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D9112B
User Manual
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Bosch D9112B User Manual

D9112B
Program Entry Guide
EN
Control Panel
Notice
The material and instructions covered in this manual were carefully checked for accuracy and presumed to be reliable. However, Bosch Security Systems assumes no responsibility for inaccuracies and reserves the right to modify and revise this manual without notice.
It is our goal at Bosch Security Systems to always supply accurate and reliable documentation. If a discrepancy is found in the documentation, please mail a photocopy of the corrected material to:
Bosch Security Systems 130 Perinton Parkway Fairport, NY 14450-9199 USA
Generally words shown in all capital letters indicate command center displays, and command center keys. For example, SERVC COMM FAIL is the command center display for failure to communicate with the D6500 receiver. ESC is a key on the command center. Depending on the context of the sentence, all capital letters can also indicate a recommended programming selection.
About this Guide
This guide describes the parameters available to the D9112B Control Panel. This guide follows the organization of the D9112B product handler in the D5200 Programmer.
Each programming section, program item, and its page number is listed in the table of contents.
Throughout this guide, programming prompts are shown in bold italic letters when used in a sentence. For example, Phone 1 is the first programming prompt in the Phone section of the program. References to modules, categories, and sections of the program are shown in italic letters. For example, Phone is the first programming category in the Panel Wide Parameter programming module.
Use the D9112B Program Record Training Sheet (P/N: 74-06447-000) to review default program entries as you read this guide.
For a more complete understanding of the D9112B Control Panel, read the following manuals in addition to the Program Entry Guide:
•
D9112 Operation and Installation Manual
•
Security System Owners Manual
•
Security System User’s Guide
Other Lettering Conventions Used in this Manual
D6500 reports are shown in bold italic letters. For example, the panel reports an AC power failure.
Bosch Security Systems | 2/04 | 74-06145-000-D
AC Failed
indicates the report sends when
1.5 RAM Parameters............................................ 22
Table of Contents
1.0 Panel Wide Parameter..................................8
1.1 Phone .................................................................8
Phone 1............................................................................8
Phone 2............................................................................9
Phone 3............................................................................9
Phone 4............................................................................9
Modem Format..............................................................9
Point/User Flag ...........................................................10
DTMF Dialing .............................................................11
Phone Supv Time .......................................................11
Alarm On Fail..............................................................11
Two Phone Lines ........................................................11
BFSK Duress Code .....................................................12
Expanded Test Rpt.....................................................12
Cancel Report .............................................................12
Ground Start................................................................12
1.2 Phone Routing ................................................12
Phone.............................................................................17
Ph# Fire Alarm/Res...................................................17
Ph# Tbl/Res .................................................................17
Ph# Alarm/Res/Cncl .................................................17
Ph# Trouble.................................................................17
Ph# Open/Close .........................................................17
Ph# Test/Stat Rpt .......................................................18
Ph# Diagnostic ............................................................18
Ph# Relay .....................................................................18
Ph# Skeds .....................................................................18
Ph# RAM......................................................................18
Ph# Power/Phone.......................................................18
Ph# Service..................................................................19
1.3 Power Supervision..........................................19
AC Fail Time ...............................................................19
AC Fail/Res Rpt..........................................................19
AC Tag Along..............................................................19
AC/Battery Buzz .........................................................19
Bat Fail/Res Rpt..........................................................20
1.4 Printer Parameters ..........................................20
Printer Address ...........................................................20
P## Scope ....................................................................20
P## Area Assign .........................................................21
P ## Supervision ........................................................21
P## Prt Points..............................................................21
P ## Prt O/C................................................................21
P## Prt Non Alrm ......................................................21
RAM Passcode ............................................................22
Log % Full ....................................................................22
RAM Call Back........................................................... 23
RAM Line Monitor .................................................... 23
Answer Armed............................................................ 23
Answer Disarmed ......................................................23
Ram Ph .........................................................................24
2.0 Area Wide Parameters............................... 25
2.1 Area Parameters............................................. 25
Area #........................................................................... 25
A# Area On.................................................................25
A# Acct Number ........................................................ 25
A# FA Bypass Max ....................................................25
A# Delay Res ..............................................................26
A# Exit Tone...............................................................26
A# Exit Dly Time.......................................................26
A# Auto Watch...........................................................26
A# Verify Time ..........................................................26
2.2 Bell Parameters............................................... 27
Area #........................................................................... 27
A# Fire Time............................................................... 27
A# Fire Pat................................................................... 28
A# Burg Time ............................................................. 28
A# Burg Pat................................................................. 28
A# Single Ring............................................................ 29
A# Bell Test.................................................................29
2.3 Opening and Closing..................................... 29
2.3.1 Open and Close Options .............................. 29
Area...............................................................................30
A# Acct O/C ...............................................................30
A# Area O/C ..............................................................31
A# Restricted O/C.....................................................32
A# Perimeter O/C..................................................... 33
A# Disable O/C in Window....................................33
A# Auto Close ............................................................34
A# Fail To Open ........................................................ 34
A# Fail To Close ........................................................34
2.4 O/C Windows................................................ 35
Window ........................................................................ 35
W## Sunday................................................................ 35
W## Monday.............................................................. 35
W## Tuesday..............................................................35
W## Wednesday........................................................ 35
W## Thursday............................................................36
W## Friday .................................................................36
W## Saturday............................................................. 36
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W## Open Early Begin.............................................36
W## Open Window Start ........................................36
2.4.1 Programming Two Opening Windows
on the Same Day ............................................37
2.4.2 Programming to Link Two Days Over
Midnight ..........................................................37
W## Close Early Begin.............................................37
W## Close Window Start.........................................38
W## Close Window Stop.........................................38
W## Xept Holiday.....................................................39
2.4.3 Holiday Indexes for O/C Windows.............39
W## Holiday 1............................................................39
W## Holiday 2............................................................39
W## Holiday 3............................................................39
W## Holiday 4............................................................39
W## Area #.................................................................39
2.4.4 Opening/Closing Windows Worksheet.......40
2.5 Command Center...........................................42
2.5.1 Cmd Cntr Assignment ...................................42
Cmd Center #..............................................................42
CC# Supervised..........................................................42
CC# Scope ...................................................................42
CC# Area .....................................................................43
2.5.2 Area Text.........................................................43
Area ...............................................................................43
Area # Is On ................................................................43
Area # Not Ready.......................................................43
Area # Is Off ................................................................43
Area # Acct Is On.......................................................43
2.5.3 Custom Function ............................................44
Custom Function ###................................................44
CF### Text .................................................................44
CF### Key Strokes....................................................44
2.5.4 Programming Custom Function Keystrokes45
3.0 User Interface................................................45
3.1 Commands ......................................................45
3.2 Command Menu and Custom Functions ....45
3.3 Cmd Center Function ....................................46
3.4 Authority Lvl Assign......................................46
Disarm...........................................................................47
L## Disarm...................................................................47
Master Arm ..................................................................48
L## Master Arm...........................................................48
Mstr Arm Inst...............................................................49
L## Master Arm Inst...................................................50
Perim Instant................................................................50
L## Perim Inst..............................................................51
Perim Delay.................................................................51
L## Perim Delay .........................................................52
Watch Mode ................................................................ 53
L## Watch Mode ........................................................53
Perim Partial ...............................................................53
L## Perim Partial......................................................... 53
View Area Stat............................................................ 53
L## View Area Stat.....................................................53
View Event Mem........................................................ 53
L## View Event Mem ................................................ 53
View Pt Status ............................................................. 54
L## View Pt Stat.......................................................... 54
Walk Test ..................................................................... 54
L## Walk Test .............................................................54
Fire Test........................................................................ 54
L## Fire Test................................................................54
Send Report................................................................. 55
L## Send Report ......................................................... 55
Chg Display................................................................. 55
L## Chg Display .........................................................55
Chg Time/Date........................................................... 55
L## Chg Time/Date.................................................... 55
Chg Passcode............................................................... 55
L## Chg Passcode ....................................................... 55
Add Passcode ..............................................................56
L## Add Passcode.......................................................56
Del Passcode................................................................ 56
L## Del Passcode ........................................................ 56
Extend Close ............................................................... 56
L## Extend Close........................................................56
View Log......................................................................56
L## View Log.............................................................. 57
Print Log....................................................................... 57
L## Print Log...............................................................57
User Cmd 7.................................................................. 57
L## User Cmd 7..........................................................57
User Cmd 9.................................................................. 57
L## User Cmd 9..........................................................57
Bypass a Pt ................................................................... 58
L## Bypass a Pt ...........................................................58
Unbypass a Pt..............................................................58
L## Unbypass a Pt ...................................................... 58
Reset Sensors............................................................... 58
L## Reset Sensors .......................................................58
Relay Control..............................................................58
L## Relay Control....................................................... 58
Remote Program ........................................................ 58
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L## Remote Program..................................................59
Move to Area...............................................................59
L## Move to Area........................................................59
Display Rev..................................................................59
L## Display Rev ..........................................................59
Service Walk................................................................59
L## Service Walk.........................................................60
Default Text .................................................................60
L## Default Text..........................................................60
Change Skeds ..............................................................60
L## Change Skeds .......................................................60
3.5 Authority Level Opening and Closing
Options ............................................................60
L## Force Arm.............................................................60
L## Area O/C..............................................................61
L## Restricted O/C.....................................................61
L## Perimeter O/C......................................................61
L## Send Duress..........................................................61
L## Passcode Arm.......................................................62
L## Passcode Disarm ..................................................62
4.0 Command Menu...........................................62
Menu Item ....................................................................62
M## Function..............................................................62
M## CC Address 1.....................................................63
M## CC Address 2.....................................................63
M## CC Address 3.....................................................63
M## CC Address 4.....................................................63
M## CC Address 5.....................................................63
M## CC Address 6.....................................................63
M## CC Address 7.....................................................63
M## CC Address 8.....................................................63
5.0 User Access Windows..................................64
User Window # ...........................................................64
UW## Sunday.............................................................64
UW## Monday ...........................................................64
UW## Tuesday ...........................................................64
UW## Wednesday .....................................................64
UW## Thursday .........................................................64
UW## Friday...............................................................64
UW## Saturday ..........................................................64
UW## Access Window Start....................................64
UW## Access Window Stop....................................64
5.1 Holiday Indexes for User Access Windows65
UW## Xept Holiday..................................................65
UW## Holiday 1.........................................................65
UW## Holiday 2.........................................................65
UW## Holiday 3.........................................................65
UW## Holiday 4 ........................................................ 65
6.0 Passcode Worksheet.................................... 66
Duress ...........................................................................66
User ...............................................................................67
U## Passcode..............................................................67
U## User Window.....................................................67
U## Area 1 Auth........................................................ 68
U## Area 2 Auth........................................................ 68
U## Area 3 Auth........................................................ 68
U## Area 4 Auth........................................................ 68
U## Area 5 Auth........................................................ 68
U## Area 6 Auth........................................................ 68
U## Area 7 Auth........................................................ 68
U## Area 8 Auth........................................................ 68
7.0 Point Index....................................................69
Point Index #............................................................... 69
P## Type...................................................................... 69
P## Pt Response......................................................... 72
P## Entry Delay.........................................................73
P## Entry Tone Off................................................... 73
P## Silent Bell............................................................ 73
P## Ring Until Restored.......................................... 73
P## Audible After 2 Failures .................................. 74
P## Invisible............................................................... 74
P## Buz on Fault........................................................74
P## Watch Point ........................................................74
P## Relay Follows Point .......................................... 75
P## Local While Disarmed ..................................... 75
P## Local While Armed ..........................................76
P## Disable Restorals...............................................76
P## Returnable .......................................................... 76
P## Bypassable........................................................... 77
P## Swinger Bypass.................................................. 77
P## Report Bypass at Occurrence.........................77
P## Defer Bypass Report......................................... 78
P## Fire Point.............................................................78
P## Alarm Verify ......................................................78
P## Resettable............................................................ 78
8.0 Point Assignments ....................................... 79
8.1 Point Assignments..........................................79
Point Number.............................................................. 79
P## Point Index.......................................................... 79
P### Area Assign......................................................79
P### Debounce.......................................................... 79
P### BFSK/Relay...................................................... 79
P### Point Text......................................................... 80
8.2 Command 9....................................................80
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Point Index...................................................................80
BFSK Code...................................................................80
Point Text .....................................................................81
8.3 Command 7 ....................................................81
Point Index...................................................................81
BFSK Code...................................................................81
Point Text .....................................................................81
9.0 Relay Parameters .........................................82
9.1 Area Wide Relays...........................................83
Area ...............................................................................83
A# Alarm Bell .............................................................83
A# Fire Bell..................................................................83
A# Reset Sensors ........................................................83
A# Late To Close........................................................83
A# Force Armed.........................................................84
A# Watch Mode..........................................................84
A# Area Armed ..........................................................84
A# Area Fault..............................................................84
A# Duress.....................................................................84
A# Keypad Fail...........................................................84
S## Friday ................................................................... 93
S## Saturday............................................................... 93
S## Xept Holiday ...................................................... 93
S## Holiday 1 ............................................................. 93
S## Holiday 2 ............................................................. 93
S## Holiday 3 ............................................................. 93
S## Holiday 4 ............................................................. 94
11.0 Holiday Indexes...........................................94
11.1 Add/Change/Delete ...................................... 94
Date ............................................................................... 94
Holiday Index 1.......................................................... 94
Holiday Index 2.......................................................... 95
Holiday Index 3.......................................................... 95
Holiday Index 4.......................................................... 95
11.2 View Holidays................................................95
Index 1 Days................................................................ 95
Index 2 Days................................................................ 95
Index 3 Days................................................................ 95
Index 4 Days................................................................ 95
A# Perim Fault............................................................84
A# Silent Alarm..........................................................84
A# Command 7...........................................................85
A# Command 9...........................................................85
9.2 Panel Wide Relays..........................................85
Printer 17 Fail ..............................................................85
Printer 18 Fail ..............................................................85
Printer 19 Fail ..............................................................85
AC Failure....................................................................85
Battery Trouble...........................................................85
Phone Fail.....................................................................85
Comm Fail....................................................................85
Log % Full.....................................................................86
Summary Fire..............................................................86
Summary Alarm..........................................................86
Summary Fire Tbl.......................................................86
Summary Trouble.......................................................86
10.0 Skeds ...............................................................86
Sked Number...............................................................86
S## Function Code ....................................................87
S## Time......................................................................92
S## Date.......................................................................92
S## Sunday..................................................................92
S## Monday ................................................................93
S## Tuesday ................................................................93
S## Wednesday ..........................................................93
S## Thursday ..............................................................93
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Table of Tables
Table 1: Modem II Communication Format Data –
User ID Numbers (Point/User Flag)..............10
Table 2: Modem II Communication Format Data –
Point Numbers (Point/User Flag)...................10
Table 3: Phone Routing ...............................................13
Table 4: Phone Routing Worksheet – Fire Alarm/Res
(Fire Alarm/Restoral)....................................13
Table 5: Phone Routing Worksheet – Fire Tbl/Res
(Fire Trouble/Restoral).................................13
Table 6: Phone Routing Worksheet – Alarm/ Res/Cncl
(Non-Fire Alarm/Restoral/ Cancel)............14
Table 7: Phone Routing Worksheet – Trouble (Non-
Fire Trouble)..................................................14
Table 8: Phone Routing Worksheet – Diagnostics ...14
Table 9: Phone Routing Worksheet –Relay ..............14
Table 10: Phone Routing Worksheet – Open/Close15
Table 11: Phone Routing Worksheet – Skeds...........15
Table 12: Phone Routing Worksheet – Test/Stat Rpt
(Test and Status Reports)............................16
Table 13: Phone Routing Worksheet – RAM ...........16
Table 14: Phone Routing Worksheet – Power/Phone17
Table 15: Phone Routing Worksheet – Service ........17
Table 16: Verify Time Examples................................27
Table 17: Programming for Two Opening Windows on
the Same Day ..............................................37
Table 18: Programming to Link Two Days Over
Midnight.......................................................37
Table 19: W# Close Window Stop Programming
Example .......................................................38
Table 20: Opening/Closing Windows Worksheet....40
Table 21: Opening/Closing Windows........................40
Table 22: Normal Store Hours* ..................................41
Table 23: Delivery Schedule*......................................41
Table 24: Monthly Auditor’s Schedule*.....................41
Table 25: CF## Keystrokes ........................................44
Table 26: CF## Custom Function Keystrokes .........45
Table 27: Command Center Function Selections.....46
Table 28: Authority Level Selections .........................47
Table 29: BFSK User ID Report Format ...................66
Table 30: Point Response Table .................................72
Table 31: BFSK/Relay Codes .....................................80
Table 32: Relay Status..................................................82
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A Comm Restoral event generates after another
1.0 Panel Wide Parameter
Use this programming module to define the operating characteristics that affect panel-wide functions. This module has five categories:
• Phone Operation
• Phone Routing
• Power Supervision
reporting event successfully transmits to any of the receiver phone numbers. This is sent according to the routing for Phone Routing. When you receive a report, use RAM to download the event log to determine which events did not send, and which phone number(s) failed. Receiving the does not mean that all phone lines are restored, only that at least one phone line operates.
Comm Restoral
Power/Phone
Comm Restoral
Comm Restoral
report
in
report
• Printer Parameters
• Remote Account Manager (RAM) Parameters
1.1 Phone
The D9112 can dial up to four different telephone numbers when sending event reports. The program items in this category describe panel wide characteristics for telephone dialing, receiver format, and supervision. All telephone numbers use the same receiver format.
Communications Failure: When only a primary phone destination is programmed for a report (see Phone Routing), the D9112 generates a communication failure (Comm Fail) event if the panel does not reach the receiver:
• After ten attempts if the panel contains software
revision 2.93 or lower.
• After five attempts if the panel contains software
revision 2.94 or higher.
When both primary and backup phone destinations are programmed for a report, the panel alternates between the primary destination and the backup destination.
• If the panel is equipped with software revision 2.93
or lower, it makes a total of 20 attempts (ten to each phone destination).
Phone 1
Phone 1 is the telephone number the D9112 dials to contact the central station receiver when sending event reports (see Phone Routing).
The D9112 is preprogrammed with a seven sec. dial tone detect period. When a dial tone is detected or the waiting period ends, the D9112 begins to dial. To extend the dial tone detect, program a D before the phone number. To insert a pause during or after dialing, use C in the number sequence. For example, if the D9112 hangs up before it hears a Modem II ack tone from the D6500, it programs extra Cs after the phone number. The D9112 waits on the line for three extra seconds for each C programmed.
Enter up to 24 of the characters in the following table to define dialing characteristics:
0101 0101 0101
Using both phone data entry lines: The first line of the phone number data entry line must be filled (12 characters) before pressing the [ENT] key to move on to the second line. If you enter characters on the second line, and there are less than twelve characters on the first line, the second line clears when you press [ENT].
• If the panel is equipped with software revision 2.94
or higher, it makes a total of ten attempts (six to the primary and four to the backup).
• If these attempts fail, the D9112 generates a Comm
Fail event.
A Comm Fail event appears at the command center as SERV COMM FAIL. A Comm Fail event is placed in the event log if Comm Fail occurs on both the primary and backup phones. Comm Fail does not report to the D6500 except during
Expand Test Rpt
Bosch Security Systems | 2/04 | 74-06145-000-D
Test
YES).
reports (You must program
Default: Blank
Selection:
0 - 9 C D
Up to 24 characters (do not enter [SPACE])
Numbers zero through nine 3 sec. pause 7 sec. dial-tone detect. The same as pressing this key on a telephone keypad when manually dialing. For example, you may
need an asterisk (*) to access your long distance service. Do not use these characters when pulse
# or *
dialing. Panel dials no phone number.
Programming this item Blank does not disable phone routing. To disable reporting to this phone see
Blank
Phone Routing.
Phone 2
Default: Blank Selection: Up to 24 characters (do not enter
[SPACE])
(See explanation of Phone 1.) This number is “Phone 3,” referenced in Phone Routing Parameters.
Phone 3
Default: Blank
(See explanation of Phone 1.) This number is “Phone 3,” referenced in Phone Routing Parameters.
Phone 4
Default: Blank
Selection:
Up to 24 characters (do not enter [SPACE])
(See explanation of Phone 1.) This number is “Phone 4,” referenced in Phone Routing Parameters.
Selection Up to 24 characters (do not enter
[SPACE])
Modem Format
The central station receiver format for transmitting reports,
Modem Format
provides many reporting advantages over the BSFK format (see the D6500 Report Directory for more information about the effect of reporting formats).
Default: Yes Selection Yes or No
Yes
Modem II (requires Bosch Security Systems D6500 Receiver with MPU EPROM version 6.00 or higher and Line EPROM version 6.00 or higher)
Modem II format reports identify points as 001 through 135 and passcode User ID codes as 00 through 99 at the D6500 receiver (unless
Point/User Flag
is programmed YES, see the next prompt).
When reporting point events, Modem II also sends point text to the D6500 as programmed in Point Assignments.
No
BFSK (2300 Hz or 1400 Hz acknowledgment tone). Basic reporting functions are available, but reporting options are limited to account opening and
closing (see in Point Assignments
A# Acct O/C
P### BFSK/Relay
and
A# Area O/C
), users are identified by only one digit as programmed
.
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D9112B | Program Entry Guide | 1.0 Panel Wide Parameter EN | 10
Point/User Flag
This program item determines how point and User ID numbers are presented at the D6500 display, printer, and computer RS-232 output.
When
Modem Format
is YES, the D9112 sends expanded Modem II reports to the D6500. If your central station data files are not set up for D9112 point and User ID number reporting, you can use
When
Modem Format
is YES, the D9112 sends expanded Modem II reports to the receiver. Point/User Flag affects Modem II data as shown in the following table. The leading zero in the User ID Number with Point/User Flag programmed NO is added by the Bosch Security Systems D6500 Receiver.
this program item to convert these numbers to D8112 style ZONEX and COMEX reports.
Default: Yes Selection: Yes or No
Yes
The D9112 sends a “flag” with each report telling the D6500 to convert D9112 point numbers to D8112 style ZONEX format and User ID numbers to D8112 style COMEX format. The conversions are shown in Table 1 and Table 2. [No matter how the D6500 is programmed for output to the computer system, points and User ID numbers are converted when this item is YES. (See the D6500:MPU Program Entry Guide, CompOut program item.)]
No
The D9112 does not send the “flag.” The D6500 outputs point numbers as 001 to 135 (rather than 100 to 815) and User ID numbers as 000 to 099 (rather than 000 to F08), as indicated in Table 1 and Table 2.
Table 1: Modem II Communication Format Data – User ID Numbers (Point/User Flag)
No Yes
000 000 001 to 005 001 to 005 006 to 013 601 to 608 014 to 021 701 to 708 022 to 029 801 to 808 030 to 037 B01 to B08 038 to 045 C01 to C08 046 to 053 D01 to D08 054 to 061 E01 to E08 062 to 069 F01 to F08 070 to 099 000
Independent Zone Control Notice:
When using
Independent Zone Controls (I.Z.C.) to send
Opening/Closing
reports by point, do not duplicate reporting independent point numbers with User ID reports (see Passcode Worksheet). For example: If an I.Z.C. is connected to point 8, User ID 8 should not be used.
Table 2: Modem II Communication Format Data – Point Numbers (Point/User Flag)
No Yes
001 to 008 100 to 800 009 to 024 101 to 116 025 to 040 201 to 216 041 to 056 301 to 316 057 to 071 401 to 415 073 to 088 501 to 516 089 to 104 601 to 616 105 to 120 701 to 716 121 to 135 801 to 816
D6000: Opening/Closing User ID numbers are identified at the receiver as "ZONEs" (same identification as independent points).
User ID 1 = ZONE B User ID 2 = ZONE C User ID 3 = ZONE D User ID 4 = ZONE E
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D9112B | Program Entry Guide | 1.0 Panel Wide Parameter EN | 11
User ID 5 = ZONE F User ID 6 = ZONE 6 User ID 7 = ZONE 7 User ID 8 = ZONE 8 User ID 91 = ZONE 1 User ID 92 = ZONE 2 User ID 93 = ZONE 3 User ID 94 = ZONE 4 User ID 95 = ZONE 5 User ID 96 = ZONE 0 COMMAND 1 = ZONE 9 (only closing) D6500 Receiving BFSK Format: Opening/closing
User ID numbers are identified at the receiver as ZN (same identification as independent points). The ZN numbers are based on the “tens” digit of the User ID number.
DTMF Dialing
Use DTMF (dual-tone multi-frequency) to dial the central station receiver phone number(s) for event reports, and/or the D5300 Remote Account Manager.
Default:
Yes
Selection: Yes or No
Yes
Dials the programmed phone number(s) using DTMF.
No
Pulse dialing only
Phone line trouble responses:
Command centers display SERVC PH LINE # and sound the trouble tone.
Restoral
reports identify the previously failed line
after it restores when a single phone line is used, if
Power/Phone
is enabled in Phone Routing.
Trouble and restoral events are reported if
Power/Phone
is enabled in Phone Routing, a Dual Phone Line Module is installed, and one of the phone lines is operational.
Alarm On Fail
Default: Yes Selection: Yes or No
Yes
Generate alarm responses in Area 1 and trouble responses in all other areas when a phone line fails.
Time
must be programmed to use this
Phone Supv
feature. Phone Failure Alarm Responses: An
alarm tone sounds at command centers assigned to Area 1. The alarm bell relay for Area 1 activates. The
Fail
relay activates if programmed in
Phone
Relay Parameters.
No
Trouble responses when a phone line fails.
Phone Supv Time
must be
programmed to use this feature.
Two Phone Lines
Phone Supv Time
Sets the amount of time the panel continues to monitor a faulted phone line before initiating phone line trouble responses.
Default: Blank Selection: Blank or 10 to 240
Blank 10 to 240
No phone line supervision. Initiate phone line trouble response if the phone line continues to be faulted after the programmed amount of seconds expire. After a faulted phone line restores, it takes the same amount of time to initiate restoral responses. Make settings in ten sec. increments.
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Use when a Dual Phone Line Module is connected to the D9112. Both lines must operate the same, either ground start or loop start. NFPA standards prohibit the use of ground start phone lines in systems monitoring fire points.
Default: No Selection: Yes or No
Yes
Dual Phone Line Module installed. The LEDs on the module light to indicate primary or secondary line trouble and Comm Fail.
No
No Dual Phone Line Module.
0101 0101 0101
IMPORTANT! Program Phone Supv Time when using two phone lines.
D9112B | Program Entry Guide | 1.0 Panel Wide Parameter EN | 12
BFSK Duress Code
Default: 0 Selection: 0 to 9
When transmitting in BFSK ( programmed NO), you must assign a number to identify is enabled in Duress in the Passcode Worksheet.
Expanded Test Rpt
Use to add system event information to scheduled
Test
events in the Skeds Parameters section of the program.
Default: No Selection: Yes or No
Yes
No
Cancel Report
Use to control whether or not sent.
A entered to silence an Alarm Bell or Fire Bell before the bell time expires. The cancel event is stored in the panel’s event log, and sent to local printers as a point event.
Use section of the program to program bell times. Program Alarm and Fire Bell relay outputs in Relays.
Default: Yes Selection: Yes or No
Yes
No
Duress
reports.
Cancel
report is created when a passcode is
Burg Time
reports at the central station. Duress
Test
reports are set up as scheduled
Test
report includes the following system events if the panel is currently in the condition listed: Log Threshold, Log Overflow, Point Bus Failure, Successful Local Programming, Bad Call to RAM, User Code Tamper, SDI Failure, Communications Failure, AC Failure, Battery Missing, Battery Low, Parameter Bad Checksum.
Do not send system event information
Test
with
and
Fire Time
Send
Cancel
Phone Routing. Do not send
phone(s).
Modem Format
reports.
Cancel
in the Bell Parameters
reports according to
Cancel
reports to the
is
reports are
Ground Start
Use only when the panel is connected to Ground Start telephone lines.
Some newer ground start telephone exchange switches require a shorter amount of time to initiate a dial tone. If the panel cannot initiate a dial tone on the ground start line with the default (Long) setting, try the Short setting.
Both lines must be of the same operation, either ground start or loop start. NFPA standards prohibit the use of ground start phone lines in systems monitoring fire points.
Default: Long Selection: Short or Long
Long
Short
Standard duration of ground. Use this setting for most ground start telephone systems. The duration is 700 ms.
Shorter duration of ground. Use this setting for telephone systems where specified. The duration is 250 ms.
1.2 Phone Routing
Phone Routing lets you direct groups of event reports to four different telephone numbers. The phone numbers and operating characteristics are programmed in the previous category Phone.
Fire alarm events have priority over all other events that must be reported. An event that was not reported to the primary or backup phone has a higher priority than an event that needs to be reported to a duplicate phone.
Event report groups that you do not send to the central station may be annunciated locally (at the command centers), printed on a local printer (D9131 required), or retrieved later by the Remote Account Manager (RAM).
Each of the Report Groups can be programmed to report to one or more of the phone numbers. The phones can be used as primary, backup, or duplicate reporting paths for each of the Report Groups.
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D9112B | Program Entry Guide | 1.0 Panel Wide Parameter EN | 13
Table 3: Phone Routing
Report Group Description Blank
Not reported to this phone number.
P Primary: Send all reports from this group to this phone number. Only one primary phone
allowed per group.
B Backup: Send reports from this group to this phone if the report is not received by the primary
phone number. A primary phone route must also be programmed for this Report Group in order to dial the backup phone number. Only one backup phone allowed per group.
D Duplicate: Send all reports from this group to this phone number after they are sent to the
other phone (primary or backup). A primary phone route must be programmed in order to send a duplicate report. Only one duplicate phone allowed per group. Failure to send a duplicate report does not generate any user notification or central station report.
Press the [SPACE] bar to scroll through the selections. Press [ENT] when the correct selection appears in the display.
0101 0101 0101
If the D5200 buzzes when you make an entry, you made a routing error. If you enter the same route on two different phones for a particular Report Group the D5200 buzzes. When it buzzes, it accepts the entry currently in the display, and changes the matching routing entry to blank. This disables routing the Report Group to the other phone.
Recheck the phone routing for the Report Group for each phone if the programmer buzzes.
Table 4: Phone Routing Worksheet – Fire
Alarm/Res (Fire Alarm/Restoral)
Report Type Phone 1 Phone 2 Phone 3 Phone 4
Fire Alarm Fire Restoral (after alarm)
x x x x
Table 5: Phone Routing Worksheet – Fire Tbl/Res (Fire Trouble/Restoral)
Report Type Phone 1 Phone 2 Phone 3 Phone 4
Fire Trouble Fire Walk Start Missing Fire Fire Restoral (after Trouble or Missing) Fire Walk End
x x x x x x x x
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Table 6: Phone Routing Worksheet – Alarm/
Res/Cncl (Non-Fire Alarm/Restoral/ Cancel)
Report Type Phone 1 Phone 2 Phone 3 Phone 4
Alarm Report User Alarm CMD 9 Restoral Report Duress User Code Tamper Missing Alarm User Alarm CMD 7 Cancel Alarm
x x x x x x x x x x x x
Table 7: Phone Routing Worksheet – Trouble (Non-Fire Trouble)
Report Type Phone 1 Phone 2 Phone 3 Phone 4
Fire Trouble Fire Walk Start Missing Fire Fire Restoral (after Trouble or Missing)
x x x x x x x x
Table 8: Phone Routing Worksheet – Diagnostics
Report Type Phone 1 Phone 2 Phone 3 Phone 4
SDI Failure Parm Cksum Fail SDI Restoral Re-boot Watchdog Reset
Table 9: Phone Routing Worksheet –Relay
Report Type Phone 1 Phone 2 Phone 3 Phone 4
Sensor Reset Relay Set Relay Reset
x x x x
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Table 10: Phone Routing Worksheet – Open/Close
Report Type Phone 1 Phone 2 Phone 3 Phone 4
Point Opening Late to Open Closing Early Extn Close Time Perim Dlay Armed F Close Early F Close Pr Dlay Command Bypass Swinger Bypass Early to Open Fail to Open Closing Late Fail to Close Was Force Armed F Close Late Forced Point Sked Bypass Opening Report Point Closing Closing Report Perim Inst Armed Forced Close F Close Pr Inst Point Bypass RAM Bypass
x x x x x x x x
x x x x x x
x x x x x x
x x x x x x
x x x x x x
x x x x x x
Table 11: Phone Routing Worksheet – Skeds
Report Type Phone 1 Phone 2 Phone 3 Phone 4
Sked Executed Sked Changed
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D9112B | Program Entry Guide | 1.0 Panel Wide Parameter EN | 16
Table 12: Phone Routing Worksheet – Test/Stat Rpt (Test and Status Reports)
Report Type Sub Group Phone 1 Phone 2 Phone 3 Phone 4
Test Report (Includes expanded panel wide events as shown)
Status Report (includes area events as shown)
Log Threshold Prog Access OK
SDI Failure Battery Missing Pt Bus Trouble AC Failure Log Overflow Bad Call to RAM Comm Failure Battery Low User Tamper Params Bad Cksm
S: Alarm S: Opening
S: Perim Delay Point Bypass S: Trouble S: Closing S: Perim Instant Forced Point
Table 13: Phone Routing Worksheet – RAM
Report Type Phone 1 Phone 2 Phone 3 Phone 4
Log Threshold Bad Call to RAM RAM Access OK Parameters Changed RAM Access Fail Remote Reset
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D9112B | Program Entry Guide | 1.0 Panel Wide Parameter EN | 17
Table 14: Phone Routing Worksheet – Power/Phone
Report Type Phone 1 Phone 2 Phone 3 Phone 4
Comm Restoral AC Failure Battery Low Phone Line Fail AC Restoral Battery Restore Phone Restoral Battery Missing
x x x x x x x x x x x x
Table 15: Phone Routing Worksheet – Service
Report Type Phone 1 Phone 2 Phone 3 Phone 4
Usr Code Change Prog Access Bad Usr Code Delete Date Change Prog Access OK Time Change
x x x x x x x x x x x x
Phone
Default: 1 Selection: 1 to 4
Enter the phone’s number for which you are selecting report group routing.
Ph# Fire Alarm/Res
Default: Blank Selection: Blank, P, B, or D
See the introduction to Phone Routing for a description of the selections.
Ph# Tbl/Res
Default: Blank Selection: Blank, P, B, or D
See the introduction to Phone Routing for a description of the selections.
Ph# Alarm/Res/Cncl
Default: Blank Selection: Blank, P, B, or D
See the introduction to Phone Routing for a description of the selections.
Ph# Trouble
Default: Blank Selection: Blank, P, B, or D
See the introduction to Phone Routing for a description of the selections.
Ph# Open/Close
Default: Blank Selection: Blank, P, B, or D
See the introduction to Phone Routing for a description of the selections.
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Ph# Test/Stat Rpt
Default: Blank Selection: Blank, P, B, or D
See the introduction to Phone Routing for a description of the selections.
Test
reports and Skeds section of the program. For Sked Function Code #9. For Sked Function Code #10.
Test
and
Status
using the account number for Area 1. If
Expand Test Rpt
includes additional system events, if the panel is currently in one of these conditions: Prog Access
OK, SDI Failure, Comm Failure, Battery Missing, Battery Low, Pt Bus Trouble, AC Failure, Params Bad Cksm, Log Threshold, Log Overflow, Bad Call to RAM, and User Tamper.
After a Reset-Bye or disable restart, the panel checks to see if the following conditions exist. If they do, the panel sends appropriate reports with the test report:
to RAM
are cleared and do not report at test time. To clear Bad Call to RAM and User Tamper
events, simply contact the panel with RAM II. To clear Log Threshold and Log Overflow contact the panel with RAM II and perform a Receive Log and Set Pointer function from the Logger menu.
Ph# Diagnostic
Default: Blank Selection: Blank, P, B, or D
See the introduction to Phone Routing for a description of the selections.
If a Parameter Checksum Fail ( report is received, the user can silence the panel’s buzzer, but cannot clear the system trouble display. To correct a Parameter Checksum Fail condition, re­load the program into the panel using RAM or the D5200
Log Threshold, Log Overflow, Bad Call
, and
Status
reports are enabled in the
Test
reports, see
Status
reports, see
reports are identified at the D6500
in Phone is YES, the
User Tamper
. All other system events
Test
report
Parm Cksum Fail
)
Ph# Relay
Default: Blank Selection: Blank, P, B, or D
See the introduction to Phone Routing for a description of the selections.
Ph# Skeds
Default: Blank Selection: Blank, P, B, or D
See the introduction to Phone Routing for a description of the selections.
Note:
The panel uses Skeds 18 to 49 for opening and closing windows and Skeds 50 to 64 for User Access Windows. Routing Skeds activity to a receiver when using these features can result in excessive receiver traffic.
Ph# RAM
Default: Blank Selection: Blank, P, B, or D
See the introduction to Phone Routing for a description of the selections.
These events are associated with RAM functions. RAM reports are identified at the D6500 using the account number for Area 1.
RAM Access Fail may indicate a wrong passcode when communicating with the panel, or a valid RAM session was terminated by a means other than a Good-bye or Reset-bye command. Log Threshold is programmed in RAM Parameters
. Remote Reset indicates a Reset-Bye
% Full
command issued from RAM. Bad Call to RAM indicates that the panel called RAM but was unable to connect.
Ph# Power/Phone
Default: Blank Selection: Blank, P, B, or D
See the introduction to Phone Routing for a description of the selections.
Log
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D9112B | Program Entry Guide | 1.0 Panel Wide Parameter EN | 19
Ph# Service
Default: Blank Selection: Blank, P, B, or D
See the introduction to Phone Routing for a description of the selections.
1.3 Power Supervision
AC Fail Time
Default: 10 Selection: 1 to 90 sec. (Blank and 0 are invalid)
Amount of time (in seconds) that AC power must be off before the D9112 responds to the AC failure. The response to restoral of AC power is delayed for the same amount of time. The panel always monitors AC. To disable audible and reporting failure responses, program the following items NO:
Fail/Res Rpt, AC Tag Along Buzz
.
0101 0101 0101
Visual AC Failure Response: When a failure occurs, the SERVC AC FAIL message displays at command centers.
You can program other AC failure responses in the program items that follow, and you can program a relay to activate in Relay Parameters.
, and
AC/Battery
AC
,
AC Tag Along
Send
AC Failure
(tag along) with other reports. To comply with UL 864 requirements for Commercial Fire Systems, program
Default: No Selection: Yes or No
Yes When AC fails, the report is not sent
No
AC Tag Along
report as an additional message
YES.
until another event occurs. The
Fail
report is sent to the receiver with
subsequent event reports until the
Restoral
reports are routed to the phone destination of the event with which it is sent. If AC power restores before any other event occurs, the report is not sent.
Note:
AC Fail
events.
report is sent. These
If both
AC Fail/Res Rpt Tag Along Failure Power/Phone
once as the primary message, and once as the “tag along” report.
reports are not tag along
are YES, two
reports are sent to the
telephone number(s),
AC
AC Fail
and
AC
AC
AC
AC Fail/Res Rpt
AC Power Supervision
central station when they occur. To comply with UL 864 requirements for Commercial Fire Systems, program
Default: No Selection: Yes or No
Yes
AC Fail/RES Rpt
AC Failure
are sent to the central station when the panel generates the event. They are routed to the telephone number for
Power/Phone
reported as Trouble Zone 0 when transmitting in BFSK.
No
AC Failure
are NOT sent when they occur. They can still be sent with subsequent reports if programmed YES.
reports are sent to the
NO.
and
AC Restoral
events. AC Failure is
and
AC Restoral
AC Tag Along
is
reports
reports
AC/Battery Buzz
Turn the command center trouble buzzer on when AC fails or the battery is low or missing. This program item does not prevent the SERVC AC FAIL or SERVC BATT LOW displays.
Default: No Selection: Yes or No
Yes Buzz command center sounder when
AC fails or the battery is low or missing. To comply with NFPA standards for fire systems, program this item YES.
No Do not audibly indicate AC failure or
battery trouble on the command center.
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Bat Fail/Res Rpt
Determines if battery (DC) power supervision reports are sent.
Default: Yes Selection: Yes or No
The battery must be discharged below 12.1 VDC for 16 sec. before the D9112 responds to a low battery (see the D9112 Operation and Installation Guide for discharge schedule).
Yes
No
Note:
When a battery problem occurs, the trouble buzzer sounds at the command centers unless it is disabled by
Buzz
1.4 Printer Parameters
Up to three D9131 Printer Interface Modules can be connected to the D9112’s SDI bus. Each printer is identified by an address of 17, 18, or 19. Options are available for assignments.
P## Scope
Press the [SPACE] bar to scroll through the selections. Press [ENT] when the correct selection appears in the display.
Default: No Printer
Battery Failure
number programmed for Power/Phone events.
Modem Reports:
BFSK Reports:
Battery Failure and Restoral reports are NOT sent to the central station.
(see AC/Battery Buzz).
Routing
and
Restoral
reports and area
reports are sent to the central station. They are routed to the telephone
Missing or shorted Discharged below 12.1 VDC Missing, shorted, low battery
Printer Address
Default: 17 Selection: 17, 18, or 19
The printer address you are programming.
BATTERY MISSING BATTERY LOW TROUBLE ZONE 9
AC/Battery
Selection: No Printer, Panel Wide, Account, and Area
No Printer Printer disabled Panel Wide Printer prints all designated events that occur panel-wide. A panel-wide printer crosses account
boundaries.
Account Printer prints all designated events that occur in the area where the printer is assigned and all other
areas that are assigned to the same account. A single account printer displays all the information in the account but cannot cross boundaries.
Area Printer prints all designated events that occur in the assigned area.
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D9112B | Program Entry Guide | 1.0 Panel Wide Parameter EN | 21
P## Area Assign
Default: 1 Selection: 1 to 8
Assign each installed printer to an area of the D9112. This allows the proper routing of events as determined by the Printer Scope. Assign printers with Panel Wide scope to Area 1. Assign printers with Account scope to an area within the account number you want to record.
System events such as power supervision, passcode changes, RAM events and such, are only sent to the printer assigned to AREA 1. To record these events, make sure a printer is assigned to Area 1 and that
PRT Non Alrm
is programmed YES for that
printer.
P ## Supervision
Use this prompt to determine if any responses are generated when the printer at this address fails. See the D9131 Printer Interface Operation and Installation Guide for conditions that are supervised.
Default: No Selection: Yes or No
Yes No report or local annunciation if this
printer fails.
No
Send an
SDI Fail
report identifying the printer address (17, 18, or 19) to the receiver if this printer fails. (Program
Diagnostic
reports for a primary phone destination in the Phone Routing Worksheet). Sends a message to all other printers as non-alarm events. Display SERVC PRINTER at all command centers. A relay can be assigned to indicate printer trouble (see Relay Assignments).
P## Prt Points
Point events include every event that can be generated by a point. Events include all of the events listed in the Fire Alarm/Restoral, Fire Tbl/Rest, AlarmRest/Cancel, and Trouble logs shown in the Phone Routing Worksheet.
Default: Yes Selection: Yes or No
Yes Print point events according to the
Printer Scope and Area Assignment. All point events are printed on the local printer regardless of how many points are programmed.
No Do not print any point events.
P ## Prt O/C
O/C events are all of the events listed in the Opening and Closing log shown in the Phone Routing Worksheet.
Default: Yes Selection: Yes or No
Yes Print Opening and Closing events
according to the Printer Scope and Area Assignment. All arming and disarming events are printed on the local printer regardless of the programming of any other prompts associated with openings and closings.
No Do not print any Opening and Closing
events.
P## Prt Non Alrm
Non-Alarm Events are all of the events except Point events and Opening/Closing events. Non-Alarm events include all of the events listed in the Test/Status, Diagnostic, Relay, Skeds, RAM, Power/Phone, and Service logs shown in the Phone Routing Worksheet. Information from reports is not printed when the
Expanded Test
Test
report is
generated.
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Default: Yes Selection: Yes or No
Yes Print non-alarm events according to the
Printer Scope and Area Assignment.
No Do not print any non-alarm events.
D9112B | Program Entry Guide | 1.0 Panel Wide Parameter EN | 22
1.5 RAM Parameters
These program items are used to enable RAM functions in the D9119.
RAM Passcode
Default: 999999 Selection: 0 to 9, A to F (6 characters required)
RAM programming security passcode. Enter six characters. Do not use [SPACE] in the passcode.
The RAM passcode must be typed into the RAM computer terminal and transmitted to the D9112 before the D9112 allows RAM Access.
When the panel is programmed to send reports in
Modem Format
panel and the passcode is incorrect, the panel sends a
Ram Access Fail
Access Fail
terminated with either a Good-bye or Reset-bye command.
Valid RAM Access
routing when a Good-bye command is entered from RAM to terminate the call.
When a Reset-bye is used to terminate the call, a
Remote Reset Valid RAM Access
log. Reports in the event log that have not been sent prior to the Reset-bye are never sent to the D6500.
Parameters Changed Ram Access Fail
whenever programming parameters are changed by RAM. A the programming with a D5200.
To disable remote programming, enter Blank in both
Parameters Changed
Valid RAM Access
Answer Armed
, if the RAM makes contact with the
report to the D6500.
is also generated when the call is not
is sent according to phone
report is sent to the D6500, and a
is placed into the panel’s event
is sent to the D6500 with the
or
Valid RAM Access
report sent without
report indicates
and
Answer Disarmed
Ram
report
.
If communication with RAM is not successful, or if there is no phone number programmed in the panel sends a
RAM
report to the D6500. This indicates that the log is filling and the panel cannot download its events.
If there is no the
Log Threshold
immediately. If there is a panel makes multiple attempts to reach RAM before sending the reports. See of dialing characteristics.
The panel will not call RAM again until it downloads the log and the again reached. These events are also sent to the panel’s event log and to the local printer(s) if installed.
The panel continues to log events after the
Threshold
capacity, the panel generates a Log Overflow event and stores it in the local event log but does not send any report to the D6500. Log Overflow events are sent with programmed YES. When the log overflows, the oldest events are overwritten by new events. If the log is not downloaded to RAM and the log pointer is not reset, no additional LOG OVERFLOW events are sent to the log.
Every time an event is generated, the event is sent to the log. Many events have “modifiers” attached to them which are stored in the log as separate events. For example, each time an area is force armed, several events are sent to the log. The log in the D9112 can store up to 499 events.
Blank disables the Log Threshold and Log Overflow events. These events are not put in the log or reported to the D6500 or to the local printer.
Test
Log Threshold
RAM Ph
programmed, the panel sends
and
Bad Call to RAM
RAM Ph
RAM Ph
and a
programmed, the
for an explanation
Log % Full
report is sent. When it reaches 100%
reports if
Expand Test Rpt
RAM Ph
Bad Call to
reports
percentage is
Log
is
,
Log % Full
Default: Blank Selection: 1 to 99 or Blank
When the event log in the D9112 reaches this percentage of its capacity, the D9112 calls the number programmed in connects to RAM, it waits for instructions from the RAM to download its event log. (See the RAM II Operation and Installation Guide for further information on call pick-up procedures.)
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RAM Ph
. When the panel
D9112B | Program Entry Guide | 1.0 Panel Wide Parameter EN | 23
RAM Call Back
Used to add an additional level of communication security to RAM sessions.
Default: No Selection: Yes or No
Yes When the D9112 hears the proper RAM passcode, it hangs up the phone, seizes the phone line, then
dials the programmed RAM phone number (see
RAM Ph
). This ensures that the D9112 only
communicates with RAM units connected to the programmed phone number.
No The RAM session is initiated immediately. No call back is required. The D9112 can engage in RAM
sessions when called from any phone number and a proper RAM passcode is identified.
RAM Line Monitor
Enables an answering machine work-around.
Default: Yes Selection: Yes or No
Yes When a telephone answering machine is programmed to pick up the phone before the D9112, the
panel listens for RAM lead-in tone. If the RAM tone is identified, the panel seizes the phone line from the other device and begins a RAM session.
You must program
Answer Armed
and/or
Answer Disarmed
proper armed state. If
RAM Call Back
is programmed YES, the panel hangs up on the phone after the RAM tone and
a proper RAM passcode is identified, then it calls the RAM phone number.
No The item should be programmed NO if you are not using RAM.
This item should be programmed NO if the panel is not sharing the phone line with an answering machine.
This item should be programmed NO if it causes false seizures of the phone line. (This indicates a device using the same frequency tone is also using the phone line to which the panel is connected.)
Answer Armed
Set telephone ring counter to answer when all areas are master armed. If any area in the panel is perimeter armed or disarmed, the
Disarmed
ring counter is used.
Answer
Default: Blank Selection: 1 to 15, or Blank
Blank No answer. 1 to 15 The D9112 answers the phone after
the specified number of rings when all areas are master armed.
Note:
Perimeter armed is considered a disarmed state for this
Answer Disarmed
Set telephone ring counter to answer when any area is in a perimeter armed or disarmed state.
Default: Blank Selection: 1 to 15, or Blank
Blank No answer. 1 to 15 The D9112 answers the phone after the
specified number of rings when any area in the system is in a perimeter or disarmed state.
Note:
Perimeter armed is considered a disarmed state for this prompt.
prompt.
and the panel must be in the
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D9112B | Program Entry Guide | 1.0 Panel Wide Parameter EN | 24
Ram Ph
The phone number the panel dials to contact RAM. The panel dials the programmed number as a result of the following events:
•
Log % Full
• The panel is contacted by RAM and
Back
threshold is achieved
RAM Call
is programmed YES
• Command 43 is initiated and the user selects the
CALL RAM option
Once in contact with RAM, RAM issues instructions to the panel. (See the RAM II Operation and Installation Guide for further information on call pick­up procedures.)
When dialing the RAM phone number, the D9112 immediately makes two attempts to reach the RAM. If the D9112 does not reach the RAM on the first two attempts, it waits ten min. then tries eight more
Default: Blank Selection: Up to 24 characters
0 to 9 Numbers zero through nine C Three sec. pause D Seven sec. dial tone detect # or * Used for the same purpose as pressing
this key on a telephone keypad when manually dialing. For example, an asterisk (*) may be needed to access your long distance service.
Blank Panel does not dial a phone number for
RAM. Use Blank when the panel is connected directly to the RAM modem (Demo Mode: the panel seizes the line then waits for instructions from RAM).
times with a ten min. interval between each attempt. One hour after the last failed attempt, the D9112 starts dialing the RAM phone number again. It immediately makes two more attempts then waits ten min. and tries eight more times with ten min. intervals between each attempt before generating a
Bad Call to RAM
report and abandoning the effort.
Note:
Command 43 Dialing Exception: When dialing the RAM phone number in response to the Command 43 CALL RAM option, the D9112 makes only one attempt. If it does not make contact with RAM, the panel abandons the effort and creates a Bad Call to RAM report.
The D9112 is pre-programmed with a seven sec. dial tone detect period. When dial tone is detected or the waiting period ends, the D9112 begins to dial. To extend the pause or dial tone detect, program a C and/or D before the prefix/area code.
Enter up to 24 of the characters in the following table to define dialing characteristics:
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D9112B | Program Entry Guide | 2.0 Area Wide Parameters EN | 25
A# Acct Number
2.0 Area Wide Parameters
This programming module contains three programming categories:
• Area Parameters
• Bell Parameters
• Opening and Closing
2.1 Area Parameters
This program item determines the account number reported for this area. An account number must be assigned to each active area.
Account numbers are used to group areas together. Each area can have a different account number, or several areas may share the same account number. The D9112 uses the account number as a reference for arming and command center text displays.
Area #
Default: 1 Selection: 1 to 8
Enter the area number you are programming.
A# Area On
Use this program to enable or disable the area specified.
Note:
Area 1 must be enabled: System events such as power and phone supervision will not report properly if Area 1 is disabled.
Default: Yes (Area 1 only) Selection: Yes or No
Yes Area is enabled. No Area is disabled.
Points assigned to this area do not generate events.
Command centers with Area scope that are assigned to this area display AREA # DISABLED.
When arming and disarming, this area number is not displayed at command centers with scope to view this area.
Status for this area is not reported with
Status
reports.
All user authority in this area is turned off while the area is disabled.
Default: 0000 Selection: For BFSK: 0000 to 0999, 0BBB to
0FFF For Modem: 0000 to 9999, BBBB to
FFFF
BFSK Only the last three digits are
transmitted. Insert a 0 as the first digit of the account number. Example: 0 2 3 4
Note:
If you want to send opening and closing reports and identify the user who armed or disarmed, assign a different account number to each active area.
Modem II Enter four characters.
A# FA Bypass Max
Default: 1 Selection: 0 to 134
The maximum number of controlled points that can be faulted (Force Armed) or bypassed when arming this area.
Force arming allows the area to be armed when points are not normal. Points that are not normal can be left out of the system during the arming procedure and do NOT detect violations. Other points operate as programmed.
Bypassing a point allows you to take a point out of the system at any time.
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D9112B | Program Entry Guide | 2.0 Area Wide Parameters EN | 26
A# Delay Res
Default: No Selection: Yes or No
Yes
No
A# Exit Tone
Default: Yes Selection: Yes or No
Sound an exit tone during exit delay at command centers assigned to this area.
A# Auto Watch
Default: No Selection: Yes or No
Yes When disarmed, this area automatically goes into watch mode regardless of the status of Watch
Restoral
area bell time expires, and the point returns to normal.
Restoral
restores, regardless of bell time.
Mode before the area is armed.
report is delayed until the
reports are sent when point
A# Exit Dly Time
Default: 60 Selection: 0 to 600
Exit delay time for this area. Select an entry that is a five sec. increment.
Points programmed for “instant” alarms generate alarms immediately. Even during exit delay.
Note:
Fail to Close reports require exit delay time: If Fail To Close in Opening and Closing is programmed
YES, you must enter an exit delay time.
Automatic Watch does not affect manual Watch Mode toggle. You can still control Watch Mode using Command 6.
No Watch Mode status is maintained between arm/disarm cycles. If the Watch Mode was ON at the
time the area was armed, it will be ON again when the area is disarmed. If the Watch Mode was OFF at the time the area is disarmed, it will be OFF when the area is disarmed.
Note:
Watch Mode does not work while the area is perimeter armed.
A# Verify Time
Default: 60 Selection: 10 to 60 sec.
Alarm Verification is designed for use with smoke detectors to reduce the number of false fire alarms. When
Verify Time
double check smoke detector point activations before generating alarm signals.
Note:
Check with your Authority Having Jurisdiction (AHJ) to determine the maximum verification time allowed.
Points are programmed individually to activate the verification feature. See Point Index. Any resettable fire point can activate alarm verification for the area to which it is assigned. Bosch Security Systems recommends the use of separate area alarm­verification relays.
is programmed, the panel can
To enable alarm verification on a point, program Point Index
Resettable
When an alarm verification point trips, the D9112 automatically removes power to all resettable points connected to the areas sensor reset removes power to the sensors for the amount of time programmed in power is reapplied, a 60 sec. confirmation window begins. If the detector is still in alarm, or trips again during the confirmation window, or if a different resettable verification point in the area trips, an alarm is generated.
Example 1:
Verify Time
verification cycle starts when the detector trips. No report is generated.
Fire Point, Alarm Verify
as Yes.
Reset Sensors
, and
relay. The
Verify Time
is set for 20 seconds. The alarm
. When
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Immediately after the detector trips, the area’s sensor reset relay interrupts power to points connected to it for the time in
When power is restored to the points, the 60 sec. confirmation window is established. If any detector reset during the verification time is tripped again during the confirmation window, an alarm is generated. If no activity occurs during this period, no alarm is generated and the verification window ends. If a verification point trips again after the window ends, a new verification cycle begins.
Table 16: Verify Time Examples
Verify Time
.
Example 2:
Verify Time
verification cycle starts when the detector trips. The following events happen as described in example 1, except the sensor reset is 50 seconds.
is set for 50 seconds. The alarm
Verification Point
Example 1: Total Cycle time 80 seconds
Example 2: Total Cycle time 110 seconds
2.2 Bell Parameters
Area #
Default: 1 Selection: 1 to 8
Enter the area number you are programming.
A# Fire Time
Default: 6 Selection: 1 to 90
Enter the number of minutes the bell rings for fire alarm points.
The bell output begins as soon as the fire alarm occurs. When the panel’s internal clock begins a new minute, it considers the first minute expired. It shuts off the bell when the programmed number of minutes expire.
If a passcode is entered to silence the bell before the time expires, and YES in Phone, a to the same phone that the alarm message is routed to.
Note:
Check with your AHJ to determine the appropriate time in your application.
Cancel
Cancel
Verify Time/Reset
Trip
☛
☛
report is programmed
report is generated and sent
Sensors
Power Removed Ignore Activity
■ 20 Seconds ■
■ 50 Seconds ■
The output for the fire bell is determined by programming in the Relays section of the program. Relay A is the programmed default providing fire bell output for all eight areas. Relay A is the D9112’s on-board relay providing powered alarm output from terminal 6. An optional D136 Relay can be installed on the D9112 to provide powered alarm output from terminal 7 (known as relay “B”).
Because the relay number is programmable by area, you may change the relay number to provide separate fire alarm outputs for each area. The relay assigned provides bell output for the number of minutes specified in parttern set in
Summary Fire
A section of the program. It does not follow bell pattern or time.
Confirmation
Generate alarm if additional activity received.
■■■■■■
■■■■■■
Fire Time
Fire Pat
.
relay is also available in the Relays
Restart Alarm Verification Cycle if an Alarm Verification Point trips.
and follows the
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A# Fire Pat
Select the bell pattern this area uses to signal an alarm on a fire point. Press the [SPACE] bar to scroll through the selections. Press [ENT] when the correct selection appears in the
display.
Default: Pulse Selection: Steady, Pulse, CaStnd, TmCod3
Steady Steady output Pulse Pulse March Time: 120 beats per minute at an even tempo CaStnd California Standard: 10 sec. audible + 5 sec. silent + 10 sec. audible + 5 sec. silent.
Note:
This sequence repeats until bell time expires.
TmCod3 Temporal Code 3: 0.5 to 1.0 sec. audible + 0.5 sec. silent + 0.5 sec. to 1.0 sec. audible + 0.5 sec. silent
+ 0.5 sec. to 1.0 sec. audible + 2.5 sec. silent.
Note:
±
This sequence repeats for a minimum of three min. with
25% timing tolerance (1991 NFPA standards
allow automatic silencing as permitted by the AHJ, and carry a minimum ring time of five min.).
A# Burg Time
Default: 6
Because the relay number is programmable by area, you may change the relay number to provide separate alarm outputs for each area. The relay assigned provides bell output for the number of
Selection: 1 to 90
Enter the number of minutes the bell rings for non­fire alarm points.
The bell output begins as soon as the alarm occurs. When the panel’s internal clock begins a new minute, it considers the first minute expired. It ends the timing and shuts off the bell when the programmed number of minutes expires.
If a passcode is entered to silence the bell before the time expires, and YES in Phone, a
Cancel
Cancel
report is programmed
report is generated and sent to the same phone that the alarm message is routed to.
The output for the alarm bell is determined by programming in the Relays section of the program. Relay A is the programmed default providing non-
minutes specified in pattern set in
Summary Alarm
A
Burg Time
Burg Pat
.
and follows the
relay is also available in the Relays section of the program. It does not follow bell pattern or time.
A# Burg Pat
Default: Steady Selection: Steady, Pulse, CaStnd, TmCod3
Select the bell pattern this area uses to signal an alarm on a non-fire point.
See
Fire Pat
for a description of each selection.
Press the [SPACE] bar to scroll through the selections. Press [ENT] when the correct selection appears in the display.
fire alarm bell output for all eight areas. Relay A is the D9112’s on-board relay providing powered alarm output from terminal 6. An optional D136 Relay can be installed on the D9112 to provide powered alarm output from terminal 7 (known as relay “B”).
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D9112B | Program Entry Guide | 2.0 Area Wide Parameters EN | 29
A# Single Ring
This program item determines if an alarm from a non-fire point can restart the alarm bell time with each alarm event, or only initiate alarm output once per arming period.
This does not silence the command center alarm bell tone, nor prevent any reports. This feature does not affect fire points. Fire points restart bell time with each new alarm.
Default: No Selection: Yes or No
Yes
No
A# Bell Test
Default: No Selection: Yes or No
Provide alarm output from the programmed
Bell Relay
In areas that report opening and closing activity, the bell test happens after the panel sends the report and receives the acknowledgement from the receiver. For proper operation of the bell, test in an area where closings are reported:
• Program a phone number and appropriate
routing for the
• Program
• Do not suppress
in O/C Windows.
• Make sure all users have the authority to
generate
• Do not restrict
• If you are using opening and closing windows,
be sure that programmed NO in Open/Close Options.
In areas that do NOT report opening and closing activity, the alarm bell relay output for this area is activated for two sec. after exit time expires. For proper operation of the bell test, program NO.
One bell output per arming. After one alarm during the armed period, alarms on non-fire points in the same area cannot restart the bell.
Restart bell output with each alarm event.
Alarm
for two sec. after arming the area.
Closing
Open/Close
Area O/C
YES.
Opening
Closing
reports.
Opening
Disable O/C in Window
report group.
and
Closing
and
Closing
reports
reports.
is
Area O/C
0101 0101 0101
Bell test may be erratic. If several areas programmed for bell test are armed at the same time, and all the areas share the same alarm bell relay, the relay operation may be erratic, or longer than expected.
For example, if all eight areas are programmed for bell test, share the same alarm bell relay, have the same exit delay time, and are armed at the same time, the bell may ring for as long as 16 sec. during the bell test.
2.3 Opening and Closing
Use this programming category to define opening and closing supervision characteristics for each area in the D9112. In this category are two programming modules: Open/Close Options and O/C Windows. Additional programming in Authority Lvi Assign and Phone Routing modules can affect
Closing
recommends that you review all four of these modules before programming the D9112.
All arming and disarming activities create local events which are stored in the panel’s event log and printed on the local printer, if installed. Programming determines if the reports are sent to the central station.
About the default programming: To enable typical area supervision in Modem II, the only programming change needed is to select a phone destination for the reports in Phone Routing,
2.3.1 Open and Close Options
There are two different ways to generate and generate account status and/or according to area status.
Account Opening and Closing Reports
Whether are generated or not depends on programming in
A# Acct O/C
Area Opening and Closing Reports
Whether generated or not depends on programming in
Area O/C
reports. Bosch Security Systems
Closing
Opening
Opening
reports from a D9112. You can
and
and
Closing
Account Opening
in this section of the program.
Area Opening
in this section of the program.
and
Opening
Closing
report
Open/Close
Opening
reports according to
and
Closing
Closing
reports are
and
.
reports
A#
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