Bosch 7412 G User Manual

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S## Door 1 [through 8]
Default: NoYesEnable the reporting
of No Entry Events
for Door #.
24No Entry Events Off: The control
panel can log No Entry Events
when an invalid token is detected
for a specific door. No Entry
Events include No Entry-Secured,
No Entry-Interlock, No Entry-
Unknown ID, and No Entry-Level.
These events can be directed to
print at a local printer or report
remotely through phone routing.
This sked disables No Entry
Events to be reported for Door #.Selection: Yes or No
This parameter disables the reporting
of No Entry Events for Door #.NoDo not enable the
reporting of No
Entry Events for
Door #.
Sked Functions 28 and 29 are available only in firmware versions 6.30 and higher. RPS version 3.5 and
RADXSKED handler version 1.02 and higher must be used to program these new skeds.
28 Expanded Off-Normal Test Report: To generate this event, one or more points must be in an off-normal
state at the time the sked executes. In addition, any system trouble that is active also generates an Expanded
Off-Normal Test Report. Expanded Off-Normal Test Reports include the Off Normal Test Report Event as
well as the supplementary event at the time the report is generated.
The Event Log only shows a Test Report Event.
If none of these conditions exist at the time the sked executes, only a Sked Executed Event is generated and
the Off-Normal Test Report is not sent.
To meet UL 864 daily Test Report requirements (when using two phone lines) you must still use Sked
Function Code 9, Test Report and program it to occur on a daily basis as per AHJ requirements.
29
Non-Expanded Off-Normal Test Report: Non-Expanded Off-Normal Test Report Events are only sent
when any point is in the off-normal state from any area, but only sends the Off Normal Test Report Event. In
addition to this, any system trouble that is active also generates a Non-Expanded Off-Normal Test Report.
The Event Log only shows a Test Report Event.
If none of these conditions exist at the time the sked executes, only a Sked Executed Event is generated and
the Non-Expanded Off-Normal Test Report is not sent.
To meet UL 864 daily Test Report requirements (when using two phone lines), you must still use Sked
Function Code 9, Test Report and program it to occur on a daily basis as per AHJ requirements. 
						

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S## Time
Default:00:00
Selection:HH:MM (hours and minutes)
Enter the time that the sked executes. Make entries
using a 24-hour clock (for example, 7:00 AM is
entered as 07:00, 2:45 PM is entered as 14:45).
Disabled skeds have a blank time. If you copy the
control panel and the entry for this prompt is blank,
but times were at one time programmed, the sked
may be disabled from the command center using the
Change Skeds function.
To program a time:
4. Press the two digits representing the hour.
5. The cursor advances past the colon (:) in the
display.
6. Press the two digits representing the minutes.
7. Press [ENTER].
S## Date
Default:_ _ / _ _
Selection:MM/DD (month and date)
Enter the date that the sked executes.
Disabled skeds have a blank date. If you copy the
control panel and the entry for this prompt is blank,
but dates were programmed before, the sked may be
disabled from the command center using the
Change Skeds function.
To program a date:
8. Press the two digits representing the hour.
9. The cursor advances past the colon (:) in the
display.
10. Press the two digits representing the minutes.
11. Press [ENTER].
S## Sunday
Default:No
Selection:Yes or No
Yes Activate this sked on Sundays.
No Do not activate this sked on Sundays.
This prompt and the next six prompts select the
days of the week that the sked is active.Exceptions:
To prevent the sked from activating on certain days
of the year, program 
Xept Holiday Yes, and enable
at least one Holiday Index. When 
Xept Holiday is
programmed Yes, the window executes on the days
of the week programmed unless the date is
designated as a holiday by the Holiday Index
selected.
If a sked is only needed on certain days of the year,
do not program the sked to execute on any days of
the week. Instead, program 
Xept Holiday No, and
select a Holiday Index with the dates you want the
window to be active.
S## Monday
Default:No
Selection:Yes or No
S## Tuesday
Default:No
Selection:Yes or No
S## Wednesday
Default:No
Selection:Yes or No
S## Thursday
Default:No
Selection:Yes or No
S## Friday
Default:No
Selection:Yes or No
S## Saturday
Default:No
Selection:Yes or No 
						

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S## Xept Holiday
Default:No
Selection:Yes or No
Yes Prevent this sked from operating on
the holidays identified in the specific
Holiday Index(es) used with this sked.
Specific Holiday Indexes are selected
in this programming section and
programmed in the next programming
module.
No This sked operates on holidays
programmed in the Holiday Index(es)
used with this sked.
If no days of the week are programmed, this sked
operates only on the holidays programmed in the
Holiday Index(es) used with this sked. This sked also
operates if the holiday falls on a day of the week that
is programmed.
S## Holiday 1
Default:No
Selection:Yes or No
Yes Use Holiday Index 1 with this sked.
No Do not use Holiday Index 1 with this
sked.
S## Holiday 2
Default:No
Selection:Yes or No
S## Holiday 3
Default:No
Selection:Yes or No
S## Holiday 4
Default:No
Selection:Yes or No
5.3 Holiday Indexes
This programming module has two sections:
Add/Change/Delete and View Holidays. Use the
Add/Change/Delete section to program the Holiday
Indexes. The View Holidays section is a view-only
section provided for your convenience. Use View
Holidays to review the dates programmed in the
Holiday Indexes.
5.3.1 Add/Change/Delete
Program the dates for each of the Holiday Indexes.
You can program up to four Holiday Indexes in the
control panel. Within each index, you can select up
to 365 dates to be designated as holidays.
The Holiday Indexes function independently of each
other. The same day can be programmed in all four
schedules. Holiday Indexes are used in
programming O/C Windows, User Access
Windows, and skeds.
Date
Default:_ _ / _ _
Selection:MM/DD (month and date)
This entry selects the month and day you are
designating as a holiday.
To program a date:
12. Press the two digits representing the month.
The cursor advances past the slash (/) in the
display.
13. Press the two digits representing the day of the
month.
14. Press [ENTER].
To delete a date:
1. At the 
Date prompt, enter the month and day
you want to delete and press [ENTER].
2. Advance to the holiday index number that you
want to delete the date from. Change the entry
to No. Press [ENTER].
If you want the date completely removed as a
Holiday, it must be programmed No for all of
the Holiday Index # entries. 
						

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Holiday Index 1
Default:No
Selection:Yes or No
Yes Use this date in Holiday Index 1.
No
Do not use this date in Holiday Index
1.
Holiday Index 2
Default:No
Selection:Yes or No
Holiday Index 3
Default:No
Selection:Yes or No
Holiday Index 4
Default:No
Selection:Yes or No
5.3.2 View Holidays
The View Holidays section is a view only section
provided for your convenience. Use View Holidays
to review the dates you programmed into each of
the Holiday Indexes.
You can view the first 100 dates programmed in
each of the indexes.
Index 1 Days
Default:Blank
Selection:Enter group or press [↓] key
Press [ENTER GROUP] to view the dates
programmed in 
Holiday Index 1.
Press [↓] key to advance to the next Holiday Index.
Index 2 Days
Default:Blank
Selection:Enter group or press [↓] key
Index 3 Days
Default:Blank
Selection:Enter group or press [↓] key
Index 4 Days
Default:Blank
Selection:Enter group or press [↓] key 
						

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6.0 RADXAUX1
6.1 Introduction
The RADXAUX1 Handler is primarily used for
programming Enhanced Communication capabilities
for the 9000 Series Control Panels. As new features
(that require new programmable prompts) are
added, they will most likely be added to a new
revision of this handler.
“Enhanced communications” represents the ability
to provide new communication functions for the
control panels using the SDI bus including:
• Routing control panel events to a D9133TTL-x
module.
• Communicating with RPS using a D9133TTL-x
module.
• Communicating with a remote or local head-end
software package.
6.2 RPS and D5200 Handler
Requirements
In order to program the RADXAUX1 parameters
for the control panels, you must use RPS version 2.8
or higher and a handler called RADXAUX1. To
add the RADXAUX1 Handler to your D5200
Programmer, call the Bosch Security Systems
Handler Update System at (800) 657-4584.
This handler currently has six sections: SDI
Automation, SDI RAM Parameters, Enhanced
Communications, SDI RAM/Enhanced
Communication Configuration, Miscellaneous, and
Cross Point Parameters. The D5200 Handler
required for these options is found in the
RADXAUX1 Handler version 1.0 and is available
on the Handler Update System at Bosch Security
Systems.
6.3 SDI Automation
Define the characteristics of the D9133 Serial
Interface Module when used with Home or Business
Automation software. The D9133 Serial Interface
Module is a bi-directional SDI to RS-232 Interface
Module that allows the control panels to
send/receive information to/from an external
software program. This Automation protocol allows
external software programs to interact and perform
functions such as: arming and disarming areas,
changing user passcodes and names, and turning
relays on and off. The following items allow some
simple configuration options; however, to receive
the D9133 Automation protocol you must contact
Bosch Security Systems Technical Support at 888-
886-6189.
Enable SDI Auto
Default:No
Selection:Yes or No
Yes Enable Automation software.
No Disable Automation software.
Turning this item to Yes enables the automation
address (SDI Address 80).
Baud Rate
Default:9600
Selection:300, 1200, 2400, 4800, 9600, 14.4 K
This item determines the baud rate between the
D9133 and the external hardware connected to it.
Since the SDI bus communicates at 9600 baud,
Bosch Security Systems recommends that this
prompt also be kept at 9600 baud. Pressing the
[SPACE] bar on the D5200 toggles through the
available options.
Parity/Stop
Default:No/1
Selection:No/1, No/2, Odd/1, Even/1
No/1 No parity, 1 stop bit
No/2 No parity, 2 stop bits
Odd/1 Odd parity, 1 stop bit
Even/1 Even parity, 1 stop bit
This prompt addresses two items: Parity and the
number of stop bits. Pressing the [SPACE] bar on
the D5200 toggles through the available options. 
						

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9133 Supervision
Default:No
Selection:Yes or No
Yes Supervise the D9133 Serial Interface
Module.
No
Do not supervise the D9133 Serial
Interface Module.
This item determines whether the D9133 Serial
Interface Module is supervised or not. If the D9133
is supervised, disconnecting the D9133 from the
control panel creates a Trouble SDI 80 Event and
the command center annunciates a trouble tone (if
programmed) and display SERVC SDI 80.
Trouble SDI 80 Reports are always
reported using Area 1’s account number.
RTS Control
Default:On
Selection:On, AutoX, Off, AutoR
On Sets RTS to on (hardware control).
AutoX Automatically enables Xon/Xoff
(software control).
Off Sets RTS off (hardware control).
AutoR Sets this to Auto RTS.
This item determines how the Request To Send
Control parameters are defined for the D9133.
Pressing the [SPACE] bar on the D5200 toggles
through the available options.
DTR Control
Default:On
Selection:On, AutoD, Off
On Sets DTR to on (hardware control).
AutoD Sets this to Auto DTR.
Off Sets DTR off (hardware control).
This item determines how the Data Terminal Ready
Control parameters are defined for the D9133.
Pressing the [SPACE] bar on the D5200 toggles
through the available options.
Status Rate
Default:0
Selection:0 to 255
0 Status information is only sent when
requested.
1 to 255
Status information is sent at the
interval programmed.
If the Status Rate is set to a value under
10 and there are 1 to 6 SDI devices
connected to the system, the fastest the
control panel can send the status
information is approximately 1 second. If
there are more than six SDI devices
connected to the control panel, the fastest
the control panel can send the information
is approximately 1.5 seconds to 2
seconds.
This item determines how often the default status
information is sent to the D9133 Serial Interface
Module. The status information includes:
• The current point status (normal or off-normal),
• The control panel’s area status (Master Armed,
Master Instant Armed, Perimeter Delay Armed,
Perimeter Instant Armed, Disarmed, Area Entry
Delay, Perimeter Entry Delay, Area Exit Delay,
and Perimeter Exit Delay)
• The control panel status (AC Fail, Battery
Missing, AC Restore, Battery Low, and so on)
• Relay status (relay on or relay off)
Entries are in 100 millisecond increments. If a 5 is
entered, the status information is sent every 500
milliseconds (or 0.5 seconds). An entry of 10 equals
1 second.
6.4 SDI RAM Parameters
Configure RAM parameters when communicating
over a private Local Area or Wide Area Network
(LAN/WAN). To allow RPS to communicate with a
control panel over a LAN or WAN, a D9133TTL-E
SDI-Ethernet Bi-directional Network Interface
Module and RPS (version 2.8 or higher) is required.
The computer that RPS is installed on also needs a
network card. See your information systems’
administrator for network requirements.
This section allows you to:
• Define the RAM parameters necessary to
communicate by an external modem that can be
connected to a D9133DC Direct Connect
Programming Module. 
						

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• Provide for local programming by a D9133
Serial Interface Module.
Although not listed in this section, RPS still checks
for the RAM Passcode (see Section 2.7 RAM
Parameters), Datalock Code, and the control panel
type to determine if this RAM session should
continue.6.4.1 User Interface Modifications for
COMMAND 43
COMMAND 43 was modified to compensate for the
ability to communicate with RPS by a network path.
COMMAND 43’s structure is shown in Figure 5.
Figure 5: COMMAND 43 Flow Chart
1
2
9
10
11
3
910
6
11
11
4
7
58
1 - COMMAND 43
2 -Contact RAM?
3 -RAM via Phone?
4 - Seizes phone line and calls RPS
5 -Answer now?
6 -RAM by network?7 - Begins RPS session over the network
8 - Seizes phone line and begins RPS session
9 - [PREV]
10 - [NEXT]
11 - [ENT]
Pressing the [ESC] key while CONTACT RAM?,
ANSWER NOW?, RAM VIA PHONE?, or RAM VIA
NETWORK? is displaying exits the user to Idle Text.
The RAM via Phone? prompt shown in
Figure 5, if selected, contacts RAM by the
control panel phone line and not the
external modem. Users cannot initiate a
RAM session by the external modem. If you
are using an external modem, RAM
sessions can only be initiated by
programming Answer Armed and Answer
Disarmed (to a value greater than 0) or
setting RAM Line Monitor to Yes in
Section 6.4 SDI RAM Parameters.
Enable SDI RAM
Default:Yes
Selection:Yes or No
Yes Enable RAM sessions over the SDI
bus.
No
Do not enable RAM sessions over the
SDI bus.
This item determines if the control panel allows RPS
communications over the SDI bus. This item must
be set to Yes if you plan on using the external
modem configuration, a private LAN or WAN, or
local RPS programming.
If the reset pin is in the locked position,
local RPS programming is allowed even if
this prompt is set to No. 
						

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When configuring this item to allow for
local programming, the D9133 needs
Jumper 8 shorted, power must be cycled
after changing the address, and a standard
serial modem cable is required.
Call Back Enabled
Default:No
Selection:Yes or No
Yes
When the control panel hears the
proper RAM password (see 
RAM
Passcode
 in Section 2.7 RAM
Parameters), it ends the SDI RAM
session and then attempts to reconnect
to RAM using the RAM IP Address if
Enable Ext Modem is set to No. If
Enable Ext Modem is set to Yes, the
control panel attempts to re-establish
communication with RAM using the
RAM Dial String. This ensures that the
control panel only communicates with
valid RAM units.
No
The SDI RAM session is initiated
immediately; no call back is required.
The control panel can engage in SDI
RAM sessions regardless of originating
location.
Using this function allows the control panel, after
verifying the RAM passcode, to provide an
additional level of security. Before allowing any
upload or download, it ends the SDI RAM session
and then reconnects with RAM using one of the
following:
• The RAM IP Address (
Enable Ext Modem
must be set to No)
• The RAM Dial String (
Enable Ext Modem
must be set to Yes)
In firmware version 6.30, do not enable
RAM Call Back when using an external
modem.
RAM IP Address 1
Default:0
Selection:0 to 255
0 to 255 Enter the first three digits of the IP
address. If the field is one or two digits
in length, leading zeros are not
required.
This prompt and the next three prompts determine
the IP address for RPS.
An IP address consists of four fields. Each field has a
range of 0 to 255. For example, an IP address is
expressed as 110.227.64.190. The D5200
programmer splits the IP Address into four
programmable fields. Be sure you contact your
network administrator to find out the IP address to
which the RPS computer is connected.
Figure 6: RAM IP Address Prompts
110.227.64.190
RAM IP Address 1
RAM IP Address 2
RAM IP Address 3
RAM IP Address 4
Set this item to 0 if Enable Ext Modem is
set to Yes.
RAM IP Address 2
Default:0
Selection:0 to 255
See RAM IP Address 1.
RAM IP Address 3
Default:0
Selection:0 to 255
See RAM IP Address 1.
RAM IP Address 4
Default:0
Selection:0 to 255
See RAM IP Address 1.
6.4.2 Using an External Modem
Through the use of a standard, off-the-shelf modem
(capable of communicating at 9600 baud) and a
D9133DC connected directly to the control panel,
RPS can now communicate with a 9000 Series
Control Panel (version 6.3 or higher) at speeds of up
to 9600 baud. 
						

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Both the U.S.Robotics V.92 56 K Modem
(model # 5686, includes V.92 and V.90
56 K standard technology) and the Best
Data Smart One V.92/V.44 56 K External
Data/Fax Modem (model # 56SX-92) are
recommended for use as external modems
(connected to the control panel) based on
compatibility testing by Bosch Security
Systems. Other modules were either not
tested or found compatible.
The following seven prompts help configure the
requirements necessary to connect an external
modem to a D9412G/D7412G Control Panel using
a D9133DC. This configuration allows you to
communicate with RPS at 9600 baud because
communication is being routed through the SDI bus.
Use a separate phone line if an external
modem is being connected to the control
panel by a D9133DC Direct Connect
Programming Module. If it is not possible
to obtain a different phone line than the
control panel is using, make sure the
control panel is still wired in front of any
premises phone and the external modem
devices so that full line seizure is
maintained. Also, make sure the following
items are programmed in Section 2.7
RAM Parameters:
• Answer Armed = Blank or 0
• Answer Disarmed = Blank or 0
• RAM Line Monitor = No
• RAM Call Back = No
• RAM Phone number = Blank
When using an external modem, it must
be initialized using the following
HyperTerminal procedure on your
computer. The HyperTerminal procedures
can vary depending upon the operating
system used.
3. In Windows®, open the HyperTerminal
application within
Programs→Accessories→Communications.
4. Connect the modem to an available COM port.
5. Once connected, select the appropriate COM
port within HyperTerminal. See Figure 7.For Best Data Smart One V.92:
Type [A][T][S][3][7][=][9][Enter]
For US Robotics:
Type [A][T][&][N][6][Enter].
This sets the baud rate of the modem to 9600. For
modems other than US Robotics or Best Data Smart
One V.92, consult your individual modem’s
instructions for the correct text string.
Type [A][T][E][0][Enter]. This eliminates echo,
making all user input from this point forward
invisible on screen.
Type [A][T][&][W][0][Enter] to write the
configuration to modem memory. The modem
profile is saved to a file upon disconnection or
power loss.
The external modem is connected to the D9133DC
Direct Connect Programming Module, which in
turn, is connected to the SDI bus using SDI Address
88 (see Figure 8). A standard serial cable is required
to connect the D9133DC to the external modem.
If you are going to use an external modem
for RPS communications, enhanced
communications, and RPS functions using
a D9133TTL-E are disabled. 
						

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Figure 7: Com Port Selection within HyperTerminal
Figure 8: External Modem Connection
P3
P2
1248SERRXTXRXTXBUSSDI
PW R
SDI
A
SDI
B
SDI
COM
D9133DC
1
2
3
2
56
4
1 - RPS Remote Account Manager
2 - Modem
3 - PSTN4 - D9412G/D7412G Control Panel
5 - Standard serial cable
6 - SDI bus