PRT CTRL Integrated Controller Reference Manual

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16 Burglary Alarm 06 (BA) 86 (BH) 17 Perimeter Alarm 06 (BA) 86 (BH) 18 Interior Alarm 06 (BA) 86 (BH) 19 24 Hour Alarm 11 (UA) 91 (UH) 20 Entry Exit Alarm 08 (BA) 88 (BH) 21 Day Night Alarm 06 (BA) 86 (BH) 22 Outdoor Alarm 06 (BA) 86 (BH) 23 Tamper Alarm 17 (TA) 97 (TH) 24 Near Alarm 06 (BA) 86 (BH) 25 Combustion 06 (BA) 86 (BH) 26 Gas Detected 0F (GA) 8F (GH) 27 Freezer / Refrigeration 0E (ZA) 8E (ZH) 28 Heat Loss 10 (KA) 90 (KH) 29 Water Leakage 0D (WA) 8D (WH) 30 Foil Broken 14 (UA) 94 (UH) 31 Day Trouble Alarm 12 (UA) 92 (UH) CID (Contact ID) Contact ID is a DTMF reporting protocol that uses a 3 digit account code and 3 digit reporting codes for each alarm transmission type. It is also possible to assign a special code to the zone type being used for a specific group of zones if needed. The custom types are shown in the table following the zone types assigned to each module. Zones are reported using the standard burglary codes. Alarm / Open 130 (Burglary) (R For Restore) Tamper 137 (Burglary Tamper) (R For Restore) Bypass 570 (Zone Bypass) (R For Restore) Contact ID Message Format The format of the Contact ID message that is sent to the Monitoring Station receiver is static and does not change from the standard specified SIA DC-05-1999.09 reorder code 14085. The message composition is in the following form: ACCT MT QXYZ GG CCC S Where: ACCT 4 Digit Account Number composed using the digits 0-9 and B-F. MT Message Type. This two digit sequence is used to identify the Contact ID message to the receiver. It may be transmitted as 18 (preferred) or 98 (optional). The Protégé System Controller ONLY transmits the 18 identifier. Q Event Qualifier 1 = New Event or Opening 3 = New Restore or Closing 6 = Previously reported condition still present (Status Report) XYZ 3 Digit Event Code composed using the digits 0-9 and B-F. 385 Protégé Integrated System Controller Reference Manual
GG XYZ S Group or Partition (Area) number composed using two hex digits 0-9 and B-F. Use 00 to indicate that no specific group or partition information is applicable. Zone Number (Event Reports) or User Number for (Open / Close Reports) composed using the digits 0-9 and B-F. Use 000 to indicate that no specific zone or user information applies. Sum of all digits + S such that a MOD 15 will result in a 0. Not a 0 shall be transmitted as a 10 and valued as a 10 for checksum purposes even though it is displayed and printed as a '0'. The Protégé System controller does not change or alter messages from this format when Contact ID is selected as the reporting format. SIA L2 (SIA Level Two) SIA Level Two is a modem based reporting format that is ideal for large scale integrated solutions such as the Protégé System. Comprising of a multiple message format and tonal acknowledgement the SIA (Security Industry Association) format provides many reporting features ideal for access control, automation and large burglary. The SIA protocol is pre-defined and requires no further programming to operate with the exception of an account code for an area or service that is running SIA. It is also possible to assign a special code to the zone type being used for reporting if needed. The custom types are shown in the table following the zone types assigned to each module. Zones are reported using the standard burglary codes as detailed below. Openings, closings and other area operations are reported used the area reporting codes. Alarm / Open BA BR Tamper BT BJ Bypass BB BR SIA Level 2 Message Format The format of the SIA messages can vary greatly depending on the leading zero's configuration for each of the various data code packets that can be sent. Given the large number of zones, users and areas the Protégé System attempts to use the maximum of these that is available. Some provision is provided to reduce the size of these fields (Account Code to 4 Digits, Zone Numbers to 4 Digits) to allow easy integration with monitoring software. When configuring the automation software at the monitoring station for the information coming from the receiver the following format should be used. In most cases a 4 digit account code can be set in the service and used as default. The first transmitted data is always the account code block, this is not shown and typically prefixed with a D or F dependent on the size of the account code. This can be either 4 or 6 digits (D# or F#). N ri GGG BA WXYZ .... Where: N Signifies a new event or an O will signify a old event that is being reported. Protégé Integrated System Controller Reference Manual 386
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Integrated Access Control Alarm Man
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PREFACE Copyright Notice © Copyrig
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Access Level 2,3 and 4.............
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Reader Port 1 Reader Type..........
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Code Delay Time....................
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PGM Number 5 In PGM Group .........
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ModBUS Door Control Group..........
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Programmable Function Configuration
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Automation.........................
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16 Zone Expander...................
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Contact ...........................
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The Protégé System Management Sui
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Reference Manual Version This manua
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4. Reader Expander 2. Zones 1. Zone
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MENU 4 INSTALLER MENU 4,1 MODULE PR
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The ability to limit the area's tha
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*Area 001 is DISARMED • From the
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*Area 001 24HR Busy • When the en
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• When the area group arming proc
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Area Busy To prevent an area from a
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It is recommended to change the Mas
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Use this feature to program cards f
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Use the numerical keys to enter a v
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UN00001 Misc [1-34----] To modify o
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Option 1 - User Area is a Group Whe
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To scroll menu groups by name use t
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Option 7 - Bypass Zone Menu When e
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To modify options, follow the setti
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AG001 Name All Areas To scroll area
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Door Group Name If the selected doo
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DG001 Door to modify: DR001 Type th
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Area Arming Group An access level t
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Disabled the access level PGM will
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Elevator Groups To access the eleva
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7 8 9 10 11 12 13 14 15 16 041 042
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The following table shows the relat
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Wed 19:56:50 Use r Master At KP00
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• Pressing the [] key once more w
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When programming modules some optio
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KP001 Menu Grp None Use the [1] and
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Enabled the keypad will lockout any
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defer warning keypad group. Disabl
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Option 3 - Event Review Menu Enabl
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To enter a polling time (008 to 250
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11-14-72-B9 Serial Number of the re
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When programming modules some optio
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Enabled the high current charging o
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Reader Port 1 Reading Format The re
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ABA Card T2 NCS 29 Bit HID 26/34 Bi
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RD001 R1 Key Md None Use the [1] an
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Disabled the reader performs no act
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Disabled the reader will not perfor
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It is recommended not to enable/dis
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RD001 R2 Mode Access Use the [1] an
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Use the [1] and [3] keys to scroll
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Enabled the reader will activate th
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Enabled the reader expander will ac
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Option 2 - Disable Red LED Processi
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Analog Expander To access the Analo
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For UL and cUL listed installations
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e sent in various incremental value
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Every time you press the Enter key,
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Zone Special Options Special option
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Zone Restore Zone Speed This determ
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When enabled the zone will be preve
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Trouble Zone Reporting Id The Troub
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CP001:01 Area 4 None Use the [1] an
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Automation Control Point An automat
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Enabled the zone type will generate
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Option 8 - Activate Entry PGM For B
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Enabled the zone type will deactiva
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Option 1 - Always Log Zone Event E
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PGM OUTPUTS Introduction PGM's are
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CP001:01 Misc [--------] To modify
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AREA Introduction An installation m
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Intelligent False Alarm Prevention
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user count goes down. The count is
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AR001 Bell time: 000 off To modify
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Armed PGM Pulse ON Time The armed P
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To modify the pulse on time (000 to
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AR001 Count time: 000 on To modify
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AR001 Lock Dr Gp None Use the [1] a
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Disabled the child area will not be
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Enabled the area will report the ac
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Enabled the area will not activate
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ACCESS CONTROL Introduction To acce
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DR001 Slave None Use the [1] and [3
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Door Lock PGM or PGM Group You can
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Forced Open PGM Pulse ON Time The f
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To modify options, use the keypad a
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Enabled the door will prevent any e
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Secondary Door Type The secondary d
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Miscellaneous Options Miscellaneous
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Reader Expander The reader expander
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Floor Unlock late to open will only
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GROUP Introduction Groups of object
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To modify the PGM item 4 entry, use
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REPORTING Introduction The reportin
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Contact ID Monitor Phone Protégé
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Service Mode The service mode deter
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Option 2 - DTMF Tone / Pulse Dialin
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Option 1 - Service Used For Back Up
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eporting paths that potentially can
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for a list of trouble zones refer t
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SV001 Rings to answer: 008 To modif
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SV001 Report Opt [-2------] To modi
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SV001 Server port: 10002 To modify
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screen. The SIA service comprises o
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Dial Options The dial options confi
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Reserved. It is recommended not to
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SV001 Ser Type AMX Use the [1] and
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SV001 Events [123456--] To modify o
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Reserved. Reserved. It is recommen
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controller is reset or restarts. Ma
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Enabled the service will use the re
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If the PCI fails to reply to a comm
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Communications Port Number The comm
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SV001 Intercom 3 address: 255 To mo
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SV001 Access pgm: --000:00 To modif
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Service Mode The service mode deter
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To modify the IP address use the ke
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Disabled the dialer will not report
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To modify the line number, use the
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PGM Mapping Start The PGM mapping s
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SV001 Com port: 09647 To modify the
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Selecting a Telephone Number to Mod
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Dial Attempt Phone Number Dialed Re
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8 Phone Number 1 Fail (Trouble Zone
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RD061 S:AC92B39D Next module ? The
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Each module will be programmed with
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• Pressing the [ENTER] key the ke
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Select zone to view: CP001:01 Type
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Bell 1 Siren is OFF Use the [] and
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• When the [ENTER] key is pressed
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Area Control RTHP Control Floor Tem
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will not be modified further from t
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Output PGM / Memory Register Output
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Input One Area Control DISARM Input
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Fire PGM To modify the fault PGM, u
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Heating Stage 3 PGM The heat 3 PGM
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7 Fresh Air Cooling Set Point If th
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dehumidification. 5 On Call For Spa
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FN001 Fresh temp reg: 00000 To modi
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Forward PGM The forward PGM is used
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modes. 4 Current Floor Tempering Mo
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Base Register Configuration Registe
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Stage 1 PGM The first PGM in the 8
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Control Door Group The control door
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Rex Zone Input The Request to Exit
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To modify the pre alarm PGM or PGM
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FN001 Func Type Elevator Ctrl Use t
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FN001 Input one pgm: --000:00 To mo
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FN001 Func Mode Normal Use the [1]
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GENERAL PROGRAMMING Introduction Th
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Switching and Load Control applicat
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that a service that uses the settin
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numbers below 10 hours. Example 09:
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To modify the panel IP gateway use
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Disabled the system controller will
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Language English Use the [1] and [3
Page 335 and 336: CF001 Site End bits: 008 To modify
Page 337 and 338: CF001 Set Bit 1 bit: 255 To modify
Page 339 and 340: pressed to view the exact details o
Page 341 and 342: • Select the bypass zone view men
Page 343 and 344: Use the [] and [] keys to scroll th
Page 345 and 346: Setting the System Time The time se
Page 347 and 348: By default the schedule name will b
Page 349 and 350: Disabled the period will not operat
Page 351 and 352: Holiday to modify: HL001 Every time
Page 353 and 354: Option 8 - Holiday Group Eight Ena
Page 355 and 356: Protégé Integrated System Control
Page 357 and 358: • Pressing the [2] key will remov
Page 359 and 360: To activate the Test Zone select [M
Page 361 and 362: Keypad Zones The keypad will report
Page 363 and 364: CP001:15 330 (Expansion Card Proble
Page 365 and 366: 16 PGM Output Expander The 16 PGM o
Page 367 and 368: ZX001:01 130 (Burglary) 041 ZX001:0
Page 369 and 370: Keypad Zones The keypad will report
Page 371 and 372: Analog Input/Output Expander The An
Page 373 and 374: RD001:02 BA BR 1042 RD001:03 BA BR
Page 375 and 376: ZX001:15 YP YQ 6103 ZX001:16 YP YQ
Page 377 and 378: Keypad Zones Zone Number Alarm Code
Page 379 and 380: Keypad Zones CP001:03 3D (YT) BD (Y
Page 381 and 382: RD002:16 38 (UT) B8 (UJ) 0804 RD003
Page 383 and 384: Quick Arming/Disarming. Used to rep
Page 385: Code Code Code 0 Medical Alarm MA M
Page 389 and 390: TROUBLE ZONE MAPS Introduction Foll
Page 391 and 392: ZXxxx:07 Bell 1 Over Current Bell/P
Page 393 and 394: PROFILES Introduction Profiles are
Page 395 and 396: Phone Numbers 16 Schedules 248 Holi
Page 397 and 398: 16 Zone Input Expanders (PRT-ZX16 a
Page 399 and 400: Elevator Names 8 Elevator Floor Gro
Page 401 and 402: Automation Points 8 Panel Configura
Page 403 and 404: OBJECT NOTATION Introduction When s
Page 405 and 406: FGT PMT FLT ELT Floor Group Name Pa
Page 407 and 408: If you have not moved off the scree
Page 409 and 410: Hexadecimal Data Entry Hexadecimal
Page 411 and 412: 1. Set battery charge 700mA: N To c
Page 413 and 414: CONVERSION Introduction When progra
Page 415 and 416: DLE 016 10 P 80 50 DC1 017 11 Q 81
Page 417 and 418: NOTES _____________________________
Page 419: NOTES _____________________________
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