LifeShield IS440 Wireless Security Sensor User Manual Install Manual022206

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BHS-i100
Installation and
Programming Reference
2/22/06 Draft
BHS-i100 Installation and Programming Instructions
3.5.7
3.5.8
3.5.9
3.5.10
Regulatory Notices ...........................................................4
1.1 FCC Rules Part 15.......................................................4
1.2 ACTA Part 68...............................................................4
InGrid Component Installation and Registration ...............5
2.1 Components.................................................................5
2.2 Maximum System Capacity .........................................5
2.3 Wireless Communications Range................................5
2.4 Terminology .................................................................5
2.5 Installation/Registration Process..................................5
2.6 Install Keypads.............................................................6
2.6.1 Wiring & Mounting Keypads ..................................6
2.6.2 Wire The Power Supply.........................................6
2.6.3 Install The Battery .................................................7
2.6.4 Cover Unused Emergency Keys ...........................7
2.7 Install Grid Extenders...................................................7
2.7.1 Installation Guidelines ...........................................7
2.7.2 Install The Battery .................................................7
2.7.3 Mounting................................................................7
2.8 Install The RJ31X / RJ38X...........................................8
2.8.1 Wire The RJ31X Jack As Shown: .........................8
2.8.2 Wire The RJ38X Jack As Shown: .........................8
2.9 Register Grid Extenders...............................................9
2.9.1 Cross Registration.................................................9
2.9.2 Set First Keypad To Master...................................9
2.9.3 Learn The Programmer .........................................9
2.9.4 Learn Additional Keypads ...................................10
2.9.5 Learn Signal Extender(s).....................................10
2.9.6 Resetting A GE To Factory Default .....................10
2.9.7 Registration Troubleshooting ..............................10
2.10 Install/Learn InGrid Sensors ......................................11
2.10.1 Install Mounting Clip ............................................11
2.10.2 Install/Learn The Sensor .....................................11
2.10.3 Troubleshooting Sensor Registration ..................11
2.10.4 Resetting A Sensor To Factory Default...............12
2.11 Install/Learn Auxiliary Sirens......................................12
2.11.1 Install The Auxiliary Siren....................................12
2.11.2 Learn The Auxiliary Siren ....................................12
2.12 Install/Learn Ademco Transmitters ............................13
2.12.1 Install The Transmitter.........................................13
2.12.2 Learn The Transmitter.........................................13
2.13 Supervision ................................................................14
2.14 Battery Life Indication ................................................14
2.15 Learn Key Fob ...........................................................14
Programming ..................................................................15
3.1 Getting Started...........................................................15
3.1.1 Power Up The Programmer ................................15
3.1.2 Registration Overview .........................................15
3.1.3 Register the Programmer ....................................15
3.1.4 Home Menu .........................................................15
3.1.5 Menu Programming Terminology ........................15
3.2 Using The Programmer..............................................16
3.2.1 Navigational And Data-Entry Modes ...................16
3.2.2 Key Functions: Navigational Mode......................16
3.2.3 Key Functions: Data-Entry Mode ........................16
3.2.4 Entering Data ......................................................17
3.2.5 Entry Errors .........................................................17
3.3 Organization Of Menu Programming .........................19
3.3.1 Programming Tree ..............................................19
3.3.2 Logical Programming Groups..............................19
3.3.3 Standard versus Advanced Programming...........19
3.4 Numbering Conventions ............................................19
3.5 Programming Options ................................................20
3.5.1 Home Menu Option 1: Set Defaults....................20
3.5.2 Home Menu Option 2: Learn Devices .................20
3.5.3 Home Menu Option 3: Standard Menu................21
3.5.4 Home Menu Option 4: Advanced Menu ..............23
3.5.5 Home Menu Option 5: Test Menu .......................28
3.5.6 Home Menu Option 6: Replace Hardware ..........28
Home Menu Option 7: Upload Configuration...... 28
Home Menu Option 8: Browse Events ............... 28
Home Menu Option 9: Diagnostics..................... 28
Home Menu Option 10: Programmer Battery Status
28
3.5.11 Home Menu Option 11: Set Poweroff Time........ 28
3.5.12 Home Menu Option 12: Set Backlitght Time ...... 28
3.6 Programmable Options Lists..................................... 29
3.6.1 List A: Zone types ............................................... 29
3.6.2 List B: Output patterns ........................................ 29
3.6.3 Automatic Zone Configurations .......................... 29
3.7 Remote Programming ............................................... 30
3.8 Shortcut Programming .............................................. 30
System Testing And Maintenance ................................. 31
4.1 System ...................................................................... 31
4.1.1 Installer Testing .................................................. 31
4.1.2 Pre-Test System Reporting ................................ 31
4.1.3 Grid Extender Status .......................................... 31
4.1.4 2.4 Ghz RSSI...................................................... 31
4.1.5 Qualify Sensors .................................................. 31
4.1.6 Setting the System’s Clock................................. 31
4.2 Maintaining Devices .................................................. 32
4.2.1 Replacing A Grid Extender ................................. 32
4.2.2 Replacing A Sensor ............................................ 32
4.2.3 Replacing Auxiliary Siren.................................... 32
4.2.4 Sensor Maintenance........................................... 32
4.2.5 Deleting A Keychain Remote.............................. 32
4.3 System Measurements ............................................. 32
4.3.1 Device Battery Status ......................................... 32
Troubleshooting ............................................................. 33
5.1 Browse Events .......................................................... 33
5.2 System information ................................................... 33
5.2.1 Determining A Zone Number .............................. 33
5.2.2 Determining A Grid Extender’s ID ...................... 33
5.2.3 Determining the System Firmware Version ........ 33
5.3 Troubleshooting Specific Problems........................... 34
5.3.1 Grid Extender Will Not Power Up ....................... 34
5.3.2 Test Report Fails ................................................ 34
5.3.3 Event Report Fails .............................................. 34
5.3.4 Auxiliary Siren Does Not Sound ......................... 34
5.3.5 Keychain Remote Not Working .......................... 34
5.4 Keypad Service Messages........................................ 35
Compliance information ................................................. 36
6.1 UL Compliance.......................................................... 36
6.1.1 Residential Listings............................................. 36
6.1.2 Hardware Guidelines .......................................... 36
6.1.3 Programming Guidelines .................................... 36
6.2 CSFM Compliance .................................................... 36
6.2.1 Installation Guidelines ........................................ 36
6.3 Guidelines ................................................................. 36
6.3.1 Related Installation References.......................... 36
6.3.2 SIA Programming/Installation Guidelines ........... 36
Supplemental information .............................................. 38
7.1 System Specifications ............................................... 38
7.2 Standby Battery Requirements ................................. 38
7.3 Zone Types ............................................................... 38
7.3.1 Unconfigured Zone ............................................. 38
7.3.2 Entry / Exit Delay Zone ....................................... 38
7.3.3 Exit Force Arm (Secondary Delay) Zone ............ 38
7.3.4 Instant Zone........................................................ 39
7.3.5 Follower Zone ..................................................... 39
7.3.6 Day / Night Zone................................................. 39
7.3.7 Medical Zone ...................................................... 40
7.3.8 Assault Zone....................................................... 40
7.3.9 Silent Assault Zone............................................. 40
7.3.10 Auxiliary Zone ..................................................... 40
7.3.11 Follower Delay Zone........................................... 40
7.3.12 Fire Zone ............................................................ 40
7.3.13 Local Zone .......................................................... 41
7.3.14 Carbon Monoxide Zone ...................................... 41
BHS-i100 Installation and Programming Instructions
7.4 Blank And Sleep Modes.............................................41
Appendix A: System Configuration Worksheet.......................42
Appendix B: Glossary of Programmable Topics .....................44
Appendix C: Programming Shortcuts .....................................50
7.4.1 Shortcuts, Defined...............................................50
7.4.2 Shortcut Programming Example .........................50
7.4.3 Wildcards.............................................................50
7.4.4 Primary Menu Shortcuts......................................50
7.4.5 Programmable Topic Shortcuts...........................50
Appendix D: SIA False Alarm Reduction Features .................53
BHS-i100 Installation and Programming Instructions
1 Regulatory Notices
1.1
computer modem, etc.) already has the telephone line in use. To
do so, alarm dialing equipment must be connected to a properly
installed RJ31X jack that is electrically in series and ahead of all
other equipment attached to the same telephone line. Proper
installation is depicted in the following diagram. If you have any
questions concerning these instructions, consult your local
telephone company or a qualified installer about installing an
RJ31X jack and alarm dialing equipment for you.
FCC Rules Part 15
Changes or modifications not expressly approved by InGrid, Inc.
can void the user’s authority to operate the equipment. This
equipment has been tested and found to comply with the limits
for a Class B digital device, pursuant to part 15 of the FCC
Rules. These limits are designed to provide reasonable
protection against interference in a residential installation.
Should this equipment cause harm to the telephone network, the
telephone company may temporarily discontinue your service. If
possible, they will provide you with advance notice. Otherwise
they will notify you as soon as possible. The telephone company
will also advise you of changes in its facilities, equipment,
operations or procedures which could affect the operation of your
equipment, allowing you the opportunity to maintain
uninterrupted service. You will also be advised of your right to file
a complaint with the FCC.
This equipment generates, uses, and can radiate radio
frequency energy and, if not installed and used in accordance
with the instructions, may cause harmful interference to radio
communications. However, there is no guarantee that
interference will not occur in a particular installation. If
interference generated by this unit is suspected, call Brink’s
Customer Care at 1-800-445-0872.
If this equipment does cause harmful interference to radio or
television reception, which can be determined by turning the
equipment off and on, the user is encouraged to try to correct the
interference by one or more of the following measures:
•
•
•
•
The telephone company may make changes in its facilities,
equipment, operations, or procedures that could affect the
operation of the equipment. You will be given advance notice in
order to maintain uninterrupted service.
Re-orient the radio/television antenna;
Move the television or receiver away from the unit.
Plug the unit and the TV/radio receiver into different outlets,
i.e. not on the same circuit breaker.
Contact Brinks Home Security or an experienced TV/Radio
technician for additional suggestions.
Part Number SE430; FCC ID: S9PSE430
Part Number BK410; FCC ID: S9PBK410
Part Number IS440; FCC ID S9BIS440
Part Number BS450; FCC ID S9BBS450
1.2
ACTA Part 68
This equipment complies with Part 68 of the FCC Rules. Located
on this equipment is a label that contains, among other
information, the FCC registration number and the ringer
equivalence number (REN) for this equipment. If requested, this
information must be provided to the telephone company.
Figure 1
Should you experience trouble with the telephone lines,
disconnect the equipment from the line to determine the source
of the trouble. If it is determined that the equipment is
malfunctioning, discontinue its use until the malfunction has been
corrected. Any repairs or alterations made by the user to this
equipment, or equipment malfunctions, may give the telephone
company cause to request the user to disconnect the equipment.
If trouble is experienced with this equipment, for repair or
warranty information, please contact Brinks Home Security
Customer Care at (800) 445-0872.
ACTA Registration No. S9PAL01BSE430
The REN is used to determine the maximum number of devices
that may be connected to your telephone line. Excessive RENs
on a telephone line may result in devices not ringing in response
to an incoming call. In most areas, the sum of all device RENs
should not exceed five (5.0). To be certain of the number of
devices that may be connected to a line, as determined by the
total RENs, contact the local telephone company. For products
approved after July 23, 2001, the REN for this product is part of
the product identifier that has the format US:AAAEQ##TXXXX.
The digits represented by ## are the REN without a decimal
point (e.g., 01 is a REN of 0.1). For earlier products, the REN is
separately shown on the label.
This equipment must not be used on party lines or coin-operated
phone lines.
This equipment is equipped with a USOC RJ31X connector. This
equipment is designed to be connected to the telephone network
or premises wiring using a compatible modular jack (RJ31X)
which is part 68 compliant.
Alarm dialing equipment must be able to seize the telephone line
and place a call in an emergency situation. It must be able to do
this even if other equipment (telephone, answering system,
BHS-i100 Installation and Programming Instructions
2 InGrid Component Installation and Registration
Important Note
2.1
Please read and fully understand the BHS-i100
User’s Manual before reading this manual or
attempting to install the system. The User’s Manual
describes the system’s features, functions, and user
interface requirements in great detail. That
information is not repeated in this manual
Sensor to Grid Extender – This communication operates at
both 345 MHz and 2.4 GHz to support both InGrid sensors and
Ademco sensors. Communication from InGrid sensors to Grid
Extenders is two-way encrypted wireless. Communication from
Ademco sensors to Grid Extenders is only one-way. Sensors
may communicate to any Grid Extender. The maximum distance
from a sensor to the closest Grid Extender must be less than 30
feet. The InGrid system will ensure installation within the
acceptable range.
Components
The BHS-i100 is designed primarily for residential and small
office applications. Its InGrid components communicate using
encrypted two-way wireless signals. The only wired connections
are AC power and telephone line. An BHS-i100 system can
contain the following compatible components:
Grid Extenders
Brinks Keypad
Signal Extender
Brinks Programmer
Model Number
BK410
SE430
BP420
InGrid Sensors
Window/Door Sensor
Keychain Remote
Auxiliary Siren
Model Number
IS440
IK4xx
AS4xx
Ademco Transmitters
Door/Window Transmitters
Glass Break Detector
Motion Detector
Smoke Detector
Model Number
5816
5853
5800
5808LST
2.2
2.4
The Grid Extenders operate in a “Grid (Mesh) Network”, which
means that any Grid Extender may wirelessly communicate with
any other Grid Extender. Each Grid Extender has a copy of the
system configuration. This enables automatic recovery if a Grid
Extender is disabled or fails for any reason. In general, the BHSi100 will designate one Grid Extender as the “Master” and any
other Grid Extenders will be “Slaves”. During the following
registration process, the first Keypad installed will be designated
as the “Master”, although during normal operation this may
change.
Signal Extenders are used for two purposes: (i) to extend the
wireless range of the system into more areas of the home, and
(ii) to connect to the telephone line. A Signal Extender connected
to the telephone line is known as a “Gateway Signal Extender”.
Maximum System Capacity
The maximum number of Grid Extenders in a single system is 5
plus one Programmer used for configuration of the system.
Every BHS-i100 system must contain at least 1 Brinks Keypad
and at least 1 Signal Extender.
InGrid Sensors and Grid Extenders do not have any unique
identity in their factory default condition. InGrid Sensors and Grid
Extenders obtain their unique identity and become a permanent
part of a customer’s system through a “Registration” process.
During Registration, these devices exchange “Encryption Keys”
to prevent eavesdropping. Once registered to one customer’s
system, InGrid Sensors and Grid Extenders will not interact with
any other neighboring security system.
The maximum number of sensors in a single system is 59, in any
combination of InGrid and Ademco sensors.
2.3
Terminology
Wireless Communications Range
The BHS-i100 system supports registration “over-the-air” like a
cellular system. Over-the-air registration eliminates the time
spent typing in serial numbers along with the potential risk of
typing errors. The over-the-air process uses a triple-confirmation
technique so that the probability of registering a neighbor’s
device into your system, or vice versa, is dramatically reduced.
There are two types of wireless communications used in a BHSi100 system:
Grid Extender to Grid Extender – This communication
operates at 2.4 GHz and uses a special frequency hopping
technique to avoid interference with WiFi networks and cordless
telephones that may be used in a customer’s home. To further
avoid the potential for conflict with WiFi networks, it is good
installation practice to locate any Grid Extender at least 10 feet
from a WiFi router that a customer may be using. This
communication is encrypted to prevent eavesdropping. The Grid
Extenders installed in a single customer’s home, garage, and
shed work together in a redundant grid network. If you were to
draw a circle around all of the Grid Extenders in a single grid
network, the maximum diameter of that circle must be less than
300 feet. The InGrid system will ensure installation within the
acceptable range.
2.5
Installation/Registration Process
The registration process is a repetitive loop that enables the
installer to qualify each component one at a time and ensure that
it is operating properly. Grid Extenders are installed and
registered first to establish the wireless communications network
in the home. Second, sensors are installed and immediately
qualified using the wireless communications network that was
setup in the first step. The repetitive loop is:
•
•
Enable component registration in system
Register new component within 60 seconds
BHS-i100 Installation and Programming Instructions
•
•
•
Wait for confirmation message on Programmer
Confirm/qualify registration at new component
Repeat for additional components
Finally, the installer may perform any additional system
programming and a walk test before turning the system over to
the customer.
2.6
Install Keypads
Keypads are surface-mounted in any convenient interior location,
at a height that is convenient for use. The BHS-i100 supports up
to 4 Keypads. More than one Keypad can be in use at one time.
NOTE
Once a Keypad obtains power from either its
battery or the power supply, the Keypad should
beep once every 30 seconds. This beeping
indicates that the Keypad does not contain
identity information and has not yet been
registered into a BHS-i100 system. On initial
power up, if the Keypad does not begin beeping
once every 30 seconds, it will need to be reset
to factory default condition.
Figure 3
5.
6.
7.
2.6.1 Wiring & Mounting Keypads
Note: You must be free of static electricity before handling the
Keypad. Touch a bare metal surface or wear a grounding strap
to discharge yourself.
Note: Do NOT use an outlet that is controlled by a switch.
1.
2.
8.
Select a location on a convenient and accessible wall.
To open the Keypad housing, insert a flat-head screwdriver
into the latch slots at the base of the Keypad and twist the
screwdriver one-quarter turn. If present, the battery must be
first removed. The front of the Keypad contains static
sensitive printed circuit boards. Set the front of the Keypad
on the static protected packing material until needed for the
mounting steps below.
Make hole in wall. Run wires (18 gauge stranded wire) from
the mounting location of Keypad to the outlet where Power
Supply will be mounted.
Mount the Keypad back plate to the wall using #8 drywall
screws.
Attach the wires to the power terminals of the Keypad. If the
wire is color coded, note the attachment color used for the
positive terminal of the Keypad. This same color wire
should connect to the positive terminal of the Power Supply.
The Keypad has a protection circuit in case the wires are
connected with the wrong polarity. Later, when the Power
Supply is mounted, if the Keypad does not receive power
from the Power Supply, switch the polarity of the wire
connections on the Power Supply.
Snap the front of the Keypad, containing the printed circuit
boards onto the back plate, first hooking the top of the
Keypad on the top of the back plate, and then rotating the
bottom of the Keypad into position. The rotating action
should be relatively free and require a minimum of force. If
any pressure or difficulty is encountered, do not apply force.
Investigate the routing of the wires and the alignment of the
plastics and components and then re-try the rotating action.
The Keypad will snap at the bottom to lock its mounting.
2.6.2 Wire the Power Supply
Note: You must be free of static electricity before handling the
Power Supply. Touch a bare metal surface or wear a grounding
strap to discharge yourself.
1.
Figure 2
3.
4.
2.
Mount at height convenient for use, typically 55 to 60 inches
above the floor. A wire must be run from the Keypad to the
Power Supply, so choose the location wisely to minimize
the difficulty of running the wire. The Keypad is designed
to be mounted on drywall or wood. Mounting on metal
studs, or any type of brick, stone, or concrete block will
likely reduce the wireless range of the Keypad.
Hold back plate level up to the wall where the Keypad will
be mounted and mark area for wires to run through wall.
3.
4.
5.
Select an outlet on which to mount the Power Supply.
Choose an outlet that is preferably close to the location
where the Keypad is mounted.
Find the circuit breaker or fuse controlling the outlet to
which the Power Supply will be mounted and disconnect
power to the outlet by turning the circuit breaker off or
removing the fuse.
Remove the center screw attaching the outlet cover to the
outlet.
Attach the wires to the Power Supply terminals, noting the
polarity of the wire colors (if any). The Power Supply
generates a polarity sensitive +5 volts DC. If the Keypad
does not receive power from the Power Supply, switch the
polarity of the wire connections on the Power Supply.
The Power Supply contains a tab that protrudes above the
Power Supply. The Power Supply must be mounted so that
the hole in the tab is aligned with the center screw hole of
the outlet cover. This may require changing the vertical
orientation of the Power Supply in order to find the direction
which permits the hole in the tab to align with the center
screw hole of the outlet cover.
BHS-i100 Installation and Programming Instructions
6.
7.
Insert the outlet screw through both the tab and the center
screw hole of the outlet cover, and tighten as necessary.
The tab and the cover should be snug against the outlet,
but not so tight that it causes flexing or stress on either the
tab or the outlet cover.
Reconnect power to the outlet by turning the circuit breaker
on or replacing the fuse.
•
•
•
2.6.3 Install the Battery
NOTE
To avoid risk of shock or fire, install only InGrid
IG180 battery.
•
Install the InGrid IG180 rechargeable battery pack into the
Keypad and allow charging for at least 24 hours before using
without AC power.
1.
2.
3.
4.
Use a coin to gently pry open the battery cover. Lift the
battery cover out and to the right to remove.
Turn the battery pack so that the connector with the red and
black wires is near the jack inside the battery compartment.
Match the connector's polarity to the Keypad polarity in the
battery compartment (the connector notches fit into the
grooves of the jack only one way). Push the battery pack
connector into the jack until it clicks into place.
Make sure you have a good connection by gently pulling on
the battery wires. If the connection is secure, the battery
jack will remain in place.
Route the battery wires under the provided clip avoid a
conflict with the battery cover. Place the battery cover back
on the Keypad by inserting the bottom tab into the Keypad
back plate and rotating the cover towards the front of the
Keypad until it snaps into place. The battery cover does not
require much force to reinstall. If resistance is encountered,
investigate the cause and reroute any wires as necessary
to permit closure with minimal force.
•
2.7.2 Install the Battery
NOTE
1.
2.
Cover any unused emergency keys with plastic key covers.
These covers are distributed in separate packages (PN 5-531234-00), and are not included with the Keypads. Remove the
paper backing from the back of the key cover, and press in
place.
3.
4.
Install Grid Extenders
NOTE
•
•
Press down on the battery compartment cover (use the
finger indentation for a better grip) and slide the cover
downward to remove.
Turn the battery pack so that the connector with the red and
black wires is near the jack inside the battery compartment.
Match the connector's polarity to the polarity of the jack in
the battery compartment (the connector notches fit into the
grooves of the jack only one way). Push the battery pack
connector into the jack until it clicks into place.
Make sure you have a good connection by gently pulling on
the battery wires. If the connection is secure, the battery
connector will remain in place.
Place the battery case cover back on the Grid Extender and
slide it upwards until it clicks into place.
2.7.3 Mounting
Once a Grid Extender obtains power from either
its battery or AC power, the Grid Extender
should beep once every 30 seconds. This
beeping indicates that the Grid Extender does
not contain identity information and has not yet
been registered into a BHS-i100 system. On
initial power up, if the Grid Extender does not
begin beeping once every 30 seconds, it will
need to be reset to factory default condition.
Note: You must be free of static electricity before handling the
Grid Extender. Touch a bare metal surface or wear a grounding
strap to discharge yourself.
1.
2.
2.7.1 Installation Guidelines
•
To avoid risk of shock or fire, install only InGrid
IG180 battery.
Install the InGrid IG180 rechargeable battery pack into the Grid
Extender and allow charging for at least 24 hours before using
with AC power.
2.6.4 Cover Unused Emergency Keys
2.7
with another outlet cover made of a wood, plastic,
glass, or other non-metallic material.
Always mount the Grid Extender in the upright vertical
position with the telephone connector facing down.
The Grid Extender can be connected to a standard analog
(loop-start) phone line, with or without digital subscriber line
(DSL) service.
The Grid Extender cannot be used on digital or PBX phone
lines, which are designed only for digital type devices that
operate anywhere from 5 volts DC and up. The Grid
Extender uses an analog modem and does not have a
digital converter, adapter, or interface to operate with such
systems.
When connecting the Grid Extender to a standard analog
phone line, it is recommended that you install an RJ-31X
jack ahead of all phones and other devices on the line for
full line seizure. This allows the Grid Extender to take
control of the phone line when an alarm occurs, even if the
phone is in use or off-hook. It also provides customers with
a quick disconnect in case the Grid Extender malfunctions,
allowing them to use their phone.
For UL Listed installations, mount the RJ-31X jack within 5
feet of the Grid Extender.
The Grid Extender is designed to be mounted to an outlet
that is preferably near a point where the telephone line
enters the house.
Do NOT use an outlet that is controlled by a switch.
The chosen outlet should not have a metal outlet cover.
This may reduce the communications range of the Grid
Extender. If necessary, replace any metal outlet cover
3.
4.
5.
Mount the Grid Extender on an outlet only after the battery
has been installed in the Grid Extender and the battery
cover is closed.
Find the circuit breaker or fuse controlling the outlet to
which the Grid Extender will be mounted and disconnect
power to the outlet by turning the circuit breaker off or
removing the fuse.
Remove the center screw attaching the outlet cover to the
outlet. Do not remove the outlet cover.
Plug the Grid Extender into the lower socket of the outlet as
shown in Figure 4 with the Signal Extender telephone
connector facing downward.
The Grid Extender contains a sliding tab that protrudes
above the Grid Extender. If necessary, slide the tab up or
BHS-i100 Installation and Programming Instructions
6.
7.
down until the hole in the tab is aligned with the center
screw hole of the outlet cover.
Insert the outlet screw through both the tab and the center
screw hole of the outlet cover as shown in Figure 4, and
tighten as necessary. The tab and the cover should be snug
against the outlet, but not so tight that it causes flexing or
stress on either the tab or the outlet cover.
Reconnect power to the outlet by turning the circuit breaker
on or replacing the fuse.
Figure 5
2.8.2 Wire The RJ38X Jack As Shown:
Figure 4
2.8
Install the RJ31X / RJ38X
One Grid Extender is designated at the Gateway Grid Extender
and must be connected to the telephone line using a RJ31X or
RJ38X jack. To install the RJ31X or RJ38X jack, do the
following:
2.8.1 Wire The RJ31X Jack As Shown:
Figure 6
BHS-i100 Installation and Programming Instructions
NOTE
The colors of house phone wires vary. If the
colors do not match the diagrams above, connect
the wire that was connected to Tip Out (+) to
Terminal 8 (the brown wire on the RJ31X and the
black wire on the RJ38X), and connect the wire
that was connected to Ring Out (-) to Terminal 1
(the grey wire on the RJ31X or the yellow wire on
the RJ38X).
•
•
•
During normal operation, the telco interface’s seize relay clicks a
number of times before a call is placed. The relay rapidly
switches state to disconnect any calls that are in progress.
2.9
Register Grid Extenders
2.9.2 Set First Keypad to Master
The InGrid grid network is formed in the customer’s home by
registering the Grid Extenders into a single network. The process
begins by setting a Keypad as the first node (or Master) of the
network, and then adding more nodes (Slaves) one at a time.
Prior to setting a Keypad to Master, the Keypad should be
beeping approximately once every 30 seconds to indicate that it
contains a factory default configuration. If the Keypad is not
beeping every 30 seconds, then the Keypad already contains an
identity and configuration. In this case, refer to section 2.9.6 in
order to restore the Keypad to factory default settings.
The Registration process requires use of the Programmer. The
operation of the various Programmer menus is described in
section 3.
In general, a centrally located Keypad should be selected to be
the Master during configuration. To set a Keypad to Master:
Note: This section describes how to create and configure a new
installation. See chapter 3 for instructions on how to perform
configuration maintenance on an existing system.
1.
2.
2.9.1 Cross Registration
Cross Registration is an undesired event that can occur when a
device from one customer’s grid network is mistakenly registered
into another customer’s grid network. The greatest risk of Cross
Registration occurs when two Installers are simultaneously
installing systems in neighboring homes or apartments.
•
•
•
Press and hold “8”,“9”.. The Keypad will beep and its LED
will begin to blink.
The Keypad is now Master and is ready to register a
Programmer for 60 seconds. If the Programmer is not
registered within 60 seconds, repeat step 1 after power
cycling the Master keypad.
2.9.3 Learn the Programmer
To register the Programmer, the Master Keypad must be in
registration mode. For an initial installation, the Master Keypad is
in registration mode after the steps above in section 2.9.2. If the
Programmer is to be registered into an existing system, follow
the steps in section 3.1.3, and proceed to section 2.9.4.
Otherwise, follow the steps presented here:
The BHS-i100 minimizes the probability of Cross Registration
through the following techniques:
•
specifically reset back to factory default thereby erasing its
current configuration.
InGrid Sensors support bi-directional messages. The return
path from the Grid Extenders to the InGrid Sensors is
intentionally limited to minimize the probability of
communications with systems outside of the customer’s
home or small office.
Each registration event requires qualification/confirmation
with audio feedback.
During registration, if messages from two different devices
are received, neither device is registered and the Installer
must try again. Typically, on the second attempt only the
desired device will send a registration message.
For each device that must be registered, the Installer must
specifically command the registration event. Each time that
registration (or learning) is commanded, there is a time
window of no more than 60 seconds during which
registration of the new device must take place or the time
windows closes.
The Programmer contains wireless receivers, and is carried
by the Installer to the device about to be registered.
Because the Programmer is physically close to the device
while it is registering, the Programmer receives a very
strong signal relative to the other Grid Extenders. This
strong message is compared to the message received by
the other Grid Extenders during qualification. It is very
unlikely a neighbor device at a greater distance can
generate the same strong signal in the Programmer.
InGrid devices such as Grid Extenders, Sensors, and
Auxiliary Sirens have special registration messages that are
different than normal status or fault messages. These
registration messages must be specifically commanded. So
a status message from a neighbor’s system can never
mistakenly cause a Cross Registration. In addition, each
customer’s grid network uses unique encryption keys that
prevent devices in one network from be able to correctly
receive messages from devices in a neighbor’s network.
InGrid devices may only register once, and only to a single
system. If a device is already registered, and the Installer
wants to register that device again, the device must be
1.
Power up the Programmer by pressing any key. The
Programmer will display:
Welcome to BHS-i100
Enter Access Code
2.
3.
The Installer is prompted for a login access code. For new
systems the default access code is “1 2 3 4 5”; for a
previously configured system, the access code is the
Comm 1 Account Number.
After entering the correct access code, the Programmer
will register to the Master Keypad. Upon successful
registration, the Programmer and the Master Keypad will
each chirp, and the Programmer will display:
Press 0 on keypad
to test connection
(Programmer beeps)
1=ACCEPT
2=REJECT
4.
Pressing the “1” key confirms Programmer registration with
the master and causes the Home Menu to be displayed.
BHS-i100 Installation and Programming Instructions
The RSSI is the Received Signal Strength Indication
showing how strongly the Programmer is receiving the
wireless signal from the Master Keypad. It is a reasonable
estimate of the signal that the new Keypad should also
receive.
Pressing “2” deregisters the Programmer and causes the
initial registration screen to be displayed.
2.9.4 Learn Additional Keypads
Prior to registering another Keypad to the system, the new
Keypad should be beeping approximately once every 30
seconds to indicate that it contains a factory default
configuration. If the Keypad is not beeping every 30 seconds,
then the Keypad already contains an identity and configuration.
In that case, follow the steps in section 2.9.6 in order to return
the GE to factory default configuration.
3.
Press button on GE
to test connection
(Programmer beeps)
1=ACCEPT
2=REJECT
For each Keypad to be added to the system:
1.
2.
Carry the Programmer to the next Keypad.
On the Programmer, navigate to “Learn Devices”, then
“Learn GE”. Registration will be enabled for 60 seconds
only. The Programmer will display:
4.
In some instances, a GE may contain an identity and
configuration that prevents the installer from registering a
Keypad or Grid Extender. This will require the device to be
restored to factory default settings before continuing with
registration.
The RSSI is the Received Signal Strength Indication
showing how strongly the Programmer is receiving the
wireless signal from the Master Keypad. It is a reasonable
estimate of the signal that the new Keypad should also
receive.
To restore a GE to factory default settings:
1.
Press and hold“5”,“6”.. Upon successful registration, the
Programmer and the Keypad will each chirp. The
Programmer will display:
2.
3.
4.
Press 0 on keypad
to test connection
(Programmer beeps)
1=ACCEPT
2=REJECT
5.
6.
4.
The Programmer will return to the Learn Devices menu.
2.9.6 Resetting A GE To Factory Default
RSSI: xxxx (Ok|Not Ok)
Press registration
key/button combination
on GE
ESC to exit
3.
On the Signal Extender, press and hold the button on the
front until the LED flashes. Upon successful registration, the
Programmer and the Grid Extender will each chirp. The
Programmer will display:
The Programmer will return to the Learn Devices menu.
7.
2.9.5 Learn Signal Extender(s)
Prior to registering a Grid Extender to the system, the Grid
Extender should be beeping approximately once every 30
seconds to indicate that it contains a factory default
configuration. If the Grid Extender is not beeping every 30
seconds, then the Grid Extender already contains an identity and
configuration. If the installer wants to register a Grid Extender
that already contains an identity, it will be necessary to reset the
Grid Extender to factory default values as described in section
2.9.6.
Disconnect AC power from the outlet which the GE is
plugged into.
Remove the battery from the GE.
Wait 10 seconds to allow internal power to discharge.
Reinstall the battery and within 10 seconds press and hold
the registration button (for Grid Extenders) or press and
hold “5”, “6”.. In either case, the final button/key must be
held until the LED begins to flash and an audible beep is
heard (about 10 seconds).
Remove the battery. Wait 10 seconds. Re-install the
battery.
Reinstall the GE and restore AC power (following the
instructions in section 2.7).
The GE should now beep approximately once every 30
seconds to indicate that it contains a factory default
configuration and is ready to register.
2.9.7 Registration Troubleshooting
Problem:
Symptom:
Recovery:
For each Grid Extender to be added to the system:
1.
2.
Carry the Programmer to the Grid Extender.
On the Programmer, navigate to “Learn Devices”, then
“Learn GE”. Registration will be enabled for 60 seconds
only. The Programmer will display:
Problem:
Symptom:
RSSI: xxxx (Ok|Not Ok)
Press registration
key/button combination
on GE
ESC to exit
Recovery:
10
The Programmer is registered into a neighboring
system.
Local Keypad doesn’t chirp when attempting to
register the Programmer, or the Programmer fails
to beep when pressing the “0” key on the Keypad
(per step 3. in section 2.9.3 above).
If this is an initial installation, repeat the “Set First
Keypad To Master” procedure in section 2.9.2
and “Learn The Programmer” procedure in
section 2.9.3. If this is an existing installation,
following the procedure in section 3.1.3.
A GE is registered into a neighboring system.
Local GE doesn’t chirp when attempting to
register it, and Programmer doesn’t indicate a
successful registration. Or, “GE Finder” fails.
Follow the “Resetting a GE To Factory Default”
procedure in section 2.9.6 and then repeat
registration
BHS-i100 Installation and Programming Instructions
Problem:
Symptom:
Recovery:
A neighboring GE is registered into the local
system.
Programmer shows acceptance screen but the
GE is still blinking or GE Finder fails.
Delete GE using the Programmer. If necessary,
restart registration procedure beginning with “Set
First Keypad To Master” procedure in section
2.9.2 (initial installation).
Sensor (Magnet | External)
REGISTERED
Press ENTER
to continue
or
2.10 Install/Learn InGrid Sensors
Sensor NOT REGISTERED
Press ENTER
to continue
In order to install the InGrid Sensors, Grid Extenders must be
installed and the system must be operational. In addition, the
Programmer must be registered and operational. Sensors are
RF qualified during the registration process using the Grid
Extender grid network in the customer’s home.
5.
6.
2.10.1 Install Mounting Clip
There are three (3) parts to an InGrid Sensor: (i) the clip that is
screwed to the window frame or door frame, (ii) the Sensor itself,
and (iii) the magnet that is attached to the window or door.
Assign Sensor to
Zone #
> 
Ingrid sensors are most often registered to operate using
magnets to change the state of the zone. However, it is possible
to configure a sensor to operate with an external switch that is
hardwired to the Ingrid sensor.
7.
In this first step, install only the clip itself in the desired location.
The clip has markings that indicate where the magnet must be
located.
Using the Programmer, navigate to “Learn Devices”, then
“Learn InGrid Sensor”. Registration will be enabled for 60
seconds only. The Programmer will display:
8.
3.
4.
After the zone number has been selected, the Programmer
will display a list of zone types such as:
Zone #
Type
?Entry/Exit
Insert sensor
into clip
2.
The installer may enter a new number, or press [Enter] to
select the default zone value. If the installer enters a zone
number which is currently in use, the Programmer will
display:
OK to overwrite
zone 12?
1=YES
2=NO
2.10.2 Install/Learn The Sensor
1.
If the Sensor fails to qualify, the Programmer will return to
the “Learn Devices” menu.
If the Sensor successfully qualifies, the Programmer will
display:
Within 60 seconds, while holding the Programmer near the
clip (within 1 foot is preferred), snap the InGrid Sensor into
the clip. The Sensor will automatically attempt to register. If
the registration process is successful, the Programmer will
triple beep and display:
9.
The process may be repeated until all Sensors are
registered.
10. After all Sensors are qualified, use the Programmer’s Zone
Finder to ensure that all Sensors are correctly registered.
Fault sensor
to complete
registration
2.10.3 Troubleshooting Sensor Registration
If the registration process fails, the Programmer will leave
registration mode automatically after displaying a
registration failure message. If a system detects two
registration bursts during the Sensor registration mode it
will not register either Sensor and the Programmer will
leave registration mode automatically after displaying an
error message.
The registration must be confirmed by faulting the Sensor.
Faulting the sensor using a magnet will place the sensor in
Magnet mode, faulting the sensor using and external switch
will cause the sensor to be in External mode. . The
Programmer will then display either:
Recovery:
Problem:
Symptom:
Problem:
Symptom:
Recovery:
Problem:
11
A Sensor is registered into a neighboring system
Local Programmer doesn’t “triple beep” or show
the request for qualification step.
Reset the Sensor to factory default (section
2.10.4) and repeat registration.
Sensor from a neighbor’s home is registered into
the local system.
During the registration process, a Sensor was
registered into a particular zone. During a Zone
Finder test, no local Sensor matches the zone.
On the Programmer, navigate to “Delete
Zone/Sensor” and delete the zone containing the
unknown Sensor.
A Sensor will not register.
BHS-i100 Installation and Programming Instructions
Symptom:
Recovery:
During the registration process, a Sensor is
inserted but the Programmer does not recognize
the Sensor. No registration message appears to
be transmitted. Sensor may be registered to
another system.
Reset the Sensor to factory default settings. See
section 2.10.4.
2.11.1 Install The Auxiliary Siren
To mount the Auxiliary Siren:
1.
2.
3.
4.
5.
6.
2.10.4 Resetting A Sensor To Factory Default
In some instances, an InGrid Sensor may contain an identity and
configuration that prevents the installer from registering a
Sensor. This will require the device to be restored to factory
default settings before continuing with registration.
2.11.2 Learn The Auxiliary Siren
1.
To restore a Sensor to the factory default settings:
1.
2.
3.
4.
Remove the back plate from the Auxiliary Siren
Mount the back plate to the wall using #8 drywall screws.
Install the CR123 batteries.
Learn the Auxiliary Siren.
Mount the siren to the back plate.
Test the Auxiliary Siren
Remove the Sensor from the clip.
The reset contacts as shown in the picture below. Figure 7
Using a small flat blade screwdriver, short the reset
contacts to each other for several seconds.
The Sensor should now be restored to factory default
settings and be ready for registration.
Using the Programmer, navigate to “Learn Devices”, then
“Learn Auxiliary Siren”. Registration will be enabled for 60
seconds only. The Programmer will display:
Press button
On Ext Siren
2.
While holding the Programmer near the Auxiliary Siren,
press the button on the Auxiliary Siren. The Auxiliary Siren
will automatically register and both the Programmer and the
Keypads will triple beep. If successful, the Programmer will
display:
Mount Siren on back
plate to qualify
the installation
3.
4.
If the Auxiliary Siren fails to register within 60 seconds, the
Programmer will leave registration mode automatically. If a
system detects two registration bursts during the Auxiliary
Siren registration mode it will not register either Auxiliary
Siren and the Programmer will leave registration mode
automatically.
The registration must be confirmed by [doing something –
TBD on Siren hardware design] the Auxiliary Siren. The
Programmer will then display either:
Siren QUALIFIED
Press any key to continue
Reset Contacts
Figure 7
or
Siren NOT QUALIFIED
Press any key to continue
2.11 Install/Learn Auxiliary Sirens
5.
6.
Occasionally, one or more Auxiliary Sirens are needed. This may
occur if the layout of the home prevents the Keypad sirens from
adequately reaching all areas of the home or if residents suffer
from hearing loss. If an Auxiliary Siren is necessary, it should be
mounted in a location that will enable all occupants of the
household to hear the siren.
If the Auxiliary Siren fails to qualify, the Programmer will
return to the “Learn Devices” menu.
If the Auxiliary Siren successfully qualifies, the Programmer
will display:
Enter Siren Number:
> 
7.
12
The installer may enter a new number, or press [Enter] to
select the default number. If the installer enters a siren
BHS-i100 Installation and Programming Instructions
number which is currently in use, the Programmer will
display:
Please Fault Sensor
OK to overwrite
Siren 1?
1=YES
2=NO
(Note: the actual text displayed will differ slightly depending
on the type of sensor you are attempting to register.)
2.
8.
After the siren number has been selected, the Programmer
will display a list of configuration parameters such as:
Exit Tone Enable:
>YES
9.
The process may be repeated until all Auxiliary Sirens are
registered.
Sensor detected:
Serial Number:
13444322
1=ACCEPT 2=REJECT
2.12 Install/Learn Ademco Transmitters
Each BHS-i100 system supports up to 59 total sensors, which
may include Ademco 5800 series transmitters of the following
types:
•
•
•
3.
5808LST Smoke Detector
5800 Motion Sensor
5853 Glassbreak Detector
4.
In order to install the Ademco Transmitters, Grid Extenders must
be installed and the system should be operational. In addition,
the Programmer must be registered and operational. Ademco
Transmitters are RF qualified during the registration process
using the Grid Extender grid network in the customer’s home.
NOTE
If the Transmitter fails to transmit within 60 seconds, the
Programmer will display an error message and leave
registration mode automatically. If a system detects two
different Ademco Transmitter bursts during the Transmitter
registration mode it will not register any Transmitter and the
Programmer will display an error message and leave
registration mode automatically.
The registration must be confirmed by faulting the sensor.
The Programmer will then display either:
Sensor (Magnet)
REGISTERED
Press ENTER
to continue
You must remove the cover from the Ademco
5800 Motion Sensor before attempting to register
it. The cover can be replaced after the sensor is
successfully registered.
or
2.12.1 Install The Transmitter
Sensor
NOT REGISTERED
Press ENTER
to continue
Ademco Transmitters have permanent serial numbers
programmed at the factory. Therefore, the entire Transmitter
may be installed before registration. There are no special
registration messages or identity information exchanged.
Because unique messages are not used, the probability of Cross
Registration is greater. See section 2.9.1 for information on
Cross Registration and be especially alert for the audio
feedback.
5.
6.
2.12.2 Learn The Transmitter
1.
While holding the Programmer near the Ademco
Transmitter (within 1 foot is preferred), fault the sensor.
(Note: The 5808LST Smoke Detector can be faulted by
pressing the recessed test button on the front of the unit.
The 5800 Motion Sensor can be faulted by moving your
hand in front of the sensor. The 5853 Glassbreak Detector
can be faulted by tapping it with a pen.) The sensor will
send a fault transmission and the Programmer will triple
beep. If successful, the Programmer will display:
If the sensor fails to qualify, the Programmer will return to
the “Learn Devices” menu.
If the Sensor successfully qualifies, the Programmer will
display:
Assign Sensor to
Zone #
> 
Using the Programmer, navigate to “Learn Devices”, then
select one of the following, depending on the type of sensor
you are attempting to register:
•
“Learn Ademco Sensor”,
•
“Learn Glass Sensor”,
•
“Learn Motion Sensor”, or
•
“Learn Fire Sensor”
7.
Registration will be enabled for 60 seconds only. The
Programmer will display:
13
The installer may enter a new number, or press [Enter] to
select the default zone value. If the installer enters a zone
number which is currently in use, the Programmer will
display:
BHS-i100 Installation and Programming Instructions
OK to overwrite
zone 12?
1=YES
2=NO
8.
Key Fob detected
Press any Key Fob
Button 3 times
To qualify
After the zone number has been selected, the Programmer
will display a list of zone types such as:
3.
Zone #
Type
? INSTANT
4.
The process may be repeated until all Sensors are
registered.
10. Use the Programmer’s Zone Finder to ensure that all
sensors are correctly registered.
If the Keychain Remote fails to transmit within 60 seconds,
the Programmer will leave registration mode automatically.
If a system detects two different Keychain Remote bursts
during the Keychain Remote registration mode it will not
register either Keychain Remote and the Programmer will
leave registration mode automatically.
The registration must be confirmed by pressing any
Keychain Remote button 3 times. The Programmer will then
display either:
9.
Key Fob QUALIFIED
Press any key to continue
2.13 Supervision
or
Supervised Sensors and Transmitters send check-in signals to
the receiver at 70-90 minute intervals.
Key Fob NOT QUALIFIED
Press any key to continue
If at least one check-in message is not received from each
transmitter within the specified supervision period, the icon
Keypad will display “TROUBLE” along with the associated
zone number.
5.
6.
2.14 Battery Life Indication
Batteries in InGrid Sensors typically last 9 to 10 years, and
batteries in Ademco Transmitters may last from 2 to 4 years,
depending on the environment, usage, and the specific wireless
device being used. Factors such as humidity, extreme
temperatures, as well as large temperature variations, may all
reduce the actual battery life in a given installation.
The wireless system can identify a true low-battery situation,
thus allowing the dealer or user time to arrange a change of
battery and maintain protection for that given point within the
system.
Enter User Number:
> 
7.
A low battery condition is noted when the display shows
“LOW BAT”.
8.
2.15 Learn Key Fob
After the user number has been selected, the Programmer
will display a list of button definitions such as:
Enter Button 1 type:
> POLICE
Using the Programmer, navigate to “Learn Devices”, then
“Learn Key Fob”. Registration will be enabled for 60
seconds only. The Programmer will display:
9.
Press any Key Fob
Button 3 times
2.
The installer may enter a new number, or press [Enter] to
select the default user number value. Note that the
Keychain Remote will only become active if the
selected user number is enabled. A Keychain Remote
cannot be added to users 9-13. If the installer enters a
user number which is currently in use, the Programmer will
display:
OK to overwrite
User 2?
1=YES
2=NO
InGrid Sensors contain long-life but non-replaceable batteries,
and no battery installation is required. At the end of their life, the
complete unit must be replaced and registered by the
Programmer. Do not install batteries in Ademco Transmitters
until you are ready to register them during system programming.
1.
If the Keychain Remote fails to qualify, the Programmer will
return to the “Learn Devices” menu.
If the Keychain Remote successfully qualifies, the
Programmer will display:
While holding the Keychain Remote near the Programmer
(within 1 foot is preferred), press any Keychain Remote
button 3 times. The Programmer and the Keypads will triple
beep. If successful, the Programmer will display:
14
The process may be repeated until all Keychain Remotes
are registered.
BHS-i100 Installation and Programming Instructions
3 Programming
3.1
previously configured system, the access code is the Alarm
Report Account ID.
11. After the access code is entered followed by the “ENTER”
key, the Programmer displays the following:
Getting Started
The BHS-i100 is programmed using the InGrid model BP420
wireless Programmer, shown below. The programming is menubased.
Waiting for
Registration
Press ESC to restart
3.1.1 Power Up The Programmer
12. After entering the correct access code, the Programmer
will register to the Master Keypad. Upon successful
registration, the Programmer and the Master Keypad will
chirp. The Programmer will then display the Home Menu.
The Programmer is a standalone wireless device that does need
to be physically connected to the system in the customer’s
home. The Programmer is powered by an internal battery. The
battery requires periodic charging from its AC power supply. The
Programmer will automatically enter a sleep mode to conserve
battery power whenever no key is pressed in a 15 minutes
interval. To apply power to the Programmer, press any key.
3.1.4 Home Menu
The Home Menu now appears. The Programmer displays four
menu items at a time, as shown in the illustration below and to
the left. The entire Home Menu is shown to the right. Use the [/\]
and [\/] keys to scroll through the menu items.
3.1.2 Registration Overview
The BHS-i100 is a grid network of devices installed in the
customer’s home or small office. For the security and privacy of
the customer, the wireless communications between the devices
is protected with encryption keys that are unique to each
customer’s grid network. The encryption keys are calculated
based upon the Registration Access Code. For a system
configured with factory default values, the Registration Access
Code is “1 2 3 4 5”. After the Comm 1 Account ID has been
programmed into the system, the Comm 1 Account ID is
assigned to the Registration Access Code. If the Registration
Access Code is not known, the system will need to be reset to
factory default values.
Set Defaults
Learn Devices
Standard Menu
Advanced Menu
Home Menu, as it first appears on display
1 Set Defaults
2 Learn Devices
3 Standard Menu
4 Advanced Menu
5 Test Menu
6 Replace Hardware
7 Upload Config
8 Browse Events
9 Diagnostics
10 Prog Batt Stat
11 Set Poweroff Time
12 Set Backlt Time
13 Exit
In order to access the configuration of the BHS-i100 installed in
the customer’s home or small office, the Programmer must
temporarily “join” the grid network so that the Programmer can
receive and transmit the encrypted wireless messages between
the devices.
Note: The following procedure allows you to register a
Programmer to an existing system. Follow the directions in
section 2.9 in order to create and configure a new system.
Entire Home Menu
3.1.3 Register the Programmer
The Home Menu allows you to choose between Standard and
Advanced Programming, and a variety of diagnostic tools. Press
the [\/] key to view the lower items on the list.
If the Programmer has not already been registered into the
system, register the Programmer:
1. 1 Press and hold “1”, “9” on any keypad until the LED starts
flashing..
2. The system is now ready to register a Programmer.
3. Power up the Programmer by pressing any key. The
Programmer will display:
There are two ways to select most menu items. You may scroll
to the item you want, using the [/\] and [\/] keys, and then press
the [Enter] key to select it. You may also select an item by
entering its menu number.
3.1.5 Menu Programming Terminology
Welcome to BHS-i100
Enter Access Code
Because menu programming is somewhat different from
command location programming, the terminology used to
describe it is also slightly different. In this manual, the following
terms are used:
10. The Installer is prompted for a login access code. For new
systems the default access code is “1 2 3 4 5”; for a
15
BHS-i100 Installation and Programming Instructions
•
•
•
•
3.2
Topic. A programmable feature, like zone type or the global
exit delay. In command location programming, a topic
would occupy a single command location.
Option. A way in which a topic can be programmed. An
option could be the number of seconds a siren sounds, the
type of communicator needed, or a customer’s name. In
command location programming, an option would be the
data programmed at a particular location.
Path. The series of menu choices needed to navigate to a
specific place in the programming tree. In command
location programming, the path would be the command
location number.
Menu item. Anything you can choose from the menu, but
cannot directly program. For example, you can choose the
Standard Menu from the Home Menu and view the
subsequent menu items within that branch of the
programming tree, but there is no programmable value that
you can assign to “Standard Menu.” There is no equivalent
term in command location programming.
6 MNO@
ENTER.
SHIFT.
BACK.
ESC.
Using The Programmer
3.2.1 Navigational And Data-Entry Modes
↑.
↓.
The Programmer has two operating modes: the navigational
mode and the data-entry mode. In the navigational mode, you
can move from topic to the next, but you cannot enter data. The
data-entry mode allows you to change the system’s programmed
values and then advance to the next topic.
HOME.
When you begin programming, the Programmer is in the
navigational mode. Once you have moved to an option that you
wish to program, you can switch to the data-entry mode by
pressing the [Enter] key. In the data-entry mode, a ‘?’ character
or a flashing cursor is shown on the screen to indicate that user
input is expected.
.
There are two ways to move from the data-entry mode back to
the navigational mode. If you want to write a programming
change to memory and return to the navigational mode, press
the [Enter] key. The Programmer displays the next menu item
(or, if there are none, returns to the previous menu.) If you want
to abort a programming change and return to the navigational
mode, press the [Escape] key instead. The Programmer
displays the current menu item.
Key
The special characters are not used in
the navigational mode.
Function
Press to enter a number to be
programmed.
Press once, then use the [/\] and [\/] keys
to scroll to the desired alphanumeric
character. Do not pause for more than
one second between keystrokes.
For example, to enter the letter “N,” press
the [6] key, then press the [\/] key twice.
Function
ENTER.
Press to select a menu item with the
same number.
SHIFT.
16
Press to write changes to memory, return
to navigation mode, and advance to the
next topic, if applicable.
Press to toggle between upper- and
lower-case letters. (The first character of
all labels or name fields is automatically
capitalized.)
BHS-i100 Installation and Programming Instructions
BACK.
ESC.
↑.
↓.
HOME.
Account Name
> SIA Receiver█
Press once to erase the last character in
the display.
Press once to cancel a programming
change before it is written to memory.
The display reverts to the previously
programmed information and the
Programmer returns to navigational
mode.
Next, press the [Back] key to erase the old value. Input the new
value. Input the desired text using any combination of letters,
numbers and special characters. Once you have entered the
maximum allowable number of digits, the cursor continues to
flash, but no longer accepts input. When you have completed the
entry, press the [Enter] key to write the data to memory and
return to navigational mode. The Programmer beeps to indicate
the programming change was made.
Press to scroll through lists of
programmable options (such as zone
type).
To enter a particular letter, press the corresponding numeric key
once, then use the [/\] or [\/] keys to scroll to the desired
alphanumeric character. Do not pause for more than one second
between keystrokes. For example, to enter the letter “N,” press
the [6] key, then press the [\/] key twice.
Press once to return to the Home menu
without saving any changes.
How to specify “yes” or “no.” When the Programmer requires
you to answer a question with a “yes” or a “no”, the Programmer
displays a “>” symbol followed by the currently programmed
value. The display shows how the system is currently
programmed. In the example below, the system’s telephone line
is not monitored, because the Line Cut enable topic is disabled.
3.2.4 Entering Data
When you have reached the programmable option you wish to
configure, press the [Enter] key to switch from the navigational
mode to the data-entry mode. While you are in the data-entry
mode, the display’s cursor flashes.
Line Cut
>No
To input data, you must do one of four things: 1) enter a number;
2) enter text; 3) select the option you want from a list; or 4)
toggle a yes/no field. The method for doing each of these things
is described below.
To toggle the option, press the [Enter] key, which causes the “>”
character to be replaced with a “?” character:
How to enter a number. When the Programmer requires you to
enter a number, you see a “>” symbol followed by the currentlyprogrammed value. The example below shows that the currently
programmed number of dial attempts for Alarm Receiver is five.
Line Cut
?No
Alarm Receiver
Dial Attempts
> 5
Now use the [/\] or [\/] keys to select the desired value, then
press the [Enter] key to write it to memory and to return to
navigational mode.
To change the value, press the [Enter] key to switch to the dataentry mode:
How to select from a list of options. When the Programmer
requires you to select one option from a specified list, you see a
“>” symbol and the currently-programmed option. In the dataentry mode, the “>” character is replaced by the “?” character.
The example below shows that zone 1 is currently unconfigured.
Alarm Receiver
Dial Attempts
> 5█
Zone 1
Zone Type
>Unconfigured
Next, press the [Back] key to erase the old value. Input the new
value. Once you have entered the maximum allowable number
of characters, the cursor no longer accepts input. Press the
[Enter] key to write the data to memory, advance to the next
topic, and to return to the navigational mode.
Press the [/\] or [\/] keys to scroll through the list of options.
When the desired option appears, press [Enter] to write it to
memory and to return to navigational mode. The programmer
beeps to indicate the programming change was made.
How to enter text. When the Programmer requires you to enter
a text field, you see a “>” symbol, like the example below. This
example shows that the account has not been give a name.
3.2.5 Entry Errors
Account Name
> SIA Receiver
If you attempt to enter an invalid programming value (for
example, an entry delay that exceeds the allowable range), the
Programmer sounds an error tone to alert you and displays an
error message.
To change the value, press the [Enter] key to switch to the dataentry mode:
In this case the existing programmed value is not changed.
Press the ESC or ENTER keys to return to the previous screen.
17
BHS-i100 Installation and Programming Instructions
18
BHS-i100 Installation and Programming Instructions
3.3
8. Use the [Back] key to erase the current value, if present.
9. Input 159.
10. Press the [Enter] key to write the change to memory and
return to the navigational mode.
11. Press the [Home] key to return to the Home Menu.
Organization Of Menu Programming
3.3.1 Programming Tree
The illustration on the previous pages shows how the
programming information is organized at the Home Menu level.
Advanced Programming Example. To change the master user
code to 159 in Advanced Programming, do the following:
3.3.2 Logical Programming Groups
1. Select Advanced Menu from the Home Menu (Option 4).
12. Select User Access Menu (Option 4).
13. Use the arrow keys to move the cursor to the Master User
entry (User 12). Press the [Enter].
14. Select View/Edit User (Option 1).
15. Use the [\/] arrow key to scroll to User Access Code.
16. Press the [Enter] key to switch to the data-entry mode.
17. Use the [Back] key to erase the current value, if present.
18. Input 159.
19. Press the [Enter] key to write the change to Memory and
return to the navigational mode.
20. Press the [Home] key to return to the Home Menu.
The BHS-i100 programming topics are grouped in a way that
reflects the underlying organization of the system’s firmware.
The main groups of programming topics are described below.
System topics. System topics are those global settings that
affect more than one system device or more than one type of
system event. An example of a system topic is Answering
Machine Bypass.
Device topics. Device topics are used to configure the system’s
devices. The system’s exit delays are Keypad device topics.
3.4
User topics. User topics configure the system’s users and
related parameters.
Numbering Conventions
This section defines and explains the numbering conventions
used in the BHS-I100.
Comm (Communicator) topics. Communicator topics configure
the system’s communicators and control reporting. The
communicator topics include, for example, dial attempts, the
communicator’s telephone number, and which reports are sent to
a particular Communicator.
System Devices. The first Keypad is always known as Device 1.
The remaining system devices, such as the Keypads and Signal
Extenders, are numbered in the order in which they were learned
by the system. Device numbers are simply integers: Device 1,
Device 2, Device 3, etc.
3.3.3 Standard versus Advanced Programming
The following user numbers are pre-defined
The BHS-i100’s programming is divided into two groups:
Standard and Advanced Programming.
The Standard Menu covers all of the items frequently
programmed during a typical installation. Zone configurations,
communicator telephone numbers, and the system’s user codes
can all be specified in the Standard Menu.
Advanced Programming includes almost all of the
programming options found in the Standard Menu, as well as a
variety of less commonly modified system settings. The Home
Menu Tree shows which programming options are included in
the Standard Programming Mode and which are reserved for the
Advanced Programming Mode.
Many options can be programmed in either Standard or
Advanced Programming. Selecting the Standard Menu should
reduce the total time you spend programming the system.
To illustrate the difference between Standard and Advanced
Programming, the following programming examples show how
the installer would change the master user code using both
Standard and Advanced Programming. (The master user is user
number 13, or as it is written on the Programmer’s display, user
13.)
6.
7.
User Name
Host Check-In
10
Special Bypass
11
Duress
12
Master
User Function
Allows the user the initiate a
call to the Imagine
Downloader software. The
code is randomly generated
and changes after each
use. The new code must be
obtained from Customer
Care.
Restricts user’s access to
select zones.
Sends a silent panic alarm
to the central station.
Gives the user access to all
of the system’s usercontrolled features.
Below is a list of factory default zones:
Zone Number
60
61
62
63
64
Standard Programming Example. To change the master user
code to 159 in Standard Programming, do the following:
1.
4.
5.
User
Number
Select Standard Menu from the Home Menu (Option 3).
Select Option 5: User Codes.
Use the arrow keys to move the cursor to the Master User
entry (User 12). Press the [Enter].
Use the [\/] arrow to scroll to User Access Code.
Press the [Enter] key to switch to the data-entry mode.
19
Zone Type
Keypad Tamper
Line Cut
Fire Button
Medical Button
Police Button
BHS-i100 Installation and Programming Instructions
3.5
Programming Options
Sensor will automatically register
and both the Programmer and the
Keypads will triple beep.
3.5.1 Home Menu Option 1: Set Defaults
If the Sensor fails to register within
60 seconds, the Programmer will
leave registration mode
automatically. If a system detects
two registration bursts during the
Sensor registration mode it will not
register either Sensor and the
Programmer will leave registration
mode automatically.
The first option of the Home Menu is Set Defaults. This option
allows you to revert the BHS-i100's programming to either the
Brinks defaults or SIA (SIA CP-01-2000 Standard) compliance
defaults. (Factory default is SIA Compliant mode.)
When you select Set Defaults, you will be asked to confirm the
request by pressing the [1] key or cancel it by pressing the [2]
key. You will then be asked to select the Compliance Mode.
Press [Enter], then press the [/\] and [\/] keys to show Brinks or
SIA. Press [Enter] again to make your selection. The defaults for
each programmable topic are listed in the Standard and
Advanced Programming portions of this section.
The registration must be confirmed
by faulting the Sensor using the
magnet.
A zone number and type must be
configured for the Sensor.
Refer to Appendix D for more information on the SIA false alarm
reduction settings.
To Skip:
3.5.2 Home Menu Option 2: Learn Devices
The second option of the Home Menu is Learn Devices. This
option allows you to Add, Edit or Delete any device in the BHSi100’s system.
Menu Items 3-6: Learn Ademco Sensors (Door/Window,
Glass, Motion, and Fire)
Menu Item 1: Learn GE
Information sought:
Information sought:
Do you wish to learn (register) one
or more Grid Extenders (Keypads
or Signal Extenders) into the
system?
Default Value
No GEs learned.
To Configure:
Select the Learn GE menu option
from the Home Menu | Learn
Devices Menu. Registration will be
enabled for only 60 seconds. Press
and hold “5”, “6”, on the new
keypad, or press and hold the
Registration button on the new
Signal Extender. See section 2.9.4
and 2.9.5 for detailed steps. Upon
successful registration, the
Programmer and the Keypad will
each chirp.
The registration must be confirmed
on the Keypad or Signal Extender.
To Skip:
To Configure:
Do you wish to learn (register) one
or more Ademco Transmitters?
Default Value
No Ademco sensors learned.
To Configure:
If you wish to register an Ademco
Transmitter, press the [Enter] key
to begin. See section 2.12.2 for
detailed steps. Registration will be
enabled for only 15 seconds. While
holding the Programmer near the
clip, fault the Ademco Transmitter.
(Note: The 5808LST Smoke
Detector can be faulted by pressing
the recessed test button on the
front of the unit. The 5800 Motion
Sensor can be faulted by moving
your hand in front of the sensor.
The 5853 Glassbreak Detector can
be faulted by tapping it with a pen.)
The Ademco Transmitter will
automatically register and both the
Programmer and the Keypads will
triple beep.
If the Ademco Transmitter fails to
register within 60 seconds, the
Programmer will leave registration
mode automatically. If a system
detects two registration bursts
during the Transmitter registration
mode it will not register either
Transmitter and the Programmer
will leave registration mode
automatically.
If you do not wish to learn a Grid
Extender, press the [\/] key to scroll
to the next menu item.
Menu Item 2: Learn InGrid Sensor
Information sought:
If you do not wish to learn any
InGrid Sensors, press the [\/] key to
scroll to the next menu item.
Do you wish to learn (register) one
or more InGrid Sensors?
If you wish to register an InGrid
Sensor, press the [Enter] key to
begin. See section 2.10 for detailed
steps. Registration will be enabled
for only 60 seconds. While holding
the Programmer near the clip, snap
the InGrid Sensor into the clip. The
The registration must be qualified
by faulting the Transmitter.
A zone number and type must be
configured for the Transmitter.
20
BHS-i100 Installation and Programming Instructions
To Skip:
If you do not wish to learn any
Ademco Transmitters, press the [\/]
key to scroll to the next menu item.
automatically.
The registration must be confirmed
by faulting the Auxiliary Siren.
Menu Item 4: Learn Key Fob
To Skip:
Information sought:
Do you wish to learn (register) one
or more Keychain Remotes?
Default value:
No Keychain Remotes learned
To Configure:
If you wish to learn a Keychain
Remote, press the [Enter] key to
begin. See section 2.15 for detailed
steps.
3.5.3 Home Menu Option 3: Standard Menu
The Standard Menu walks you through the setup of the typical
system. The subjects covered in the Standard Menu are:
When prompted, press one of the
Keychain Remote’s buttons three
times. To exit without programming
a Keychain Remote, press the
[Esc] key.
When the Keychain Remote has
been learned, the display indicates
"press any key" to continue. Press
any key to return to the Standard
Menu.
Note:
To Skip:
If you do not wish to learn an
Auxiliary Siren, press the [\/] key to
scroll to the next menu item.
You must enable a user for each
Keychain Remote before the
Keychain Remote is operational.
The user is enabled when you
create it using Item 5 (User Codes)
from the Standard Menu. You
cannot add a Keychain Remote to
users 9-13.
If you do not wish to learn a
Keychain Remote, press the [\/]
key to scroll to the next menu item.
Menu
Item
Subject
Select this menu item if
you wish to program:
Comm/Pager
Dial Prefix
Set Exit Delays
The account numbers
that are reported to
communicators 1
through 4
These are any special
codes required when
placing a phone call.
The codes
programmed here
apply to all dialing
options.
The Keypads’ exit
delays.
Set Entry Delays
The entry delays for all
the entry zones.
User Codes
Line Cut Monitor
Open/CIose Reports
User Code Len
The system’s user
codes.
Whether line cut
monitoring is enabled
or disabled.
Whether the system
reports openings and
closings to the central
station.
The user code length
for Account 1.
Menu Item 5: Learn Ext Siren
Information sought:
Do you wish to learn (register) one
or more Auxiliary Sirens?
Default value:
No Auxiliary Sirens learned
To Configure:
If you wish to learn an Auxiliary
Siren, press the [Enter] key to
begin. See section 2.11.2 for
detailed steps. Registration will be
enabled for only 60 seconds. While
holding the Programmer near the
Auxiliary Siren, push the button on
the Auxiliary Siren. The Auxiliary
Siren will automatically register and
both the Programmer and the
Keypads will triple beep.
Each menu item is discussed in more detail in the tables that
follow.
To program a particular subject, scroll to it using the [/\] and [\/]
keys, and then press the [Enter] key to access the items within
the topic. Once you have moved to the item you wish to change,
press the [Enter] key to change to the data-entry mode. Input
the new data and press the [Enter] key again to write the data to
memory and to return to navigational mode. The Programmer
displays the next menu item. Press the [Esc] key to return to the
Standard Menu.
If the Auxiliary Siren fails to register
within 60 seconds, the Programmer
will leave registration mode
automatically. If a system detects
two registration bursts during the
Auxiliary Siren registration mode it
will not register either Auxiliary
Siren and the Programmer will
leave registration mode
You may also move directly to items 1-9 of the Standard Menu
by pressing the item number while you are in the navigational
mode.
Menu Item 1: Comm/Pager
Information sought:
21
What are the Account Numbers of
Communicators 1 through 4? (In
BHS-i100 Installation and Programming Instructions
their default configurations,
Communicator 1 is the central
station, Communicators 2-4 are
blank.)
Default value:
Communicator 1: Blank
Communicator 2-4: Blank
To Configure:
To change the account number of
Communicators 1 through 4, press
[\/] to scroll to the desired
Communicator number, and press
the [Enter] key to select the
Communicator Account Number
field. Press the [Enter] key again to
switch to the data- entry mode.
Input the appropriate account
number for the Communicator, then
press the [Enter] key to write the
number to memory.
here. The default is “1800.”
Dial Phone number: Specify the
telephone number that the system
should dial to reach the
communicator. The default is blank.
To select another communicator for
editing, press the [Esc] key. If you
wish to return to the Standard
Menu, press [Esc] twice.
Menu Item 2: Dial Prefix
Information sought:
Default value:
Blank
To Configure:
If you wish to change the Dial
Prefix, press the [Enter] key to
begin.
To return to the Standard Menu,
press the [Esc] key.
To Skip:
Information sought:
Default value:
To Configure:
Enter the codes required when
connecting to an outside line.
If you do not wish to change the
numbers, press the [\/] key to scroll
to the next menu item.
What is the configuration of
Communicators 1 through 4?
Some of the common codes are:
Outside line from PBX - 8 or 9
5-second Pause - Comma (,)
Wait for Dial Tone – W
Communicator 1: Alarm Receiver
Communicators 2 - 4: Unconfigured
To Skip:
If you wish to change the
configuration of a Communication
Device, press the [Enter] key to
begin. You see:
If you do not wish to reconfigure the
communicators, press the [\/] key
to scroll to the next menu item.
Menu Item 3: Set Exit Delays
Information sought:
Are any special codes required
when placing a call?
Alarm Receiver



Default value:
80
To Configure:
If you wish to program a global exit
delay, press the [Enter] key, input
the number of seconds the exit
delay will last, then press the
[Enter] key again to write the
change to memory
To Skip:
If you do not wish to program a
global exit delay, press the [\/] key
to scroll to the next menu item.
Enter the number of the
communication device you wish to
edit or use the [\/] key to scroll to
the desired communicator. Press
[Enter] to select the device.
To change any of the settings,
follow the directions listed below.
You can use the [\/] key to scroll
through the programmable items.
When you reach the item to be
changed, press the [Enter] key to
switch to the data-entry mode.
Do you wish to program one exit
delay for all of the system’s
Keypads?
Menu Item 4: Set Entry Delays
Information sought:
Comm Type: Select the
appropriate communication
protocol for Communicator 1. The
only option is “SIA.”
Dial Area Code: specify the long
distance access code and the area
code that the system should dial to
reach the communicator. If it is a
long-distance call, include a “1”
22
Do you wish to program one entry
delay for all of the system’s
Keypads?
Default value:
40
To Configure:
If you wish to program a global
entry delay, press the [Enter] key,
input the number of seconds the
entry delay will last, then press the
[Enter] key again to write the
change to memory.
BHS-i100 Installation and Programming Instructions
To Skip:
If you do not wish to program a
global entry delay, press the [\/] key
to scroll to the next menu item.
To Skip:
If you do not wish to change the
current setting, press the [\/] key to
scroll to the next menu item.
Menu Item 5: User Codes
Menu Item 7: Op/CI Reports
Information sought:
Default value:
To Configure:
Do you wish to change any of the
system’s user codes?
Information sought:
Only the Master and the Host
Check-in codes have default values
(123 and 876, respectively); all
other codes are blank. For all
codes the number of digits in the
user code is determined by the
User Code Length topic
(Advanced | Account | User Code
Length or Standard | User Code
Len).
If you wish to create or change a
code, press the [Enter] key to
begin. You see:
Select User Number: input the
number of the user code you wish
to change, then press the [Enter]
key. If the user does not exist, you
are asked if you wish to create the
user. Press “1” to create the user,
or “2” to select a different user
number.
Default value:
No (Opening and closing events
are not reported.)
To Configure:
To change the programming, press
the [Enter] key to change to dataentry mode. Use the [/\] or [\/] keys
to change the programmed value,
then press the [Enter] key again to
write the change to memory.
To Skip:
If you do not wish to change the
current configuration, press the [\/]
key to scroll to the next menu item.
Menu Item 8: User Code Length
Information sought:
3 digits
To Configure:
To change the user code length,
press the [Enter] key to begin.
You will see User Code Length #3.
Press the [Enter] key, press the
[Back] key to erase the
programmed number, then type in
the desired user code length. Valid
range is 3 - 8 digits.
If you enter a value outside the
valid range, you will see an error
message. Press the [Enter] key to
return to the previous screen.
Access Code: to change or enter a
new code, press the [Enter] key,
input the new access code, then
press the [Enter] key again to write
the code to memory.
Next, press the [Enter] key to write
the change to memory and return
to the Standard Menu.
To Skip:
If you do not wish to change a
code, press the [\/] key to scroll to
the next menu item.
If you do not wish to change the
current setting, press the [\/] key to
scroll to the next menu item.
3.5.4 Home Menu Option 4: Advanced Menu
Menu Item 6: Line Cut
Information sought:
What is the user code length?
Default value:
User Name: if you wish to input a
user’s name press the [Enter] key,
input the name, then press the
[Enter] key again to write it to
memory. The default names are as
follows:
Users 1 - 8 are blank
User 9 - Host Check-in
User 10 - Special Bypass User
User 11 - Duress User
User 12 - Master User
To Skip:
Should the system report openings
and closings to the central station
(Alarm Receiver)?
Do you wish to change the current
configuration of Line Cut
monitoring?
Default value:
Not monitored.
To Configure:
If you wish to change the setting,
press the [Enter] key to switch to
the data-entry mode. Use the [/\] or
[\/] keys to change the programmed
value, then press the [Enter] key to
write the change to memory.
Advanced Programming Tree. The first three levels of the
Advanced Menu tree are shown in the illustration on the
following pages. You will find a definition of each topic in
Appendix B: Glossary of Programmable Topics.
23
Aux Siren
24
COMM
COMM
Advanced
Menu
Device Menu
Device
Menu
Keychain
Remote
Zones
Grid
Extender
Keypad
Edit/View Zone
Keypad
BHS-i100 Installation and Programming Instructions
1
View/Edit User
Add Keychain
Delete User
Device
Comm
Global Parameters
User Access
Host Access User
Special Bypass User
Duress
Master
10
11
12
Codes
Note: Predefined User Access
Opening/Closing Reports
User Name. User Access Code,
Account
Telephone Line
System
Alarm Sounds
Programming
Advanced Menu Tree
25
Aux Pattern, Aux Cutoff
Cutoff, Gas Pattern, Gas Cutoff,
Cutoff, Medical Pattern, Medical
Cutoff, Panic Pattern, Panic
Burglary Pattern, Burglary
Fire Pattern, Fire Cutoff,
Expiration Date
Threshold, Restore Minutes,
Ring Back, Runaway
Defer Test, Dialer Delay Time,
Hours, Test Interval Hours,
Time Minutes, Test Time
Days, Test Report Enable, Test
Display Enable, Delinquent
Chime, Double Dispatch, Delay
Comm 2 Backup, Latching
Report, Power Fail Delay,
Time Enable, Low Battery
Display Time, Daylight Savings
Service Provider
Host Checkin Weeks, Call
Monitor Enable, Host Phone #,
Comm Enable, Line Cut
From CID Enable, Ring Count,
Answer by CID, Update Time
Voice Mail Defeat Enable,
Answering Machine Bypass,
Access Code, Line Access,
Dial Prefix, Long Distance
Name
Keychain is Medical, Installer
Confirm Keychain Bell,
Arm, Alarm Cancel Enable,
Length, Wrap Around, Quick
Account Mode, User Code
Account ID, Account Name,
BHS-i100 Installation and Programming Instructions
BHS-i100 Installation and Programming Instructions
Advanced Menu topics. The tables that follow list the
programmable topics found in Advanced Programming, and
show the ways in which each topic can be configured. Rows
shaded grey are menu items, rather than programmable topics.
Below each grey row are one or more indented rows showing
the programmable topics found under that menu item.
Topic
Range
3. Keychain Remote Menu
Select Keychain Remote
1. View/Edit Keychain Remote
1. Name
0-20
characters
2. Button 1
3. Button 2
4. Button 3
4. Button 4
7. Serial Number
Read Only
8. Model Number
Read Only
9. Firmware Version
Read Only
10. Battery Status
Read Only
2. Replace Keychain Remote
3. Delete Keychain Remote
Topic
Range
4. Auxiliary Siren Menu
Select Auxiliary Siren
1. View/Edit Auxiliary Siren
1. Name
0-20
characters
2. Chime Enable
Yes/No
3. Exit Tone Enable
Yes/No
4. Entry Tone Enable
Yes/No
5. Siren Enable
Yes/No
6. Latch Strobe
Yes/No
7. Serial Number
Read Only
8. Model Number
Read Only
9. Firmware Version
Read Only
10. Battery Status
Read Only
2. Replace Auxiliary Siren
3. Delete Auxiliary Siren
Advanced Menu Option 1: Device Menu.
The second item in the Advanced Menu is the Device Menu.
From this menu, you can change the programming of the
system or any device. The numbers reflect the order in which
the devices were learned. The items in the Device Menu will
also vary, depending upon which device you are editing.
Topic
1. Grid Extender Menu
Select Grid Extender
1. View/Edit Grid Extender
1. Name
2. Gateway Status
3.Mastership Status
4. Chime Enable
5. Exit Tone Enable
6. Entry Tone Enable
7. Exit Delay Time
8. Siren Enable
9. Backlight Latch
2. Replace Grid Extender
3. Delete Grid Extender
4. GC # -> Not Master
2. Zone/Sensor Menu
Select Zone/Sensor
1. View/Edit Zone
1. Enabled
2. Zone Type
3. Zone Name
4. User Bypass Enable
5. Motion Bypass Enable
6. Special Bypass Enable
7. Chime Zone Enable
8. Entry Delay Time
9. Restore Report Enable
10. Trouble Report
Enable
11. Dialer Delay Enable
12. Report Comm 1
13. Report Comm 2
14. Report Comm 3
15. Report Comm 4
16. Swinger Bypass
Enable (SIA only)
17. Cross Zone Enable
(SIA only)
18. Fire Verify (SIA Only)
2. Replace Zone/
3. Delete Zone
Range
0-20
characters
Read Only
Read Only
Yes/No
Yes/No
Yes/No
1-255 seconds
Yes/No
Yes/No
Yes/No
Default
Keypad Or
Signal
Extender
Yes
No
Yes
80 (Brinks)
60 (SIA)
Yes
Yes
Yes
No
No
Yes
40
No
No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes
Yes
Yes
Yes
Yes
Yes
Yes/No
No
Yes/No
No
Unnamed
Default
Unnamed
No
No
No
Yes
Yes
Advanced Menu Option 2: Comm (Communicator) Menu.
The third item in the Advanced Menu is the Communicator
Menu. The Communicator Menu allows you to specify the
reporting protocol and telephone number of each of the
system’s four communicators. The menu also allows you to
specify which system events are reported to each
communicator. The Communicator Menu includes the topics
listed in the next table.
Yes for all
except Line
Cut and
Duress
zones.
Select from
List A (page
29)
0-20
characters
Yes/No
Yes/No
Yes/No
Yes/No
0-255 seconds
Yes/No
Yes/No
Default
Topic
Range
Select Communicator Number
1. View/Edit Comm
1. Comm Name
0-20 characters
26
Default
2. Comm Type
SIA or undefined
3. Report Account
Number
4. Dial Attempts
5. Dial Area Code
6. Dial Phone
Number
7. Installer Login
0-5 characters
1: SIA
2-4: Unnamed
1: SIA
2-4: undefined
Blank
0-15
0-8 characters
0-16 characters
15
1 800
Blank
Yes/No
8. Program Error
Yes/No
9. Burglary Alarm
Yes/No
10. Fire Alarm
Yes/No
11. Gas Alarm
12. Panic Alarm
Yes/No
Yes/No
1: No
2-4: Yes
1: No
2-4: Yes
1: Yes
2-4: No
1: Yes
2-4: No
Yes
1: Yes
BHS-i100 Installation and Programming Instructions
2-4: No
1: Yes
2-4: No
1: Yes
2-4: No
1: Yes
2-4: No
No
13. Medical Alarm
Yes/No
14. Auxiliary Alarm
Yes/No
15. Silent Alarm
Yes/No
16. Burglary
Trouble
17. Fire Trouble
Yes/No
18. Gas Trouble
19. Panic Trouble
20. Medical Trouble
21. Auxiliary
Trouble
22. Silent Trouble
23. Closing
24. Opening
25. Cancel
26. Receiver
Jammed
27. Device Error
28. Device Tamper
29. AC Fail
30. Low Battery
31. Battery Fail
(Load Shed)
32. Siren Trouble
33. Comm Test
34. Close
Delinquent
35. Exit Error
Yes/No
Yes/No
Yes/No
Yes/No
1: Yes
2-4: No
No
No
No
No
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
No
No
Yes
Yes
Yes
Yes/No
Yes/No
Yes/No
Yes/No
Yes/No
Yes
No
No
Yes
Yes
Yes/No
Yes/No
Yes/No
Yes
Yes
Yes
Yes/No
Brinks: No
SIA: Yes
Brinks: No
SIA: Yes
Yes
Yes/No
36. Recent Closing
Yes/No
37. Installer Action
Yes/No
Machine Bypass
Enable
5. Voice Mail
Defeat Enable
6. Answer by CID
Enable
7. Update Time
From CID Enable
8. Ring Count
9. Comm Enable
10. Line Cut
Monitor Enable
11. Host Phone
Number
12. Host Check-in
Weeks
13. Call Service
Provider
3. System Menu
1. Display Time
2. Daylight Savings
Time Enable
3. Low Battery
Report
4. Power Fail
Delay
5. Comm 2 Backup
6. Latching Chime
7. Double Dispatch
8. Delay Display
Enable
9. Delinquent Days
10. Test Report
Enable
11. Test TimeMinutes
12. Test TimeHours
13. Test IntervalHours
14. Defer Test
15. Dialer Delay
Time
16. Ring Back
(arming
configuration)
17. Run Away
Thrshld
18. Restore
Minutes
19. Expiration Date
20. Exit Restart
(SIA Only)
21. Auto Motion Off
(SIA Only)
22. Reset
Swingers
(SIA Only)
23. Swinger Trips
(SIA Only)
24. Cross Zone
Time (SIA Only)
4. Alarm Sounds
1. Fire Pattern
Advanced Menu Option 3: Global Parameters. The third item
in the Advanced Menu is View/Edit Global Parameters. This
item includes the topics listed in the table below.
Topic
1. Account Menu
1. Account ID
2. Account Name
3. Account Mode
4. User Code
Length
5. Wrap Around
Enable
6. Quick Arm
Enable
7. Alarm Cancel
Enable
8. Confirm FOB
Bell
9. FOB is Medical
10. Installer Name
2. Telephone Line Menu
1. Dial Prefix
2. Long Dist.
Access Code
3. Line Access
4. Answering
Range
Default
0-8 characters
0-20 characters
Normal
Local System
Local Fire
3-8 digits *
Blank
Unnamed
Normal
Yes/No
Yes
Yes/No
Yes
Yes/No
Yes
Yes/No
No
Yes/No
0-24 characters
No
Installer
0-8 characters
0-16 characters
Blank
Blank
Tone/Pulse
Yes/No
Tone
Yes
2. Fire Cutoff
Minutes
3. Burglary Pattern
27
Yes/No
Yes
Yes/No
Yes
Yes/No
Yes
0-15
Yes/No
Yes/No
15
Yes
No
0-10 characters
Blank
0-52
13
Yes/No
No
Yes/No
Yes/No
Yes
Yes
Yes/No
No
0-255 minutes
Yes/No
Yes/No
Yes/No
Yes/No
No
Yes
No
Yes
0-255 days
Yes/No
30
Yes
0-59 minutes
0-23 hours
20
0-10,000 hours
4,368 (6 months)
Yes/No
0-255 seconds
Yes
20
Yes/No
No
0-15 digits
0-250 minutes
MM/DD/YYYY
Yes/No
09/09/9999
Yes
Yes/No
Yes
Yes/No
No
Seconds
20
Select from List
B (page 29)
0-255 minutes
Temp Code 3 USA
0 (latching)
Select from List
Steady
BHS-i100 Installation and Programming Instructions
4. Burglary Cutoff
Minutes
5. Panic Pattern
6. Panic Cutoff
Minutes
7. Medical Pattern
8. Medical Cutoff
Minutes
9. Gas Pattern
10. Gas Cutoff
Minutes
11. Auxiliary
Pattern
12. Auxiliary Cutoff
Minutes
B (page 29)
0-255 minutes
Select from List
B (page 29)
0-255 minutes
Select from List
B (page 29)
0-255 minutes
Select from List
B (page 29)
0-255 minutes
Select from List
B (page 29)
0-255 minutes
3.5.7 Home Menu Option 7: Upload Configuration
Steady
Fifteen minutes after you leave the installer programming mode,
the BHS-i100 automatically reports programming changes to
the Imagine central database. The call is completely automated.
During this call, the system synchronizes its clock with the
server’s.
Medical
If you would prefer, you can instruct the system to make this call
immediately. To do this, select Option 6 of the Home Menu,
then press the [Enter] key.
Pulse 1s/1s
0 (indefinite)
3.5.8 Home Menu Option 8: Browse Events
Silent
Option 8 of the Home Menu allows you to view the events
stored in the system’s memory. For additional information about
this option, see page 33.
Advanced Programming Option 4: User Access Menu. The
fourth item in the Advanced Menu allows you to configure or
delete a user or Keychain Remote.
Topic
Select User Number
1. View/Edit User
1. User Name
2. User Access
Code
3. Opening/
Closing Reports
2. Add Keychain
3. Delete User
Range
3.5.9 Home Menu Option 9: Diagnostics
Option 9 of the Home Menu allows you to check the status of
the following:
Default
•
0-20 characters
Determined by
User number
Yes/No
System Firmware Version
3.5.10 Home Menu Option 10: Programmer Battery
Status
Master User 1-23; Host Check-in
8-7-6; Blank for all
others
User 12: Yes
Option 10 of the Home Menu allows you to check the status of
the following::
•
Programmer Battery Voltage
3.5.11 Home Menu Option 11: Set Poweroff Time
3.5.5 Home Menu Option 5: Test Menu
Option 11 of the Home Menu allows you to set the length of
time the programmer must be inactive before powering down.
This feature is active only when the Programmer is operating on
battery.
Option 5 of the Home Menu allows you to conduct a test of the
system following installation. For additional information about
this option, see page 31. It also allows you to qualify system
RF sensors and determine the zone number to which a
particular sensor has been assigned using Zone Finder. For
more information about this item, see page 33.
3.5.12 Home Menu Option 12: Set Backlight Time
Option 12 of the Home Menu allows you set the amount of time
the Programmer backlight will remain on.
3.5.6 Home Menu Option 6: Replace Hardware
Option 6 of the Home Menu allows you to. load the home
security system with the configuration stored in Imagine.
28
BHS-i100 Installation and Programming Instructions
3.6
Programmable Options Lists
The following sections are lists of the programmable options available for some topics.
3.6.1 List A: Zone types
3.6.2
A zone can be configured in any of the following ways:
The system’s output patterns can be configured in any of the
following ways:
Unconfigured
Entry/Exit
Secondary
Instant
Follower
Follower Delay
Day/Night
Medical
Assault
Silent Assault
Auxiliary
Duress
Fire
Local
Carbon Monoxide
List B: Output patterns
Silent
Steady
Pulse 1s/1s
Temporal Code 3 USA
Temporal Code 3 CAN (Canada)
Blast 1s
Chirp 100ms
Medical
3.6.3 Automatic Zone Configurations
In some cases, selecting one programming option causes the Programmer to reconfigure the settings of other options automatically.
When you specify a zone type, a number of other zone-related topics are automatically programmed. For example, when you program a
zone to be a fire zone, its Alarm Output Pattern is automatically set at Temporal Code 3 (USA), with a latched cutoff time.
Zone Type
Default Name
Unconfigured
1. Entry/Exit
2 Secondary
Delay
3. Instant
4. Follower
5. Day/Night
6. Medical
7. Assault
(Police)
8. Silent
Assault
9. Auxiliary
10. Follow
Delay
11. Fire
12. Local
13. Carbon
Monoxide
Trouble
Reporting
Chime
Motion
Bypass
User
Bypass
Alarm
Output
Pattern
Cutoff
Time
Entry
Delay
Dialer
Delay
Door
No
Yes
No
Yes
Steady
5 min.
Yes
Yes
No
Yes
Steady
5 min.
No
No
No
Yes
No
No
No
Yes
No
Yes
Yes
Yes
Steady
Steady
Steady
5 min.
5 min.
5 min.
40
sec.
180
sec.
N/A
N/A
N/A
Garage Door
No
Window
Motion
Gun Cabinet or
Line Cut (Zone 61)
Medical Button
(Zone 63)
Panic Button (Zone
64)
Silent Holdup
No
No
No
No
Pulsing
5 min.
N/A
No
No
No
No
No
Steady
N/A
No
No
No
No
No
Silent
N/A
No
Auxiliary
Motion
No
No
No
No
No
Yes
Yes
Yes
Steady
Steady
Indefinite
(Latched)
Indefinite
(Latched)
5 min.
5 min.
No
Yes
Smoke Detector or
Fire Button (Zone
62)
Local
Yes
No
No
No
No
No
No
No
0 min
N/A
N/A
CO Detector
No
No
No
No
Temp
Code 3
USA
Blast
(1sec.)
Pulsing
N/A
20
sec.
N/A
Indefinite
N/A
No
N/A
29
Indefinite
(Latched)
Yes
Yes
Yes
Yes
No
BHS-i100 Installation and Programming Instructions
3.7
Remote Programming
The BHS-i100 can be programmed remotely. For instructions,
contact the Customer Service Downloading department.
3.8
Shortcut Programming
You can navigate through the Advanced Programming tree
more quickly by pressing the numbers of the desired menu
items. For example, you can move from the Home Menu to the
View/Edit Account menu by pressing 4-3-1. Those numbers “43-1”are the “shortcut” for View/Edit Account.
If you routinely need to move to a specific point in the
programming tree, you may find it helpful to memorize that
point’s shortcut. For your convenience, the BHS-i100’s
shortcuts are listed in Appendix C.
30
BHS-i100 Installation and Programming Instructions
4 System Testing And Maintenance
4.1
4.1.2 Pre-Test System Reporting
System
You can test the system’s reporting functions by conducting an
Installer Test, described in the preceding section. You may also
send a pre-test report, by following the procedure described
below:
4.1.1 Installer Testing
You can test all of the system’s programmed zones/sensors,
including soft-zones, in the Programmer’s Installer Test mode.
1.
2.
If the system fails to detect that a sensors/transmitter has been
faulted and restored inspect those devices for malfunctions.
3.
Call the Voice Response Terminal (VRT) to place the
system in Pre-test Mode. The mode lasts for one hour.
Press the OPTIONS key on the Keypad until the icon
display reads TEST ENTER CODE.
Enter a valid user code. The system sends a SIA test
message.
Interpret the test results using the table below:
To conduct an installer test:
4.
1.
2.
Register the handheld Programmer to the system.
From the Home Menu, select Option 5: Test Menu, then
option 1 Installer Test. The display looks like this, where
“XX” indicates the total number of programmed zones in
the system:
If
The Keypad beeps and the
siren blasts
The Keypad indicates a
communication problem exists
Installer test
XX zones to test
Ready?
1=Yes 2=No
22. Call the VRT a second time to obtain the test results.
3.
4.
Then
Test was successful
Test was unsuccessful (See
troubleshooting information on
page 34).
4.1.3 Grid Extender Status
To begin the Installer test, press [1] (yes).
To exit without conducting the test, press [2] (no).
To stop the Installer test at any time, press the [Esc] key.
While the test is in progress, the last line of the
Programmer’s display scrolls through all of the system’s
zones.
Walk through the premises, faulting each zone in turn.
When a zone is faulted and restored during the test, the
system’s sounders beep three times. Motion (follower)
zones emit a short and long sound to distinguish them
from other zone types. The zone’s number and type
disappears from the scrolling list. Thus, during the test the
display looks similar to the following:
GE Status displays the GE number, connection status, and
mastership status for each Grid Extender in the system. The
user does not have to refresh this display to receive status
updates.
4.1.4 2.4 Ghz RSSI
The RSSI is the Received Signal Strength Indication showing
how strongly any GE is receiving the wireless signal from the
Master.
4.1.5 Qualify Sensors
Installer test
3/20 tested
9 Entry/Exit
You can use the qualification test to see how well messages,
between the GEs and a sensor, are being to received. The test
sends a burst of messages, and results show the percentage of
messages received on the 2.4 GHz and 345 MHz channels.
The number of GEs responding to the sensors is recorded and
the signal-to-noise ratio on the 345 MHz channel is display.
This display indicates that: the system is in Installer Test mode,
three of the system’s 20 zones have been faulted, and zone 9
(a window) is one of the zones that has not yet been faulted.
21. When all zones have been detected, the display looks
similar to this:
4.1.6 Setting the System’s Clock
The system’s internal clock is automatically set by a telephone
call to the Imagine server. That call takes place when the
system’s programming is changed. Approximately 15 minutes
after an installer programming session ends, the system calls
the Imagine to synchronize the system’s new programming with
the copy stored in the Imagine’s database.
Test done
All zones tested

Press any key to exit Installer Test mode. (Installer Test mode
ends automatically if no events are detected in a ten-minute
period.)
Imagine automatically adjusts the system’s clock to reflect the
time zone in which the customer resides. The Imagine also
assumes that the system is located in an area that observes
seasonal time changes (such as Daylight Savings Time). If
seasonal time changes are not observed in the customer’s
31
BHS-i100 Installation and Programming Instructions
area, program the Daylight Savings topic “no.” The customer
cannot set of adjust the Keypad’s clock.
4.3
4.2
4.3.1 Device Battery Status
Maintaining Devices
Each Grid Extender and Auxiliary Siren in the system contains a
backup battery used only in the event of AC power loss. This
battery is periodically tested under load to determine its status.
If a battery can no longer hold a charge, a Low Battery status is
reported on the Keypad. With the Programmer, the current
battery charge can be checked.
4.2.1 Replacing A Grid Extender
To replace a defective Grid Extender:
1.
Install the new Grid Extender, use Advanced Menu |
Device | Grid Extender | Choose Device | Replace and
proceed to add the new GE as per section 2.9. The newly
added GE will contain the same configuration values as
the old GE.
4.2.2 Replacing A Sensor
To replace a defective sensor:
1.
Install the new sensor, use Advanced Menu | Device |
Zone/Sensor | Choose Device | Replace Zone to
configure the new sensor the same way the existing
sensor was configured. Refer to sections 2.10 and 2.12.
4.2.3 Replacing Auxiliary Siren
To replace a defective auxiliary siren:
2.
System Measurements
Install the new sensor, use Advanced Menu | Device |
Auxiliary Siren | Choose Device | Replace Siren to
configure the new auxiliary siren the same way the existing
auxiliary siren was configured. Refer to section 2.11.2
4.2.4 Sensor Maintenance
The customer is required to test the system once a week to
identify any sensor malfunctions. The customer is also required
to clean the smoke detector every three months. See the User’s
Manual for more information on these tests and the cleaning
procedure.
4.2.5 Deleting A Keychain Remote
To delete a lost or inoperative Keychain Remote, do the
following:
1.
Connect the handheld Programmer to the programming
port (J3) of the system. Enter installer programming.
23. From the Home Menu, choose Advanced | Device |
Keychain Remote | Select Keychain Remote | Delete
Keychain Remote. Select the Keychain Remote to be
deleted. The Programmer asks you to confirm your choice;
press [1] (yes) to proceed with the deletion, (or [2] (no) to
stop). When the Keychain Remote is deleted, the
Programmer displays the Keychain Remote menu.
24. If you are replacing the Keychain Remote, learn a new
Keychain Remote as described in section 2.15.
32
BHS-i100 Installation and Programming Instructions
5 Troubleshooting
5.1
5.2
Browse Events
5.2.1 Determining A Zone Number
The BHS-i100 system stores more than 100 events in its event
memory. You can review these events in installer programming.
From the handheld Programmer’s Home Menu, select Option 8:
Browse Events. The Programmer displays the following list:
The Zone Finder allows you to determine the number of a
particular zone. To use it, do the following:
1.
Browse Oldest
Browse Newest
View Errors
View Upload
Clear Events
2.
3.
4.
To view the events in the order they occurred, select Browse
Oldest. To view the events in reverse chronological order (most
recent to least recent), select Browse Newest. Scroll through
the list using the [/\] or [\/] keys. You may exit the browser by
pressing the [Esc] key.
Code
Significance
-P
The event will not be reported
The event’s report is pending
The event has been reported
All attempts to report the event
have failed
Register the Programmer to the system. Enter installer
programming. Choose Test Menu | Zone Finder.
Wait until the Programmer’s display reads “Ready.”
Fault the zone.
When the programmer beeps Observe the number
displayed on the screen. This is the number of the faulted
zone or input.
The Programmer displays only the last zone that has been
faulted. To ensure that you obtain the correct zone number, do
not fault another system zone (such as one of the system’s
motion sensors) before reading the Programmer’s display.
5.2.2 Determining A Grid Extender’s ID
Certain codes are used in the Event Memory log. These codes
are listed below:
Line on which
code appears
System information
The GE Finder allows you to determine the number of a
particular Grid Extender. To use it, do the following:
1.
2.
3.
Register the Programmer to the system.
Navigate to Test Menu | GE Finder
Wait until the display on the programmer reads the
following:
GE Finder
Press 0 or reg button
A typical display looks like this:
Press Esc to end
03:14
9/18/05
-pRF
System error:
Power-on reset
4.
5.
The first line of the display indicates that the event occurred
shortly after three AM on 18 Sep 2005.
The second line of the display indicates whether the event was
reported to the system’s communicators, and whether each
report was successfully completed. Each of the four spaces in
the line represents one of the four communicators the system
supports. The character that occupies the first space
summarizes how the event was communicated to the first
communicator. The second character in the line refers to the
second communicator, and so on. Thus, in the example above,
the event was: 1) not reported to communicators 1; (because
the system programming did not direct the system to do so); 2)
is about to be reported to Communicator 2; 3) was reported to
communicator 3; and 4) could not be reported to communicator
4. The final two lines of the display describe the type of event, in
this case, a power-on reset.
Visit each GE in the system and press the 0 button if
the GE is a keypad or the button on the front of the
GE if it is a signal extender.
When the programmer beeps, observe the number
displayed on the screen. This is the number
assigned to the GE.
GE Finder
Press 0 or reg button
Heard from GE 1
Press Esc to end
6.
The programmer will display the number of the last
GE visited.
5.2.3 Determining the System Firmware Version
You can identify the version of firmware running on the system
by doing the following:
1.
2.
3.
Select View Upload to see a list of the records that are pending
upload to Imagine.
To erase all of the events in event memory, select Clear
Events.
33
Register the Programmer to the system.
Choose Diagnostics | Firmware Version
The programmer will display the following:
BHS-i100 Installation and Programming Instructions
•
Firmware Version 1751
Solutions:
•
Verify that the telco interface is properly wired and that
telephone service is in place, as described in the
preceding section.
•
Verify that the system is programmed as follows:
the communicator is properly configured;
the communicator’s telephone number is properly
programmed;
the zone is programmed to report that type of event to
the communicator;
the system’s Advanced | Global Parameters |
Account Mode topic is programmed for normal and
not programmed for local fire or local system.

25. When finished, press any key to return to the previous
menu.
5.3
The system is improperly programmed.
Troubleshooting Specific Problems
5.3.1 Grid Extender Will Not Power Up
Condition: When power is applied to the GE, it fails to operate.
Indications: None of the keys, buttons, or LEDs operate
properly.
5.3.4 Auxiliary Siren Does Not Sound
Possible causes:
•
The backup battery may be defective.
•
The power supply may be defective.
•
The AC breaker switch may be off.
•
The GE needs to be reset to default state.
Condition: The siren is malfunctioning.
Indications: The siren does not sound when or as it should.
Possible causes:
•
No AC power to the siren.
•
No battery in the siren.
•
The siren was not learned into the system.
•
The system is improperly programmed.
Solutions:
•
If the battery is defective, replace it. (Disconnect the
electrical power to the system before investigating.)
•
Move the breaker switch to the ON position.
•
Reset the GE to factory defaults as described in section
2.9.6.
•
If none of these solve the problem, replace the GE.
Solutions:
•
Verify AC power connections to the siren. Press the test
button on the siren to verify sound and/or strobe.
•
Verify that the siren is listed in the Advanced | Device |
Auxiliary Siren Menu.
•
Verify that the system is programmed as follows:
the alarm cadence is correct;
the alarm cutoff time is correct;
•
If these solutions are not effective, replace the siren.
5.3.2 Test Report Fails
Condition: The system fails to send a successful event report.
Indications:
The system fails to send a successful event report.
5.3.5 Keychain Remote Not Working
Possible causes:
•
The telephone service to the system is out.
•
The telco interface is improperly wired.
•
The system is improperly programmed.
Condition: A system Keychain Remote does not work.
Indications:
The system does not respond to the commands of a Keychain
Remote.
Solutions:
•
Test reporting when telephone service has resumed.
•
Verify the wiring connections match those shown in
section 2.8, and replace any wires that are damaged.
•
Verify that the system is programmed as follows:
the communicator is properly configured;
the communicator’s telephone number is properly
programmed;
test reporting is enabled;
the system’s account mode is correctly configured.
Possible causes:
•
The Keychain Remote or the system was not properly
programmed,
•
The customer has deleted the Keychain Remote’s user
code.
•
The Keychain Remote’s battery needs replacing.
•
The Keychain Remote is defective.
•
The Keychain Remote is out of range.
•
The Keychain Remote’s signal is being blocked.
•
The system is not ready to arm. Note: the system still arms
when the garage door is open, provided that the door is
programmed as an Exit Force Arm zone. If the garage
door is open at the end of the Exit Delay, it is bypassed
until it is no longer faulted.
5.3.3 Event Report Fails
Condition: The system fails to send a successful event report.
Indications:
The system should have reported a system event to the central
station or to another communicator, but it did not.
Solutions:
•
Verify that you have both learned the Keychain Remote
and created a user code for that Keychain Remote.
•
Watch the Keychain Remote’s Battery Indicator LED as
you press and hold the red ON button for five seconds. If
the LED blinks or fails to light, replace the battery. If the
Possible causes:
•
Digital communication is impaired, as described in the
previous section.
34
BHS-i100 Installation and Programming Instructions
•
•
•
5.4
LED is steadily lit, the battery is good. (The Keychain
Remote takes one A23 battery.)
Attempt to arm the system while standing in front of the
Keypad. If the Keychain Remote’s signals are being
received, the Keypad’s display will mirror the changing
status of the system. If the signals are not being received,
repeat the Keychain Remote learning sequence described
in section 2.15.
Correct any not-ready conditions, then try to use the
Keychain Remote again.
If the system is working properly, replace the Keychain
Remote. If the system is not working properly, replace one
or more GE’s.
TROUBLE,
CALL (800) 4450872. Also,
display reads
“CF”
Device supervisory
problem. Caused by
wiring, power, or
communication
problem.
TROUBLE,
CALL (800 4450872. In addition,
the display reads
“CH”
Host failure. The
control system could
not complete a call
to the Imagine.
TROUBLE,
CALL (800) 4450872. In addition,
the display reads
“CJ”
RF Interference. The
Receiver has trouble
receiving messages
due to RF
interference.
ZONE xx
TROUBLE
Trouble on zone.
Receiver Jammed
Keypad Service Messages
The table lists the service (or trouble) messages displayed by
the icon Keypad, and the significance and corrective measures
for each.
Message
LINE CUT
Significance
The telephone line
has been cut or
service has been
interrupted.
Cxx LOW BATT,
CALL (800) 4450872
The voltage of the
backup on GE xx
has dropped below
3.1V.
Cxx NO AC
The AC power to GE
number xx has been
lost.
Cxx TROUBLE
CALL (800) 4450872.
Communication
failure. The system
could not
communicate with
GE xx
TROUBLE,
CALL (800) 4450872. Also, the
display reads
“CP”
Communication
failure. The system
could not make a
report to the central
station.
Correction
Hang up all
telephones. If the
telephone service
is interrupted,
instruct the
customer to call
the telephone
company.
Make sure the unit
is connected to AC
power. Allow the
battery 24 hours to
recharge. If
problem persists,
replace the battery.
Locate the GE
which is reporting
low power using
the GE Finder
function from the
programmer. If
there is electrical
power to the
building, check and
reset the circuit
breaker. Verify the
transformer wiring,
or transformer.
Replace GE if
necessary
Use the GE finder
feature to locate (
by process of
elimination if
necessary ) the GE
which is not able to
communicate.
Verify the GE has
power and is
responding
normally. Replace
the GE if
necessary.
Verify the
telephone service
is working. Verify
wiring connections.
Replace any
35
defective wires.
Replace GE if
necessary.
Verify the wire
connections.
Replace any
defective wires.
Replace GE if
necessary
Verify the
telephone service
is working. Verify
the system
programming.
Verify wiring
connections.
Replace any
defective wires.
Replace GE, if
necessary.
Try to locate the
source(s) of RF
interference (such
as from cell
phones,
microwaves,
wireless phones or
devices, etc.) and
relocate them.
Use the zone
finder feature from
the programmer to
locate the zone. If
the trouble follows
a canceled fire
alarm, allow time
for any airborne
particles to
disperse. Replace
the detector if
necessary.
Try to locate the
source(s) of RF
interference (such
as from cell
phones,
microwaves,
wireless phones or
devices, etc.) and
relocate them.
BHS-i100 Installation and Programming Instructions
6 Compliance information
•
6.1
UL Compliance
•
•
•
6.1.1 Residential Listings
•
When installed following the guidelines presented below, the
BHS-i100 system is compliant with these agency listings:
•
•
•
•
•
UL 985 – Household Fire Warning System Units
UL 1023 – Household Burglar Alarm System Units
UL 1635 – Digital Alarm Communicator system Units
UL 1637 – Home Health Care Signaling Equipment
•
•
6.1.2 Hardware Guidelines
•
•
•
Use only UL listed devices.
Use recognized limited energy cables.
Do not plug the power supply into a receptacle that is
controlled by a switch. Use an approved InGrid power
supply.
•
•
The backup battery requirements are:
•
•
•
•
•
•
•
•
24 hour backup with 4 minute alarm time - Residential Fire
(US & Canada), Home Health Care
4 hour with 5-15 minute alarm time - Residential Burglary
(US & Canada) and DACT
Fire zones must use the ADEMCO 5808LST wireless
smoke detector.
The primary sounding output device should be a siren for
residential systems.
Install the Keypads within the protected area. If mounted
outside of protected areas, Keypads must be set up for
tamper protection.
Use SIA format with Silent Knight 9800 Receiver.
•
6.2
To install a BHS-i100 system that is compliant with the
California State Fire Marshall residential fire installation
requirements, use the following setup:
•
•
To ensure that the BHS-i100 system is compliant with the
Listings in Section 6.1.1, program the system as follows:
•
•
•
•
•
CSFM Compliance
6.2.1 Installation Guidelines
6.1.3 Programming Guidelines
•
Medical zones must be programmed for silent or a pulsing
cadence.
No zone may be programmed for silent alarm.
Do not program the system to dial a police station.
Do not program the system to dial an emergency, police
station, or fire alarm number.
Program the fire alarm time-out for manual shutdown.
(Advanced Menu | Global Parameters | Alarm Sounds
| | Fire Cutoff; program 0.)
Program the dialing attempts for Comms 1 to be at least 5,
and no more than 10. (Advanced Menu | Comm | Vw/Edt
Comm | Dial Attempts)
Program the test message interval to once every 24 hours.
(Advanced Menu | Global Parameters | System | Test
Interval Hrs)
Program the system to report all fire trouble conditions to
the central station. (Advanced Menu | Comm | Vw/Edt
Comm | Fire Trouble; program “yes” for Communicator
1.)
Enable AC and Battery trouble reporting. (Advanced
Menu | Comm | Vw/Edt Comm | AC Fail; and Advanced
Menu | Comm | Vw/Edt Comm | Low Battery; program
both as “yes” for Communicator 1.)
Do not program a 24-hour zone to allow bypassing.
(Advanced Menu | Device | Zone | Vw/Edt Zone | User
Bypass; and Advanced Menu | Device | Zone | Vw/Edt
Zone | Motion Bypass; and Advanced Menu | Device |
Zone | Vw/Edt Zone | Special Bypass; program “no” for
each 24-hour zone.)
Disable the dialer delay. (Advanced Menu | Global
Parameters | System | Dialer Delay; program for 0.)
•
Program each Keypad’s exit delay to be 60 seconds or
less. (Standard Menu | Set Exit Delay)
Program each entry delay for 45 seconds or less.
(Advanced Menu | Device Menu | Zone | Vw/Edt Zone |
Entry Delay Time) Program each Entry/Exit Zone
individually.
User Codes must be at least 4 digits long (Advanced
Menu | Global Parameters | Account | User Code
Length).
Program all burglary sounding devices to operate for at
least 4 minutes. (Advanced Menu | Global Parameters |
Alarm Sounds | Burglary Cutoff) Set Burglary Cutoff
Time to a minimum of 5 minutes for Home Health Care
applications.
Burglary output pattern must be steady.
Fire output pattern must be Temp Code 3 (USA or CAN)
alarm cadence.
6.3
Use a backup time of 24 hours.
Use the Auxiliary Siren as the primary sounding device
(check on this).
Fire Verification Feature must be disabled.
Guidelines
6.3.1 Related Installation References
•
•
Residential Burg. - UL 1641 – Installation and
Classification of Residential Burglar Alarm Systems
NFPA 70-1996
6.3.2 SIA Programming/Installation Guidelines
BHS-i100, which is marked with the integral UL/SIA label,
complies with the Control System Standard ANSI/SIA CP-012000: Features for False Alarm Reduction.
36
BHS-i100 Installation and Programming Instructions
The systems come defaulted in the SIA mode and contain some
programming areas, which are not available in the Brinks
Default mode. Below are the default values.
32. If Cross Zoning is enabled, do not Cross Zone Exit/ Entry
and Fire zone types.
Advanced Menu | Global Parameters | System Menu
Cross Zone Time: 20 seconds
Swinger Trips : 1
Automatic Swinger Reset : Disabled
Restoral Minutes : Default is 5 minutes
Advanced Menu | Device Menu | Zone/Sensor Menu
Cross Zone Enable: No
Swinger Bypass : Enabled for Non-Fire zones, disabled for Fire
zones.
Fire Verification Enable: No.
Dialer Delay Enable: Enabled for Non-Fire zones, Disabled for
Fire zones
Standard Menu
Exit Time: 60 seconds (Residential), Entry Time: 30 seconds
Advanced Menu | Global Parameters | System Menu
Exit Time Restart: Yes
Automatic Motion Off (Auto stay arm on unvacated premise
feature): Yes (System automatically arms with Motions Off if no
Exit/Entry zone is opened during the Exit Delay countdown.)
Dialer Delay (Abort Window): 30 seconds
Double Dispatch Enable: Yes (Requires the user to press the
Fire, Medical, or Panic emergency key twice within three
seconds to trigger a soft zone alarm.)
Advanced Menu | Global Parameters | Account Menu
Alarm Cancel Enable: Yes
Advanced | Comm Menu | Vw/Edt Comm
Exit Error Event Report: Yes
Recent Closing Event Report: Yes
Standard Menu | User Codes
Duress Code 12 – Blank
Standard Menu | Dial Prefix
Area Blank - used to enter call waiting digits/characters
Additional Notes and Cautions:
1.
26.
27.
28.
29.
30.
31.
The aggregate of the Entry Delay and Abort Window
(Dialer Delay) shall not be programmed to exceed one
minute.
Caution: A call waiting cancel on a non-call waiting line will
prevent successful connection to the central station.
The system will not allow Duress Codes to be
programmed as an existing user access code plus one ( +
1).
Recent Closing interval is always enabled.
Automatic Swinger Reset (default disabled) - If enabled,
zones shut down due to swinger bypass will automatically
reset after 48 hours with no trips on any zone. Zones can
also be manually reset.
Swinger Bypass - If enabled, the zone will shut down after
the programmed value in the Swinger Trips area.
Restoral Minutes - sets the time that a particular zone
must be restored before it causes another alarm if reviolated.
Additional Keypads may be required so that Exit/Entry
annunciations can be heard within the entire protected
area.
System Test is initiated under the installer programming
mode under Test | Installer Test.
37
BHS-i100 Installation and Programming Instructions
7 Supplemental information
7.3.1 Unconfigured Zone
7.1
System Specifications
Alarm output:
Transmission format:
Keypad enclosure:
Operating
temperature:
Relative humidity:
Operating voltage
Residential system
weight:
Reporting format:
Ringer equivalence:
Standby power:
System test:
UL compliance:
Zones:
7.2
This zone type is used for those zones for which no sensors are
installed (a disabled zone). No alarms can result from an
unconfigured zone.
Internal piezo siren
DTMF or pulse
High-impact ABS plastic
7.3.2 Entry / Exit Delay Zone
0-50 degrees C
0-95% non-condensing
5 V Class 2 plug-in power supply
Zones that monitor the common points of entry and exit should
be programmed as entry/exit zones. The flowchart shows the
conditions under which a fault on an entry/exit delay results in
an alarm.
1.5 pounds
SIA Level 1
0.1B
3.6 VDC, 1800 mAH NiMH battery
Automatic and/or manually initiated
by the user/installer
UL 985, UL 1023, UL 1635, UL 1637
59
Standby Battery Requirements
The table below identifies the battery backup times called for by
the regulatory requirements listed. For the duration of the
backup time, the system must function properly on DC power,
without false alarm.
Requirement
UL 985: Residential Fire
UL 1023: Residential Burglary
UL 1635: Mercantile
UL 1637: Home Health Care
7.3
Backup time, hours
24
24
Zone Types
The zones of the BHS-i100 can be programmed in one of the
following 14 ways:
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Unconfigured zone
Entry / exit zone
Exit Force Arm zone
Instant zone
Follower zone
Day/ Night zone
Medical zone
Assault zone
Silent assault zone
Auxiliary zone
Follow delay zone
Fire zone
Local zone
Carbon Monoxide zone
Entry / Exit Delay Zone
7.3.3 Exit Force Arm (Secondary Delay) Zone
Zones that monitor the building’s alternative points of entry and
exit should be programmed as secondary delay zones. An
example of this would be a garage door. This zone is not
enabled until it is restored at the close of the entry or exit delay.
The flowchart shows the conditions under which a fault on a
secondary delay zone results in an alarm.
Each zone type is described on the following pages.
38
BHS-i100 Installation and Programming Instructions
Follower Zone
Secondary Delay Zone
7.3.6 Day / Night Zone
7.3.4 Instant Zone
When a Day/Night Zone is used to monitor line cuts, the zone
behaves in the following ways when a line is cut:
If the system is armed, the siren sounds.
If the system is disarmed, the Keypad displays a trouble
message and beeps. The user can silence the beeping
manually.
Zones that protect areas that are not common points of entry
can be programmed as instant zones. An example would be an
interior motion detector. The flowchart shows the conditions
under which a fault on an instant zone results in an alarm.
The flowchart shows the conditions under which a fault on a
Day/Night zone results in an alarm.
Instant Zone
7.3.5 Follower Zone
A follower zone is typically used for motion sensors located
along the route that the customer takes to leave the building.
The flowchart shows the conditions under which a fault on a
follower zone results in an alarm.
39
BHS-i100 Installation and Programming Instructions
7.3.10 Auxiliary Zone
A monitoring device on this 24-hour zone type can be used to
summon help when a potentially dangerous condition exist,
such as frozen pipes, or water leaks. A push button device on
the zone can also be used to trigger silent report tampers. An
alarm is triggered when the auxiliary zone is faulted. However,
no sirens sound.
7.3.11 Follower Delay Zone
A follower delay zone is typically used for motion sensors
located along the route that the customer takes to leave the
building. A follower delay zone is also a good substitute for an
instant zone, because the twenty second delay that occurs
before an alarm sounds can prevent false alarms. The flowchart
shows the conditions under which a fault on a follower delay
zone results in an alarm.
Day / Night Zone
7.3.7 Medical Zone
A pushbutton device on this 24-hour zone type can be used to
summon help in a medical emergency. An alarm is triggered
when the medical zone is faulted. The Keypads buzz to
annunciate the alarm.
7.3.8 Assault Zone
A pushbutton device on this 24-hour zone type can be used to
summon the police when a crime is in progress. An alarm is
triggered when the assault zone is faulted. The sirens sound to
annunciate the alarm.
Follower Delay Zone
7.3.12 Fire Zone
7.3.9 Silent Assault Zone
Zones that monitor smoke or heat detectors should be
programmed as fire zones. Fire zones are 24-hour zones. They
are always supervised with normally-open contacts.
A pushbutton device on this 24-hour zone type can be used to
summon the police when a crime is in progress. Like the assault
zone, an alarm is triggered when the silent assault zone is
faulted. However, in this zone type, the sirens do not sound.
An alarm is triggered whenever the zone is faulted. The
systems sirens sound. If an alarm on a fire zone and an alarm
on another type of zone occur at approximately the same time,
40
BHS-i100 Installation and Programming Instructions
the sirens will sound the Temporal Code 3 cadence for the fire
alarm. The sirens and bells of all other alarms are overridden.
7.3.13 Local Zone
This zone type is a 24-hour zone which, when faulted, sounds a
one-second siren blast. All alarms are local. This zone can be
used to identify when a pool gate, a gun cabinet, a chemical
storage area, or a liquor cabinet is opened. A local alarm results
whenever the zone is faulted.
7.3.14 Carbon Monoxide Zone
This zone type is used for those zones to which a carbon
monoxide detector is wired. If carbon monoxide is detected, a
report will be sent with SIA gas alarm signals Gxzzz where zzz
is the zone number.
7.4
Blank And Sleep Modes
Blank Mode and Sleep Mode are used to either mask or
suspend the system’s operation. These features do not need to
be enabled or disabled in system programming.
NOTE
If any of the system’s zones are
programmed as fire zones, the system
cannot be placed in Sleep Mode. However,
systems with fire zones can be placed in
Blank Mode.
Blank Mode. In Blank Mode, the system is completely
operational, but the Keypad’s LEDs and display are turned off.
The system can be armed and disarmed and can detect and
report alarm conditions. Blank Mode continues until the user
turns it off.
To enter Blank Mode:
1. If the system is on, turn it off by entering a user code.
33. Press and hold the CANCEL key for 15 seconds. When
prompted, enter the master user code.
To end Blank Mode:
34. Press and hold the CANCEL key for 30 seconds.
Sleep Mode. In Sleep Mode, the system shuts down for 24
hours. It cannot be armed or disarmed, and it does not detect or
report alarm conditions After 24 hours have passed, the system
automatically returns to normal operation.
To enter Sleep Mode:
1. If the system is on, turn it off by entering a user code.
35. Press and hold the CANCEL key for 15 seconds. When
prompted, enter the master user code.
36. Within the next ten seconds, press the CANCEL key again
(do not hold it for 15 seconds this time). Enter the master
user code again.
To end Sleep Mode:
Sleep Mode ends automatically after 24 hours have passed. To
end Sleep Mode sooner, call Customer Care at 1 (800) 4450872 for assistance.
41
BHS-i100 Installation and Programming Instructions
Appendix A: System Configuration Worksheet
BHS-i100
System Information Worksheet
Grid Extender
Keypad
Signal Extender
Keychain Remote
Installed by: ____________________________
Date: _________________________________
Number
Location/Other
Button
User Number:
Keychain Remote
Button
User Number:
Keychain Remote
Button
User Number:
Keychain Remote
Button
User Number:
42
BHS-i100 Installation and Programming Instructions
Zone
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
Type
Location/Other
Fixed
Fixed
Fixed
Fixed
Fixed
Keypad Tamper Switch
Line Cut
Fire
Medical
Police
43
BHS-i100 Installation and Programming Instructions
Appendix B: Glossary of Programmable Topics
before the system goes off line. Program “yes” to enable this
type of reporting.
--- A ---AC Fail (Report). Tells the central station (or other
communicator) that the system has experienced an AC power
failure for the amount of time specified in the AC Power Fail
Delay. Program “yes” to enable this type of reporting for that
particular communicator.
Burglary Alarm (Report). Tells the central station (or other
communicator) that an alarm has occurred on a burglary zone.
Common burglary zones include entry/exit, instant, and follower
zones. Program “yes” to enable this type of reporting.
Burglary Pattern. The cadence that annunciates alarms on
burglary zones. A burglary pattern would normally be selected
with the following zone types: entry/exit, force exit, instant,
follower, and delay follower. Burglary alarm conditions are
generally annunciated with a steady cadence. Choose the
desired cadence from the list of options.
Account Comm 2-4 Select. Configures specialized reporting
options for the customer.
Account ID. The Account ID (also called AID) is used for all
references to the system.
Account Mode. See Mode (Account).
Burglary Cutoff Minutes. How many minutes the output
remains active before turning off after an alarm on a burglary
zone. Program a value within the range of 0-255 minutes,
where 0 latches the output.
Account Name. A description of the account. It is used by the
Imagine to more easily find the account. Enter as many as 24
letters or numbers.
Burglary Trouble (Report). Tells the central station (or other
communicator) that a trouble exists on a burglary zone.
Program “yes” to enable this type of reporting.
Alarm Cancel Enable (Account). Allows the user to cancel an
alarm by entering a valid user code. The code must be entered
within a certain number of seconds after the initial alarm
condition. If the alarm has not been reported, no alarm report is
sent. If the alarm has been reported, a cancel report is sent
instructing the central station to disregard the alarm. Program
“yes” to give the user this ability.
---- C ---Cancel Alarm (Report). Tells the central station (or other
communicator) that a valid user code was entered after an
alarm and before the Cancel Report Timer expired. Entering the
user code would also silence the sounders. Program “yes” to
enable this type of reporting.
Answering Machine Bypass Enable. Ensures that the
Imagine software connects with the system rather than with an
answering machine. The system samples the telephone line
following the ring determine if the caller is the Imagine software.
If so, the system seizes the line and completes the connection.
Otherwise, the system ignores the call. Program “yes” if the
homeowner has an answering machine.
Chime Enable. Makes the chime feature active at the local
Keypad. The Keypad’s chime sounds if a perimeter zone is
faulted (zone type entry/exit, forced exit, or instant) while the
system is disarmed, provided that the chime zone topic is
enabled for that particular zone. Program “yes” to allow for this
type of chiming.
Auxiliary Alarm (Report). Tells the central station (or other
communicator) that there has been an alarm on an Auxiliary
zone. These zones are generally 24-hour zones for monitoring
freezers or water levels in basements. Program “yes” to enable
this type of reporting.
Chime Zone Enable. Causes the Keypad’s chime to sound for
one second when the zone is faulted while the system is
disarmed. This topic is normally used with perimeter zones
(doors and windows). Program “yes” to allow the chime to
sound for the specific zone.
Auxiliary Pattern. The cadence used most commonly to
annunciate alarms on auxiliary zones. Choose the desired
cadence from the list of options.
Close Delinquent (Report). Tells the central station (or other
communicator) that the system has not been armed in the
specified number of days. Program “yes” to enable this type of
reporting; program the Delinquent Days topic with the desired
number of days.
Auxiliary Cutoff Minutes. How many minutes the output
remains active before turning off after an alarm on an auxiliary
zone. Program a value within the range of 0-255 minutes,
where 0 latches the output.
Auxiliary Trouble (Report). Tells the central station (or other
communicator) that a trouble condition exists on an auxiliary
zone. Program “yes” to enable this type of reporting.
Closing Reports (Report). Tells the central station (or other
communicator) that the system has been armed. Program “yes”
to enable this type of reporting for that particular communicator.
Be sure that the Open/Close Reports (User Privilege) topic is
also enabled for each user whose arming activities is to be
reported.
---- B ---Battery Fail (Report). Tells the central station that the backup
battery’s voltage has dropped below 3.0 VDC, and that the
system is preparing to power down to prevent permanent
damage to the battery. This is also known as “load-shedding.”
(A low battery condition, in contrast, occurs when the battery
voltage falls below 3.1 VDC.) This report is the last report sent
Comm 1 Report Account. Identifies the account number that is
used to report alarms and other events to Communicator 1.
(Similar topics exist for communicators 2-4.) This number
becomes the system’s installer code.
44
BHS-i100 Installation and Programming Instructions
Comm 2 Backup. Directs the system to automatically send
reports to the backup communicator when all attempts to send
the report to communicator 1 have failed. Program “yes” to
enable this type of backup reporting.
Comm Enable. Activates the communicator, allowing it to
report events. This topic does not affect remote programming
(Downloader Imagine sessions). Program “yes” to allow the
communicator to send reports.
Dial Attempts. How many times the system tries to call the
reporting device before determining that a communication
failure occurred. When a dial-tone is detected, the system lets
the telephone ring for up to 45 seconds. If there is no answer,
the system hangs up, waits 30 seconds, and then tries again.
This process is repeated until the number of programmed dial
attempts has been reached. Program 0-15 attempts, where “0”
prohibits dialing.
Comm Name. Describes the device being telephoned. Giving a
communicator a name allows you to easily identify it. Examples
of communicator name could be “central station,” “emergency
backup receiver,” etc. Enter up to 24 letters or numbers.
Dial Phone Number. Identifies the telephone number to be
dialed for reporting events. Program up to 16 characters (the
additional characters allow you to enter extensions or other
necessary codes).
Comm Test (Report). When test reports are enabled, this
sends the Test Report code to the specified communicator.
Program “yes” to enable this type of reporting.
Dial Prefix. Identifies the special codes that are needed to
connect to an outside telephone line when placing a call. The
system dials this prefix before any call it places, except when it
is using a cellular connection. The standard characters are: 1)
access an outside line from a PBX system (8 or 9); 2) pause for
five seconds (,); and 3) wait for a dial tone (W). This topic is
located in the Advanced | System | menu and is global to all
communicators. Program the appropriate numbers or codes;
the prefix must be no more than eight characters in length.
Comm Type. Identifies the protocol used by the control system
for reporting of events. The SIA protocol is used for reporting to
central station receivers.
Confirm Fob Bell. Turns the bell output on for two seconds
whenever the system is armed or disarmed. (This includes Arm
with Motions Off.) When this topic is enabled, a strobe is
normally connected to the bell output. Program “yes” to enable
this form of confirmation.
Dialer Delay Enable. Directs the system to wait for the
specified amount of time before reporting an alarm on that
particular zone. (This topic is found in View/Edit Zone.) Program
“yes” to require the system to wait before reporting the alarm
condition. Note: dialer delays are ignored when there is a line
cut condition and the system is communicating through a
backup cellular link.
---- D ---Daylight Savings. Instructs the system to automatically adjust
the system’s clock to compensate for Daylight Savings Time.
Program “yes” if the customer lives in a location where Daylight
Savings Time is observed.
Dialer Delay Time. The number of seconds that must pass
after an alarm occurs before an alarm report is sent to the
central station. (This topic is found in View/Edit Account.) This
gives the user time to cancel the alarm without an alarm report
being sent. Program a delay of 0-255 seconds.
Defer Test. Causes the system to skip a scheduled test report if
the system has successfully reported an event to the central
station during the programmed interval. Program “yes” to defer
test reporting under these circumstances.
Display Time. Instructs the Keypad to display the current time
in its numeric display at times when the Keypad is otherwise
idle. The time of day is displayed in the upper left-hand corner.
Program “yes” to display the time.
Delay Display Enable. Instructs the icon Keypad to display the
seconds remaining in the entry or exit delay. The number
appears in the Keypad’s numeric display. Program “yes” to
enable this display.
Double Dispatch. Requires the user to press the emergency
keys (Fire, Medical, and Panic) twice within a three-second
period to trigger a soft zone alarm. Program “yes” to require the
key to be pressed twice before an alarm is sent.
Delinquent Days. Determines how long the system can remain
disarmed before a delinquent report is sent to the central
station. (In contrast, the system can remain armed indefinitely
without triggering a report.) Program 0-255 days, where 0
allows the system to remain disarmed indefinitely.
Duress User Code. The user code that triggers a duress alarm.
Entering the duress code (User 12) causes a silent alarm to be
sent to the central station, but the system appears to operate
normally (arm or disarm). Program a code of your choice.
Device Error (Report). Tells the central station (or other
communicator) that an error has occurred on a device. Program
“yes” to enable this type of reporting.
---- E ----
Device Name. Describes the type or location of a device.
Examples could include “front door Keypad,” or “SE in
basement.” The device type is used as the default location for
each device. Enter up to 24 characters.
Entry Delay Time. The amount of time the user has, after
faulting the zone, to reach the Keypad and enter a user code.
Each entry/exit, forced exit, and follower delay zone can have
its own delay time. Program a delay of 0-250 seconds for that
particular zone.
Device Tamper (Report). Tells the central station (or other
communicator) that a device has experienced a tamper
condition. Program “yes” to enable this type of reporting.
Entry Tone Enable. Causes the Keypad to sound a steady
tone during the entry delay. Program “yes” to enable this feature
for the Keypad in question.
Dial Area Code. Identifies the long distance access code (1)
and the area code of the telephone number to be dialed when
reporting events. The default area code is 1800, which is used
for toll-free calling. Program the appropriate numbers for each
communication device in turn.
Exit Delay Time. The amount of time the user has to leave the
premises after starting the arming sequence. Exit Delays may
be assigned to individual Keypads and are programmed in the
Keypad section. All Keypads can be assigned the same Exit
45
BHS-i100 Installation and Programming Instructions
Delay using the Standard Programming Menu. Program a delay
of 1-250 seconds.
stored in the Imagine database. The new code is given to the
customer by a Customer Care operator when needed.
Exit Tone Enable. Causes the Keypad to beep during the exit
delay. This may be disabled at the Keypad. Program “yes” to
enable this tone for the Keypad in question.
----I ---Installer Login (Report). Tells the central station (or other
communicator) that the system has been placed in
programming mode. Program “yes” to enable this type of
reporting.
Expiration Date. The date that the system automatically reverts
to Local Fire mode. Reporting is discontinued and only local
fires alarms are announced. Program the date of your choice.
To prevent the system from reverting, program a date far in the
future, such as the default value 09/09/9999.
Installer Name. Describes the installer in additional detail for
easier identification. Enter up to 24 letters or numbers.
---- F ----
---- K ----
Fire Alarm (Report). Tells the central station (or other
communicator) that an alarm has occurred on a fire zone or that
the emergency fire key has been pressed. Program “yes” to
enable this type of reporting.
Keypad #. The number automatically assigned to the system
Keypad when you select the Learn Devices option from the
Home Menu.
Keypad Name. Describes the Keypad in additional detail for
easier identification. Enter up to 24 letters or numbers.
Fire Cutoff Minutes. How many minutes the bell/siren outputs
sounds following a fire alarm. Program a time of 0-255 minutes,
where 0 latches the sounder.
---- L ----
Fire Pattern. The cadence that annunciates alarms on fire
zones. There are seven output patterns available for each alarm
type; Temporal Code 3 is used for fire alarms, including the
Emergency Fire Key. The cadence format selected would
depend upon the country where the system is installed. Both
US and Canadian versions of Temporal Code 3 are available.
Choose the desired cadence from the list of options.
Latching Chime. Causes the chime feature to be temporarily
suspended when the system is armed, then reinstated when the
system is disarmed. The suspension occurs regardless of which
arming mode the customer chooses. Program “yes” to configure
the chime to be automatically reinstated.
Line Cut Monitor Enable. Instructs the system to monitor the
telephone line for open conditions (line cuts). Program “yes” to
detect line cuts.
Fire Trouble (Report). Tells the central station (or other
communicator) that a trouble condition exists on a fire zone.
Program “yes” to enable this type of reporting.
Firmware Version. See Version (Firmware).
Long Dist Access. An extension of the dial string used to
automatically dial a long distance access code when a phone
line is configured for long distance blocking.
FOB Panic is Medical. Triggers a medical emergency when
the system receives a panic signal from the Keychain Remote.
If disabled, a police emergency is signaled instead. Program
“yes” to set the panic to medical emergency, and “no” to leave it
as a police emergency.
Low Battery (Report). Tells the central station (or other
communicator) that the system’s standby battery has dropped
below a pre-defined level, generally around 3.1 VDC. Program
“yes” to enable this type of reporting. (The Low Battery Report
topic in the View/Edit System menu must also be enabled.)
---- G ----
Low Battery Report Enable. A global option that allows Low
Battery reporting to the central station (or other communicator)
to be turned on or off without programming individual Comm
devices. Program “yes” to enable this reporting.
Gas Alarm (Report). Tells the central station (or other
communicator) that an alarm has occurred on a CO/Gas zone
or that the emergency CO/Gas key has been pressed. Program
“yes” to enable this type of reporting.
---- M ----
Gas Cutoff Minutes. How many minutes the bell/siren outputs
sounds following a CO/Gas alarm. Program a time of 0-255
minutes, where 0 latches the sounder.
Master Code. The code that is required to add or change the
user codes of auxiliary users (Users 1 - 8). The master user
code (User 13) can be changed by customer only if the Master
Code Reprogram Enable topic is enabled.
Gas Pattern. The cadence that annunciates alarms on CO/Gas
zones. There are seven output patterns available for each alarm
type. The cadence format selected would depend upon the
country where the system is installed. Choose the desired
cadence from the list of options.
Medical Alarm (Report). Tells the central station (or other
communicator) that medical alarm has occurred. The alarm can
be triggered by a medical pendant or by pressing the
emergency medical key. Program “yes” to enable this type of
reporting.
GE or Grid Extender. A Grid Extender is a device such as a
Keypad, Signal Extender, or Programmer. All of these devices
can join the grid network in the customer’s home or small office.
Medical Pattern. The cadence that annunciates an alarm
condition on a medical zone or the emergency medical soft
zone. The normal medical cadence is two seconds on and two
seconds off. Choose the desired cadence from the list of
options.
---- H ---Host Check-In (User 9). The user code that allows the
customer to initiate a call to the Imagine. After the call is
connected, the code is changed to another random code that is
46
BHS-i100 Installation and Programming Instructions
Medical Cutoff Minutes. How many minutes the bell/siren
output sounds following a medical alarm. Program a time of 0255 minutes, where 0 latches the sounder.
Program Error (Report). Tells the central station (or other
communicator) that a program error occurred. The following
conditions are considered program errors: 1) power-on reset; 2)
Watchdog reset; 3) zone status overflow. Program “yes” to
enable this type of reporting.
Medical Trouble (Report). Tells the central station (or other
communicator) that a trouble condition exists on a medical
zone. Program “yes” to enable this type of reporting.
---- Q ---Mode (Account). Indicates whether the system reports all
categories of system events, or only those specified. The topic’s
options include: 1) normal (reporting all event categories); 2)
local system (no reporting, fire and burglary alarms annunciated
locally); and 3) local fire (no reporting, only fire alarms
annunciated locally, other zones disabled). Choose the desired
option from the displayed list.
Quick Arm Enable. Allows the system to be armed using the
[ON] key without a user code entry. Program “yes” to allow
codeless arming.
---- R ---Report Alarm Receiver. Instructs the system to report events
on this zone to Communicator 1. However, the event is reported
only if the event type has been specified in the Communicator
Menu. Example: If zone 1 reports a burglar alarm to
communicator 1 (Report Alarm Receiver), but communicator 1
is configured to report fire alarms only, the report is not sent.
(Similarly, Report Comm 2 sends the report to Communicator
2, Report Comm 3 to Communicator 3, etc., through Report
Comm 4.) Program “yes” to allow the system to report zone
events to the specified communicator.
Motion Bypass Enable. Instructs the system to automatically
bypass the zone in question when the system is armed with
motions off. The zone returns to normal when the system is
disarmed. Program “yes” to bypass the zone under these
circumstances.
---- O ---Open/Close Reports (Standard Menu). When enabled, the
system will send opening and closing reports for all active users
to the central station. Program “yes” to send these reports.
Note: by default, opening and closing reports are not enabled
for User 13 (the master user).
Restore Minutes. The number of minutes a zone must remain
restored (stable without faulting) following an alarm before
additional alarms are recognized and reported. This is a global
setting that applies to all of the system’s zones, including fire
and soft zones. Entering a valid user code (disarming the
system) clears the Restore Minutes timer. Program 0-255
minutes, where 0 allows the system to recognize a new alarm
instantly.
Open/Close Reports (User Privilege). Determines whether
the system sends opening and closing reports for the specified
user. The reports are sent to all communicators for which the
reports are enabled. See also Opening Reports and Closing
Reports. Program “yes” to send the reports for this user. Note:
by default, opening and closing reports are not enabled for User
13 (the master user).
Restore Report Enable. Instructs the system to send a zone
restoral report to the central station after an alarm on the zone.
If the Restore Minutes Timer is set, the zone must remain
restored for that time before the report is sent. This topic also
applies to Trouble Reports. By default, Restoral Reports are not
enabled, Program “yes” to enable restoral reports to be sent.
Note: If an alarm is canceled before the restoral report is sent,
the restoral report is not sent.
Opening Reports (Report). Tells the central station (or other
communicator) that the system has been disarmed. This topic
enables reporting to the selected communicator. Program “yes”
to enable this type of reporting. See also Open/Close Reports
(User Privilege) to program this type of reporting for specific
users.
Ring Back. Tells the system to confirm the arming of the
system by sounding a one-second blast on the bell and siren
outputs at the end of the exit delay. Program “yes” to enable
this feature.
---- P ---Panic Alarm (Report). Tells the central station (or other
communicator) that a panic alarm has occurred. The alarm can
be triggered by either an assault zone or an emergency key.
Program “yes” to enable this type of reporting.
Ring Count. The number of times the telephone rings before
the system answers an incoming call. Program 0-15 rings,
where 0 prevents the system from answering the telephone.
Panic Pattern. The cadence that annunciates an assault or
duress alarm. Although panic alarms are reported, they are
generally not annunciated locally; thus, the default value for this
cadence type is silent. Choose the desired cadence from the list
of options.
RSSI. The RSSI is the Received Signal Strength Indication
showing how strongly any GE is receiving the wireless signal
from the Master.
Panic Cutoff Minutes. How many minutes the bell or siren
output sounds following a panic alarm. Program a time of 0-255
minutes, where 0 latches the sounder.
Run Away Threshold. Defines the number of alarms required
within any armed period that will trigger the system to
automatically place a check-in call to Imagine. This permits
central station personnel the opportunity to disable the
offending zone and/or system.
Panic Trouble (Report). Tells the central station (or other
communicator) that a trouble condition exists on a panic or an
assault zone.
---- S ---Select Comm. This menu item is displayed when the Comm
Menu is initially selected. It allows you to select and then modify
a communicator’s configuration. It is not a programmable topic.
Power Fail Delay. The number of minutes the AC power must
be out before an AC Fail report is sent to the central station.
Program a time of 0-255 minutes, where 0 sends the report
immediately.
47
BHS-i100 Installation and Programming Instructions
Select User. This menu item is displayed when the User Menu
is initially selected. It allows you to select and then modify a
user’s configuration. It is not a programmable topic.
example, to send a test report at half-past the hour, program
this topic with the number 30.) This topic is used in conjunction
with the Test Time of Day- Hours. Program 0-59 minutes.
Signal Extender. The Signal Extender is a wall mounted Grid
Extender that expands coverage of the grid network in the
customer’s home or small office. The Signal Extender can
receive signals from other Grid Extenders and Sensors. The
Signal Extender can also be connected to a telephone line.
Trouble Report Enable. Instructs the system to send a report
to the central station whenever a trouble condition is detected.
By default, trouble reports are only enabled for fire zones.
Program “yes” to enable trouble reports for the zone being
programmed.
Silent Alarm (Report). Tells the central station (or other
communicator) that a silent alarm has occurred. This alarm
could be an alarm on a Silent Assault zone, a Duress report, or
a panic alarm from a Keychain Remote. Program “yes” to
enable this type of reporting.
---- U ---User Bypass Enable. Allows the user to manually bypass this
zone. Manually bypassed zones are restored to normal when
the system is disarmed. Program “yes” to allow users to
manually bypass this zone.
Silent Trouble. Tells the central station (or other
communicator) that a trouble condition exists on a Silent
Assault zone. A corresponding restoral report will be sent when
the zone restores. Program “yes” to enable this type of
reporting.
User Code. The three- to eight-digit number that the user
enters to make user-controlled changes to the system. Each
user code is truncated to the number of digits programmed in
the User Code Length topic. There are two pre-defined user
codes: User 9 – Host Check-in User (876); and User 13 –
Master User (123). You should change these default codes
when programming the system. Program a unique code for the
specified user.
Special Bypass Code. When entered while the system is
armed, this code (User 11) instructs the system to bypass any
special bypass zones. When the code is entered a second time,
the bypass on these zones is removed. The code can silence
alarms on special bypass zones only. Program a code of your
choice.
User Code Length. The number of digits in a valid user code.
Any additional digits entered at the Keypad are ignored; thus, a
user entering a code of “1234” is truncated to “123” when the
code length is set to three. Program a value between 3 and 8.
Special Bypass Enable. Instructs the system to bypass this
zone when the special bypass code is entered while the system
is armed. All other zones remain armed. Program “yes” to
bypass this zone under these circumstances.
User Name. Describes the user in additional detail. Five user
names have default values: User 9 (Host Check-in User), User
10 (Special Bypass User), User 11 (Duress User), and User 12
(Master User). Enter up to 24 characters.
Swap */# keys. Prevents the improper operation of the TCM in
those cases where the customer’s answering machine
responds to the [*] [*] [*] connecting command. If this topic is
enabled, the customer presses the [#] key instead of the [*] key
when accessing the TCM. Once the TCM has been accessed,
however, the use of the [*] key is the same regardless of how
the topic is programmed. Program “yes” to require the user to
press the [#] key instead of the [*] key when connecting to the
TCM.
---- V ---Voice Mail Defeat Enable. Ensures that the Imagine software
connects to the system rather than to the customer’s voice mail
system. The Imagine calls the system, lets the telephone ring
once or twice, then hangs up and calls back again. The Imagine
repeats this sequence four times within a four-minute period.
The system then answers the fourth call. Program “yes” if the
homeowner has voice mail.
---- T ---Test Report Enable. Instructs the system to send periodic test
reports to the central station and all other comms that have the
Comm Test Report enabled. The Test Report Interval topic
specifies how frequently reports are sent. Program “yes” to
enable test reports to be sent.
---- W ---Wrap Around Enable. Instructs the system to allow the user to
press up to 18 keystrokes to enter a valid user code. For
example, a user code of “123” would be recognized in the fourkeystroke sequence “1123.” If this topic is disabled, the system
only accepts codes that are accurately entered within the same
number of keystrokes as the user code length. Program “yes” to
allow the wrap-around code entry.
Test Report Interval. The number of hours between the
transmission of test reports. (For the reports to be sent, the Test
Report Enable topic must be enabled.) If the Test Report
Interval is 0, the test report is sent daily. If the Test Report
Interval is less than 168 hours (one week), the test report is
sent sometime within a one-hour window. If the Test Report
Interval is greater than 168 hours, the report is sent at a
randomly chosen time within a one- day interval. Program 010,000 hours (416 days).
---- Z ---Zone #. The number of the zone assigned to a Sensor or
Transmitter. Program 1-59.
Zone Enabled. Tells the system whether the zone is active.
This applies to all zones, including the soft zones (zones 62 –
64) and the specialty zones (zones 60 and 61). Program “yes”
to activate these zones.
Test Time of Day - Hours. Specifies the hour of the day in
which a test report is sent to the central station. This topic is
used in conjunction with the Test Time of Day - Minutes.
Program 0-23 hours. Add 12 hours for p.m. times, for example:
13 is 1 PM, 14 is 2 PM, etc.
Zone Name. Describes the zone in additional detail. Each zone
type has a default name that reflects the zone function; this
name can be changed to be more descriptive or to distinguish
one zone from another. Enter up to 24 letters or numbers.
Test Time of Day - Minutes. The minutes past the hour at
which time a test report is sent to the central station. (For
48
BHS-i100 Installation and Programming Instructions
Zone Type. Specifies the characteristics of a zone, identifying
the conditions under which a fault on the zone is interpreted as
an alarm. Examples of zone types include fire, entry/exit,
instant, etc. Choose from the list of available zone types, or
select unconfigured to instruct the system to ignore the zone.
49
BHS-i100 Installation and Programming Instructions
Appendix C: Programming Shortcuts
48. Input the new user code
49. Press the [Enter] key to write the programming change to
memory and return to the navigational mode.
50. Press the [Home] key to return to the Home Menu. At this
point, you can begin the next shortcut programming task.
7.4.1 Shortcuts, Defined
A shortcut is a series of numbers that takes you directly from
the Home Menu to a specific point in the Advanced
Programming tree. For example, you can move from the Home
Menu to the View/Edit Account menu by pressing 4-3-1. This
appendix contains the shortcuts for the BHS-i100.
7.4.4 Primary Menu Shortcuts
The following table lists the shortcuts that take you to the
View/Edit feature of the Advanced Programming menus.
7.4.2 Shortcut Programming Example
2.
This example shows you how you would use shortcut
programming to change the length of the user code from three
digits to four.
1.
Locate the desired topic, User Code Length, in the table of
topic shortcuts. The table shows the following information:
2.
5.
Topic
User Code
Length
3.
6.
Shortcut
4-3-1
4.
7.
4.
6.
8.
10.
12.
14.
16.
18.
Ref number
4 of 10
Shortcut
5.
7.
9.
11.
13.
15.
17.
19.
4-3-1
4-2-(select comm.)-1
4-1-1(select the device)-1
4-3-3
4-4-(select user)-1
4-1-2-(select zone)-1
4-3-1 (ref 10 of 10)
4-1-3(select fob)-1
The following table lists the shortcuts that take you to the
programmable topics of Advanced Programming.
20. Topic
23. Account ID
26. Account
Mode
29. Account
Name
32. Alarm Cancel
Enable
35. Alarm Output
Name
38. Answering
Machine
Bypass
Enable
41. Auxiliary
Pattern
44. Auxiliary
Cutoff
Minutes
47. Backlight
Latch
50. Burglary
Pattern
53. Burglary
Cutoff
Minutes
56. Chime Enable
(Keypad)
59. Chime Enable
(Auxiliary
Siren)
62. Chime Zone
Enable
65. Comm 2
Backup
7.4.3 Wildcards
Some of the shortcuts in the tables below contain wildcards, or
prompts for site-specific information. A wildcard is offset from
the rest of the shortcut by parentheses.
User Code is one example of a topic whose shortcut contains a
wildcard. The shortcut is listed as follows:
9. Shortcut
12. 4-4-(User #)-1
3.
7.4.5 Programmable Topic Shortcuts
37. From the Home Menu, press the digits of the shortcut (4,
then 3, and then 1) in succession. This takes you to
View/Edit Account. Press the [Enter] key to view the
topics of View/Edit Account.
38. Use the arrow keys to scroll to the User Code Length
topic. As the third column of the table indicates, this is the
fourth item in a list of 31 topics.
39. Press the [Enter] key to switch from the Programmer’s
navigational mode to its data-entry mode.
40. Use the [Back] key to erase the current value, then press
4 to change the number of digits in the user code from
three to four.
41. Press the [Enter] key to write the programming change to
memory and to return to the navigational mode.
42. Press the [Home] key to return to the Home Menu. At this
point, you can begin the next shortcut programming task.
8. Topic
11. Access Code
View/Edit
Menu
Account
Communicator
Grid Extender
System
User
Zone
Installer
Fob
10. Ref Number
13. 2 of 3
To change the code of user 4, for example, you would do the
following:
1. From the Home Menu, press 4, 4.
43. Input the user number whose code you wish to modify. In
this case, you would press 4 for user number 4.
44. Press the [Enter] key to return to the navigational mode.
45. Press 1 (View/Edit User).
46. Use the arrow keys to scroll to the “Access Code” topic. As
the third column of the table indicates, this is the second
item in a list of three topics.
47. Press the [Enter] key to switch to data-entry mode.
50
21. Shortcut
24. 4-3-1
27. 4-3-1
22. Ref. Number
25. 1 of 10
28. 3 of 10
30. 4-3-1
31. 2 of 10
33. 4-3-1
34. 7 of 10
36. 4-2-IDevice
0)-4
39. 4-3-2
37. 1 of 14
42. 4-3-4
43. 11 of 12
45. 4-3-4
46. 12 of 12
48. 4-11(Keypad)-1
51. 4-3-4
49. 9 of 9
54. 4-3-4
55. 4 of 12
57. 4-11(Keypad)-1
60. 4-1-4(Siren)-1
58. 4 of 4
63. 4-1-2-(Zone
#)-1
66. 4-3-3
64. 7 of 18
40. 4 of 13
52. 3 of 12
61. 2 of 10
67. 5 of 24
BHS-i100 Installation and Programming Instructions
68. Comm
Enable
71. Comm Name
74. Comm Type
77. Confirm Fob
Bell
80. Daylight
Savings
83. Defer Test
86. Delay Display
Enable
89. Delinquent
Days
92. Dial Prefix
95. Dial Area
Code
98. Dial Attempts
101. Dial Phone
Number
104. Dialer Display
Enable
107. Dialer Delay
Time
110. Display Time
113. Double
Dispatch
116. Entry Delay
Time
119. Entry Tone
Enable
120. (Keypad)
123. Entry Tone
Enable
(Siren)
126. Exit Delay
Time
129. Exit Tone
Enable
130. (Keypad)
133. Exit Tone
Enable
(Siren)
136. Expiration
Date
139. Fire Pattern
142. Fire Cutoff
minutes
145. FOB Panic is
Medical
148. Host Check in
Weeks
151. Host Phone
Number
154. Keypad #
157. GE Name
160. Latch Strobe
163. Latching
Chime
166. Line Cut
Monitor
Enable
169. Long
Distance
Access Code
69. 4-1
70. 4 of 16
72. 4-2-(Comm
#)-1
75. 4-2-(Comm
#)-1
78. 4-3-1
73. 1 of 37
81. 4-3-3
82. 2 of 24
84. 4-3-3
87. 4-3-3
85. 14 of 24
88. 8 of 24
90. 4-3-3
91. 9 of 24
93. 4-3-2
96. 4-2-(Comm
#)-1
99. 4-2-(Comm
#)-1
102. 4-2-(Comm
#)-1
105. 4-4-2-2-(Zone
Expander)-1
108. 4-3-3
94. 1 of 13
97. 5 of 37
111. 4-3-3
114. 4-3-3
112. 1 of 24
115. 7 of 24
117. 4-1-2-(Zone
#)-1
121. 4-11(Keypad)-1
118. 8 of 18
124. 4-1-4(Siren)-1
125. 4 of 10
127. 4-11(Keypad)-1
131. 4-11(Keypad)-1
128. 7 of 9
134. 4-1-4(Siren)-1
135. 3 of 10
137. 4-3-3
138. 19 of 24
140. 4-3-4
143. 4-3-4
141. 1 of 12
144. 2 of 12
146. 4-3-1
147. 9 of 10
149. 4-3-2
150. 12 of 13
152. 4-3-2
153. 11 of 13
155. 4-2-(Keypad)5
158. 4-1-1(GE)
161. 4-1-4(Siren)
164. 4-3-3
156. 2 of 6
159. 1 of 9
162. 6 of 10
165. 6 of 24
167. 4-3-2
168. 10 of 13
170. 4-3-2
171. 2 of 13
172. Low Battery
Report
Enable
175. Master Code
Reprogram
Enable
178. Medical
Pattern
181. Medical
Cutoff
Minutes
184. Motion
Bypass
Enable
187. Panic Pattern
190. Panic Cutoff
minutes
193. Power Fail
Delay
196. Privileges:
Open/Close
Report
199. Quick Arm
Enable
202. Report Comm
205. Report Comm
208. Report Comm
211. Report Comm
214. Report
Events: AC
Fail
218. Report
Events:
Auxiliary
Alarm
222. Report
Events:
Auxiliary
Trouble
226. Report
Events:
Battery Fail
(Load Shed)
230. Report
Events:
Burglary
Alarm
234. Report
Events:
Burglary
Trouble
238. Report
Events:
Cancel Alarm
242. Report
Events: Close
Delinquent
246. Report
Events:
Closing
250. Report
Events:
Comm Test
254. Report
Events:
76. 2 of 37
79. 8 of 10
100. 4 of 37
103. 6 of 36
106. 11 of 19
109. 15 of 24
122. 6 of9
132. 5 of 9
51
173. 4-3-3
174. 3 of 24
176. 4-3-1
177. 10 of 11
179. 4-3-4
180. 7 of 12
182. 4-3-4
183. 8 of 12
185. 4-1-2-(Zone
#)-1
186. 5 of 18
188. 4-3-4
191. 4-3-4
189. 5 of 12
192. 6 of 12
194. 4-3-3
195. 4 of 24
197. 4-4-(User #)-1
198. 3 of 3
200. 4-3-1
201. 6 of 10
203. 4-4-2-2-(zone
#)-1
206. 4-4-2-2-(zone
#)-1
209. 4-4-2-2-(zone
#)-1
212. 4-4-2-2-(zone
#)-1
215. 4-2-(Comm
#)-1
204. 12 of 18
219. 4-2-(Comm
#)-1
220. 14 of 37
221.
223. 4-2-(Comm
#)-1
224. 21 of 37
225.
227. 4-2-(Comm
#)-1
228. 31 of 37
229.
231. 4-2-(Comm
#)-1
232. 9 of 37
233.
235. 4-2-(Comm
#)-1
236. 16 of 37
237.
239. 4-2-(Comm
#)-1
240. 25 of 37
241.
243. 4-2-(Comm
#)-1
244. 34 of 37
245.
247. 4-2-(Comm
#)-1
248. 23 of 37
249.
251. 4-2-(Comm
#)-1
252. 33 of 37
253.
255. 4-2-(Comm
#)-1
256. 27 of 37
257.
207. 13 of 18
210. 14 of 18
213. 15 of 18
216. 29 of 37
217.
BHS-i100 Installation and Programming Instructions
Device Error
258. Report
Events:
Device
Tamper
262. Report
Events: Fire
Alarm
266. Report
Events: Fire
Trouble
270. Report
Events:
Installer Login
274. Report
Events: Low
Battery
277. Report
Events:
Medical
Alarm
281. Report
Events:
Medical
Trouble
285. Report
Events:
Opening
289. Report
Events: Panic
Alarm
293. Report
Events: Panic
Trouble
297. Report
Events:
Program
Error
301. Report
Events: Silent
Alarm
305. Report
Events: Silent
Trouble
309. Restore
Minutes
312. Restore
Report
Enable
315. Ring Back
318. Ring Count
321. Run Away
Threshold
324. Special
Bypass
Enable
327. Siren Enable
328. (Keypad)
331. Siren Enable
(Siren)
334. Test Report
Enable
337. Test Report
Interval
340. Test Time of
Day Hours
343. Test Time of
Day Minutes
346. Trigger (1-4)
259. 4-2-(Comm
#)-1
260. 28 of 37
261.
263. 4-2-(Comm
#)-1
264. 10 of 37
265.
267. 4-2-(Comm
#)-1
268. 17 of 37
269.
271. 4-2-(Comm
#)-1
272. 7 of 37
273.
275. 4-2-(Comm
#)-1
276. 30 of 37
278. 4-2-(Comm
#)-1
279. 13 of 37
280.
282. 4-2-(Comm
#)-1
283. 20 of 37
284.
286. 4-2-(Comm
#)-1
287. 24 of 37
288.
290. 4-2-(Comm
#)-1
291. 12 of 37
292.
294. 4-2-(Comm
#)-1
295. 19 of 37
296.
298. 4-2-(Comm
#)-1
299. 8 of 37
300.
302. 4-2-(Comm
#)-1
303. 15 of 37
304.
306. 4-2-(Comm
#)-1
307. 22 of 37
308.
310. 4-3-3
311. 18 of 24
313. 4-1-2-(Zone
#)-1
314. 9 of 18
316. 4-3-3
319. 4-3-2
322. 4-3-3
317. 16 of 24
320. 8 of 13
323. 17 of 24
325. 4-1-2-(Zone
#)-1
326. 4 of 18
329. 4-11(Keypad)-1
332. 4-1-4(Siren)-1
330. 8 of 9
335. 4-3-3
336. 10 of 24
338. 4-3-3
339. 143of 24
341. 4-3-3
342. 12 of 24
344. 4-3-3
345. 11 of 24
349. Trouble
Report
Enable
352. User Bypass
Enable
355. User Code
358. User Code
Length
361. User Name
364. Voice Mail
Defeat
Enable
367. Wrap Around
Enable
370. Zone Enable
373. Zone Name
376. Zone Type
333. 5 of 10
52
347. 4-2-(Fob
Receiver)-3
350. 4-1-2-(Zone
#)-1
348. 3 of 3
351. 10 of 18
353. 4-1-2-(Zone
#)-1
356. 4-4-(User #)-1
359. 4-3-1
354. 4 of 18
357. 2 of 3
360. 4 of 10
362. 4-4-(User #)-1
365. 4-3-2
363. 1 of 3
366. 5 of 13
368. 4-3-1
369. 5 of 10
371. 4-1-2-(Zone
#)-1
374. 4-1-2-(Zone
#)-1
377. 4-1-2-(Zone
#)-1
372. 1 of 18
375. 3 of 18
378. 2 of 18
BHS-i100 Installation and Programming Instructions
Appendix D: SIA False Alarm Reduction Features
The BHS-i100 can be set to a SIA default mode from the Home
Menu by selecting Set Defaults. You will be asked to confirm
that you want to reset the programming defaults, and then
asked which Compliance Mode you want to use. Your options
are Brinks Mode or SIA Mode (factory default). To use
programming defaults that comply with the SIA Standard, select
the SIA Mode.
Cross Zone Seconds - Cross zoning is an alarm verification
technique that requires an alarm on two zones within the
Cross Zone Seconds time window before an alarm event is
signaled. The default setting is 20.
Cross Zone Enable - A zone configuration option that
enables individual zones for cross zone processing. The
default setting is NO.
Following are a list of SIA False Alarm Reduction features
which are different than the Brinks mode, and corresponding
default settings.
Exit Time Restart - Causes the exit timer to restart once if a
door (exit/entry zone) is opened, closed, and then reopened
within the initial exit delay countdown following an arming.
The default setting is YES.
Swinger Trips - Defines the number of alarms that must
occur on a zone before it is automatically bypassed. Only
zones with Swinger Bypass Enable set to YES are swinger
bypass candidates. The default setting is 1.
Automatic Motion Off - Automatically arms the system in a
MOTION OFF mode if no door (exit/entry zone) was opened
during the exit delay countdown. The default setting is
YES.
Automatic Swinger Reset - Enables automatic resetting of
swinger bypassed zones following a continuous 1 hour
interval of no new alarms. Each bypassed zone has a
separate 1 hour timer for timing this operation. The default
setting is NO.
Exit Error - Enables exit error processing if a door
(entry/exit zone) is still open at the expiration of the exit
delay countdown. Exit error will sound the local alarm,
initiate an entry delay, and signal alarm and exit error
events if the system is not disarmed by the expiration of
the entry delay countdown. The default setting is YES.
Swinger Bypass Enable - A zone configuration option that
enables individual zones for swinger bypass processing.
The default setting is NO.
Fire Verification - A zone configuration option that enables
automatic fire power cycling and re-sense in accordance
with NFPA-72 fire verification requirements which, if
enabled, requires two alarms on one or more fire zones
within a two minute window before a fire alarm event is
signaled. A fire sensor reset (fire power recycle) is
performed upon the occurrence of the first fire alarm
indication. If a second fire alarm is indicated within two
minutes of the first then a fire alarm is signaled. The default
setting is NO.
Recent Closing - Enables signaling of a recent closing
event that indicates an alarm occurred within five minutes
of arming. The default setting is YES.
IMPORTANT ANSI/SIA INFORMATION
CAUTION! A call waiting cancel on a non call- waiting telephone
line will prevent successful connection to the central station!
(per IAW ANSI/SIA CP-01)
53

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Metadata Date                   : 2006:02:22 18:59:03Z
Creator                         : Bill Brown
Title                           : Microsoft Word - Install Manual022206

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