Bosch 7412 G User Manual

							D9412G/D7412G | Program Entry Guide | 2.0 9000MAINEN | 71
Bosch Security Systems | 1/04 | 47775E
0101
0101
0101Programming Tip #4:
Fire Trouble Resound was added to
firmware versions 6.20 and later. This
feature, when enabled, resounds the Fire
Trouble condition at 12:00 PM or 12:00
AM if the Fire Trouble condition still exists.
It does not, however, retransmit the Fire
Trouble condition at the specified time.
The Fire Trouble Event is only sent, if
programmed to do so, at the time it
occurs.
• To disable the Fire Trouble Resound
feature, program a 0 in Area 6’s Silent
Alarm Relay entry.
• To enable the Fire Trouble Resound
feature at 12:00 PM, program a 61 in
Area 6’s Silent Alarm Relay entry.
• To enable the Fire Trouble Resound
feature at 12:00 AM, program a 62 in
Area 6’s Silent Alarm Relay entry.
Note:
Programming a value other than 0, 61, or 62
enables the Fire Trouble Resound feature at
12:00 AM.
Beginning in Firmware version 6.30 and
higher, a Fire Trouble Resound prompt
was added to Section 6.7 Miscellaneous.
This prompt operates as described.
0101
0101
0101Programming Tip #5:
Perimeter Armed Relay was added to
firmware versions 6.20 and later. This
feature, when enabled, turns the Fail to
Close Relay function into a Perimeter
Armed Relay function.
To switch the Fail to Close Relay into a
Perimeter Armed Relay function, program
a 63 in Area 7’s Silent Alarm Relay entry.
Then, program a relay number into the
appropriate area you wish to activate when
the area becomes Perimeter Armed
(COMMAND 2, COMMAND 3, or
COMMAND 8). See Programming Tip #2
for additional information.
2.13.2 Panel-Wide Relays
The following eleven relay options activate when
they occur anywhere in the control panel. They are
not restricted by area boundaries.
AC Failure
Default:Blank
Selection:Blank, 1 to 128 (1 to 64 for D7412G),
A, B, or C
Activates when the control panel responds to an AC
power failure as programmed in 
AC Fail Time in
Section 2.5 Power Supervision. This relay automatically
resets when AC power is restored.
Use this relay as an option to create
audible annunciation using the command
centers for all applications excluding
commercial fire systems.
Battery Trouble
Default:Blank
Selection:Blank, 1 to 128 (1 to 64 for D7412G),
A, B, or C
Activates when battery voltage falls below 85% of
capacity (12.1 VDC) for a fully charged (13.8 VDC)
battery, or when the battery is in a missing
condition. This relay automatically resets when
battery power is restored.
Use this relay as an option to create
audible annunciation using the command
centers for all applications excluding
commercial fire systems.
Phone Fail
Default:Blank
Selection:Blank, 1 to 128 (1 to 64 for D7412G),
A, B, or C
Activates when a telephone line failure occurs. A
time must be entered in Ph Supv Time (see Section
2.2 Phone Parameters) for this relay to activate. This
relay automatically resets upon restoral of the phone
line(s). 
						

							D9412G/D7412G | Program Entry Guide | 2.0 9000MAINEN | 72
Bosch Security Systems | 1/04 | 47775E
Comm Fail
Default:Blank
Selection:Blank, 1 to 128 (1 to 64 for D7412G),
A, B, or C
This relay activates when a control panel is unable
to communicate a report after making ten attempts
to each routing destination. At the same time, COMM
FAIL RT ## displays at the command center. This
relay automatically resets when a report is sent
successfully.
Use this relay to report primary digital
report failure to an alternate
communication device.
Log % Full
Default:Blank
Selection:Blank, 1 to 128 (1 to 64 for D7412G),
A, B, or C
Enter the number of the relay that activates when
the log reaches the programmed percentage of its
capacity as programmed in RAM Parameters
program item Log % Full. This relay provides a
steady output until a Get Log and Set Pointer is
performed from the RPS.
Summary Fire
Default:Blank
Selection:Blank, 1 to 128 (1 to 64 for D7412G),
A, B, or C
Enter the number of the relay that activates when
any Fire point in the system (
P## Type 0, P## Fire
Yes) goes into alarm. This relay provides a steady
output until all Fire points in the system are returned
to normal.
Summary Alarm
Default:Blank
Selection:Blank, 1 to 128 (1 to 64 for D7412G),
A, B, or C
Enter the relay’s number that activates when a Non-
fire point goes into alarm. This relay provides a
steady output until the alarm is acknowledged by a
valid passcode then cleared from alarm memory
with an acknowledgment at the command center.
This relay does not activate for silent
alarms.
Summary Fire Tbl
Default:Blank
Selection:Blank, 1 to 128 (1 to 64 for D7412G),
A, B, or C
This relay activates when any Fire point in the
control panel is in trouble, or if a Fire Supervision
point is missing. This relay provides a steady output
until all Fire points restore to a normal condition.
Summary SupFire
Default:Blank
Selection:Blank, 1 to 128 (1 to 64 for D7412G),
A, B, or C
Activates when any Fire Supervisory point in the
control panel is in a supervisory condition (off
normal). This relay provides a steady output until all
Fire Supervisory points are restored to a normal
condition.
Summary Trouble
Default:Blank
Selection:Blank, 1 to 128 (1 to 64 for D7412G),
A, B, or C
Activates when any Non-fire point in the control
panel is in a trouble condition. This relay provides a
steady output until the user at the command center
acknowledges the trouble.
Summary SupBurg
Default:Blank
Selection:Blank, 1 to 128 (1 to 64 for D7412G),
A, B, or C
Activates when any Non-fire Supervisory point in
the control panel is in a supervisory condition, or if a
Supervisory Burg point is missing. This relay
provides a steady output until it is acknowledged at
the command center. 
						

							D9412G/D7412G | Program Entry Guide | 3.0 RADXUSR1/RADXUSR2EN | 73
Bosch Security Systems | 1/04 | 47775E
3.0 RADXUSR1/RADXUSR2
3.1 Passcode/Token Worksheet
These programming items assign user groups 001 to
249 a passcode, area assignment by authority level,
and a User Group Window.
0101
0101
0101Two handlers in the D5200 Programmer are
used to program the users. RADXUSR1
Handler programs users 000 to 124.
RADXUSR2 programs users 125 to 249
(D9412G only).
3.1.1 User Groups
For the D9412G, there are 249 groups (99 groups for
the D7412G) consisting of one user with a passcode
and token, (master) and three users with
tokens/cards but not a passcode (sub-user). All users
in the group share the same authority level as the
master user.
3.1.2 Passcodes
Only the master user is assigned a passcode. The
passcode can be three to six digits. Entering three
digits in 
User ### chooses the master user.
Programming the 
U### Passcode assigns a
passcode to the master user. Sub-users cannot use
the passcode. While the system allows tokens/cards
to be added to USER 0 (service passcode), the
tokens/cards do not function because the service
passcode uses Authority Level 15.
3.1.3 User Group Window
Use 
U### User Group to enable/disable the
U### Passcode for up to eight different time
periods throughout the day. Assign the number (1 to
8) programmed in 
U### User Group to a User
Windows #
.  If the user is outside a window,
COMMAND DISABLED appears on the command
center after the user enters the passcode and presses
[ENTER].
This window does not affect tokens/cards, it
only affects the passcode of the master
user.
3.1.4 Authority Level by Area
A user group is assigned an authority level of 1
through 14 for each area using the 
U### Area #
Auth
 prompt. The authority level can be different
for each area. Not programming an authority level
for an area is indicated by the NOT AUTHORIZED
display on the command center.
When using the Add/Change User function
at the command center, the authority levels
and the changes made affect the master
user’s passcode and the entire group’s
token/cards.
When using the ACCESS CTL LVL function
at the command center, the whole group is
affected by whether the level is on or off for
access control functions only.
When using the DELETE USER? function,
the whole group is deleted. There is no
means to delete each user within the group
individually. It is recommended that you use
the ADD/CHG USER? function to change a
user token/card instead of deleting the
whole group.
3.1.5 User Name
Each user group can be assigned one 
U### Name.
This name is logged and reported to the central
station for all the users in the group. The user ID is
used to differentiate which user’s token/card was
executed.
Beginning with v6.30, when using a D1260
Command Center, User 249 text is used
for contact information text (such as
telephone numbers). If a D1260 is installed
on the system, do not use User 249 for
user ID information.
3.1.6 Tokens/Cards
The master user assigned the passcode can also be
assigned a token/card. This is done by programming
the 
U### Mstr Site and U### Mstr C/D.
Three more token/cards are assigned to the user
group for sub-users using the 
U### SU# Site and
U### SU# C/D.
3.1.7 Reporting and Logging
Modem Format must be Yes for the following
reports to the central station. Regardless of the
reporting format, they log and print at the local
printer as shown. Each sub-user is identified by the
master user’s three-digit number plus an extension of
0, 1, 2, or 3. These numbers are called Sub-user ID
Codes.
Figure 3 shows all the users for User Group 122 as
they would appear. 
						

							D9412G/D7412G | Program Entry Guide | 3.0 RADXUSR1/RADXUSR2EN | 74
Bosch Security Systems | 1/04 | 47775E
Figure 3: User Group 122 Example
Master User:
ID 122.
♦CRD ID 122-0
♦Sub User -1:   ID 122-1
CRD ID 122-1
♦Sub User -2:   ID 122-2.
CRD ID 122-2
♦Sub User -3:   ID 122-3.
CRD ID 122-3
2
1
1 - User passcode
2 - User token/card
0101
0101
0101In reporting systems using modem format, all three digits of the User ID Code are transmitted to the
central station with appropriate reports. Central station automation computer systems may only accept
Zonex and COMEX style User Ids. See Point/User Flag in Section 2.1 Phone.
In BFSK, only one number is transmitted. This number represents a group of ten users as shown in Table 28.
Users 100 through 249 do not report in BFSK format.
Table 28: BSFK User Code Report
User Code
000 to 009User Code
010 to 019User Code
020 to 029User Code
030 to 039User Code
040 to 049User Code
050 to 059User Code
060 to 069User Code
070 to 079User Code
080 to 089User Code
090 to 099
BFSKReport0
BFSKReport1
BFSKReport2
BFSKReport3
BFSKReport4
BFSKReport5
BFSKReport6
BFSKReport7
BFSKReport8
BFSKReport9
User ###
Default:001
Selection:000 or 001 to 249 (001 to 099 for the
D7412G)
Enter the User number you are programming.
0101
0101
0101User 000 is the Service Authority Level
(Level 15). You cannot change the
programming for user 000.
Only the Service Authority Level (User
000) can delete User 000. When a user
other than User 000 tries to delete the
passcode for User 000, the command
center displays NOT IN USE.
User 000 cannot be added/changed at the
command center whether it exists or not.
U### Passcode
Default:See Program Record Sheet
Selection:Three to six digits ( 0 to 9)
Enter three to six digits to enable a passcode for the
master user in this group.
0101
0101
0101User I.D.000 is the Service Passcode. The
default Service Passcode is 123.
The programmer does not allow you to
enter any passcode number that could
conflict with a duress passcode. If Duress
Type is a 1, passcodes within a range of 1
for existing passcodes cannot be entered.
This rule applies even if duress is disabled.
For example, once a passcode of 654321
is entered, 654322, 654323, 654320,
and 654329 cannot be entered. 
						

							D9412G/D7412G | Program Entry Guide | 3.0 RADXUSR1/RADXUSR2EN | 75
Bosch Security Systems | 1/04 | 47775E
A silence bell authority is built into all
authority levels, even if they are the default
and none of the available programmable
functions are enabled. A user passcode
can silence a Fire/Burg bell as long as any
authority level is assigned to the area
where the bell can be silenced.
U### User Group
Default:Blank
Selection:Blank, 1 to 8
Use this parameter to create a group of up to 249
users (99 for the D7412G) whose combinations can
be enabled/disabled using an automatic user
window. This is the number entered into the 
W#
User Group
 for any active W# User Window.
Multiple windows can be programmed for one user
group (up to eight) within one 24-hour period. For
example, if User Group 1 has a window running
from 8:00 AM (start time) to 4:00 PM (stop time),
the users for that group may use their passcodes only
between that time. Between 4:00 PM that day and
8:00 AM the next day, the users may not use their
passcodes.
0101
0101
0101
To enable this user’s passcode at all times,
leave U### User Group blank.
User Group Window times cannot be changed from
the command center. Once a window is assigned to
a user group, the users in that group rely on the
window to be active (within the start and stop times)
for their passcodes to function. The only way to
disable the window is by reprogramming the control
panel from the D5200 or RAM.
U### Area 1 [through Area 8] Auth
Default:See Program Record Sheet
Selection:1 to 14 or Blank
Assign an authority level to the user for this area.
Blank means the user has no authority in this area.
U### Name
Default:See Program Record Sheet
Selection:Sixteen alphanumeric characters
Enter Alphabetic-characters A to Z in capital letters
Period (.), comma (,), percent (%), parentheses [()],
equal (=), greater/less than (), exclamation (!),
braces ({}), apostrophe (’), carat (^), grave accent (`),
tilde (~), semi-colon (;), and colon (:) are not
allowed.
Enter up to sixteen characters of text for this user
group.
Programming this group with a
departmental, team, or function name
identifies all the users in this group in a
function related manner, such as
ENGINEERING.
Card Data Format
The D9412G/D7412G and D9210B Controller
comply with the 26-BIT Wiegand card data format.
In essence, the format consists of 26 bits (3.2 bytes)
of data. The first bit is used for the even parity. The
next 8 bits (first byte) is used for the 
U### Site
Code
. The next 16 bits (second and third byte) are
used for the 
U### Card Data. The last bit is used
for the odd parity.
As long as the reader and tokens/cards you are using
are 26-BIT Wiegand compatible, they function with
this system.
Use only the readers identified as being compatible
with the D9210B door control module. Information
on these readers can be found in the D9210B O/I
Manual.
For more information, see the Security Industry
Association (SIA) Access Control 26-BIT Wiegand
Reader Interface Standard.
U### Mstr Site
Default:Blank
Selection:000 = (0) to 254 or Blank (255)
Master User ### Site Data
Enter the first three decimal numbers on the back of
the token/card. This is the first byte (bits 2 through
9) of data for a 26-bit Wiegand card. This is called
the site number. Tokens/cards with a site code of
255 are not compatible with the D9412G/D7412G
Control Panels. 
						

							D9412G/D7412G | Program Entry Guide | 3.0 RADXUSR1/RADXUSR2EN | 76
Bosch Security Systems | 1/04 | 47775E
0101
0101
0101Converting hexadecimal to decimal: If
your card label contains letters as well as
numbers, the number is hexadecimal.*
Convert the hexadecimal number to
decimal using your calculator. If you cannot
convert in this way, use the reader and the
Add/Chg User? Function to add the
tokens/cards.
Perform the following test to confirm you
can convert properly:
Use 319EB0 as the hexadecimal number.
On your calculator, press [HEX]. Enter all
the hexadecimal characters into the
calculator. Press [DEC] and your
hexadecimal characters convert to the
following eight digits: 03251888. The site
number is 032.  Enter it in U### Mstr
Site. Your card data is 51888. Enter it into
U### Mstr C/D.
*  A hexadecimal number can contain all
numerals. If the code does not work try
converting the number from
hexadecimal to decimal.
Always tag your tokens before adding
them to the system so you do not mix them
up. Use the CRD ID ###-# number to
index them.
U### Mstr C/D
Default:Blank
Selection:00000 = (0) to 65534 or Blank (65535)
Master User ### Card Data
Enter the remaining five decimal numbers on the
back of the token/card. This is the second and third
byte (bits 10 through 25) of data for a 26-bit
Wiegand card. This is called the card data.
You must program 
U### Mstr Site before
programming this prompt.
U### SU1 through SU3 Site
Default:Blank
Selection:000 = (0) to 254 or Blank (255)
Sub-users one through three Site Data.
U### SU1 through SU3 C/D
Default:Blank
Selection:00000 = (0) to 655354 or Blank
(65535)
Sub-users one through three card data. 
						

							D9412G/D7412G | Program Entry Guide | 4.0 RADXPNTSEN | 77
Bosch Security Systems | 1/04 | 47775E
4.0 RADXPNTS
4.1 Point Index
Use this programming module to construct
personality types for points used in the system. The
Index numbers are used in Point Assignments. Each
unique point index number determines the control
panel’s responses to specific conditions occurring on
the Protective points.The NEW RECORD program contains default
entries and descriptions that match RPS defaults for
point indexes. See the D9412G/D7412G Program
Record Sheet for defaults.Point Index
Default:1
Selection:1 to 31
The number of the point personality you are
programming. You can define up to 31 individual
personalities.
P## Type
Default:See Program Record Sheet
Selection:0 to 9
P ##
TypeDescription
0
24-hour: A 24-hour point is not turned on and off from a command center. 24-hour points are
armed all the time, and can be used for fire protection (see the 
P ## Fire Point prompt in Section
4.1.1 Point Responses), panic, medical, and police alerts.
24-hour points can be programmed as bypassable. Consider the application carefully before using
the bypassable option. Bypassable 24-hour points should be programmed to Buzz on Fault.
When a 24-hour point is bypassed, send the report as it occurs. If the area contains all 24-hour
points, the area is never armed or disarmed. A Deferred Bypass Report is not sent.
24-hour protection for fire doors, roof hatches, and so on. Instead of programming this type of
protection as a 24-hour point, consider using a Perimeter point type with a Point Response of 9 to E.
24-hour points do not show faults when an arming function is entered, but Perimeter points do.
When programming this type of protection, consider also using the Buzz on Fault and Local While
Disarmed options.
1
Perimeter: Perimeter points are armed with all Arming functions. Points programmed as perimeter
can also be armed as a group (using Perimeter-Arming functions) separately from points
programmed as interior. This lets the user partially arm the system to establish Perimeter protection
while occupying the interior of the protected premises.
Perimeter points can be programmed to initiate entry delay time. If the point initiates entry delay, it
can also initiate an entry tone.
When a Perimeter point is programmed for entry delay, entry delay time is always provided. If the
area is in entry delay when a second Perimeter point trips, the control panel compares the remaining
entry delay time to the time programmed for the second Perimeter point. If the second Perimeter
point’s entry delay time is less than the remaining time, it shortens the entry delay time.
Perimeter points programmed for an instant point response, generate an alarm immediately when
tripped, even during entry or exit delay. 
						

							D9412G/D7412G | Program Entry Guide | 4.0 RADXPNTSEN | 78
Bosch Security Systems | 1/04 | 47775E
P ##
Type
SelectionDescription
2
Interior: Interior points are armed only by master arming the area. They are NOT armed when
using Perimeter Arming functions. These points are typically used to monitor interior detection
devices such as interior doors, motion detectors, photoelectric beams, and carpet mats.
Instant Interior Points: Interior points are usually programmed for an instant alarm (see Section
4.1.1 Point Responses). Points programmed for instant alarms generate alarms immediately, even
during entry or exit delay.
Delayed Interior Points: Interior points can be programmed for a delayed point response. A
delayed response means that if the point is tripped while the area is armed, it initiates entry delay. It
does not generate an alarm until entry delay expires.
When an Interior point is programmed for entry delay, entry delay time is always provided. If the
area is in entry delay when the Interior point trips, the control panel compares the remaining entry
delay time to the time programmed for the Interior point. If the Interior point’s entry delay time is
less than the remaining time, it shortens the entry delay time.
Delayed points can also initiate an entry tone at the command center (see the 
P## Ent Tone Off
prompt in Section 4.1.1 Point Responses).
In some cases, you may need to create an Interior point that causes an instant alarm only if entry
delay protection is not tripped first. Use Interior Follower to create this type of protection.
3Interior Follower: Interior Follower points are armed only by master arming the area. They are
NOT armed when using Perimeter-Arming functions.
An Interior Follower point does not create an alarm if it trips while the area is in entry delay. An
Interior Follower does not change the amount of remaining entry delay time.
If no entry delay is in effect when the Interior Follower trips, it creates an instant alarm.
You must program a delayed Point Response (4, 5, 6, 7, or 8) for an Interior Follower point. The
control panel ignores the entry in 
P## Entry Delay for an Interior Follower point.
Note:
It may be necessary to increase the debounce count for Interior Follower points to prevent Interior Follower
points from going into alarm before the control panel recognizes that a Perimeter Delay point was faulted.
Program the Interior Follower’s debounce for one number higher than the debounce count on Perimeter delay 
						

							D9412G/D7412G | Program Entry Guide | 4.0 RADXPNTSEN | 79
Bosch Security Systems | 1/04 | 47775E
P ##
TypeDescription
Keyswitch Maintained: Program Point Response as 1. Do not connect initiating devices to a
Keyswitch point.
Normal:The area is disarmed.
Short:When this point changes from normal to open, the area arms.
Open:A short is a trouble when the area is disarmed. A short is an alarm when the area is
armed. When this point changes from shorted to normal or open, it restores.
Program Point Response as 2, the point responds as follows:
Normal:When this point changes from open to normal, the area arms.
Open:The area is disarmed.
Short:A short is a trouble when the area is disarmed. A short is an alarm when the area is
armed. When this point changes from shorted to normal or open, it restores.
4*
Trouble and Restoral Reports are not sent if 
Local While Disarmed is Yes.
Alarm and Restoral Reports are not sent if 
Local While Armed is Yes.
Keyswitch Momentary: Used for area arming and disarming. Point Response must be
programmed 1. Do not connect initiating devices to a Keyswitch point.
N→S→N:When this point momentarily changes from normal to shorted to normal, it toggles
the armed state of the area.
Open:An open is a trouble while the point is disarmed. An open is an alarm while the
point is armed.
When this point changes from open to normal, it restores.
5*
Trouble and Restoral Reports are not sent if 
Local Disarmed is Yes.
Open/Close Point: Used for point arming and disarming. Point Response must be programmed 1.
Local bells are silenced through the command center.
Normal:The point is armed and sends a Point Closing Report. A Point Closing Report is not
sent if Local Armed is Yes.
Open:An open is an alarm when the point is armed. An open is a trouble when the point
is disarmed. Alarm and Restoral Reports are not sent if 
Local Disarmed is Yes.
6*
Short:The point is disarmed and sends a Point Opening Report. A Point Opening Report
is not sent if 
Local Armed is Yes.
*Keyswitch Points. Special rules apply to points used for Keyswitch functions. These special point types do not respond
the same way to the point response entry as Point Types 1, 2, and 3. Responses for keyswitch point types are described in
Section 4.1.1 Point Responses. 
						

							D9412G/D7412G | Program Entry Guide | 4.0 RADXPNTSEN | 80
Bosch Security Systems | 1/04 | 47775E
P ##
Type
SelectionDescription
D279 (O/C Non-Priority): The D279 provides point arming and disarming independent of the area
arm state. A non-priority D279 point arm state does not affect the area arm state. 
Point Response
must be programmed 1. Local bells are silenced through the command center. For bell control at the
D279, use P## Type 8.
Cut the W1 jumper on the D279 to send Point Opening and Point Closing Reports. If the D279’s
W1 jumper is not cut, no Open or Close Report is sent, regardless of control panel programming.
Normal:The point is armed and sends a Point Closing Report. Point Closing Report is not
sent if 
Local Armed is Yes.
Open:The point is disarmed and sends a Point Opening Report. A Point Opening Report
is not sent if Local Armed is Yes.
7*
Short:A short is an alarm when the point is armed. A short is a trouble when the point is
disarmed. Alarm and Restoral Reports are not sent if 
Local Disarmed is Yes.
D279 (O/C Priority): The D279 provides point arming and disarming independent of the area arm
state. A priority D279 point must be armed before an area can be armed. Program 
Point Response
as 2.
Cut the W1 jumper on the D279 to send area Opening and Closing Reports as programmed in Area
Parameters and to provide bell control. If the D279’s W1 jumper is NOT cut then no Area Open or
Area Close Report is sent, and alarm bells can only be silenced from a command center, no matter
how the control panel is programmed.
Normal:When this point changes from open to normal, the area arms.
Open:The area is disarmed. The alarm bell silences if an alarm occurred while the area
was armed.
8*
Short:A short is a trouble while the area is disarmed. A short is an alarm while the area is
armed. When this point changes from shorted to normal or open, it restores.
9*
Easikey: This point is programmed for access. Program Point Response as 1. If the system is
Master Armed or Perimeter Armed (with or without delays), presenting a valid token to the Easikey
reader shorts the point and disarms its assigned area. Presenting a valid token in a Disarmed state
does not clear trouble or alarm memory or rearm the area.
*Keyswitch Points. Special rules apply to points used for Keyswitch functions. These special point types do not respond
the same way to the point response entry as Point Types 1, 2, and 3. Responses for keyswitch point types are described in
Section 4.1.1 Point Responses.