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Bosch radlonics D6412 Program Entry Manual
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Bosch radlonics D6412 Program Entry Manual

Bosch radlonics D6412 Program Entry Manual

Control/communicator
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D6412
Control/Communicator
Program Entry Guide

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Summary of Contents for Bosch radlonics D6412

  • Page 1 D6412 Control/Communicator Program Entry Guide...
  • Page 2 D6412 Program Entry Guide 45351B Page 2 © 2001 Radionics...

  • Page 3: Table Of Contents

    D6412 Contents Introduction..............................6 Other Literature Referenced ..........................6 Documentation Conventions..........................7 Programming Options/Methods ........................7 D6412 Programming Parameters .........................8 Routing Destinations............................8 2.1.1 Entering Phone Numbers from the Command Center ..................9 2.1.2 Alternate Communication Path ........................9 Phone, Auto-Forward and RAM Configuration....................11 Global Reporting Options..........................15 Tests ................................21 Programming Options ............................25 Global Open/Close Options ...........................27...
  • Page 4 D6412 Contents Tables Table 1: Other Literature Referenced............................6 Table 2: Phone Number Selections............................8 Table 3: Alternate Communication Selections........................9 Table 4: Phone Line Fault Options ............................14 Table 5: Global Reporting Options ............................15 Table 6: AC Power Supervision Options ..........................16 Table 7: AC Fail Report and Low Battery Report Options ....................17 Table 8: Call for Service/System Inactive Options.......................18 Table 9: System Test Cmd 41 Configuration Options ......................21 Table 10: System Test Cmd 41 Enable Options........................22...
  • Page 5 D6412 Contents Table 52: Area Options ...............................74 Table 53: Output Function Types ............................74 Table 54: Output Mode Options ............................77 Table 55: Pulse Mode Table ...............................78 Table 56: One Shot Mode Table ............................78 Table 57: Skeds Programming Parameters Nibble and Default Values Table ..............79 Table 58: Skeds Days Option 1 Options ..........................81 Table 59: Skeds Days Option 2 Options ..........................81 Table 60: Premises RF Receiver Options ...........................82...

  • Page 6: Introduction

    D6412 Introduction Introduction The following terms will help you understand how to use this Program Entry Guide: Groups: The D6412 program parameters described in this manual are organized into groups. Most groups contain parameters that are related in some way. For example, the Authority Levels Group contains parameters that configure the D6412’s four Authority Levels.

  • Page 7: Documentation Conventions

    D6412 Introduction Documentation Conventions Type Styles Used in this Manual To help identify important items in the text, the following type styles are used: Bold text indicates selections that you may use while programming your panel, important facts and headings, and other information that should be noted. Italicized text refers the user to another section of this manual or another manual entirely.

  • Page 8: D6412 Programming Parameters

    D6412 Routing Destinations D6412 Programming Parameters Routing Destinations The D6412 has two routing ‘destinations’ for the routing of reports. The panel routes by point and report group to the destinations. For example, you can send alarm reports for one point to Destination 1 and for another point to Destination 2.

  • Page 9: Entering Phone Numbers From The Command Center

    D6412 Routing Destinations 2.1.1 Entering Phone Numbers from the Command Center The panel can dial up to 32 digits per phone number. Each digit occupies one Nibble. Note that to program a zero (0) when entering phone numbers from a Command Center, you must enter 10 at the programming Nibble for that digit.
  • Page 10 D6412 Routing Destinations Format for Destination 1 (2) Nibble: 0064 for Destination 1 0130 for Destination 2 Default: 1 = Modem IIIa² Selections: 1 = Modem IIIa² 2 = Contact ID 3 = Reserved 4 = Basic Pager Use this parameter to select a reporting format. All reports for this destination will be sent in the format chosen here.

  • Page 11: Phone, Auto-Forward And Ram Configuration

    D6412 Phone, Auto-Forward and RAM Configuration Phone, Auto-Forward and RAM Configuration Use the parameters in this section to set the dialing format for the D6412 and to configure the Auto- Forward and RAM (Remote Account Manager) features. DTMF/Pulse Dialing Nibble: 0132 Default: 0 (DTMF)
  • Page 12 D6412 Phone, Auto-Forward and RAM Configuration Call Forwarding Auto Off Digits Nibble: 165-0180 Default: Selections: 0-15 (See Table 2) This parameter configures the D6412’s Call Forwarding Auto On/Off feature. In order to use this feature, the premises must have Call Forwarding service from the local telephone company.
  • Page 13 D6412 Phone, Auto-Forward and RAM Configuration RAM Answer Ring Count, Answering Machine Bypass Nibble: 0213 Default: Selections: 0 = Panel will not answer the phone 1 - 13 = Ring Count 14 = Answering Machine Bypass 1 15 = Answering Machine Bypass 2 The ring count sets the number of rings the panel waits for before picking up and seizing the phone line for a remote programming session, or for remote arming with a telephone (see Arming Options 1, page 27).

  • Page 14: Table 4: Phone Line Fault Options

    D6412 Phone, Auto-Forward and RAM Configuration Phone Line Fault Response Options Nibble: 0220 Default: Selections: 0, 1, 3, 5-7 (See Table 4) Enter This Value to Select Options Phone Line Fault Option 9 10 11 12 13 14 15 No Phone Line Supervision Trouble at Command Center Burg Alarm &...

  • Page 15: Global Reporting Options

    D6412 Global Reporting Options Global Reporting Options These parameters configure the reporting for all areas, all points and all users. Global Reporting Options Nibble: 0221 Default: 1 = Enable Reporting Selections: 0, 1, 3, 5, 7, 9, 11, 13, 15 (See Table 5) Enter This Value to Select Options 9 10 11 12 13 14 15 Global Reporting Option...

  • Page 16: Table 6: Ac Power Supervision Options

    D6412 Global Reporting Options Ack Wait Time Nibble: 0222 Default: 5 (5 seconds) Selections: 0 - 15 (1-15 seconds; 1-second increments, 0 = 1 second) Use this parameter to set the amount of time the D6412 waits for an acknowledgment tone from the central station receiver.

  • Page 17: Table 7: Ac Fail Report And Low Battery Report Options

    D6412 Global Reporting Options AC Fail [1], Low Battery [22] Report Options Nibble: 0224 Default: Selections: 0-15 (See Table 7) Enter This Value to Select Options AC Fail, Low Battery Reporting Options 9 10 11 12 13 14 15 No AC Fail Reports, No Low Battery Reports AC Fail Reports AC Restoral Reports Low &...

  • Page 18: Table 8: Call For Service/System Inactive Options

    D6412 Global Reporting Options Call for Service Interval Nibble: 0227-0228 Default: Selections: 0 - 9 Use this parameter to determine the interval in weeks (7 days), (00 to 99). For example, if you enter 0,2, the panel waits 2 weeks (14 days) between displaying service messages. At this interval, the Command Center displays a Call for Service fault and/or sends a Call for Service [37] report (per the Call for Service/System Inactive Options parameter below).
  • Page 19 D6412 Global Reporting Options Log Supervision Configuration Nibble: 0232 Default: Selections: 0 = No Log Threshold Events or Reports, No Log Overflow Events or Reports 1 = Overflow Event and Report [84]; Threshold Event and Report [85] at 50% full 2 = Overflow Event and Report [84];...
  • Page 20 D6412 Global Reporting Options Cancel Event Enabled Nibble: 0234 Default: Selections: 0 = No Cancel Reports 1 = Cancel Reports Enabled If the Cancel Event is enabled (enter 1 in at Nibble 0234), a ‘Cancel Window’ starts with the initiation of alarm events. The Cancel Window is equal to Bell Time. If the user acknowledges the alarm inside the cancel window, a Cancel Event is created.

  • Page 21: Tests

    D6412 Tests Tests System Test – Cmd 41 Configuration Options Nibble: 0244 Default: Selections: 0-15 (See Table 9) Enter This Value to Select Options System Test Cmd 41 Configuration Options 9 10 11 12 13 14 15 System Test Cmd 41 Disabled Test Bell Test Strobe Test Battery...

  • Page 22: Table 10: System Test Cmd 41 Enable Options

    D6412 Tests System Test – Cmd 41 Enable Options Nibble: 0245 Default: Selections: 0-15 (See Table 10) Enter This Value to Select Options System Test Cmd 41 Enable Option 9 10 11 12 13 14 15 System Test Cmd 41 Disabled Enable System Test Cmd 41 for Area 1 Enable System Test Cmd 41 for Area 2 Enable System Test Cmd 41 for Area 3...

  • Page 23: Table 12: Walk Test Cmd 44 Enable Options

    D6412 Tests Walk Test Cmd 44 Enable Options Nibble: 0247 Default: Selections: 0-15 (See Table 12) Enter This Value to Select Options 9 10 11 12 13 14 15 Walk Test Cmd 44 Enable Option Walk Test Cmd 44 Disabled Walk Test Cmd 44 Enabled for Area 1 Walk Test Cmd 44 Enabled for Area 2 Walk Test Cmd 44 Enabled for Area 3...
  • Page 24 D6412 Tests Automatic Test Report [137] Time Nibble: 0250-0253 Default: 0,0,0,0 (Test reports disabled) Selections: 0 – 9 Enter the time of day for the Automatic Test. Use 24-hour format (HHMM) where midnight is 2400, noon is 1200 and 12:01 am is 0001. Enter one digit in each of the four Nibbles so that Nibbles 0250 and 0251 are the hour and 0252 and 0253 are the minutes.

  • Page 25: Programming Options

    D6412 Programming Options Programming Options Remote Programming (RAM IV) Options Nibble: 0256 Default: Selections: 0-7 (See Table 14) Enter This Value to Select Options 9 10 11 12 13 14 15 Remote Programming Options Disable Remote Programming Enable Remote Programming Enable Remote Programming Callback Terminate Remote Programming Session on Alarm Reserved...

  • Page 26: Table 15: Installer Jumper And Daylight Savings Time Options

    D6412 Programming Options Installer Switch and Daylight Savings Time Options Nibble: 0257 Default: Selections: 0-15 (See Table 15) Enter This Value to Select Options 9 10 11 12 13 14 15 Installer Switch and Daylight Savings Time Options No Options Selected Installer Switch Enabled Auto Adjust for Daylight Savings Time Enabled Keypad Programming Enabled...

  • Page 27: Global Open/Close Options

    D6412 Global Open/Close Options Global Open/Close Options Arming Options 1 Nibble: 0258 Default: Selections: 0-7 (See Table 16) Enter This Value to Select Options 9 10 11 12 13 14 15 Arming Options No Options Enabled Enable All On – No Exit Feature Answering Machine Bypass Only When All/Part On Remote Arming with Telephone, Area 1 Reserved...

  • Page 28: Table 16: Arming Options 1

    D6412 Global Open/Close Options Arming Options 2 Nibble: 0259 Default: Selections: 0-15 (See Table 17) Enter This Value to Select Options 9 10 11 12 13 14 15 Arming Options No Options Enabled First Area to Open / Last Area to Close Reporting Make Area 1 Common Area Enable Cmd 80 All Areas All On Enable Cmd 81 All Areas Off...

  • Page 29: Table 18: Open/Close Reporting Options

    D6412 Global Open/Close Options Open/Close Reporting Options Nibble: 0261 Default: Selections: 0-15 (See Table 18) Enter This Value to Select Options 9 10 11 12 13 14 15 Open/Close Reporting Options No Open, Close, Exit Error or Recent Close Reports Opening [89 –...
  • Page 30 D6412 Global Open/Close Options Opening/Closing Report Routing Nibble: 0262 Default: Selections: 0 = No Reports; No Events to Log/Printer 1 = Reports to Destination 1; Events to Log/Printer 2 = Reports to Destination 2; Events to Log/Printer 3 = Reports to Destination 1 & 2; Events to Log/Printer 4 = Reports to Destination 2 Only on Destination 1 Comm Fail Event;...
  • Page 31 D6412 Global Open/Close Options Entry Delay Time 1 Nibble: 0264-0265 Default: 1,14 (30 seconds) Selections: 0,0 to 15,15 The shortest possible Entry Delay is 30 seconds, regardless of the values entered in this parameter. Entry Delay is the time the system allows the user to turn the system off before an alarm initiates. If the user fails to turn off the system before entry delay expires, an alarm event occurs.
  • Page 32 D6412 Global Open/Close Options Part Mode Delay Time Nibble: 0268-0269 Default: 0, 0 (Disabled) Selections: 0,0 to 15,15 (range: 30 to 255 seconds) The lowest value that can be entered for Part Mode Delay is 30 seconds, regardless of the values entered in this parameter.

  • Page 33: Areas

    D6412 Areas Areas Use the parameters in this section to configure up to four Areas. Along with the parameters in this section, each Area has 16 characters of programmable text for an Area name and 16 characters of programmable Area Idle text.

  • Page 34: Table 21: Area Open/Close Reporting Options

    D6412 Areas Entering Account Numbers from the Command Center Use Table 20 to make your entries in the Account Number Nibbles. One account number digit occupies each Nibble. Be sure to use a zero (0) to terminate the account number entry if it is less than ten digits.

  • Page 35: Authority Levels

    D6412 Authority Levels Lock Area # Reporting Nibble: See Table 19 Default: Selections: 0 = Lock Area Reporting Disabled 1 = Lock Area Reports to Routing Destination 1 2 = Lock Area Reports to Routing Destination 2 Use this parameter to lock area reporting to either Routing Destination 1 or Routing Destination 2. If you enable this feature for an area, all reports for that area are sent to the selected destination.

  • Page 36: Table 23: Authority Level Option 4 Parameter Options

    D6412 Authority Levels Authority Level Config Option 2: Cmd 2/Part On Nibble: 0365 Default: Selections: 0-15 (See Table 22) This parameter determines the required authority level to perform the following functions: − Cmd 2 – Part On with Delay − Cmd 2 –...

  • Page 37: Table 24: Authority Level Option 5 Parameter Options

    D6412 Authority Levels Authority Level Config Option 5: One-Time Disarm Nibble: 0368 Default: Selections: 0-15 (See Table 24) Enter This Value to Select Options 9 10 11 12 13 14 15 Authority Level Option One Time Disarm Not Assigned Assign to Authority Level 1 Assign to Authority Level 2 Assign to Authority Level 3 Assign to Authority Level 4...

  • Page 38: Table 26: Authority Level Option 7-15 Parameter Options

    D6412 Authority Levels Authority Level Config Option 7: Force Arm/Cmd 0/Bypass Nibble: 0370 Default: Selections: 0-15 (See Table 26) Enter This Value to Select Options Authority Level Option 9 10 11 12 13 14 15 No Passcode Required Assign to Authority Level 1 Assign to Authority Level 2 Assign to Authority Level 3 Assign to Authority Level 4...
  • Page 39 D6412 Authority Levels Authority Level Config Option 10: Cmd 45, 52, 53, 56, 58, 62, 63, 65, 83, 84 Nibble: 0373 Default: Selections: 0-15 (See Table 26) This parameter determines the required authority level to perform the following functions: − Cmd 45 - Set Time and Date (send Date/Time Change [73] report) −...

  • Page 40: Passcode Configuration, Installer Passcode

    D6412 Passcode Configuration, Installer Passcode Passcode Configuration, Installer Passcode Passcode Length Nibble: 0379 Default: Selections: 3 - 7 This parameter determines the number of digits in a passcode. All user passcodes and the installer passcode follow this length. The RAM passcode, page 13, is not affected by the setting made in this parameter.
  • Page 41 D6412 Passcode Configuration, Installer Passcode User Tamper Retry Count Nibble: 0381 Default: Selections: 0 = Passcode Tamper Disabled 1 – 15 = Number of Attempts Before Passcode Tamper Event Entering zero (0) disables this feature. The panel creates a User Tamper event when a user enters an invalid passcode the number of times programmed in this parameter.

  • Page 42: Users

    D6412 Users 2.10 Users This section details configuring each user’s passcode, authority level and area assignment. The D6412 system supports up to 32 users. Table 28 outlines the User parameters and the respective Nibbles for each User. See page 44 for User programming parameters. Authority Passcode Area...
  • Page 43 D6412 Users Authority Passcode Area Level User # Digit 1 Digit 2 Digit 3 Digit 4 Digit 5 Digit 6 Digit 7 Selection Selection Nibble Nibble Nibble Nibble Nibble Nibble Nibble Nibble Nibble 0543 0544 0545 0546 0547 0548 0549 0550 0551 Nibble...

  • Page 44: Table 29: Area Options

    D6412 Users Passcode, User # Nibble: See Table 28 Default: See Table 28 Selections: 0 - 9 Use the Passcode parameter to enter a passcode for each user (up to 32). The passcode length parameter determines the number of digits in the passcodes. Since the default passcode length is four digits, the default passcode for User 1 is 1234.

  • Page 45: 2.11 Command Centers

    D6412 Command Centers 2.11 Command Centers Wired command centers 1 to 8 are fixed at SDI addresses 1 to 8. All command centers (and other SDI devices) are fully supervised. Supervision reports (missing, tamper, etc.) follow the System Status Report routing. Command Command Area...

  • Page 46: Table 32: Command Center Options

    D6412 Command Centers Command Center # Options Nibble: See Table 30 Default: See Table 30 Selections: 0-3, 8-11 (See Table 32) Enter This Value to Select Options 9 10 11 12 13 14 15 Command Center Option No Command Center Options Beep Command Center on System Trouble Enable Exit Tone Reserved...

  • Page 47: Abc Keys And Duress Parameters

    D6412 ABC Keys and Duress Parameters 2.12 ABC Keys and Duress Parameters The parameters in this section configure the ABC keys and the Duress function for all command centers and areas. Each key has 16 characters of programmable text that is displayed when the key is activated (press twice to activate).

  • Page 48: Table 35: [C] Key Area Options

    D6412 ABC Keys and Duress Parameters [B] Key Alarm Response Nibble: 0697 Default: Selections: 0 = No Alarm Response 1 = Activate Fire Alarm Response 2 = Activate Panic Alarm Response 3 = Activate Emergency Response See [A] Key Alarm Response, page 47, for more information about these parameter options. [C] Key Area Option Nibble: 0698...

  • Page 49: Table 37: Abc Key Report & Acknowledgement Beep Options

    D6412 ABC Keys and Duress Parameters ABC Key Reports, Acknowledgement Beep at Command Center Options Nibble: 0701 Default: Selections: 0-15 (See Table 37) Enter This Value to Select Options 9 10 11 12 13 14 15 ABC Key Report & Ack Beep Option No Alarm Report for ABC Keys Enable ABC Key Reporting (A=100, B=101, C=102) Acknowledgement Beep for A Key...
  • Page 50 D6412 ABC Keys and Duress Parameters A B C Key and Duress Report Routing Nibble: 0703 Default: Selections: 0 = No Reports, No Events to Log/Printer 1 = Reports to Destination 1, Events to Log/Printer 2 = Reports to Destination 2, Events to Log/Printer 3 = Reports to Destination 1 &...

  • Page 51: 2.13 Locations

    D6412 Locations 2.13 Locations The D6412 supports up to 40 Locations. Using the parameters in this section, you can assign each location to an area, a point number and a device. Each location is configured by the following four parameters. Table 39 shows the configuration information in a table format.
  • Page 52 D6412 Locations Location Parameters Device Parameter Selections These columns show the default Nibble These columns show the selections for the ‘Device’ parameter. The Device programming for each of the four Location parameter tells the D6412 where to find the sensor loop (or transmitter) parameters.
  • Page 53 D6412 Locations Location Parameters Device Parameter Selections These columns show the default Nibble These columns show the selections for the ‘Device’ parameter. The Device programming for each of the four Location parameter tells the D6412 where to find the sensor loop (or transmitter) parameters.
  • Page 54 D6412 Locations Step 2: Set the Point Index Parameter The Point Index tells the D6412 how the particular Location will “behave.” There are several parameters for configuring a Point Index. See Point Index Configuration, page 57, for details. For example, your entry for Nibble 0747 would be “11.” Based on the Point Index default, this means that the D6412 will now recognize the device at Location 9 as an Entry/Exit Delay 1 Point Type.
  • Page 55 D6412 Locations Location ##, Device Nibble: See Table 39 Default: See Table 39 Selections: 0 = Disabled 1 = On-board 2 = Wired Point Expander 3 = Doubled Wired Point Expander 4 = SDI RF Receiver 1 5 = SDI RF Receiver 2 Each Location in the D6412 can be assigned to one of three types for devices: the D6412’s on- board sensor loops, a D9528 point expander or a RF point expander.
  • Page 56 D6412 Locations Location ##, Area Nibble: See Table 39 Default: See Table 39 Selections: 0 = Disabled 1 = Assign Location X to Area 1 2 = Assign Location X to Area 2 3 = Assign Location X to Area 3 4 = Assign Location X to Area 4 The Area assignment parameter determines which area a location is assigned to.

  • Page 57: Point Index Configuration

    D6412 Point Index Configuration 2.14 Point Index Configuration The D6412 can monitor any combination of up to 40 sensor loops and/or RF transmitters. Each sensor loop or transmitter is assigned to a location. Each location is assigned to one of 15 Point Indexes so that the D6412 knows how to respond to sensor loop or transmitter changes.

  • Page 58: Table 41: Point Type Options

    D6412 Point Index Configuration Point Type Description Events/Reports [Reference to Appendix B] Watch Mode No alarm or trouble response to opens or shorts (Watch Only Mode Only). 24-hour, Short on sensor loop starts Fire Alarm response. Fire Alarm [75-77], Fire Missing [78], Fire Restore from Alarm [79], Fire Restore from Fire Open on sensor loop starts trouble response.
  • Page 59 D6412 Point Index Configuration Point Type Description Events/Reports [Reference to Appendix B] 24-hour, Independent Point Control. Connect Radionics’ D268, 24hr Burglary [7], Point Closing [68], Point Open Independent D269 or D279 (or later version) for independent point [97], Bypass [28,29], Unbypass [35], Swinger Point Control control (opening/closing reports by point).

  • Page 60: Table 42: Pulse Count Time Selections

    D6412 Point Index Configuration Pulse Count, Point Index ## Nibble: See Table 40 Default: 0 for all Point Indexes, see Table 40 Selections: 0 : 300 ms 1:20 ms 2-15: number of pulses required within the programmed Pulse Count Time for an alarm to occur. This parameter determines the number of times a sensor loop must pulse (electrically off normal) in the Pulse Count Time (see below) before the panel declares the point faulted.

  • Page 61: Table 43: Point Index Options 1 Selections

    D6412 Point Index Configuration Options 1, Point Index ## Nibble: See Table 40 Default: See Table 40 Selections: 0-15 (See Table 43) Enter This Value to Select Options 9 10 11 12 13 14 15 Options 1, Point Index No Options Enabled Enable Alarm Event Abort Voice Verification Armed for Part Mode...
  • Page 62 D6412 Point Index Configuration At the premises, the D169 picked up the phone line when the panel activated the Voice Request output function. When it hears the DTMF tone from the operator pressing [2], it begins a two-way voice session by first shorting the panel’s Voice Active point. When the Voice Active point is shorted, the panel silences the non-fire alarm output (sets the Bell Timer to zero).

  • Page 63: Table 44: Point Index Options 2 Selections

    D6412 Point Index Configuration Options 2, Point Index ## Nibble: See Table 40 Default: See Table 40 Selections: 0-15 (See Table 44) Enter This Value to Select Options Option 9 10 11 12 13 14 15 No Options Enabled Swinger Bypass Alarm Output Can Be Bypassed or Force Armed Cross Point...

  • Page 64: Table 45: Reporting & Trouble Response Options

    D6412 Point Index Configuration RF Transmitters and Point States: with the exception of the door/window transmitter, all RF transmitters show only two point states (Normal and Shorted). When a location is assigned to a RF point expander, the door/window transmitter (RF3401) has the ability to monitor both a reed switch (magnet) and a supervised sensor loop.
  • Page 65 D6412 Point Index Configuration Alarm Report Routing, Point Index ## Nibble: See Table 40 Default: See Table 40 Selections: 0 = No Reports, No Events to Log/Printer 1 = Reports to Destination 1, Events to Log/Printer 2 = Reports to Destination 2, Events to Log/Printer 3 = Reports to Destinations 1 &...

  • Page 66: Global Point Configuration

    D6412 Global Point Configuration 2.15 Global Point Configuration EOL Resistor Value (for On-board Locations 2 to 8) Nibble: 1026 Default: Selections: 0 = No End of Line Resistor 1 = 1k 2 = 2.2k 3 = 3.65k 4 = Point Doubled, 2.2k and 3.65k On-board Location 1 always requires a 2.2 k for end-of-line supervision.
  • Page 67 D6412 Global Point Configuration • Entry Delay Is Sequential: when enabled, the delay points must be faulted in order by location (lowest to highest). If the sequence is broken, entry delay is ended and an alarm response begins. Entry delay sequence starts when the location with an Entry/Exit delay point type is faulted and continues with the faulting of consecutive locations assigned to Follower point types.

  • Page 68: Table 48: Bypass, Swinger Bypass & Sensor Trouble Report Options

    D6412 Global Point Configuration Swinger Count for Point Reports (Alarm, Trouble, Restore) Nibble: 1030 Default: Selections: 0 (Swinger Disabled) 1 - 15 Swinger shut down for the dialer is a global function that affects all areas. Swinger Bypass [33] reports are sent for swinger bypass of points. The Swinger Count is reset on both arming and disarming, allowing the Swinger Bypass feature to work for both controlled and 24-hour points.
  • Page 69 D6412 Global Point Configuration Alarm Event Abort Window Nibble: 1034 Default: Selections: 0 - 1 = 15 Seconds 2 = 30 Seconds 3 - 15 = 45 Seconds This parameter sets the length of the window. See Point Index Options 1, page 61, for more information on applying the Alarm Event Abort feature to a Point Index.

  • Page 70: Global Output Configuration

    D6412 Global Output Configuration 2.16 Global Output Configuration The D6412 supports a total of 20 programmable outputs including four on-board (PO1 to PO4) and up to 16 off- board. Outputs 5 through 12 are on an off-board SDI device (D9529 OctoOutput or X7410i Module), SDI Address 150. Outputs 13 through 20 are on an off-board SDI device (D9529 OctoOutput or X7410i Module), SDI Address 151.
  • Page 71 D6412 Global Output Configuration Bell Time Nibble: 1040 Default: Selections: 0 – 15 Bell Time determines how long, zero to 15 minutes, the Alarm Output, Fire Alarm Output and Silent Alarm Output functions remain activated when triggered by an alarm event. Siren Warble Frequency (Non-Fire Alarm Output Functions) Nibble: 1041...

  • Page 72: Table 50: Strobe Output Type Options

    D6412 Global Output Configuration Strobe Output Type Options Nibble: 1043 Default: Selections: 0-15 (See Table 50) Enter This Value to Select Options Strobe Output Type Option 9 10 11 12 13 14 15 Bell Time Activates Strobe Output Type Alarm Output Type 1,8 Activates Strobe Alarm Output Type 1,9 Activates Strobe Alarm Output Type 1,10 Activates Strobe Alarm Output Type 1,11 Activates Strobe...

  • Page 73: 2.17 Outputs

    D6412 Outputs 2.17 Outputs The D6412 supports a total of 20 programmable outputs including four on-board (PO1 to PO4) and up to 16 off- board outputs. On-board Output 2 (PO2) can be configured as a supervised siren output (8 ohm, 10 watt). See the D6412 Installation Guide (P/N 45349) for instructions on wiring PO2 to a siren/speaker.

  • Page 74: Table 52: Area Options

    D6412 Outputs Area, Output ## Nibble: See Table 51 Default: See Table 51 Selections: 0-15 (See Table 52) Enter This Value to Select Options 9 10 11 12 13 14 15 Area Output Option Disabled Area 1 Area 2 Area 3 Area 4 Table 52: Area Options The Area assignment determines the scope of the output.
  • Page 75 D6412 Outputs Digit Digit Function Type Description Exit Delay, Entry Delay, Output activates at the start of Exit Delay or Entry Delay. For Steady or Pulse modes, the Watch output remains activated until entry or exit delay ends. The output also activates whenever a Watch point is faulted.
  • Page 76 D6412 Outputs Digit Digit Function Type Description O Key (Trapezoid Key on RF Activates when Trapezoid Key on RF Keyfob is pressed. Cmd 47 resets. Pressing O (trapezoid) key Key Fob) again also resets output. P Key(Rising Sun Key on RF Activates when Rising Sun Key on RF Keyfob is pressed.

  • Page 77: Table 54: Output Mode Options

    D6412 Outputs Mode (Steady, Pulse, One Shot), Output ## Nibble: See Table 51 Default: See Table 51 Selections: 0-13 (See Table 54) Mode Mode Description Output Disabled Steady – Normally open. On-board outputs go low (sink voltage) when activated. Off-board outputs are energized (output pulls up) when activated.

  • Page 78: Table 55: Pulse Mode Table

    D6412 Outputs Configuring Steady, Pulse and One Shot Mode • Steady and Toggle Modes: These modes are not affected by the Time Base and Time Multiplier parameters below. • Pulse Modes: The system calculates the On Time (activation) and the Off Time for outputs based on the values in the Time Base and Time Multiplier (see Table 55).

  • Page 79: 2.18 Skeds

    D6412 Skeds 2.18 Skeds Skeds are programmable events that occur at a specific (programmable) time of day and day of the week. These events can be Auto On, Auto Part On, Auto Part 2 On, Auto Off or Sked Output Function. Users can extend Auto On, Auto Part On and Auto Part 2 On time by one hour using Cmd 51.
  • Page 80 D6412 Skeds Assign (Area or Output), Sked # Nibble: See Table 57 Default: See Table 57 Selections: 0 = Disabled 1 = Area 1 or Output 1 2 = Area 2 or Output 2 3 = Area 3 or Output 3 4 = Area 4 or Output 4 5 = Output 5 6 = Output 6...

  • Page 81: Table 58: Skeds Days Option 1 Options

    D6412 Skeds Days Option 1, Sked # Nibble: See Table 57 Default: See Table 57 Selections: 0-15 (See Table 58) Enter This Value to Select Options Option 9 10 11 12 13 14 15 No Option Selected Every Day Monday Tuesday Wednesday Table 58: Skeds Days Option 1 Options...

  • Page 82: Sdi Bus Device Configuration

    D6412 SDI Bus Device Configuration 2.19 SDI Bus Device Configuration The following parameters configure devices that connect to the SDI Bus on the D6412. Reserved Nibble: 1248 Premises RF Receiver Options All the status reports for the receiver include the address. For example, if Nibble: 1249 the cover is removed, Event 127 (SDI...
  • Page 83 D6412 SDI Bus Device Configuration RF Jam Detect Level Nibble: 1251 Default: Selections: 0-15 This parameter configures the RF receivers for jam detection. Radionics recommends that you leave the RF Jam Detect Level setting at the default unless advised by Radionics Technical Support. Reserved Nibble: 1252...

  • Page 84: Table 61: D9533 Rs-232 Parity-Flow Control-Stop Bit Options

    D6412 SDI Bus Device Configuration D9533 Module Configuration-Parity, Flow Control, Stop Bit Nibble: 1255 Default: Selections: 0-7 (See Table 61) Parity Flow Control Stop Bits Selection None Even Software Hardware Table 61: D9533 RS-232 Parity-Flow Control-Stop Bit Options D624 Telephone Command Module, Access Options Nibble: 1256 Default:...

  • Page 85: System Text

    D6412 System Text 2.20 System Text Nibbles are shown for each text parameter. When programming from the command center, selecting any nibble in the parameter puts you in special text programming mode that allows you to edit text blocks of 16 characters (see Appendix E: Programming from a Text Command Center). Call for Service Text Nibble: 1266-1297...

  • Page 86: Area Text

    D6412 Area Text 2.21 Area Text Area 1 Name Nibble: 1394-1425 Default: Area 1 Name Text Selections: See Appendix E This parameter provides 16 characters of programmable text for Area 1. See the D6412 Program Record Sheet (P/N 45350). Area 1 Idle Text Nibble: 1426-1457 Default:...

  • Page 87: 2.22 Location Text

    D6412 Location Text 2.22 Location Text Point Text Point Text Location Location Nibbles Default Nibbles Default 1650 Location 1 Text 2290 Location 21 Text 1682 Location 2 Text 2322 Location 22 Text 1714 Location 3 Text 2354 Location 23 Text 1746 Location 4 Text 2386...

  • Page 88: Rf Keypads

    D6412 RF Keypads 2.23 RF Keypads The D6412 supports up to four RF keypads. Each keypad has two programming parameters. The RF keypads report low battery, tamper, etc. by point number (255, 254, 253, 252). The compatible RF keypads have not been investigated by UL.

  • Page 89: Rf Keyfobs

    D6412 RF Keyfobs 2.24 RF Keyfobs RF Keyfobs (two- and four-button keychain keypads) are managed internally by the D6412. Keyfobs are assigned to passcodes (users) by entering IDs. No other programming parameters are required. Keyfobs follow the authority level and area assignment for the passcode they are assigned to. They report low battery conditions using the point number.

  • Page 90: Return To Default

    D6412 Return to Default 2.25 Return to Default Reserved Nibble: 2940 Reserved Nibble: 2941 Reserved Nibble: 2942 Reserved Nibble: 2943 Return to Defaults Nibble: 2944 Default: Selections: 0 = Maintain User-Specified Settings 1 = Return All Parameters to Factory Defaults Use this parameter to restore all of the manufacturer’s default settings for all parameters (including this one) by entering 1.

  • Page 91: Glossary

    D6412 Glossary Glossary 24-Hour Point Points that are always on even when the system is turned off. Two types: Fire Points and Non-Fire 24-Hour Points. Account Number The account number is the number the D6412 transmits to the receiver. It is not the passcode. The account number is not sufficient identification to abort an alarm.
  • Page 92 D6412 Glossary Entry Delay A programmed delay of the system alarm responses that allow a person to enter the building through the entry door to turn the system off. An alarm response will begin if the building is not exited before the entry delay expires.
  • Page 93 D6412 Glossary Off Display The display that appears when the system is turned off and no keys are pressed (normal display). Options ‘Options’ are a unique type of parameter that allow the installer to configure up to four (4) features by entering a value in a single Nibble.
  • Page 94 D6412 Glossary Swinger Bypass A programmable feature that determines the number of alarms or troubles the point can transmit in one hour. If the number is exceeded, the point is bypassed for the remainder of the arming period. Trouble A service condition that needs to be corrected, such as a broken wire. Trouble Tone A warble tone that is on briefly, followed by a pause, followed by the warble tone (repeatedly).

  • Page 95: Appendix A: Routing Dialing Tables Introduction

    D6412 Appendix A Appendix A: Routing Dialing Tables Introduction This appendix contains tables showing the dialing attempts for each Destination/Phone Number configuration. There is not a “Phone 2 Only” option. If you wish to program only one phone number for a Routing Destination, it must be Phone 1.
  • Page 96 D6412 Appendix A Routing Option – Destination 2 Only Phone 1 Programmed Phone 1 and Phone 2 Programmed Destination 1 Destination 2 Destination 1 Destination 2 Attempt Attempt Phone 1 Phone 2 Phone 1 Phone 2 Phone 1 Phone 2 Phone 1 Phone 2 Routing Option –...

  • Page 97: Appendix B: Panel Event And Reporting Formats

    D6412 Appendix B Appendix B: Panel Event and Reporting Formats Introduction The following table includes each D6412 panel event, the description for each event as it appears in the panel log, the reports sent for each event, the point types linked to the event and the RAM IV Event Alert Group number.
  • Page 98 D6412 Appendix B Point Types RAM IV Event Event as shown Modem IIIa² Status Contact ID Report Event Description Linked to Event in Panel Log Report Reports Event Group Cross,Unverified Unverified 378 Cross-zone A fault on one non-fire point any with Cross Event Burglary Trouble type with the Cross Point...
  • Page 99 D6412 Appendix B Point Types RAM IV Event Event as shown Modem IIIa² Status Contact ID Report Event Description Linked to Event in Panel Log Report Reports Event Group UnBypss,Ctrl,Usr Bypass 570 Zone/Sensor User cleared bypass 10 to 14- Restore (point bypass (unbypass), Controlled point Controlled...
  • Page 100 D6412 Appendix B Point Types RAM IV Event Event as shown Modem IIIa² Status Contact ID Report Event Description Linked to Event in Panel Log Report Reports Event Group Frc,All,+Dly,Tel Forced Closing 400 O/C System forced All On with by Area Entry/Exit delay by Telephone.
  • Page 101 D6412 Appendix B Point Types RAM IV Event Event as shown Modem IIIa² Status Contact ID Report Event Description Linked to Event in Panel Log Report Reports Event Group Date/Time Change Date Changed 625 Time/Date Date/Time in panel changed. reset Duress Duress 121 Duress...
  • Page 102 D6412 Appendix B Point Types RAM IV Event Event as shown Modem IIIa² Status Contact ID Report Event Description Linked to Event in Panel Log Report Reports Event Group Missing,Trouble Missing 382 Loss of super- Point assigned to point Any non-fire Trouble expander (wired or RF) not point type...
  • Page 103 D6412 Appendix B Point Types RAM IV Event Event as shown Modem IIIa² Status Contact ID Report Event Description Linked to Event in Panel Log Report Reports Event Group Output Set,RAM IV Relay Set (by 320 Sounder/Relay Output Set by RAM IV RAM IV) Rstrl,Tamper Restoral from...
  • Page 104 D6412 Appendix B Point Types RAM IV Event Event as shown Modem IIIa² Status Contact ID Report Event Description Linked to Event in Panel Log Report Reports Event Group Sensor Mon Rstl Trouble 391 Sensor Watch Sensor trouble condition Restoral- trouble restored.
  • Page 105 D6412 Appendix B Point Types RAM IV Event Event as shown Modem IIIa² Status Contact ID Report Event Description Linked to Event in Panel Log Report Reports Event Group Rstrl,Trbl,Cntrl Restoral from 380 Sensor Restoral from trouble condition 10- Keyswitch trouble, Trouble on Keyswitch, Follower, and...
  • Page 106 D6412 Appendix B Point Types RAM IV Event Event as shown Modem IIIa² Status Contact ID Report Event Description Linked to Event in Panel Log Report Reports Event Group Rstrl, Swinger Bypass 575 Swinger Restoral from Swinger Bypass. Any point type Restore (point Bypass <...
  • Page 107 D6412 Appendix B Basic Pager Format Configuring the D6412 for Basic Pager Format Setting a Routing Destination to Basic Pager format configures the D6412 to send reports to a numeric pager. To utilize the Basic Pager format: Enter the phone number for the pager in the ‘Phone Number 1’ parameter for the Routing Destination you have chosen as the Basic Pager Destination.
  • Page 108 D6412 Appendix B Pager Display with All 4 Fields with Separators To set up a pager display that shows all four areas with separators between fields, enter the Phone Number Nibbles as shown below: − Nibble Entry: 9-7-8-1-5-8-10-13-13-13-0-0 − Resulting Pager Display: 1234-08-03-21 •...

  • Page 109: Table 69: Phone Number Selections

    D6412 Appendix B Pager Display with First Field Only To set up a pager display that shows only the first field (Account Number), enter the Phone Number Nibbles as shown below: − Nibble Entry: 9-7-8-1-5-8-10-13-13-13-0-*-0 − Resulting Pager Display: 1234 •...

  • Page 110: Appendix C: Sdi Address Table

    D6412 Appendix C Appendix C: SDI Address Table Table 70 shows the SDI addresses for the different devices that can be connected to the D6412’s SDI bus. All the status reports for the receiver include the address. For example, if the cover is removed, Event 127 (SDI Tamper) is generated and sends the following message in Modem IIIa : “SDI Tamper Device 50.”...

  • Page 111: Appendix D: Operation Guide

    D6412 Appendix D Appendix D: Operation Guide Text Command Center The system remembers passcodes entered for approximately 10 seconds after you have stopped pressing keys. To log out of the system, press the [Cmd] key twice. “Logged Out” will appear on the Command Center display.

  • Page 112: Silence Alarms

    D6412 Appendix D Checking System Status To check the system status, be sure the system is Off. Press [Cmd] to show the current system status. The following messages may appear: System OK System is ready to turn on System Trouble! Indicates a system trouble condition.
  • Page 113 D6412 Appendix D Turn the System Part On (Cmd 2) This function turns on part of the system, leaving the rest of the system Off. Make sure all points are normal (not faulted). Press [Part On] or press [Cmd] + [2]. If all Part points are normal, the Exit Delay time starts. If there are faulted points, return them to normal or bypass them.

  • Page 114: Table 71: Exit Tone Silencing Key Sequences

    D6412 Appendix D Turn the System On with No Exit Tone Use this command to turn the entire system All On, Part On or Part 2 On without any exit tones. Turning the system on with no exit tone eliminates the tone emitted by the command center intended to alert occupants that the system is about to arm.

  • Page 115: Bypass Points

    D6412 Appendix D Bypass Points Use this command to bypass one or more points before turning the system All On, Part On or Part 2 On. You can access bypassed points when the system is turned on without causing an alarm. Ensure that the system is turned off (On indicator is off).
  • Page 116 D6412 Appendix D Enter the new passcode again. If successful, the command center indicates Code # changed. If necessary, repeat these steps to change other passcodes, or press [Cmd] to exit this feature. Change Other’s Passcode Authority Level (Cmd 56) This command allows users with the appropriate authority level to change passcode authority levels for each user in the system.
  • Page 117 D6412 Appendix D Delete Passcodes (Cmd 58) This command allows users with the appropriate authority level to delete passcodes. You cannot delete your own passcode. Ensure that the system is turned off (On indicator is off). Press [Cmd] + [5] + [8]. The command center may prompt you to enter a passcode. Enter a valid passcode if necessary.

  • Page 118: Message Description

    D6412 Appendix D View System Trouble (Cmd 42) This command allows you to view system troubles. See Table 72 for message descriptions. Ensure that the system is turned off (On indicator is off). Press [Cmd] + [4] + [2]. The command center may prompt you to enter a passcode. Enter a valid passcode if necessary.
  • Page 119 D6412 Appendix D System Test (Cmd 41) This command allows you to check system function by testing the system’s bell, strobe, battery and phone line. The installer determines which items can be tested. See System Test Configuration Options, page 21, for more information.

  • Page 120: Table 73: Watch Tone Descriptions

    D6412 Appendix D Select Watch Tone (Cmd 62) The Watch feature causes the system to watch specific points when the system is turned off. The D6412 alerts you to opened doors, windows, etc. This command determines how the system responds to faulted watch points (see also Select Watch Points, page 120).
  • Page 121 D6412 Appendix D To Change Part On Skeds (see Change Skeds, page 120, for Steps 1-3): Press [2] and the command center scrolls the Part On skeds already programmed in the system. Press the number key of the sked you want to change followed by the [*] key. Enter the time for the system to automatically turn Part On using 24-hour format (HHMM).
  • Page 122 D6412 Appendix D Remote Arming with Telephone, Area 1 This function controls the built-in telephone-arming feature for Area 1. When enabled, the panel answers the phone on the ring count for remote programming. When the panel answers the phone: − If the panel is All or Part On, it sounds three beeps and starts the handshake tone for remote programming.
  • Page 123 D6412 Appendix D Auto-Forward Off Setup (Cmd 84) This command allows the user to program the auto-forward sequence to cancel the redirection of all incoming calls to a specified telephone number when the system is turned off. Press [Cmd] + [8] + [4]. The command center may prompt you to enter a passcode. Enter a valid passcode if necessary.
  • Page 124 D6412 Appendix D Turn the System All On (Cmd 1) This function turns the entire system on. Make sure all points are normal (not faulted). Press [All On]. If required, enter a valid passcode. Exit Delay begins if all points are normal. Leave the premises during this time. If the system has a faulted point, either close it or bypass it (see Bypass Points, page 115).
  • Page 125 D6412 Appendix D Turn the System On with No Delay See Text Command Center, Turn the System On with No Delay, page 113, for steps to perform this command. The command center lights All or Part when the system is on. Turn the System On with No Exit Tone See Text Command Center, Turn the System On with No Exit Tone, page 114, for steps to perform this command.

  • Page 126: Table 74: Led Command Center System Trouble Descriptions

    D6412 Appendix D Check System Troubles (Cmd 4) Make sure the system is turned off (All and Part are off). Press [Cmd] + [4] Point # Trouble Condition Description Press [2] to determine the specific trouble. See Viewing System Trouble, System Trouble page 126.

  • Page 127: Table 76: Point Number Trouble Conditions

    D6412 Appendix D View Point Trouble (Cmd 48) Make sure the system is turned off (All and Part are off). Press [Cmd] + [4] + [8]. The command center may prompt you to enter a passcode by flashing the Cmd indicator.

  • Page 128: Key Switch

    D6412 Appendix D All Areas Off (Cmd 81) Enter [Cmd] + [8] + [1] plus a valid passcode to turn all areas on. Auto-Forward On/Off (Cmd 82) See Text Command Center, Auto-Forward On/Off, page 123, for steps to perform this command. Remote Arming with Telephone, Area 1 See Text Command Center, Remote Arming with Telephone, Area 1, page 122, to perform this function.
  • Page 129 D6412 Appendix D RF3334 Features The RF3334 can arm and disarm the system. The keyfob can send a Panic Option code to the security company if the system is programmed to do so. The Press Option keyfob can also control other devices within the protected area. The LED flashes to indicate signals sent to the alarm system.

  • Page 130: Appendix E: Programming From A Text Command Center

    D6412 Appendix E Appendix E: Programming from a Text Command Center A Text Command Center set to Address 0 can be used for keypad programming. The Installer Switch must be closed. Press the [Cmd] key when the Text Command Center display prompts you to press the “#” key. Installer Mode First Close the Installer Switch.

  • Page 131: Table 79: Key/Character Assignments

    D6412 Appendix E Programming Text Nibbles All text parameters accommodate 16 characters of text with each character occupying two Nibbles. When a text Nibble is selected, the panel goes into a special text-programming mode. When you enter the text-programming mode, you are automatically positioned to enter the first character of the text. In text-programming mode the command center keys take on different characters (see Table 79).

  • Page 132: Figure 3: Adding Rf Id Codes Menu Display

    D6412 Appendix E Adding RF IDs (Enrolling Premises RF Devices) Press the [Cmd] key when the Text Command Center display prompts you to press the “#” key. When programming the D6412 to include Locations assigned to a premises RF receiver, you must enter RF Add Mode to enroll each RF transmitter, keypad and keyfob.

  • Page 133: Figure 5: Test Rf Devices Display

    D6412 Appendix E Testing RF Devices To test RF devices, press [2] when “Test RF Devices? Press 2” scrolls across the display. The display then shows the following: Point Location Area Number Loc9 Test? Press 9*. Key sequence to press Figure 5: Test RF Devices Display The display scrolls through all of the properly configured devices (the figure above shows Location 9 as an example) and asks whether you wish to test.

  • Page 134: Figure 7: Rf Id Code

    D6412 Appendix E Viewing/Removing RF ID Codes To view or remove RF ID codes, press [3] when “View or Remove RF ID? Press 3” scrolls across the display. The display then scrolls through the properly configured RF devices: Point Location Area Number Loc9 ID: XXXXXXXXX...

  • Page 135: Figure 8: Installing The Pk32 Programming Key On The D6412 Pcb

    D6412 Appendix E Programming Key (PK32) The PK32 Programming Key functions much like a blank floppy disk and can be used to copy a system’s programming to another system. This key can also be used as a backup in the event that the system’s programming entries are lost.

  • Page 136: Appendix F: Ram Iv And Log

    D6412 Appendix F Appendix F: RAM IV and Log The Log can store up to 254 events. When it reaches 75% full, the panel sends a Log Threshold [85] report. When the D6412 Log reaches capacity, the system sends a Log Overflow [84] report to the security company. RAM IV can accept a download from the D6412 Log, thus clearing the log file.
  • Page 137 D6412 Index Index Authority Level.............44 Authority Levels ............35 [A] Key Alarm Response Authority Level Option 1...........35 Emergency Alarm ............ 47 Authority Level Option 10.........39 Fire Alarm ..............47 Authority Level Option 11.........39 Panic Alarm ............. 47 Authority Level Option 12.........39 Authority Level Option 13.........39 Authority Level Option 14.........39 A B C Key and Duress Reporting ........
  • Page 138 D6412 Index D624 Telephone Command Module......84 LED Command Center ..........123 D9533 RS232 Module ........... 83, 84 Line Data ..............136 Daylight Savings Time Options ........26 Location Device Data............... 136 Location ## Point Text..........87 Duress................. 47 Location Text .............. 87 Duress Reporting Options ...........
  • Page 139 D6412 Index Pager Format ............107 RAM Configuration ............11 Pager Reports ............107 RAM IV ..............7, 136 Panel Event97, 98, 99, 100, 101, 102, 103, 104, 105, Remote Programming Options Enable Remote Programming........25 Parameters..............6 Enable Remote Programming Callback ....25 Passcode Configuration ..........
  • Page 140 Sample Location Scenario .......... 53 Testing RF Devices ..........133 SDI Address .............. 110 Tests ................21 SDI Bus Device Configuration ........82 Automatic Test ............23 Siren Warble..............71 System Test ............21 Skeds ................79 Test Report Routing ..........24 Assign Area .............