM2N the data will first be transferred from the IBM PC compatible computer to the CM1N control panel Then the data will be transferred from the CM1...

Page 111: ...ss of the size of the CM2N transfer files the times shown in the table above are fixed Method 3 May be used for Initial Download May be used for Subsequent Downloads An alternate method of loading dat...

Page 112: ...he PC s RAM This will give you the ability to perform DOS functions without exiting your work You may return to the data entry program at any time by typing EXIT at the DOS prompt Note Before you type...

Page 113: ...2 AND Function Programming 3 4 Actions 3 5 Sequences 3 9 Regenerative Network Programming 3 10 External Database Expander 3 19 Daylight Savings Time 3 21 Password Changing 3 22 Status Zone Action 901...

Page 114: ...entry Disabling an Input Will prevent the input from reporting an activation at the CM1 N and printer and will prevent any programmed events from occurring as a result of the input s activation The zo...

Page 115: ...Switches may be disabled to prevent unauthorized operation during non alarm conditions It may be necessary for your particular application that HVAC control circuits not be allowed to operate overrid...

Page 116: ...en the conditions of the AND function are no longer met the resulting Action will restore When programming AND statements the 4 digit number that is assigned to the function will automatically activat...

Page 117: ...his action is automatically generated by the system whenever the Reset switch is pressed on the CM1 N RMDP 1N ACP or SAN COM which has been Enabled for automatic operation Also activating relay addres...

Page 118: ...two panel addresses It is important that this action be multi resident in each of the CM2N panels on the list There is a maximum of 32 panel addresses that can be defined in a regenerative network Th...

Page 119: ...em Alarm This action is automatically activated when the fourth alarm is detected in the system 9015 Fifth System Alarm This action is automatically activated when the fifth alarm is detected in the s...

Page 120: ...the Serial Annunciator s panel address es that will communicate with each CM2N when it loses the ability to communicate with the CM1N RMDP 1N Each CM2N will have a unique action multi resident in its...

Page 121: ...quences are as follows A sequence may be used in an audio system for automatically changing a tone to pre recorded message after a time delay Staggering the turn ON OFF of AHU equipment during alarm O...

Page 122: ...mA loop and fiber optic styles of communications do not support regenerative network operations due to alternate methods of data transmission For the IRC 3 CM2Ns to have a regenerative capability the...

Page 123: ...ARD P6 ZAS CARD CM2N PANEL ADDRESS 39 P5 ZAS CARD P6 ZAS CARD CM2N PANEL ADDRESS 35 P5 ZAS CARD P6 ZAS CARD CM2N PANEL ADDRESS 31 P5 ZAS CARD P6 ZAS CARD CM2N PANEL ADDRESS 17 P5 ZAS CARD P6 ZAS CARD...

Page 124: ...32nd position Note If a particular CM2N does not require the ability to interact with other CM2Ns the Action 9021 through 9052 that corresponds to that CM2N s panel address entry position in Action 90...

Page 125: ...006 Multi resident panel addresses 05 09 13 17 31 35 39 Activate Action 0509 05 use Action 9021 09 use Action 9022 Activate Action 1317 13 use Action 9023 17 use Action 9024 Activate Action 3135 31 us...

Page 126: ...p 3 Define Actions 9061 through 9092 as required These Actions represent the serial annunciator list or family of each individual CM2N panel Each action is a list that includes the Serial annunciator...

Page 127: ...ress entered into each activate action line of Action 90xx represents the serial annunciator panel address es that CM2N panel yy will communicate with in the regenerative mode The SAN COM priority det...

Page 128: ...DING 5 In regenerative mode each building must operate as a stand alone system This example will use the same Action 9006 that was used in Example 1 Action 9006 Multi resident panel addresses 05 09 13...

Page 129: ...iator in Bldg 4 Action 9065 Multi resident panel addresses 31 Activate Action 2400 SAN panel address 24 00 no SAN COM switches responses req d Activate Action 2501 SAN panel address 25 01 All SAN COM...

Page 130: ...le extension D01 c Leave the IRC 3 data entry program menu and return to the DOS command line d From the DOS command line prompt use the SEND command to download the CM2N transmit files AND the SAN in...

Page 131: ...2N panel address 62 This panel uses the last remote panel address number available in a single line network so it s zone option cards must be traditional zone type ZB8 2 ZB8 5 ZB8 8 ZA4 2 ZB0 8 or ZR8...

Page 132: ...locally at the CM2N When the second database is compiled there should be only two transmit files created a panel definition file with extension P01 and a zone definition file with extension D01 When...

Page 133: ...time of day will move back one hour At the appropriate time each year according to the table below the CM1N RMDP 1N system clock will change for daylight savings time Year On Off 1997 06 Apr 26 Oct 19...

Page 134: ...check is necessary At midnight the CM1 N will send a clock update to all networked panels print a system check to the PT1S printer and verify that the check sum in RAMM matches the check sum in EEPROM...

Page 135: ...ner This feature is normally used for AHU monitoring door control etc This action will activate upon start up of the CM1N and does not require activation either manually or through the program Action...

Page 136: ...Data Entry Program perform the following ZRM programming steps xx ZRM panel address PP Priority value Alternate addresses for ZRM module installed in the lower P6 motherboard connector when a traditi...

Page 137: ...n of doors and dampers should also be included in the zone response Additional ZRM Output Programming Note This section is required after the ZRM card is selected in the data entry program A WARNING s...

Page 138: ...Trouble xx04 52 Trouble Short Audible Notification Appliance Circuit Short xx05 53 Trouble Open Supervisory Reset Relay Stuck From CMxN xx06 54 Trouble Open Visual ZRM Module Trouble 24 V Supervisory...

Page 139: ...4 52 E NOTE ZRM module zone xx08 56 is defined as a class B alarm input zone by default Do not change this setting F Remove Disable Input Message Actions for zones xx01 49 through xx07 55 1 Entry Menu...

Page 140: ...ther functions such as HVAC system control and operation of doors and dampers should also be included in the zone response Additional ZRM Output Programming A Program the ZRM Reset function This step...

Page 141: ...ication Appliance Circuit Short xx05 53 Trouble Open Supervisory Reset Relay Stuck From CMxN xx06 54 Trouble Open Visual ZRM Module Trouble 24 V Supervisory Trouble Com Failure FSCP to ZRM Manual Rele...

Page 142: ...3 30 Programming Manual firealarmresources com...

Page 143: ...___of__________ 2 95 CAB 2 WORKSHEET CAB2WS CDR CARD_________ ADDRESS_____ CM____ BATTERY AH_____ BATTERY AH_____ CARD_________ ADDRESS_____ POWER SUPPLY PS_____B NOTE 2 TWO 6 5 AH BATTERIES MAXIMUM M...

Page 144: ...firealarmresources com...

Page 145: ...______ 2 95 CAB 3 WORKSHEET CAB3WS CDR NOTE 2 TWO 6 5 AH BATTERIES MAXIMUM MAY FIT IN THIS CABINET MODULE TYPE______ BATTERY AH_____ BATTERY AH_____ CARD_________ ADDRESS_____ CM____ CARD_________ ADD...

Page 146: ...firealarmresources com...

Page 147: ...NOTE 4 FOUR 6 5 AH BATTERIES MAXIMUM MAY FIT IN THIS CABINET MODULE TYPE____ BATTERY AH_____ BATTERY AH_____ BATTERY AH_____ BATTERY AH_____ CARD_________ ADDRESS_____ CM____ CARD_________ ADDRESS____...

Page 148: ...firealarmresources com...

Page 149: ...CDR INSIDE CABINET SPACE REQUIREMENTS FRONT PANEL SPACE 1 2 SIZE FOOTPRINT FULL FOOTPRINT 1 75 3 5 5 25 10 5 12 25 CDR 3 MTM 1 URSM DAPM RPM MST CM2 N AA75 RAMM BP1 RSAN 6 ACP BP2 APS BP3 LEDP C SWP R...

Page 150: ...firealarmresources com...

Page 151: ...CDR INSIDE CABINET SPACE REQUIREMENTS FRONT PANEL SPACE 1 2 SIZE FOOTPRINT FULL FOOTPRINT 1 75 3 5 5 25 10 5 12 25 CDR 3 MTM 1 URSM DAPM RPM MST CM2 N AA75 RAMM BP1 RSAN 6 ACP BP2 APS BP3 LEDP C SWP R...

Page 152: ...firealarmresources com...

Page 153: ...CDR INSIDE CABINET SPACE REQUIREMENTS FRONT PANEL SPACE 1 2 SIZE FOOTPRINT FULL FOOTPRINT 1 75 3 5 5 25 10 5 12 25 CDR 3 MTM 1 URSM DAPM RPM MST CM2 N AA75 RAMM BP1 RSAN 6 ACP BP2 APS BP3 LEDP C SWP R...

Page 154: ...firealarmresources com...

Page 155: ...300 ___ 600 ___ 1200 ___ 2400 ___ 4800 ___ 7 Start Action ______________________________ 8 Start Sequence ___________________________ 9 Bell Coder Enable ___ Disable ___ A Walk Test Silent ___ Audible...

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Page 157: ...p ___ 3 Power Supply Supervised ___ Non Supv ___ 4 Saturday Weekday ___ Weekend ___ 5 Sunday Weekday ___ Weekend ___ 6 Printer Baud Rate 300 ___ 600 ___ 1200 ___ 2400 ___ 4800 ___ 7 Start Action _____...

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Page 159: ...84 84 13 13 37 37 61 61 85 85 14 14 38 38 62 62 86 86 15 15 39 39 63 63 87 87 16 16 40 40 64 64 88 88 17 17 41 41 65 65 89 89 18 18 42 42 66 66 90 90 19 19 43 43 67 67 91 91 20 20 44 44 68 68 92 92 21...

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Page 161: ...59 59 83 83 13 13 37 37 61 61 85 85 15 15 39 39 63 63 87 87 17 17 41 41 65 65 89 89 19 19 43 43 67 67 91 91 21 21 45 45 69 69 93 93 23 23 47 47 71 71 95 95 PANEL ADDRESS_____ PANEL ADDRESS_____ Job N...

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Page 163: ...1 35 59 83 12 36 60 84 13 37 61 85 14 38 62 86 15 39 63 87 16 40 64 88 17 41 65 89 18 42 66 90 19 43 67 91 20 44 68 92 21 45 69 93 22 46 70 94 23 47 71 95 24 48 72 96 Job Name_________________________...

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Page 165: ...37_____ xx38_____ SUPxx38 xx39_____ xx40_____ SUPxx40 xx41_____ xx42_____ SUPxx42 xx43_____ xx44_____ SUPxx44 xx45_____ xx46_____ SUPxx46 xx47_____ xx48_____ SUPxx48 xx49_____ xx50_____ SUPxx50 xx51__...

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Page 167: ...48_____ SUPxx48____ SDNxx47____ xx49_____ xx50_____ SUPxx50____ SDNxx49____ xx51_____ xx52_____ SUPxx52____ SDNxx51____ xx53_____ xx54_____ SUPxx54____ SDNxx53____ xx55_____ xx56_____ SUPxx56____ SDNx...

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Page 169: ...TPUT GROUP ADDRESS OUTPUT ON 1 1 2 2 3 4 4 8 ON 1 1 2 2 3 4 4 8 MODULE TYPE START ADDRESS INPUT INPUT GROUP ADDRESS OUTPUT GROUP ADDRESS OUTPUT ON 1 1 2 2 3 4 4 8 ON 1 1 2 2 3 4 4 8 MODULE TYPE START...

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Page 171: ...GROUP ADDRESS OUTPUT ON 1 1 2 2 3 4 4 8 ON 1 1 2 2 3 4 4 8 MODULE TYPE START ADDRESS INPUT INPUT GROUP ADDRESS OUTPUT GROUP ADDRESS OUTPUT ON 1 1 2 2 3 4 4 8 ON 1 1 2 2 3 4 4 8 MODULE TYPE START ADDRE...

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Page 173: ...GROUP ADDRESS OUTPUT ON 1 1 2 2 3 4 4 8 ON 1 1 2 2 3 4 4 8 MODULE TYPE START ADDRESS INPUT INPUT GROUP ADDRESS OUTPUT GROUP ADDRESS OUTPUT ON 1 1 2 2 3 4 4 8 ON 1 1 2 2 3 4 4 8 MODULE TYPE START ADDR...

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Page 175: ...UTPUT ADDRESS FUNCTION xx01 Alarm LED xx02 Supervisory LED xx03 Trouble LED xx04 Security LED xx05 Alarm Silence LED xx06 Drill All Call LED INPUT ADDRESS FUNCTION xx01 Reset Switch xx02 Alarm Silence...

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Page 177: ...12 94 SLU 16 WKS SLU 16 WORKSHEET OUTPUT GROUP LED ADDRESS OUTPUTS __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ _...

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Page 179: ...TCH ADDRESS INPUTS LED ADDRESS OUTPUTS __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ _______...

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Page 181: ..._______ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ _____...

Page 182: ...firealarmresources com...

Page 183: ...____ _____ ________ _______ __________ __________ 1 AS ____ 01 49 X X X _____________ 2 AS ____ 02 50 X X X _____________ 3 AS ____ 03 51 X X X _____________ 4 AS ____ 04 52 ____ 01 49 ____ 03 51 ____...

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Page 185: ...HO 4 WORKSHEET INPUT GROUP OUTPUT GROUP SWITCH ADDRESS INPUTS SWITCH ADDRESS OUTPUTS __________ __________ __________ __________ __________ __________ __________ __________ __________ __________ _____...

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Page 187: ...T 5A RES 240AC 1725S DC 24V A410 367396 13 JAPAN 692NA G C CONT 5A RES 240AC 1725S DC 24V A410 367396 13 JAPAN 692NA G C CONT 5A RES 240AC 1725S DC 24V A410 367396 13 JAPAN 692NA J P 1 C O N T I N U I...

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Page 189: ...DRESS P1 P2 1 1 ON 2 2 3 4 4 8 1 9 17 25 PO1 PO2 PO3 PO4 2 10 18 26 3 11 19 27 4 12 20 28 5 13 21 29 6 14 22 30 7 15 23 31 8 16 24 32 GROUP OUTPUT ADDRESS LED ADDRESS OUTPUTS 1 1 ON 2 2 3 4 4 8 Job Na...

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Page 191: ...___________________________ Page__________of__________ 2 95 SIN 16 WORKSHEET SIN16WS CDR 18836G MX74HC138N MC74HC138N TB2 COM JP1 TB1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 GROUP INPUT ADDRESS CONTINU...

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Page 193: ...MMENTS ____ ____ __________ _______ __________ 1 A S ____ 01 49 X X __________________________ 2 A S ____ 02 50 X X __________________________ 3 A S ____ 03 51 X X __________________________ 4 A S ___...

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Page 195: ..._______ __________ 1 A S ____ 01 49 X X __________________________ 2 A S ____ 02 50 X X __________________________ 3 A S ____ 03 51 X X __________________________ 4 A S ____ 04 52 ____ 07 55 ____ 08...

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Page 197: ...___ 01 49 ____ 01 49 ____ 02 50 __________________________ 2 A S ____ 02 50 ____ 03 51 ____ 04 52 __________________________ 3 A S ____ 03 51 ____ 05 53 ____ 06 54 __________________________ 4 A S ___...

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Page 199: ..._ RISER C ____________________ CARD ZONE RELAY ADDRESS CKT TYPE ADDRESS OUTPUT B SELECT A SELECT COMMENTS _____ _____ ________ _______ __________ __________ 1 AS ____ 01 49 X X _____ 01 49 ___________...

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Page 201: ..._____________________________ 3 ____ 03 51 _________________________________________________ 4 ____ 04 52 _________________________________________________ 5 ____ 05 53 _______________________________...

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Page 203: ...D CKT RELAY ADDRESS COMMENTS 1 ____ 01 49 _________________________________________________ 2 ____ 02 50 _________________________________________________ 3 ____ 03 51 ________________________________...

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Page 205: ...rge Duration Timer Settings Duration Seconds Switch 1 3 Switch 1 4 0 5 Off Off 15 On Off 45 Off On Continuous On On In 45 second and continuous modes of operation the combined current of both release...

Page 206: ...se Circuit 2 PPxx06 54 Set Activate First Alarm Sequence Solenoid Release Circuit 2 PPxx07 55 Set Activate NAC FSCP SETUP FSCP 1 Release Circuit J4 J5 q 1 Only OUT IN q 2 Only IN OUT q 1 2 IN IN FSCP...

Page 207: ...larm Circuit OFF IN OUT4 Supervisory Input Security Input Audible Visual or Supervised Output Circuit J5 J7 ON IN OUT3 Dry Contact connection to riser 3A J6 J8 ON IN OUT3 Supervised Circuit J9 J11 ON...

Page 208: ...______ xx hh I O 1 ____ ____ ____ ____ X _____ _________________________ yy aa yy aa I O 2 ____ ____ ____ ____ X _____ _________________________ yy bb yy bb I O 3 ____ ____ ____ ____ ____ ____ _____ _...

Page 209: ...5 2W 2 WIRE SMOKE DET N CONVENTIONAL ALARM CIRCUIT SW1 5 ON SW1 5 OFF SW1 5 OFF N A N A IN 6 2W 2 WIRE SMOKE DET N CONVENTIONAL ALARM CIRCUIT SW1 6 ON SW1 6 OFF SW1 6 OFF N A N A IN 7 2W 2 WIRE SMOKE...

Page 210: ...y aa yy aa I O 2 ____ ____ ____ ____ X _____ _________________________ yy bb yy bb I O 3 ____ ____ ____ ____ ____ ____ _____ _________________________ yy cc yy cc yy gg I O 4 ____ ____ ____ ____ ____...

Page 211: ...____________________ 19 I P H Z _____ _____ __________ ___________________________________ 20 I P H Z _____ _____ __________ ___________________________________ 21 I P H Z _____ _____ __________ _____...

Page 212: ..._____ _____ __________ ___________________________________ 70 I P H Z _____ _____ __________ ___________________________________ 71 I P H Z _____ _____ __________ ___________________________________...

Page 213: ...Z _______ _______ ___________________________________ 21 A S C R CA CV Z _______ _______ ___________________________________ 22 A S C R CA CV Z _______ _______ ___________________________________ 23 A...

Page 214: ...______________________ 71 A S C R CA CV Z _______ _______ ___________________________________ 72 A S C R CA CV Z _______ _______ ___________________________________ 73 A S C R CA CV Z _______ _______...

Page 215: ...12 1 2 3 4 5 6 1 ______________________________ 13 1 2 3 4 5 6 1 ______________________________ 14 1 2 3 4 5 6 1 ______________________________ 15 1 2 3 4 5 6 1 ______________________________ 16 1 2 3...

Page 216: ...5 6 1 ______________________________ 66 1 2 3 4 5 6 1 ______________________________ 67 1 2 3 4 5 6 1 ______________________________ 68 1 2 3 4 5 6 1 ______________________________ 69 1 2 3 4 5 6 1 __...

Page 217: ...3 4 5 6 7 8 9 10 11 1 2 3 4 5 ______________________________ 11 1 2 3 4 5 6 7 8 9 10 11 1 2 3 4 5 ______________________________ 12 1 2 3 4 5 6 7 8 9 10 11 1 2 3 4 5 ______________________________ 13...

Page 218: ...___________________ 63 1 2 3 4 5 6 7 8 9 10 11 1 2 3 4 5 ______________________________ 64 1 2 3 4 5 6 7 8 9 10 11 1 2 3 4 5 ______________________________ 65 1 2 3 4 5 6 7 8 9 10 11 1 2 3 4 5 _______...

Page 219: ...______ panel device Signature Series Detectors Detector Type 3 the appropriate box q SIGA IS q SIGA PS q SIGA PHS q SIGA IPHS q SIGA HFS q SIGA HRS Sensitivity 1 Most Sensitive 2 More Sensitive 3 Norm...

Page 220: ...______ _______ _______ _______ ___________________________________________ 5 Supervisory Open Reset format priority panel address output address 6 digits _______ _______ _______ ______________________...

Page 221: ...IGC 270PB for second stage circuit 2 Personality Code 2 Class B Latching Verified Alarm IDC for N O Devices q SIGA WTM for waterflow switches q SIGA CT1 q SIGA CT2 for q Circuit 1 q Circuit 2 q SIGA U...

Page 222: ...______ _______ _______ _______ ___________________________________________ 5 Supervisory Open Reset format priority panel address output address 6 digits _______ _______ _______ ______________________...

Page 223: ...M for Tamper Switches q SIGA CT1 q SIGA CT2 for q Circuit 1 q Circuit 2 q SIGA UM for q Circuit 1 q Circuit 2 q SIGA 270P for first stage circuit 1 q SIGC 270PB for first stage circuit 1 Personality C...

Page 224: ...____________________________________ 5 Supervisory Open Reset format priority panel address output address 6 digits _______ _______ _______ ___________________________________________ _______ _______...

Page 225: ...Personality Codes 3 the appropriate boxes Personality Code 3 Class B Active IDC for N O Devices q SIGA MM1 q SIGA CT1 q SIGA CT2 for q Circuit 1 q Circuit 2 q SIGA UM for q Circuit 1 q Circuit 2 Perso...

Page 226: ..._________________ _______ _______ _______ ___________________________________________ _______ _______ _______ ___________________________________________ 3 Security Action format nnnn 4 digits _______...

Page 227: ...______ __________ __________ ___________________________________________ __________ __________ ___________________________________________ __________ __________ _______________________________________...

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Page 229: ...__________________________________________________________ 3 Activate action format nnnn 4 digits __________ _______________________________________________________________ __________ ________________...

Page 230: ..._________________________________________ __________ ______________________________________________________________________ __________ _________________________________________________________________...

Page 231: ...seconds 4 digits __________ Action format nnnn 4 digits __________ ________________________________ Time delay format seconds 4 digits __________ Action format nnnn 4 digits __________ ______________...

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Page 233: ...___________________________ ______ ______ ____________________________________________________ ______ ______ ____________________________________________________ ______ ______ ________________________...

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Page 235: ...trol __________ Weekday Time Control __________ Weekend Time Control __________ Holiday Time Control __________ Time Control Description _______________________________________________________________...

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Page 237: ...___________________________ _____ _____ _____ ___________________________________________________________________ 5 Supervisory open reset format priority panel address output address 6 digits _____ _...

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Page 239: ..._______________________________________________ _____ _____ _____ ___________________________________________________________________ _____ _____ _____ ________________________________________________...

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Page 241: ...___________________________ ______ ______ ______ ____________________________________________________ ______ ______ ______ ____________________________________________________ ______ ______ ______ ___...

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Page 243: ...____________________________________________ ______ ______ ______ ____________________________________________________ ______ ______ ______ ____________________________________________________ ______...

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Page 245: ...IRC 3 Operations Manual P N 270180 Rev 3 5 14JUL97 firealarmresources com...

Page 246: ...nual without express written permission from EST This manual contains proprietary information intended for distribution to authorized persons or companies for the sole purpose of conducting business w...

Page 247: ...M Button 8 ENABL DSABL Button 12 ACT Reset Button 16 Guard Patrol 20 Walk Test 20 CM2N Operation 21 Controls and Indicators 21 CM2ND Operation 25 Controls and Indicators 25 Sensitivity Reports 28 ZAS...

Page 248: ...amages arising from loss of property or other damages or losses owing to the failure of EST Inc products beyond the cost of repair or replacement of any defective products EST Inc reserves the right t...

Page 249: ...n Date Reason For Change 1 0 February 1995 Released as standalone manual Added ZAS 2 status display Added ZAS 2 sensitivity reports 2 0 April 1995 Text modification for changes 3 0 June 1995 Revisions...

Page 250: ...iv Operations Manual firealarmresources com...

Page 251: ...m Red Alarm condition Buzzer pulsates Supervisory Yellow Short on a supervisory zone Remains ON until short is cleared Trouble Yellow Open on a supervisory zone Remains ON until cleared and or system...

Page 252: ...utton to scroll the display to the next status display screen If the displayed information exceeds the 40 character 2 line capacity of the display area the NEXT ACK button is used to scroll to the rem...

Page 253: ...y is blank MW XXX Messages Waiting In addition to the above display trouble status messages will flash when a certain problem exists The message will be displayed to the right of the Disabled Points D...

Page 254: ...f an alarm occurs in a panel address NOT in the Test mode the Test panel address will automatically revert to normal mode of operation The balance of the system remains operational The entire network...

Page 255: ...S 2 Communication Flag Res Reset in Progress Zas ZAS 2 Internal Trouble Mpg ZAS 2 Mapping in Progress Mpe Mapping Enabled Gnd ZAS 2 Card Ground Fault Lin ZAS 2 Class A Fault Map ZAS 2 Map Fault 1 OK c...

Page 256: ...Use Next to scroll 0401 In this example 0401 indicates panel address 04 zone 01 Press the Next Ack button to scroll the display The display shows the following Supv Short Status Use Next to scroll 040...

Page 257: ...itivity Report Generates device sensitivity listing Press the Test Stat button The display shows the following 1 Test 2 Status 3 Sensitivity Report 4 History Enter Choice _ The Test Prgm LED flashes A...

Page 258: ...play returns to normal The history report will output to the printer Caution All History is lost when the system is Restarted or Rebooted PRGM Button The PRGM button is used to load new system data or...

Page 259: ...in 2 Load and press the Enter button The display shows the following Enter password level 2 _ Key in the appropriate password and press the Enter button The display shows the following Change Date En...

Page 260: ...ad 2 Date 3 Time 4 Password 5 CommAB 6 Restart Enter Choice _ The Test Prgm LED flashes Key in 4 Password and press the Enter button The display shows the following Change password level 1 or 2 Enter...

Page 261: ...play shows the following Panel Address Enter Choice pp _ Key in the panel address where the change is to occur and press the Enter button The display shows the following New Communication Type Enter C...

Page 262: ...ted 0 Fault in progress ENABL DSABL Button The ENABL DSABL button is used to enable or disable system functions Enable Used to enable a zone zone message time control data line panel action or sequenc...

Page 263: ...ey in 2 Znmsg and press the Enter button The display shows the following Enable a Zone or Device s message Enter Device Address ppzz _ pp 2 digit panel number zz 2 digit zone number Key in the 4 digit...

Page 264: ...nter Choice _ Key in 5 Panel and press the Enter button The display shows the following Enable a Panel s Communications Enter Panel Address aa _ Key in the 2 digit panel address that you want to enabl...

Page 265: ...ABL DSABL button The display shows the following 1 Enable 2 Disable Enter Choice _ Key in 2 Disable and press the Enter button The display shows the following 1 Zone 2 Znmsg 3 Tmctrl 4 Datlne 5 Panel...

Page 266: ...el and the device and press the Enter button Example 500207 PP Priority 50 pp Panel 02 dd Device 07 The selected device is activated The display returns to normal Depending on what device was selected...

Page 267: ...uence that you want to activate and press the Enter button The selected sequence is activated The display returns to normal Activate Smoke Level 1 or 2 Used to activate smoke sensitivity level 1 or 2...

Page 268: ...7 PP Priority 50 pp Panel 02 dd Device 07 The selected device is reset The display returns to normal Reset Action Press the ACT Reset button The display shows the following 1 Activate 2 Reset Enter Ch...

Page 269: ...llowing 1 Activate 2 Reset Enter Choice _ Key in 2 Reset and press the Enter button The display shows the following 1 Output 2 Action 3 Seqnc 4 Panel 5 Verf Hist Enter Choice _ Key in 4 Panel and pres...

Page 270: ...ts of delinquent time messages and out of sequence station messages Refer to the specific site instruction manual for any additional guard patrol requirements Walk Test Silent or audible walk test was...

Page 271: ...tor action The CM2N provides two switches used for Alarm Silence Trouble Silence and Reset functions CM2N Switches Switch Description Alarm Silence action 9004 Silences all audible device circuits con...

Page 272: ...2 2 6 6 1 9 9 5 5 13 13 3 3 11 11 7 7 15 15 2 2 10 10 6 6 14 14 4 4 12 12 8 8 16 16 P1 P2 P3 P4 P7 J1 J2 CM2N Control Panel Motherboard CM2N Control Module To RESET push both switches simultaneously...

Page 273: ...ws how to interpret the Zone Device display when two Traditional Cards are installed in the CM2N control panel motherboard OP 005 CDR TB4 TB2 TB3 TB1 1 4 4 8 8 10 10 1 1 5 5 3 3 7 7 9 9 2 2 6 6 1 9 9...

Page 274: ...wer fail P 004 PS Internal voltage trouble P 005 Battery or charger trouble P 006 City box Mic trouble P 007 ZAS card fail continuity P 008 Printer fail P 009 Alarm Silence P 010 Trouble Silence P 011...

Page 275: ...ors LED Indicator Color Description Normal Green Normal system panel operation Alarm Red Network alarm condition Buzzer pulsates Supervisory Yellow Short on a CM2ND supervisory zone Remains ON until s...

Page 276: ...lluminates indicating the trouble buzzer has been silenced This LED remains ON until a new trouble is detected or the system is reset Subsequent troubles resound the buzzer and extinguish the LED Lamp...

Page 277: ...en the CM2ND receives an alarm the following is displayed 09 15 45 MW 0000 Fire Alarm 0503 04 02 40 Character Custom Message 09 15 45 Present Time Time is displayed in 24 hour format MW Messages Waiti...

Page 278: ...the sensitivity level reaches 1550 A sensor alert indicates that the device in question needs servicing in order to prevent unwarranted alarms Smoke detectors are provided with four alarm sensitivity...

Page 279: ...4 01 1080 00 25 04 01 1110 00 03 05 01 1110 00 18 05 01 0980 00 11 04 01 00 22 04 01 1060 00 26 05 01 1030 00 05 04 01 1060 00 19 05 01 1000 00 14 05 01 1080 00 23 04 01 1040 00 27 04 01 1050 00 06 04...

Page 280: ...bscuration ft Sensitivity Level 0 7 1 Most Sensitive 1 0 2 More Sensitive 1 2 3 Normal 1 4 4 Less Sensitive 1 6 5 Least Sensitive SIGA PS Photo Detector SIGA PHS 3D Detector SIGA IPHS 4D Detector Sens...

Page 281: ...o and Heat Detectors Current device levels 01 4D Detector 2 5 20 09 Ion Detector 1 4 70 02 4D Detector 2 5 10 15 4D Detector 3 0 80 03 4D Detector 2 5 10 16 4D Detector 2 5 10 04 4D Detector 2 5 30 17...

Page 282: ...ing of sensor alert warnings This information is useful in determining proper sensitivity settings or inappropriate detector application Verify History A chronological listing of analog sensors or ala...

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Page 284: ...the system will resound devices Press DRILL ALL CALL switch For additional information refer to manual P N 270180 These instructions to be framed and mounted adjacent to control panel Press NEXT ACK s...

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