Bosch DS7400XIV4-EXP User Manual

DS7400XiV4-EXP

User Guide

EN

Security System

DS7400XiV4-EXP | User Guide | 1.0 System Overview EN | 2

11.0 The Master Keypad (Text Keypad Only)......... 31

Contents

1.0 System Overview......................................................3

2.0 Conventions Used in This Guide ..........................3

2.1 Tips, Notes, Cautions, and Warnings ....................... 3

2.2 Typographical Conventions.......................................3

3.0 Understanding Areas (Partitions)..........................4

4.0 Understanding the Text and LED Keypads........5

5.0 Understanding the RF Keypad and Keyfobs......6

5.1 General Information...................................................6

5.2 Option and Emergency Keys .................................... 6

6.0 Day to Day Operations............................................7

6.1 Standard Operations................................................... 7

6.1.1 Normal Arming........................................................... 7

6.1.2 Perimeter Instant Arming ..........................................8

6.1.3 Perimeter Arming ....................................................... 9

6.1.4 Custom Arming.........................................................10

6.1.5 Maximum Security Arming.....................................11

6.1.6 Normal Disarming ....................................................12

6.2 Optional Operations.................................................13

6.2.1 Quick Arming ...........................................................13

6.2.2 Force Arming ............................................................13

6.2.3 Zone Bypass...............................................................14

6.2.4 Automatic Arming ....................................................15

6.2.5 Delaying Automatic Arming....................................15

6.2.6 Automatic Disarming................................................16

6.2.7 Delayed Arming........................................................16

6.2.8 Chime Mode .............................................................17

6.2.9 Access Control ..........................................................17

6.2.10 Changing the Date....................................................18

6.2.11 Setting the System Clock..........................................18

7.0 Emergency Procedures..........................................19

7.1 Identifying Alarm Sounds........................................19

7.2 Silencing Alarms .......................................................19

7.3 A Cautionary Note ...................................................19

7.4 Caution When Entering a Building.........................19

7.5 Fire Alarms................................................................19

7.6 Fire Reset...................................................................19

7.7 Fire Trouble............................................................... 19

7.8 Fire Safety..................................................................20

7.9 Emergency Keypad Alarms/ Silencing Alarms.....21

7.10 Turning OFF (Disarming) Your System under

Duress.........................................................................22

8.0 Personal Identification Numbers (PINs) ............23

8.1 General Information.................................................23

8.2 Removing a PIN .......................................................23

8.3 Changing a PIN ........................................................23

8.4 PIN Authority Levels................................................24

8.5 Changing the Expiration Date for Temporary PINs.

....................................................................................24

9.0 Error Displays .........................................................25

9.1 System Faults.............................................................26

10.0 Testing Your System..............................................27

10.1 Zone Test ...................................................................27

10.2 Battery Tests ..............................................................28

10.3 Communicator Test..................................................28

10.4 Fire Walk Test...........................................................29

10.5 Event History Readback .......................................... 30

11.1 General Information ................................................ 31

11.2 Master Keypad Displays.......................................... 31

11.3 Single Partition Mode .............................................. 32

11.4 Arming from the Master Keypad ........................... 32

11.5 Disarming from the Master Keypad....................... 33

12.0 Glossary.................................................................... 34

13.0 Quick Reference Guide........................................ 35

14.0 System Features Reference Guide ..................... 37

Figures

Figure 1: Text and LED Keypads......................................5

Figure 2: RF Keypad and Keyfobs ....................................6

Figure 3: Escape Plan....................................................... 20

Figure 4: Smoke Detector Installation............................ 21

Figure 5: Emergency Keypad Alarms ............................ 21

Tables

Table 1: Keypad LEDs.......................................................5

Table 2: Additional LEDs..................................................5

Table 3: Normal Arming ...................................................7

Table 4: Perimeter Instant Arming...................................8

Table 5: Perimeter Arming................................................9

Table 6: Custom Arming................................................ 10

Table 7: Maximum Security Arming............................. 11

Table 8: Normal Disarming............................................ 12

Table 9: Quick Arming................................................... 13

Table 10: Force Arming.................................................... 13

Table 11: Zone Bypass 14

Table 12: Automatic Arming............................................ 15

Table 13: Delaying Automatic Arming........................... 15

Table 14: Automatic Disarming....................................... 16

Table 15: Delayed Arming............................................... 16

Table 16: Chime Mode 17

Table 17: Access Control.................................................. 17

Table 18: Changing the Date ........................................... 18

Table 19: Setting the System Clock................................. 18

Table 20: Disarming Your System under Duress........... 22

Table 21: Changing a PIN................................................ 23

Table 22: Changing the Expiration Date........................ 24

Table 23: Error Displays................................................... 25

Table 24: System Faults 26

Table 25: Zone Test........................................................... 27

Table 26: Zone Test........................................................... 28

Table 27: Communicator Test ......................................... 28

Table 28: Fire Walk Test .................................................. 29

Table 29: Event History Readback.................................. 30

Table 30: Master Keypad LEDs....................................... 31

Table 31: Arming from the Master Keypad ................... 32

Table 32: Disarming from the Master Keypad............... 33

Bosch Security Systems | 6/05 | 4998154961B

DS7400XiV4-EXP | User Guide | 1.0 System Overview EN | 3

If your system is not monitored by an alarm

1.0 System Overview

A security system usually consists of:

• A Control Panel: The control panel is the center

of your intrusion/fire alarm system. It supports
vital functions such as receiving trouble and alarm
signals from detectors, sounding of bells, sirens, or
both, and communicating with your alarm
monitoring company.

monitoring service, you must understand:

• alarms sound only at your location

• no signals are sent when an alarm
occurs

• duress and other silent alarms are
disabled

• emergency alarms sound only at your
location

• Keypads: The keypad is where you interact with

the system. The keypad allows you to initiate
commands, such as arming and disarming, and
displays critical information about the operation of
your alarm system. Your system can have one or
more wired and wireless keypads.

• Protected Zones: Your security system can

contain protected windows and doors (perimeter

2.0 Conventions Used in This
Guide

2.1 Tips, Notes, Cautions, and Warnings

This User’s Guide presents helpful tips and notes on
the use of your security system. They are indicated by:

zones), and various internal sensors. Your system
separates perimeter zones from interior protection
zones. Specific protection devices might include:

- Glass Breakage sensors: Devices that detect

Warnings of the possibility of injury to the
user or physical damage to the equipment.

the sound of breaking glass.

- Interior Motion sensors: Electronic sensors

(for example, passive infrared) that detect
movement within an interior zone.

Cautions about possible physical damage to
the equipment.

- Magnetic Contacts: Switches used to detect

the opening of doors or windows.

- Smoke Detectors: Devices that detect

products of combustion.

This system includes a telephone line
seizure feature. The system can be
programmed to report system events to a
central monitoring station. Unless your
system is set up to communicate with the
central station over a network, you cannot
use your phone when the system
communicates with the central station. In the
unlikely event that the central station cannot
receive the report, your phone could be
unavailable for up to 20 minutes while the
system tries to communicate with the
station.0

2.2 Typographical Conventions

Special type styles are used to help you identify the
objects being described in this User’s Guide.

Boldface Text emphasizes important words or
phrases. For example: An alarm will occur upon entry
emphasizes that there will be an alarm if anyone enters
that zone.

Italicized Text is used for references to other parts of this
manual. For example: Refer to Error Displays means
that you should look in the section of this manual titled
Error Displays.

[Text in Brackets] indicates the button or key to press
when entering a command sequence from a keypad.

Important information to aid you in the
effective use of your security system.

For example: [System Reset] refers to the button
labeled System Reset on your text or LED keypad.

“Text in Quotes” indicates what is shown on the text
keypad’s alphanumeric display. For example: “Ready
to Arm” is the standard message shown on the text
keypad’s alphanumeric display when a zone is ready to
be armed.

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DS7400XiV4-EXP | User Guide | 3.0 Understanding Areas (Partitions) EN | 4

3.0 Understanding Areas
(Partitions)

Your alarm system might be partitioned.

A partitioned system is a system that is divided into
two to eight areas that you can arm and disarm
independently. Each keypad and keyfob can be
assigned to arm and disarm individual areas or the
entire system. Only your installing company can
change the areas that a keypad or keyfob controls.

If a keypad is set to arm and disarm the entire system,
you can assign user codes (PINs) to arm and disarm
individual areas. Refer to Section 8.0 Personal
Identification Numbers (PINs) on page 23 for more
information.

The following applies in a partitioned system:

• User PIN numbers are always required to perform

operations in a partitioned system.

• If the user PIN has authority in only one area,

using that PIN on any keypad performs arming
and disarming commands only for the area in
which the user has authority.

• If the user PIN has authority in more than one

area, the user can arm or disarm those areas by
entering the commands from any keypad.

• If the user PIN has authority in more than one

area, the user can arm or disarm the first area
only by entering the PIN number, [##], and the
arming/disarming command, the second area
only by entering the PIN number, [####], and the
arming/disarming command, and so on.

• If custom arming (PIN [#][4]) is used in a

Partitioned system, the following apply:

- Users with access to all areas can custom arm

all zones.

- Users with access to all areas cannot custom

arm a single area.

- Users with access to one area can custom arm

any zones in that area, but cannot arm
common zones or zones in other areas.

• LCD (Text) keypads alternately display (about

every 2 seconds) the current status of each area.

• LED keypads alternately display (about every

2 seconds) the current status of each area using the
LEDs.

Refer to Section 4.0 Understanding the Text and LED
Keypads on page 5 for details.

• Only users with access to all areas attached to a

common zone can arm that common zone.

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DS7400XiV4-EXP | User Guide | 4.0 Understanding the Text and LED Keypads EN | 5

4.0 Understanding the Text and

(For other keypad operations, refer to Section 11.0 The
Master Keypad on page 31.)

LED Keypads

DS7447E/DS7447V2 are alpha-numeric LCD keypads.
DS7445i/DS7445V2 are LED keypads; its LEDs (1 to

16) represent the first 16 zones of the system. Both

display information about control panel functions. A
built-in sounder is used to annunciate keystroke entries
and functions as an interior warning device.

The front of your keypad might look different than the
keypads shown below. The instructions in this
document still apply as the functions are the same.

Table 1: Keypad LEDs

LED Off Flashing On

Armed
(red)

Status
(green)

Power
(green)

All areas are disarmed. One or more areas are armed, or

an alarm occurred.

Not ready to arm (if the Armed LED
is on, all areas are armed).

The control panel has lost all
power; no AC or battery.

One or more zones are
bypassed.

Control panel problems exist.
Refer to Section 9.0 Error
Displays.

Fire

There are no fire alarms. A fire zone is in alarm. A fire trouble condition exists.

(red)

These status LEDs are present only on the LED Keypad:

Figure 1: Text and LED Keypads

Armed

Perimeter

Status

Supervisory
Bell Silenced

Power

Trouble

Fire

12345678
910

1 23

456
789

*

16

15

14

12 13

11

0

#

On

Perimeter

Off

Only

No

Entry

Bypass

System

Reset

Armed
Status
Power
Fire

LED Keypad Text Keypad

All partitions are armed, and no alarms
occurred.

All areas are ready to arm.

Normal Operation. The control panel is
running on AC power with no problems.

TEST WEEKLY

1 23

456
789

0

*

#

On

Off

Perimeter

Only

No

Entry

Bypass

System
Reset

Table 2: Status LEDs

LED Off Flashing On

Perimeter
(yellow)

Supervisory
(yellow)

Bell
Silenced
(red)

Trouble

Control panel is disarmed or is not

This LED does not flash. The perimeter is armed.

perimeter armed.
There are no supervisory alarms

A supervisory condition exists. This LED does not turn on steady.

present.
The bells do not have to be or are

not silenced.

This LED does not flash. There was a fire alarm and the bells

were silenced. To clear, enter the Fire
Reset command: [PIN][System Reset]

There are no trouble conditions. This LED does not flash. A trouble condition exists.

(yellow)
LEDs 1 to

16 (red)

Volume Control

You can adjust the keypad sounder volume using the
[1] and [4] keys with the [*] key.

Hold the [*] key and press the [1] key to increase the
volume or the [4] key to decrease the volume.

Backlight Control (Text Keypad Only)

You can adjust the display backlight intensity using the

There are no zone alarms. A zone (1 to 16) is alarmed. A zone (1 to 16) is not ready to arm,

or if a fire zone, a trouble exists.

After adjusting the backlight and volume,
you must arm and disarm the system once
to store this information in the control panel.
If power is disconnected before the control
panel is armed, the backlight and volume
levels return to the default settings.

[3] and [6] keys with the [*] key.
Hold the [*] key and press the [3] key to increase the

brightness or the [6] key to decrease the brightness.

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DS7400XiV4-EXP | User Guide | 5.0 Understanding the RF Keypad and Keyfobs EN | 6

RF3332E

2

5

8

0 #

5.0 Understanding the
RF Keypad and Keyfobs

Because they are wireless, these RF devices operate on
batteries. The batteries supplied with your RF devices
should last for several years, but battery life can vary
depending on the amount of use they receive. If you

Figure 2: RF Keypad and Keyfobs

1

4
7

3
6

9

notice the range of the RF device is decreasing or if the
LED is not working, it might be time to replace your
battery. Refer to the documentation that came with
your RF device for recommended replacement
batteries and instructions for battery replacement.

Your RF device does not indicate if the
alarm system is armed or disarmed. If you
want to know if the system is armed or
disarmed, ask your installing company to
install an indicator light or other device to

RF3341

indicate the system status. The LED on
your RF device flashes to indicate that a
signal was sent to your security system.

5.2 Option and Emergency Keys

Some RF devices have option keys that your installing
company can program to control other devices (such as

RF3334/

RF3332/

RF3334E

5.1 General Information

Your security system might use keypads or keyfobs that
use a radio frequency to send signals to your security
system. These RF (wireless) devices are programmed
with a unique code that allows only your keypads and
keyfobs to work with your security system.

Although the range of your RF devices can
be up to 150 meters (500 feet) in open air,
normal building materials can greatly
reduce their range. The range can be
reduced even further if you are in your
automobile or if your home has aluminum
siding. Test the range of your RF devices
by trying them at various locations.

lights) within the protected area, or emergency keys
that your installing company can program to perform
functions including activating alarm responses and
operating relays. If your RF device(s) have these keys,
ask your installer to explain the option key(s) or
emergency keys programmed for your device(s). Refer
to also Section 7.0 Emergency Procedures on page 19.

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DS7400XiV4-EXP | User Guide | 6.0 Day to Day Operations EN | 7

6.0 Day to Day Operations

6.1 Standard Operations

This section describes the standard (those built and programmed into your system at the factory) procedures for
arming and disarming your security system. Your installing company can program your system for various
optional operations (refer to Section 6.2 Optional Operations).

6.1.1 Normal Arming

Normal arming is used when no one is left on the premises, all zones must be armed, and an entry/exit delay is in
effect. The green Status LED must be lit and, if using a text keypad, “Ready to Arm” must be displayed. If the
green LED is not on or the keypad displays “Not Ready,” you must use other methods to arm the system (refer to
Section 6.2.2 Force Arming on page 13 or Section 6.2.3 Zone Bypass on page 14).

Table 3: Normal Arming

Equipment Command Sequence What Happens What To Do

Text Keypad
LED
Keypad

RF3341
Keypad

RF3332
RF3334

* Text Keypad only

[PIN][On] • The red Armed LED flashes.

• “Armed” is displayed. *

• “Exit Now” is displayed during the exit-delay
period. *

• A single beep sounds.

• The red Armed LED lights steady when the
exit-delay period ends.

• All zones are armed.

[PIN][#][1] • The LED flashes indicating a signal was

sent to your security system.

• All zones are armed.

Press ARM button All zones are armed. Exit during the exit-delay period.

Exit during the exit-delay period.

Exit during the exit-delay period.

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DS7400XiV4-EXP | User Guide | 6.0 Day to Day Operations EN | 8

6.1.2 Perimeter Instant Arming

Use perimeter instant arming to arm only the exterior (perimeter) zones when you remain in the building. An exit
delay is in effect, but no entry delay is in effect so an alarm does occur upon entry.

The green Status LED must be lit and, if using a text keypad, “Ready to Arm” must be displayed. If the green
LED is not on or the keypad displays “Not Ready,” you must use other methods to arm the system (refer to Section

6.2.2 Force Arming on page 13 or Section 6.2.3 Zone Bypass on page 14).

Table 4: Perimeter Instant Arming

Equipment Command Sequence What Happens What To Do

Text Keypad LED
Keypad

RF3341 Keypad [PIN][#][2] • The LED flashes indicating a signal was

RF3332/RF3332E,
RF3334/RF3334E

* Text Keypad only
** LED Keypad only

[PIN][No Entry]
[Perimeter Only]

• The red Armed LED flashes.

• “Perimeter Inst.” is displayed. *

• “Exit Now” is displayed during exit-delay. *

• The green Status LED lights steady.

• A single beep sounds.

• The red Armed LED lights steady when
the exit-delay period ends.

• The yellow Perimeter LED lights steady. **

• Only exterior protection zones are armed.

sent to your security system.

• Only exterior protection zones are armed.

Not applicable

• Move freely around the
interior.

• Opening any exterior
door or window triggers
an alarm.

• Move freely around the
interior.

• Opening any exterior
door or window triggers
an alarm.

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DS7400XiV4-EXP | User Guide | 6.0 Day to Day Operations EN | 9

6.1.3 Perimeter Arming

Perimeter arming is used when someone is still in the building, only the exterior (perimeter) zones must be armed,
and an entry/exit delay is in effect.

The green Status LED must be lit and, if using a text keypad, “Ready to Arm” must be displayed. If the green
LED is not on or the keypad displays “Not Ready,” you must use other methods to arm the system (refer to Section

6.2.2 Force Arming on page 13 or Section 6.2.3 Zone Bypass on page 14).

Table 5: Perimeter Arming

Equipment Command Sequence What Happens What To Do

Text Keypad LED
Keypad

RF3341 Keypad [PIN][#][3] • The LED flashes indicating a signal was

RF3332/RF3332E,
RF3334/RF3334E

* Text Keypad only
** LED Keypad only

[PIN]
[Perimeter Only]

• The red Armed LED flashes.

• “Perimeter On” is displayed. *

• “Exit Now” is displayed during exit-delay.
*

• The green Status LED lights steady.

• A single beep sounds.

• The red Armed LED lights steady when
the exit-delay period ends.

• The yellow Perimeter LED lights steady.
**

• Only exterior protection zones are
armed.

sent to your security system.

• Only exterior protection zones are
armed.

Not applicable

• Move freely around the
interior.

• Opening any exterior door
or window triggers an
alarm.

• Move freely around the
interior.

• Opening any exterior door
or window triggers an
alarm.

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DS7400XiV4-EXP | User Guide | 6.0 Day to Day Operations EN | 10

6.1.4 Custom Arming

Custom arming is used to arm zones that you specify and your installer programs into your system. An entry/exit
delay is in effect unless otherwise programmed.

The green Status LED must be lit and, if using a text keypad, “Ready to Arm” must be displayed. If the green
LED is not on or the keypad displays “Not Ready,” you must use other methods to arm the system (refer to Section

6.2.2 Force Arming on page 13 or Section 6.2.3 Zone Bypass on page 14).

Table 6: Custom Arming

Equipment Command Sequence What Happens What To Do

Text Keypad LED
Keypad

RF3341 Keypad [PIN][#][4] • The LED flashes indicating a signal was

RF3332/RF3332E,
RF3334/RF3334E

* Text Keypad only

[PIN][#][4] • The red Armed LED flashes.

• “On Partial” is displayed. *

• “Exit Now” is displayed during the exit­delay period. *

• The green Status LED lights steady.

• A single beep sounds.

• The red Armed LED lights steady when
the exit-delay period ends.

• The zones that were programmed for
custom arming are armed.

sent to your security system.

• The zones programmed for custom
arming are armed.

Not applicable

Exit during the exit-delay

period.

Exit during the exit-delay

period.

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DS7400XiV4-EXP | User Guide | 6.0 Day to Day Operations EN | 11

6.1.5 Maximum Security Arming

Maximum security arming is used when no one is still in the building, all zones are to be armed, an exit delay is
in effect, but no entry delay is in effect so an alarm does occur upon entry.

The green Status LED must be lit and, if using a text keypad, “Ready to Arm” must be displayed. If the green
LED is not on or the keypad displays “Not Ready,” you must use other methods to arm the system (refer to Section

6.2.2 Force Arming on page 13 or Section 6.2.3 Zone Bypass on page 14).

Table 7: Maximum Security Arming

Equipment Command Sequence What Happens What To Do

Text Keypad LED
Keypad

RF3341 Keypad [PIN][#][5] • The LED flashes indicating a signal was

RF3332/RF3332E,
RF3334/RF3334E

* Text Keypad only

[PIN][No Entry][On] • The red Armed LED flashes.

• “Armed Instant” is displayed. *

• “Exit Now” is displayed during the exit­delay period. *

• A single beep sounds.

• The red Armed LED lights steady when
the exit-delay period ends.

• All zones are armed.

sent to your security system.

• All zones are armed.

Not applicable

• Exit during the exit-delay
period.

• Violating any zone after the
exit-delay period ends
triggers an instant alarm.

• Exit during the exit-delay
period.

• Violating any zone after the
exit-delay period ends
triggers an instant alarm.

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DS7400XiV4-EXP | User Guide | 6.0 Day to Day Operations EN | 12

6.1.6 Normal Disarming

Please read Section 7.0 Emergency Procedures on page 19 before you are confronted with an emergency event. If you
entered the building through a perimeter door, you might hear a steady entry alert tone from the wired keypads.
If so, disarm according to the chart below.

If an alarm occurred sometime before your arrival, one or more of these happens:

• The bells and sirens sound.

• The wired keypads issue a pulsed tone during the entry delay instead of the usual steady tone.

• The red Armed LED on any LED keypad flashes.

• The red Armed LED on any text keypad flashes and “Zone Alarm” is displayed.
If the alarm is not yet investigated, do not enter the building unless accompanied by the appropriate

Emergency Services’ personnel.

Table 8: Normal Disarming

Equipment Command Sequence What Happens What To Do

Text Keypad LED
Keypad

RF3341 Keypad [PIN][#] • The LED flashes indicating a signal

RF3332/RF3332E
RF3334/RF3334E

* Text Keypad only

[PIN][Off] • The red Armed LED turns off.

• All sounders are silenced.

• All zones are disarmed.

• A single beep sounds.

• If a fire alarm was sounding,
“Sounder Silenced” is displayed until
the system is reset. *

was sent to your security system.

• All sounders are silenced.

• All zones are disarmed.

Press DISARM
(unlock) button

Note: When in Commercial Fire Mode, enter [PIN][#] a second time on a text or LED keypad to
locate the fire zone number(s) in alarm.

• The LED flashes indicating a signal
was sent to your security system.

• All sounders are silenced.

• All zones are disarmed.

• Determine why the sounders, if
any, were activated.

• Correct the cause.

• If a fire alarm was sounding,
correct the cause and press
[System Reset] or [#][4][7] to
reset the system.

• Determine why the sounders, if
any, were activated.

• Correct the cause.

• If a fire alarm was sounding,
correct the cause and press
[System Reset] or [#][4][7] to
reset the system.

• Determine why the sounders, if
any, were activated.

• Correct the cause.

• If a fire alarm was sounding,
correct the cause and press
[System Reset] or [#][4][7] to
reset the system.

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DS7400XiV4-EXP | User Guide | 6.0 Day to Day Operations EN | 13

6.2 Optional Operations

6.2.1 Quick Arming

Quick arming allows you to enter some arming commands without first entering a PIN. If quick arming is not
used, you must enter a PIN at the beginning of all arming command sequences.

Quick arming is not available from a Master keypad or from RF (wireless) keypads.

The following shortcuts are allowed when the system is programmed for quick arming:

Table 9: Quick Arming

Type of Arming Quick Arming Command Sequence

Normal Arming [#][On]
Perimeter Instant Arming – no entry delay [#][No Entry][Perimeter Only]
Perimeter Arming – entry/exit delay in effect [#][Perimeter Only]

Maximum Security Arming [#][No Entry][On]

6.2.2 Force Arming

When one or more zones are faulted (for example, if a window or door is open), the system can be force armed (if
programmed) by bypassing the faulted zones. When a text keypad displays “Not Ready” and the zone LED(s) on
an LED keypad for the faulted zone(s) are lit, force arming is required to arm the system. Although an RF3341
keypad does not indicate a faulted state on the system, you can force arm the system from an RF3341 keypad.
You can also force arm an area using a master keypad in Single Partition Mode.

Force Arming during an AC power failure: Regular arming of the control panel is not permitted during an
AC power failure. The requirement to force arm serves as a warning that the control panel is operating under
backup battery.

Bypassing or force arming removes some of your building’s protection because it excludes the faulted
zones from arming. Therefore, an intrusion might not be detected or the detection might be delayed.
Always attempt to correct any zone problems (close doors and windows, etc.) before using these
features. If you cannot correct the problem, contact your installing company.

Table 10: Force Arming

Equipment Command Sequence What Happens What To Do

Text Keypad LED
Keypad

Enter any Arming
Command Sequence.
Enter [Bypass] during the
five-second beep.

• The red Armed LED flashes during the
exit-delay period.

• All zones normally armed by the
Arming Command Sequence are
armed except for the faulted zones.

RF3341 Keypad Any Arming Command

Sequence [9]

• The LED flashes indicating a signal
was sent to your security system.

• All zones normally armed by the
Arming Command Sequence are
armed except for the faulted zones.

RF3332/RF3332E,

Not applicable

RF3334/RF3334E
* Text Keypad only

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If leaving, exit during the exit­delay period.

If leaving, exit during the exit­delay period.

DS7400XiV4-EXP | User Guide | 6.0 Day to Day Operations EN | 14

6.2.3 Zone Bypass

There might be occasions when you need to temporarily bypass one or more zones before arming the system.
Bypass commands only work when the control panel is disarmed. For example, an open window can cause the
text keypad to display “Not Ready” followed by the zone number. The LED keypad might have one of its zone
LEDs on steady.

You must be in Single Partition Mode to bypass from a Master keypad. Bypassing without arming is not allowed
from an RF (wireless) keypad. If more than one zone requires bypassing, enter the additional zone numbers.

Refer to Section 6.2.2 Force Arming on page 13 for another method to bypass zones.

Table 11: Zone Bypass

Type of

Command Sequence What Happens What To Do

Bypassing

Bypass Faulted
Zones

Read Bypassed
Zones

[PIN][Bypass][XXX]
[XXX][XXX] *

The green Status LED flashes if no other
zones are faulted.

[PIN][Bypass] • “Bypass” is displayed on a text keypad

followed by the zone number(s) of any

If desired, arm the control panel
after bypassing.

If desired, arm the control panel
after bypassing.

bypassed zones.

• All zones normally armed by the arming
command sequence are armed except
for faulted zones.

Clear Individual
Bypassed

[PIN][Bypass][XXX] * The specified individual zone bypass is

cleared.

If desired, arm the control panel
after bypassing.

Zone(s)
Clear All

Bypasses
* [XXX] is a 3-digit zone

number

[PIN][Bypass][*] All bypasses are cleared. If desired, arm the control panel

after bypassing.

You must enter the zone number as a three-digit number. Example: 001, 062, or 125.
Note: All bypasses are cleared when the system is disarmed, except for 24-hour or Day-Monitor

zones. To clear a bypass on a 24-hour zone or Day-Monitor, use one of the two methods above.

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6.2.4 Automatic Arming

You can program each area to arm automatically once per day. You cannot program automatic arming from an
RF (wireless) keypad. Programming automatic arming in Master Keypad mode affects all areas you have access to.

If you program automatic arming in single area mode or from a single area keypad, it affects only the area you are
working in.

Do this procedure at a text keypad because no visual clues are provided from an LED keypad.

Table 12: Automatic Arming

Setting the Automatic Arming Time Notes

[Master PIN][#][0] You can only set the Automatic Arming Time in Master Programming Mode.
[1] To enter Automatic Arming Setup programming.
Enter the area number.

Press [#] to exit.

• If programming from a Master Keypad that is not in Single Partition Mode, you are

prompted to enter the area to program.

• You are allowed to program only the areas to which you are assigned.

• If programming from a standard keypad or from a Master Keypad in Single
Partition Mode, skip this step.

Enter a time for each day in
24-hour clock format

• Programming starts with Sunday. The keypad displays “Sunday –nn : nn”

• Enter the time in 24-hour clock format and press the [#] key. If you make a
mistake, press the [#] key twice to move back to your last entry.

• Time examples: 12 midnight = 2400# 12 noon = 1200#
12:01 am = 0001# 12:01 pm = 1201#
1:00 am = 0100# 1:00 pm = 1300#
Disabled = 0000#

6.2.5 Delaying Automatic Arming

When automatic arming is set, a pre-arming period begins 15 minutes before the system arms automatically to
inform occupants that the system is about to arm. The keypad sounders, and any outputs programmed to follow
the keypad sounders, pulse five times every minute. During the last five minutes before arming, these sounders are
on steady. Once per minute the keypad (text keypad only) displays “Arm in nn min./PIN OFF - extend.”

To delay automatic arming during the pre-arming period, use the appropriate command sequence from the table.
To extend the automatic arming time at any time, use the delayed arming feature.

An RF3341 keypad gives no indication of the pre-arming period and cannot be used to delay automatic
arming.

Table 13: Delaying Automatic Arming

Equipment Command Sequence What Happens What To Do

Text Keypad LED
Keypad

[PIN][Off] The arming time is extended to 30 minutes from

the time you entered the command sequence.
A new pre-arming period begins 15 minutes
prior to the new automatic arming time.

RF3341,

Not applicable
RF3332/RF3322E,
RF3334/RF3334E

Note: The keypad volume setting also applies to the Auto Arm tone.

Bosch Security Systems | 6/05 | 4998154961B

Exit before the new
automatic arming time.

DS7400XiV4-EXP | User Guide | 6.0 Day to Day Operations EN | 16

6.2.6 Automatic Disarming

You can program each area to disarm automatically once per day. You cannot program automatic disarming from
an RF (wireless) keypad.

If your program automatic disarming in Master Keypad mode, it affects all areas you have access to. If
programmed in single area mode, or from a single area keypad, it affects only the area you are working in.

Do this procedure at a text keypad because no visual clues are provided from an LED keypad.

Table 14: Automatic Disarming

Setting the Automatic Disarming Time Notes

[Master PIN][#][0] You can only set the automatic disarming time in Master Programming Mode.
[4] To enter the automatic disarming setup programming.
Enter the area number.

Press [#] to exit.

• If you are programming from a Master Keypad that is not in Single Partition

Mode, you are prompted to enter the area to program.

• You are allowed to program only the areas to which you are assigned.

• If you are programming from a standard keypad or from a Master Keypad in
Single Partition Mode, skip this step.

Enter a time for each day in
24-hour clock format

• Programming starts with Sunday. The keypad displays “Sunday –nn : nn”

• Enter the time in 24-hour clock format and press the [#] key. If you make a
mistake, press the [#] key twice to move back to your last entry.

• Time examples: 12 midnight = 2400# 12 noon = 1200#
12:01 am = 0001# 12:01 pm = 1201#
1:00 am = 0100# 1:00 pm = 1300#
Disabled = 0000#

6.2.7 Delayed Arming

Delayed arming causes the system to arm after a specified number of hours. Delayed arming is not available from
RF (wireless) keypads. You can use delayed arming even if there are no automatic arming times programmed. If
delayed arming is used in Master Keypad mode, it affects all areas you have access to. If it is used in Single
Partition Mode, or from a single area keypad, it affects only the area you are working in.

Delayed arming overrides the automatic arming time. Delayed arming also provides a 15-minute pre­arming period like the one provided with automatic arming.

Table 15: Delayed Arming

Setting Delayed Arming Notes

[PIN][#][9][9] • To enter the delayed arming setup programming.

• The keypad displays:
“Arm in nn Hours
# to accept”

Enter the number of hours to
delay arming in [0][1] format.

Enter the number of hours from the current time that you want the system to wait before
arming.

For example, if it is 3:00pm, and you want the system to arm at 9:30pm, enter [0][6][#]

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6.2.8 Chime Mode

Chime Mode causes the keypad sounders to beep each time a Perimeter or Entry/Exit zone is triggered when the
control panel is off (disarmed). The [#][7] command is used to turn Chime Mode both off and on.

Table 16: Chime Mode

Action Equipment Command Sequence What Happens

Turn On
Chime Mode

Text keypad
LED keypad
RF3341 keypad

[PIN][#][7] • “Chime Mode On” is displayed for 5 seconds. *

• The LED flashes indicating a signal was sent to your security
system. **

• Keypad sounders beep for 2 seconds whenever a Perimeter
or Entry/Exit zone is triggered.

Turn Off
Chime Mode

Text keypad
LED keypad
RF3341 keypad

[PIN][#][7] • “Chime Mode Off” displays for 5 seconds. *

• The LED flashes indicating a signal was sent to your security
system. **

• Chime Mode is turned off.

* Text Keypad only ** LED Keypad only

6.2.9 Access Control

Your system might use a keypad key sequence to activate other electrical devices. Access control is not available
from an RF (wireless) keypad or from the keyfobs. Refer to Access Code on page 24.

This feature can be used in armed or disarmed modes.

The special PIN required to perform this function is known as an Access Control PIN. This PIN can control
devices that are activated for a short period of time (for example, electric locking mechanisms on a door). Access
PIN activations are recorded in the History Buffer.

Table 17: Access Control

Type of Disarming Command Sequence What Happens

Momentary Access Control Panel Activation [Access Control PIN][Off] The access device is activated for 10 seconds.

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6.2.10 Changing the Date

Because you can change the system date only in Master Programming Mode, you cannot program the system
date from an RF (wireless) keypad.

Record your entries so they are available before you enter Master Programming Mode. Enter the
parameters promptly. If a delay of 15 seconds or more occurs between your entries, the 3-beep error
tone sounds and the control panel automatically exits from the programming mode.

Table 18: Changing the Date

Steps To Change the Date Command Sequence If Accepted, the Text Keypad Displays:

Enter Master Programming Mode. [Master PIN][#][0] “2 Change Date”

(display scrolls to this)

Enter 2 for System Date Setup
programming.

[2] “Enter Month”

(01 ... 12)

Enter the Month. [0][1] through [1][2] “Enter Day”

(01 ... 31)

Enter the Day. [0][1] through [3][1] “Enter Year”

(XX) End with #

Enter the Year. Last two digits of the year

followed by [#].

Note: Entering the command sequence [Master Code][#][0][2][#] causes the text keypad to display the date.

“Month, Day, Year”
A long beep signifies acceptance.

6.2.11 Setting the System Clock

Because you can only set the time on the system clock in Master Programming Mode, you cannot program the
system clock from an RF (wireless) keypad.

Record your entries so they are available before you enter Master Programming Mode. Enter the
parameters promptly. If a delay of 15 seconds or more occurs between entries, the 3-beep error tone

Do this procedure at a text keypad because no visual clues are provided from an LED keypad.

sounds and the control panel automatically exits from the programming mode.

Table 19: Setting the System Clock

Steps To Set the Time Command Sequence If Accepted, the Text Keypad Displays:

Enter Master Programming Mode. [Master PIN][#][0] “6 Change Time” *

(display scrolls to this)

Enter 6 for System Date Setup
programming.

Enter the Day. [1] through [7]

Enter the Time. [0][1][0][0] through

Enter AM or PM. [4][#] for AM or

* This is displayed only in Single Partition Mode

[6] “Enter Day”

(1 ... 7)
“Enter Time”

Sunday Saturday

(0100 ... 1259)
“Enter AM/PM”

[1][2][5][9]

(4/6) End with #
“Day – Time”

[6][#] for PM

A long beep signifies acceptance.

Note: Entering the command sequence [Master Code][#][0][2][#]
causes the text keypad to display the date.

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7.5 Fire Alarms

7.0 Emergency Procedures

7.1 Identifying Alarm Sounds

Your alarm system might be programmed for a steady
alarm sound or a pulsed alarm sound. It is important to
learn the difference between a fire alarm sound and an
intrusion alarm sound before you are confronted with
an actual emergency.

7.2 Silencing Alarms

All alarms can be silenced with a PIN that has disarm
privileges. Enter your [PIN][Off] (or [PIN][#] from an
RF3341 keypad) to silence the alarm and turn off
(disarm) the control panel.

7.3 A Cautionary Note

How you respond to an alarm depends, mostly, on the
type and time of the alarm. You should seek the advice
of your installing company as it installs your system,
not later (that is, after an alarm) to develop a response
plan.

If there is any threat or hint of danger to yourself or
others in the building, such as in the event of a fire
alarm, instruct everyone to leave immediately. Do not
enter the building unless accompanied by the
appropriate Emergency Services' personnel, or after
they have given the OK to enter.

7.4 Caution When Entering a Building

An alarm occurred if one or more of these conditions is
true:

• The bells and sirens are on

• The red Armed LED is flashing and the text

keypad displays “Zone Alarm”

• One or more of the LED keypad’s zone LEDs are

flashing.

The wired keypad also issues a pulsed tone during the
entry delay instead of the usual steady tone.

The RF3341 Keypads do not indicate that
an alarm is occurring or has occurred. With

If the alarm was not investigated, do not enter the
building unless accompanied by the appropriate
Emergency Services’ personnel.

these keypads, you must rely on signals
from other system devices to notify you of
an alarm.

Fire alarms are silenced by entering a [PIN] (with
disarm privileges) the [Off] key. The fire alarm system
is not reset until smoke detectors alarms are cleared by
using the [System Reset] command. The fire alarm
system is not functional until this procedure has been
followed. Refer to Fire Reset below.

7.6 Fire Reset

During a fire alarm, exit the building immediately.
When it is determined there is no fire, you must silence
the bells and sirens before you can initiate the [System
Reset] command.

[PIN][System Reset]

Before using the [System Reset] command, identify
which smoke detector alarmed so the monitoring
company can verify its operation.

Although you can silence alarms from an
RF3341 Keypad, you cannot reset the
system from an RF3341 Keypad.

Enter a [PIN] and press the [System Reset] key to reset
any smoke detectors after a fire alarm occurs.

To use the System Reset command
sequence, your PIN must have disarm
privileges.

The System Reset command performs a fire reset, a
battery test, and clears all system troubles.

7.7 Fire Trouble

A Fire Trouble message with a zone number identifies
a problem with the fire system, such as a break in the
wiring that monitors smoke detectors. If the system is
in Commercial Fire Mode, a fire trouble message with
no zone number indicates a ground fault.

A fire trouble is indicated by a short beep from the
keypad sounders every 10 seconds. The text keypad
displays “Fire Trouble” followed by the zones in a
trouble condition. The LED keypad lights the Fire and
Trouble LEDs steady and lights the corresponding
zone LEDs.

The RF3341 Keypad cannot indicate a Fire
Trouble condition.

Notify your installing company immediately if the fire
trouble message is displayed.

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1

2

1

5

3

4

To silence the fire trouble tone, enter any [PIN] and
press the [Off] key (or enter [PIN][#] from an RF3341
Keypad). After the problems are resolved, enter a
[PIN] and press the [Off] key ([PIN][#] from an
RF3341 Keypad) to clear the “Fire Trouble” display.

7.8 Fire Safety

No fire detection device or system is 100%
foolproof.

This fire alarm system can provide early warning of a
developing fire. Such a system, however, does not
ensure protection against property damage or loss of
life resulting from a fire. Any fire alarm system can fail
to warn for any number of reasons (for example,
smoke not reaching a detector behind a closed door).

If Installed in Family Residences

Adherence to these guidelines can lead to reasonable
fire safety when the following items are practiced:

• Minimize hazards: Avoid smoking in bed, leaving

children home alone, and cleaning with flammable
liquids.

• Providing a fire warning system: Most fire

deaths occur in the home, with the majority during
sleeping hours. The minimum level of protection
requires smoke detectors to be installed outside of
each separate sleeping area and on each additional
story of the dwelling.

For added early warning protection, install detectors in
all separated areas including the basement, bedrooms,
dining room, utility room, furnace room, and hallways.

Create and Practice an Escape Plan

A fire warning is wasted unless the family plans in
advance for a rapid and safe exit from the building.

• Draw a floor plan of the entire house showing two

exits from each bedroom and two from the house.
Since stairwells and hallways might be blocked
during a fire, the plan must provide exits from
bedroom windows.
Make copies of the plan and practice it with all
family members.

• Pre-arrange a meeting place outside and away

from the residence. Once out of the building, all
occupants should immediately go to the pre­selected location to be accounted for.

Figure 3: Escape Plan

1 – Bedroom
2 – Hall
3 – Dining Room

Install a smoke detector on each story including
basements, but excluding crawl spaces and unfinished
attics.

• Provide a barricade between family members and

fire, smoke, and toxic gases (for example, close all
bedroom doors before retiring).

• Instruct children to open their bedroom windows

and exit safely from the building. If exiting is not
possible, teach them to stay at the open window
and shout for help until it arrives.

• In the event of a fire alarm after retiring, wake the

children by shouting to them from behind your
closed door. Tell them to keep their bedroom
doors closed.

• If the top of your bedroom door is

uncomfortably hot, do not open it. Most likely,

there is fire, intolerable heat, or smoke on the other
side. Shout to all family members to keep their
bedroom doors closed and to exit the building by
alternate routes.

• If the top of the door is not uncomfortably hot,

brace the bottom of the door with your foot, and
the top with one hand, then open the door about
one inch. Be prepared to slam the door shut if
there is any pressure against the door or if any hot
air rushes in.

• If there is no evidence of excessive heat or

pressure, leave the room and close the door
behind you. Shout appropriate instructions to all
family members and immediately leave the
building by the pre-planned routes. If heavy smoke
is present, drop to your hands and knees, or crawl
to remain below the smoke level.

4 – Basement
5 – Living Room

* – Smoke Detector

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1

2

3 4

5

4

4

1

Installation Considerations

Proper location of detection devices is one of the most

7.9 Emergency Keypad Alarms/
Silencing Alarms

critical factors in a fire alarm system.
Here are some general considerations:

• Do not install smoke detectors in “dead air” spaces

or close to ventilating or air-conditioning outlets
because smoke might be circulated away from the
detector. Locations near air inlets are favored.

• Avoid areas subject to normal smoke

concentrations such as kitchens, garages, or near
fireplaces.

• Do not install smoke detectors where normal area

temperatures are above 38 °C (100 °F) or below 0
°C (32 °F).

• Avoid areas of high humidity and dust

concentrations.

• Install ceiling-mounted detectors so the edge is no

closer than 10 cm (4 inches) from any wall.

• Place the top edge of wall mounted detectors from

10 to 30 cm (4 to 12 inches) from the ceiling.

The Emergency Alarm Keys [ ], [ ], and [ ] can
generate Fire, Special Emergency, and Panic Alarms if
programmed by the installer. Ask your installing
company to explain the function of these keys. To use

an Emergency Key, you must press the button for
two seconds to generate an alarm. Use the

Disarming Command Sequence to cancel or silence
these alarms.

If the Emergency Alarm Keys are to be used, label the
keys to signify their functions.

Label the left-most key as the Fire key. This is the only
key that can be designated as the Fire key.

Label the middle key as the Special Emergency key.
Label the right-most key as the Panic key.
On RF keyfobs, the Panic signal is sent to your security

system when two keys are held down simultaneously
for at least three seconds.

Figure 5: Emergency Keypad Alarms

Figure 4: Smoke Detector Installation

1 – Rec Room
2 – Dining Room
3 – Kitchen

Install smoke detectors between sleeping areas and
family living areas.

4 – Bedroom
5 – Living Room

* – Smoke Detector

Armed
Status
Power
Fire

Perimeter
Supervisory

12345678

Bell Silenced
Trouble

910

1 23

456
789

*

16

15

14

12 13

11

On

Off

Perimeter

Bypass

#

0

System
Reset

Armed
Status
Power
Fire

TEST WEEKLY

Only

No
Entry

1 23

456
789

*

On

Off

Perimeter

Only

No

Entry

0

Bypass

#

System
Reset

1 – Emergency Keys

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7.10 Turning OFF (Disarming) Your System under Duress

A Duress PIN (refer to Section 8.0 Personal Identification Numbers (PINs) on page 23 and Section 8.4 PIN Authority
Levels on page 24) is used when someone demands, by threatening your life or well-being, that you turn the system

off. When used, the Duress PIN turns off the system and reports a silent Duress alarm if the system is connected to
a monitoring service. When disarming the system normally, use extreme care when entering your PIN to turn off
the system, so you do not inadvertently enter a Duress PIN.

You can enter the Duress PIN at any keypad, but you cannot disarm the system under duress from a keyfob. In a
duress situation, avoid using a keyfob to disarm the system since this prevents you from notifying the monitoring
service of your need for assistance.

Table 20: Disarming Your System under Duress

Equipment Command Sequence What Happens What To Do

Text Keypad LED
Keypad

RF3341 Keypad [Duress PIN][#] • The system appears to disarm

RF3332/RF3332E,
RF3334/RF3334E

[Duress PIN][Off]

• The system appears to disarm
normally.

• A Duress Code is sent to your
monitoring service.

normally.

• A Duress Code is sent to your
monitoring service.

Not applicable

Protect your life and well­being while awaiting
assistance.

Protect your life and well­being while awaiting
assistance.

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DS7400XiV4-EXP | User Guide | 8.0 Personal Identification Numbers (PINs) EN | 23

8.0 Personal Identification Numbers (PINs)

8.1 General Information

When programming personal identification numbers, it is helpful to know these terms:

• PIN: Personal Identification Number. Users enter this four- or six-digit code at the keypad to gain access to

the system. You can assign a PIN to each User Number 001 through 200.

• User Number: This number identifies each person using the system. There are 200 possible user numbers

available (001 through 200).

• Authority Level: This number determines the functions each user can perform.
Your system can assign up to 200 PINs, each four or six digits long. You can only assign a PIN to one user

number. Attempting to assign the same PIN to multiple user numbers results in the three-beep error tone, and the
entry is not made.

User Number 001 is designated as a Master code. It can be used to add, delete, or change other PINs. It always
has access to all areas regardless of how it is programmed.

User Number 001 is shipped from the factory with the PIN of 1 2 3 4. Change this PIN to one of your personal
preference and program it as a Master code.

Never program PINs with common sequences such as 1 2 3 4, 1 1 1 1, or 2 4 6 8 because they are easily triggered.

8.2 Removing a PIN

To disable (remove) a PIN:

1. Enter a [Master code] and press [#][0][0].

2. Enter the user number of the PIN to be cancelled and press [#].

You cannot disable User Number 001 using this method.

8.3 Changing a PIN

Since you can only change PINs in Master Programming Mode, they are not programmable from an RF
(wireless) keypad. Change PINs at a text keypad because no visual clues are provided by an LED keypad.

Record your entries so they are available before you enter Master Programming Mode. Enter the
parameters promptly. If a delay of 15 seconds or more occurs between entries, the 3-beep error tone

Table 21: Changing a PIN

Steps To Change a PIN Command Sequence If Accepted, the Text Keypad Display Reads:

Enter Master Programming Mode. [Master PIN][#][0] “0 User Change”

Enter 0 for PIN Setup programming. [0] “Enter User Number”

Enter the user number. [0][0][0] through [2][0][0] “Enter Authority Level”

Enter the Authority Level. [0] through [6] “Enter Area(s) or # for all”
Enter the area(s) (partitions) to which the

user has access.
Enter the PIN. Any 4 or 6 digits.

Enter the PIN again followed by [#]. [PIN] (same 4 or 6 digits as

Note: The Master PIN can only change another PIN if the Master PIN is assigned to the same areas as the PIN it is changing.

sounds and the control panel automatically exits from the programming mode.

(display scrolls to this)

(001 ... 200)

Level (0 to 6)

[1], [2], [3], [4], [5], [6], [7],
and/or [8] followed by [#]

Do not press [#].

previous step) then [#]

“Enter Next Area, End with #” or
”Enter PIN”

“Enter PIN Again. End with #”
A long beep signifies acceptance of the PIN.

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8.4 PIN Authority Levels

0 = Master

Can enter all commands, add or change PINs in assigned areas, change the time and date, bypass, arm, disarm,
perform system tests, system reset, and view history. User Number 001 must have the Master authority level. Any
or all PINs can behave as a Master code. The Master code always has authority in all partitions.

1 = Unlimited

Can enter all commands, bypass, arm, disarm, system reset, and perform system tests. It cannot change PINs.

2 = General

Can bypass, arm, and disarm. It cannot change PINs, system reset, enter [#][7], or any of the [#][8] functions.

3 = Arm Only

Can arm the system with [PIN][ON] arming sequence only. Cannot perform other functions, including disarming.

4 = Temporary

Valid only for a specified time (the PIN expires on a pre-determined date). It can arm and disarm the system, but
cannot perform any other functions. The code can be used from a Master keypad, but only in Single Partition
Mode. If access is assigned to more than one area, you must enter a Temporary PIN expiration date for all
assigned areas (refer to Section 8.5 Changing the Expiration Date for Temporary PINs).

5 = Duress

When the system is disarmed using the duress code, a silent report is sent to your monitoring service. The duress
code is intended to be used when the user is forced to disarm the system. Refer to Section 7.10 Turning OFF
(Disarming) Your System under Duress on page 22.

6 = Access Code

When a PIN with an access code is entered, any output programmed for access output (for example, door strikes)
pulse on for 10 seconds (works when the system is armed or disarmed).

8.5 Changing the Expiration Date for Temporary PINs

Since you can only change the expiration date for temporary PINs in Master Programming Mode, they are not
programmable from an RF (wireless) keypad. Do this procedure at a text keypad because no visual clues are
provided by an LED keypad.

Record your entries so they are available before you enter Master Programming Mode. Enter the
parameters promptly. If a delay of 15 seconds or more occurs between entries, the 3-beep error tone

Table 22: Changing the Expiration Date

Steps To Change the Expiration Date Command Sequence If Accepted, the Text Keypad Display Reads:

Enter Master Programming Mode. [Master PIN][#][0] “3 Change Date of Code Expiration” *

Enter 3 for Date of Code Expiration Setup
programming.

Enter the Expiration Month. [0][1] through [1][2]

Enter the Expiration Day. The temporary PIN
expires at midnight on the day selected.

Enter the Year. Last two digits of the year

* Appears only when in Single Partition Mode.

sounds and the control panel exits from the programming mode.

(display scrolls to this)

[3] “Enter Month”

(01 ... 12)
“Enter Day”

January December
[0][1] through [3][1] “Enter Year”

followed by [#]

Note: Enter the command sequence [Master Code][#][3][#] to cause the
text keypad to display the temporary code expiration date.

(01 ... 31)

(XX) End with #
“Month, Day, Year”

A long beep signifies acceptance.

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DS7400XiV4-EXP | User Guide | 9.0 Error Displays EN | 25

9.0 Error Displays

You can read error displays only when the control panel is disarmed. Some control panel errors, such as battery
trouble and any RF troubles, cause the keypad sounders to beep every 10 seconds.

You can silence the keypad sounders for 4 hours by entering [PIN][Off].
The sounders continue to sound until the problem is fixed.

Clear the error display as advised by your installing company, or if you are certain the problem is
remedied.

Table 23: Error Displays

Error/Warning Messages

LED Keypad Text Keypad Meaning

Power Light
(green) flashing

LED 1 on AC Power Failure There is a power failure and the control panel is operating on backup battery power.
LED 2 on Battery Trouble * If there was a power failure, wait at least two hours for the battery to recharge, then

LED 3 on Communicator Err ** The control panel failed to communicate with the central station.
LED 4 on System Fault

LED 5 on Keypad Fault One of the keypads is not responding to the control panel.
LED 6 on Keypad Tamper One of the keypad housings was opened.
LED 7 on Multiplex Bus The multiplex bus is defective or is shorted.
LED 8 on Aux. Power Fault The auxiliary power is shorted.
Zone Trouble One of the zones is not responding to the control panel. This might also be

RF Indicates a problem with an RF (wireless) zone.
Dirty Chamber One of the multiplex smoke detectors failed the sensitivity test and might require

* The Battery Trouble message is cleared only by the [System
Reset] command or another Automatic Battery Test, even
after the problem is remedied.

Control Trouble
Enter [#][8][7]

There is an Error Message. To display the message, enter [PIN][#][8][7].

enter [PIN][System Reset] to perform a battery test.

Internal error in the control circuitry or optional circuitry. Refer to Section 9.1
System Faults.

displayed during power-up; if this occurs, ignore the message.

cleaning or replacement. Clear the keypad beep by entering [PIN][Off]

** The Communicator Error message is cleared only by the
[System Reset] command or the next successful Automatic
System Off Normal report, even after the problem is
remedied.

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9.1 System Faults

System faults are designated as shown in Table 24:

Table 24: System Faults

[#][8][7] displays: [#][8][9] displays:

RAM Fault System Fault 01
ROM Fault System Fault 02
EEPROM Fault System Fault 03
Ground Fault System Fault 04
2Ph/Bell Fault = loss of communication to bell/dual phone line module System Fault 10
Line 1 Fault = bell/dual phone line module phone line 1 fault System Fault 11
Line 2 Fault = bell/dual phone line module phone line 2 fault System Fault 12
Bell Fault = bell/dual phone line module bell circuit fault System Fault 13
Aux. Relay Fault = bell/dual phone line module aux. relay fault System Fault 14
Oct. Relay Fault = loss of communication to octal relay module System Fault 20
Reserved for older control panels System Fault 50
AR IB Queue Full = modem buffer full System Fault 51
AR Host Down = network data switch down System Fault 52
AR Unreg. Modem = modem not registered System Fault 53
AR Power Fail = power source below defined threshold System Fault 54
AR Network Lost = loss of network System Fault 55
AR Modem HW Err = modem hardware error System Fault 56
AR Modem SW Err = modem software error System Fault 57
AR Opt. Bus Err = loss of communications to alternate communication module System Fault 58
AR Corrupt MSG = message error System Fault 59
AltComm A Tx Err
SerialBI/F Fault
SerialB Tx Error
SerialB Rx Error
SerialBFlowError
AltComm A Error
AltComm B Error
AltComm B Tx Err
AltComm A Flow
AltComm B Flow

System Fault 60

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DS7400XiV4-EXP | User Guide | 10.0 Testing Your System EN | 27

10.0 Testing Your System

10.1 Zone Test

The zone test confirms that detectors report alarms to the keypad. A zone test works on all zones, except 24-hour
zones and fire zones. While the keypad is in a zone test, no control panel alarms activate an alarm, except 24-hour
zone alarms and fire alarms; these alarms override the zone test function.

This test requires you to manually alarm each zone.
At the start of the test, if programmed, a report is sent to the central station followed by reports on the individual

zones as they are tested. When the zone test is complete, a test restoral report is sent to the central station.
If you perform this test from a Master Keypad, the keypad must be in Single Partition Mode. Zone tests are not

available from RF (wireless) keypads.

Test the system weekly.

Table 25: Zone Test

Type of Test Command Sequence What Happens What To Do

Zone Test [PIN][#][8][1] • “Test Zone” is displayed followed by the

numbers of the zones that were not tested. *

• The zone LEDs of any untested zones flash. **

• “Now Testing” is displayed followed by the
number of the zone currently being tested. *

• The LED for the zone currently being tested
turns on steady. **

• As each zone is tested, “Test Zone” appears
followed by the remaining untested zones. *

• As each zone is tested, its LED turns off. **

* Text Keypad only
** LED Keypad only

• Test each zone as
instructed by your
installing company.

• Exit the Zone Test using
[PIN][#].

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10.2 Battery Tests

If a power failure occurs, your control panel has a backup battery that continues to power the control panel for
many hours. The control panel automatically recharges the battery when power is restored.

In addition to the automatic battery test performed every 2 minutes, you can also test the battery manually. This
test also uses the battery to manually activate all the system sounders for 2 seconds ([PIN][#][8][5] only). If the
battery voltage is low, a battery fault occurs (refer to Section 9.0 Error Displays on page 25).

If you perform this test from a Master keypad, the keypad must be in Single Partition Mode. System Tests are not
available from RF (wireless) keypads.

Table 26: Zone Test

Type of Test Command Sequence What Happens What To Do

Local Battery/
Sounder Test

Battery Test [PIN][System Reset] • The control panel performs a battery test.

[PIN][#][8][5] • All keypad LEDs turn on.

• The keypad sounder and all alarm
sounding devices operate for 2 seconds.

• If the test fails, the control panel indicates
a control problem. Refer to Section 9.0
Error Displays on page 25.

• The control panel reports a Low Battery
or a Low Battery Restoral is necessary.

• If the sounder fails to operate
or if the battery fails, contact
your installing company.

• Contact your installing
company if a low or missing
battery is reported.

10.3 Communicator Test

This test is available only if your system sends alarms and system information to a monitoring service, and is
programmed by the installing company to permit communicator tests. You can perform this test from a Master
Keypad. The account code for Area #1 is used. System tests are not available from RF (wireless) keypads.

A long beep initially sounds to acknowledge the start of the test. If the test is successful, the sounder again sounds
one long beep. If the test fails, the keypad sounder turns ON continuously. To silence the sounder, enter your
[PIN] and press the [#] key or the [*] key.

Table 27: Communicator Test

Type of Test Command Sequence What Happens What To Do

Communicator
Test

[PIN][#][8][2]

• A long beep sounds.

• A “Test” report is sent to the monitoring
service.

• If the test fails, the keypad sounder
operates continuously.

To silence the sounder, press
[System Reset].

Note: This test can take several
minutes to complete because the
control panel attempts ten calls.

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10.4 Fire Walk Test

This test confirms that smoke detectors report alarms to the keypads. The Fire Walk Test tests all fire zones,
including verified fire and waterflow.

This test requires you to manually alarm each zone.
If programmed, a Fire Walt Test report is sent to the central station at the start of a Fire Walk Test. Fire alarm

reports are not sent to the central station during the Fire Walk Test. A Fire Walk Test restoral is sent upon
completion of the Fire Walk Test.

The Fire Walk Test runs for 20 minutes once it is started. The test time is extended to 20 minutes every time you
test another zone.

When you test a fire zone, any output programmed to follow that zone is activated for 5 seconds.

Table 28: Fire Walk Test

Type of Test Command Sequence What Happens What To Do

Fire Walk Test [PIN][#][9][1]

* Text keypad only
** LED keypad only

• “Fire Test” is displayed followed by the number
of any zones that are untested. *

• The LEDs of any untested zones flash. **

• “Fire Testing” is displayed followed by the
number of the zone currently being tested. *

• The LED for the zone currently being tested
turns on steady. **

• As each zone is tested, the “Fire Test” message
appears followed by the remaining untested
zones. *

• As each zone is tested, its LED turns off. **

• Test each zone as
instructed by your
installing company.

• Exit the Fire Walk Test
using [PIN][#].

A Fire Walk Test prevents the system from sending any Fire Reports during the test.

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10.5 Event History Readback

The History Buffer stores the last 400 events in memory. The text keypad can display all of these events. The
LED keypad only displays the zones (1 to 16) that alarmed since the last Event History Readback. If you perform
this test from a Master keypad, the keypad must be in Single Partition Mode. The RF3341 keypad cannot display
history events.

Table 29: Event History Readback

Type of Test Command Sequence What Happens What To Do

Event History
Readback

* Text keypad only ** LED keypad only

Scrolling through the History Events (Text Keypad Only)

Press [#] to scroll back through the history line by line.
Press [9] to scroll in reverse chronological order by event.
Press [6] to scroll back through the events (toward the most recent) by event.
Each event consists of two or three lines or display screens. The first line/screen is the event title and user. The

second line/screen is the date of the event or the change being made. If there is a third line/screen, it will be the
date of the change.

To exit the Event History Mode, press the [*] key or wait 20 seconds and the keypad exits automatically.
When performing Event History Readback from a Master keypad, each area displays its own history.

[PIN][#][8][9]

• The last event to take place is displayed. *

• The zone LEDs flash for any zones that alarmed
since the last Event History Readback. **

Note: To read the System Error Displays, follow the
instructions in Section 9.0 Error Displays.

• Scroll through the events
using the [9], [6], and [#]
keys. *

• Exit from Event History
using [PIN][#].

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DS7400XiV4-EXP | User Guide | 11.0 The Master Keypad (Text Keypad Only) EN | 31

11.0 The Master Keypad (Text Keypad Only)

11.1 General Information

Your system can include a Master Keypad. A Master Keypad is a text keypad programmed to provide access to
all areas assigned to you, not just the area in which the Master Keypad is located. This is different from a standard
keypad because standard keypads provide access only to the single area in which they are located. Commands
entered at the Master Keypad affect all the areas to which you have access. If this is not desirable, the Master
Keypad can control each area individually using Single Partition Mode. Single Partition Mode allows you to
control any or all of the areas to which you have access on an individual (one by one) basis (refer to Section 11.3
Single Partition Mode).

To use the Master Keypad, your PIN must be assigned to the area in which the Master Keypad is
located.

11.2 Master Keypad Displays

Master keypad displays differ slightly from standard keypads. The Master Keypad display scrolls the status of each
area, followed by the area number. For example, if all areas are armed, the Master Keypad scrolls through the
following displays:

Armed
area 1

If only areas 1, 2, 3, 4, 6, and 8 are armed, the Master Keypad scrolls through the following displays:

Armed
area 1

Areas that are not ready display as “Not Ready.”
Table 30 helps you understand what each LED function of the Master keypad represents.

Armed
area 2

Armed
area 2

Armed
area 3

Armed
area 3

Armed
area 4

Armed
area 4

Armed
area 5

Ready to
Arm area 5

Armed
area 6

Armed
area 6

Armed
area 7

Ready to
Arm area 7

Armed
area 8

Armed
area 8

Table 30: Master Keypad LEDs

LED Off Flashing On

Armed
(red)

Status
(green)

Power
(green)

All areas are disarmed. One or more areas are armed, or

an alarm occurred.

Not ready to arm (if the Armed LED
is on, all areas are armed).

The control panel lost all power; no
AC or battery.

One or more zones are
bypassed.

Control panel problems exist.
Refer to Section 9.0 Error

All areas are armed, and no alarms
occurred.

All areas are ready to arm.

Normal Operation. The control panel is
running on AC power with no problem.

Displays on page 25.

Fire

There are no fire alarms. A fire zone is in alarm. A fire trouble condition exists.

(red)

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DS7400XiV4-EXP | User Guide | 11.0 The Master Keypad (Text Keypad Only) EN | 32

11.3 Single Partition Mode

Single Partition Mode controls areas on a one by one basis from the Master Keypad.
To enter Single Partition Mode, enter your [PIN], then press the [#] key twice. This displays the first area to which

you have access. Enter the desired command sequence for this area. You do not need to enter your PIN again. To
move to the next area, press the [#] key twice.

To exit Single Partition Mode, hold the [*] key down for 2 seconds. The system also automatically exits Single
Partition Mode after 40 seconds without a keypad entry.

Example of Accessing Single Partition Mode

Enter your [PIN] and press the [#] key twice:
[1][2][3][4][#][#].
The first area to which you have access is displayed: “Ready to Arm. Cafeteria.”

Enter the desired command sequence (in this case arming) for this area: [#][On].
Move to the next area by pressing the [#] key twice: [#][#].

The next area to which you have access is displayed: “Ready to Arm. Office.”
Enter the desired command sequence for this area.
Exit Single Partition Mode by holding the [*] key for 2 seconds.

11.4 Arming from the Master Keypad

Table 31: Arming from the Master Keypad

Type of Arming Desired Command Sequence

Arming all the areas to which you
have access.

Arming only some of the areas to
which you have access.

After arming any or all areas to which
you have access, exit Single Partition
Mode.

[PIN] and any Arming Command Sequence
This arms all the areas to which you have access even if they are already armed.

1. [PIN][#][#].

You are in Single Partition Mode. The first area to which you have access is
displayed: “Ready to Arm. Cafeteria.”

2. Enter the desired Arming Command Sequence for the area.

3. Press [#][#] to open the next area to which you have access.

The next area to which you have access is displayed: “Ready to Arm. Office.”

4. Enter the desired Arming Command Sequence for the area.

5.

Exit Single Partition Mode by holding [*] for at least 2 seconds.
The system also exits Single Partition Mode after 40 seconds without a keypad entry.

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11.5 Disarming from the Master Keypad

Table 32: Disarming from the Master Keypad

Type of Disarming Desired Command Sequence

Disarming all the areas to which you
have access.

Disarming only some of the areas to
which you have access.

After disarming any or all areas to
which you have access, exit Single
Partition Mode.

[PIN][Off]
This disarms all the areas to which you have access even if they are already disarmed.

1. [PIN][#][#].

You are in Single Partition Mode. The first area to which you have access is
displayed: “Armed. Cafeteria.”

2. Press [Off] if you want to disarm this area.

If not, go to the next step.

3. Press [#][#] to open the next area to which you have access.

The next area to which you have access is displayed: “Armed. Office.”

4. Press [Off] if you want to disarm this area.

If not, go to the next step.

Exit Single Partition Mode by holding [*] for at least 2 seconds.
The system also exits Single Partition Mode after 40 seconds without a keypad entry.

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DS7400XiV4-EXP | User Guide | 12.0 Glossary EN | 34

Exit Delay

12.0 Glossary

Access Control PIN

An Access Control PIN is a special code to turn
electric door locks or other mechanisms connected to
the control panel on or off.

Area (Partition)

An area exists when the system is divided up into 2, 3,
4, 5, 6, 7, or 8 areas or partitions. Keypads within an
area can interact with only that area.

Armed/Disarmed

Arming the system (burglar zones) turns it on.
Disarming the system turns it off. Remember, fire
protection (if installed) is always Armed/on.

Central Station/Monitoring Service

A Central Station/Monitoring Service is a facility used
to continuously monitor phone signals from your
system. Personnel are trained to dispatch the proper
authorities when necessary.

Common Area

A Common Area is an area that is connected to
another area or all the areas. It may be used as a
common entry way to separate areas. A Master keypad
would normally be found in the Common Area. A
Common Area is only armed when all the areas it is
connected to are armed. It is disarmed when at least
one of the areas it is connected to is disarmed.

Custom Arming

Custom Arming is a type of arming that uses the [#][4]
sequence. It is only a valid sequence if programmed by
the installing company. It is a specific type of arming
designed for your individual installation needs. Ask
your installing company to explain Custom Arming
further.

Disarming Command Sequence

The Disarming Command Sequence is the sequence of
keys you press at the keypad to disarm the system
and/or silence alarms. It consists of your PIN followed
by the command (#) button.

Door Strike

A mechanism connected to the control panel to limit
access through a door to those users with an Access
Control PIN.

Entry Delay

An Entry Delay is a predetermined amount of time
that allows entry into an armed area.

An Exit Delay is a predetermined amount of time that
allows you to exit an area just after you arm it.

Faulted Zone

A Faulted Zone is a zone that is not ready to arm (for
example, an open door or window). It can also be
described as being triggered.

Force Arming

Force Arming is a way of arming the system by
bypassing zones that are not ready to arm. You should
avoid Force Arming because it reduces the level of
security.

Installing Company

The Installing Company is the company that physically
installed the system. It may or may not be the same
company who monitors the system.

Local System

A Local System is a system that has a control panel
that is not programmed to call a monitoring service. It
sounds only local (on site) bells or sirens when an
intrusion or fire alarm is detected.

Monitored System

A Monitored System is a system that uses phone lines
to notify a monitoring service of programmed
abnormal events such as burglar or fire alarms.

Partitioning

Partitioning is to divide the system into 2, 3, 4, 5, 6, 7,
or 8 areas or partitions. This allows the system to act as
2, 3, 4, 5, 6, 7, or 8 separate systems.

Zone

A Zone is an input to the control panel. There are eight
hard-wired zones on the control panel and additional
zones may be added. A zone is usually some type of
detection device designed for burglar or fire.

Zone Bypassing

Zone Bypassing is a way of arming the system by
deliberately eliminating zones to be armed.

Zone Function

A Zone Function is the description of how a zone
behaves in the system. Zone Functions usually define
how a zone responds when armed or when it detects an
alarm.

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DS7400XiV4-EXP | User Guide | 13.0 Quick Reference Guide EN | 35

13.0 Quick Reference Guide

Test the system weekly to ensure it is functioning properly. If problems are detected in testing or changes are
noticed in normal operation, call your installing company for service. The manufacturer recommends replacing
the system battery every 3 to 5 years (contact your installing company).

Monitoring Service Phone No.
Monitoring Service System No.

Use the chart below to list your protected areas. For example, if Zone 1 is your front door, the installer should
write "Front Door" on the line provided for Zone 1.

Zone Protected Area Zone Protected Area Zone Protected Area Zone Protected Area

1 33 65 97
2 34 66 98
3 35 67 99
4 36 68 100
5 37 69 101
6 38 70 102
7 39 71 103
8 40 72 104
9 41 73 105
10 42 74 106
11 43 75 107
12 44 76 108
13 45 77 109
14 46 78 110
15 47 79 111
16 48 80 112
17 49 81 113
18 50 82 114
19 51 83 115
20 52 84 116
21 53 85 117
22 54 86 118
23 55 87 119
24 56 88 120
25 57 89 121
26 58 90 122
27 59 91 123
28 60 92 124
29 61 93 125
30 62 94 126
31 63 95 127
32 64 96 128

Installing Company Phone No.

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Zone Protected Area Zone Protected Area Zone Protected Area Zone Protected Area

129 159 189 219
130 160 190 220
131 161 191 221
132 162 192 222
133 163 193 223
134 164 194 224
135 165 195 225
136 166 196 226
137 167 197 227
138 168 198 228
139 169 199 229
140 170 200 230
141 171 201 231
142 172 202 232
143 173 203 233
144 174 204 234
145 175 205 235
146 176 206 236
147 177 207 237
148 178 208 238
149 179 209 239
150 180 210 240
151 181 211 241
152 182 212 242
153 183 213 243
154 184 214 244
155 185 215 245
156 186 216 246
157 187 217 247
158 188 218 248

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DS7400XiV4-EXP | User Guide | 14.0 System Features Reference Guide EN | 37

Quick Arming Your System

14.0 System Features Reference
Guide

Audible Alarm Signaling Device Sounds

Intrusion ( ) Pulse ( ) Continuous
Fire ( ) Pulse ( ) Continuous

Keypad Supplemental Alarm [B] Key

( ) Continuous ( ) Silent
This system has the Duress Alarm feature.

( ) Yes ( ) No
This system has the communicator test feature.

( ) Yes ( ) No

Turning On (Arming) Your System

Normal Arming

Text/Led Keypad: [PIN][On]
RF3341: [PIN][#][1]

Perimeter Arming, no entry delay

Text/LED
Keypad: [PIN][No Entry][Perimeter Only]
RF3341: [PIN][#][2]

Perimeter Arming, with entry delay

Text/LED Keypad: [PIN][Perimeter Only]
RF3341: [PIN][#][3]

Maximum Security Arming

Text/LED Keypad: [PIN][No Entry][On]
RF3341: [PIN][#][5]

Custom Arming

[PIN][#][4] for __________

Force Arming

Enter an arming command sequence followed by the
[Bypass] key on text/LED keypads or the [9] key for
RF3341 keypads. The maximum number of zones that
can be forced armed is _____

Zone Bypass

[PIN][Bypass] followed by the [Zone number].

Normal Arming:

[#][On]

Perimeter Arming, no entry delay:

[#][No Entry][Perimeter Only]

Perimeter Arming, with entry delay:

[#][Perimeter Only]

Maximum Security Arming:

[#][No Entry][On]

Turning Off (disarming) Your System

Enter your [PIN][Off] for text/LED keypads or
[PIN][#] for RF3341 keypads

Partitioning

( ) Partitioning enabled
( ) Partitioning not enabled
( ) Number of areas

Commands for Other System Features

Chime Mode [PIN][#][7]
Zone Test [PIN][#][8][1]
Battery Test [PIN][System Reset]
Communicator Test [PIN][#][8][2]
Error Display [PIN][#][8][7]
Error Display Reset [PIN][System Reset]
Fire Reset [PIN][System Reset]
Event History Readback [PIN][#][8][9]
Fire Walk Test [PIN][#][9][1]

Access Control

Enter your [Access Code PIN] followed by [Off].

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Notes

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DS7400XiV4-EXP | User Guide | Notes EN | 39

Notes

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Bosch Security Systems
www.boschsecuritysystems.com

© 2005 Bosch Security Systems
4998154961B