BRINKS BHS3000C Technical specifications
BHS3000C
imiDiiimw
HOME
SECURITY®
Installation
and
Programming
-3
Instructions
1
BHS-3000C
Regulatory
Notices
1.1
FCC
Notice
1.1.1
FCC
Rules
Part
15
This
equipment
has
been
tested
and
found
to
comply
with
the
iimits
for
a
Class
B
digital
device,
pursuant
to
Part
15
of
the
FCC
Rules.
These
limits
are
designed
to
provide
reasonable
protection
against
harmful
interference
in
a
residential
installation.
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
Service
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:
♦
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.
1.1.2
FCC
Rules
Part
68
This
equipment
complies
with
FCC
Rules,
Part
68.
On
the
outside
of
this
equipment
is
a
label
that
contains,
among
other
information,
the
FCC
Registration
Number
and
Ringer
Equivalence
Number
(REN)
for
this
equipment.
If
requested,
provide
this
information
to
your
telephone
company.
This
equipment
is
equipped
with
a
USOC
RJ31X
connector.
This
equipment
is
designated
to
be
connected
to
the
telephone
network
or
premises
wiring
using
a
compatible
modular
jack
(RJ31X)
which
is
part
68
compliant.
The
REN
is
useful
to
determine
the
quantity
of
devices
you
may
connect
to
your
telephone
line
and
still
have
all
of
those
devices
ring
when
your
number
is
called.
In
most,
but
not
all
areas,
the
sum
of
the
REN’s
of
all
devices
should
not
exceed
five
(5.0).
To
be
certain
of
the
number
of
devices
you
may
connect
to
your
line,
as
determined
by
the
REN,
you
should
call
your
local
telephone
company
to
determine
the
maximum
REN
for
your
calling
area.
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
you
experience
trouble
with
this
equipment,
please
contact
Brink’s
Home
Security
Customer
Service
at
1-800-445-0872
for
information
on
obtaining
service
or
repairs.
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
must
not
be
used
on
party
lines
or
coin-operated
phone
lines.
The
FCC
Registration
#
is
C2D
MUL-35516-AL-E
Ringer
Equivalence:
0.5B
1.2
Industry
Canada
NOTICE;
The
Industry
Canada
label
identifies
certified
equipment.
This
certification
means
that
the
equipment
meets
certain
telecommunications
network
protective,
operational
and
safety
requirements
as
prescribed
in
the
appropriate
Terminal
Equipment
Technical
Requirements
documents.
The
Department
does
not
guar¬
antee
the
equipment
will
operate
to
the
user’s
satisfaction.
Before
installing
this
equipment,
users
should
ensure
that
it
is
permissible
to
be
connected
to
the
facilities
of
the
local
telecommunications
company.
The
equipment
must
be
installed
using
an
acceptable
method
of
connection.
The
customer
should
be
aware
that
compliance
with
the
above
conditions
may
not
prevent
the
degradation
of
service
in
some
situations.
Repairs
to
certified
equipment
should
be
coordinated
by
a
representative
designated
by
the
supplier.
Any
repairs
or
alterations
made
by
the
user
to
this
equipment,
or
equipment
malfunctions
may
give
the
telecommunications
company
cause
to
request
the
user
to
disconnect
the
equipment.
Users
should
ensure
for
their
own
protection
that
the
electrical
ground
connections
of
the
power
utility,
telephone
lines
and
internal
metallic
water
pipe
system,
if
present,
are
connected
together.
This
precaution
may
be
particularly
important
in
rural
areas.
Caution:
Users
should
not
attempt
to
make
such
connections
themselves,
but
should
contact
the
appropriate
electric
inspection
authority,
or
electrician,
as
appropriate.
NOTICE;
The
Ringer
Equivalence
Number
(REN)
assigned
to
each
terminal
device
provides
an
indication
of
the
maximum
number
of
terminals
allowed
to
be
connected
to
a
telephone
interface.
The
termination
on
an
interface
may
consist
of
any
combination
of
devices
subject
only
to
the
requirement
that
the
sum
of
the
Ringer
Equivalence
Numbers
of
all
the
devices
does
not
exceed
5.
This
Class
B
digital
apparatus
Complies
with
Canadian
ICES-003.
Cet
appareil
numerique
de
la
classe
B
est
conforme
a
la
norme
NMB-
003
du
Canada.
Contact
Brink’s
Customer
Service
at
1-800^445-0872
for
information
on
obtaining
service
or
repairs.
1C
Certification
Number
is
1140
10954A
IMPORTANT
Please
read
and
fully
understand
the
BHS-3000C
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.
2
Mounting
2.1.1
C
hoose
a
mounting
location
for
the
panel
Choose
a
mounting
location
that
is:
•
accessible
to
both
AC
power
and
telephone
service
•
protected
from
excessive
heat
or
cold
and
•
away
from
large
metal
objects,
like
heating
ducts
2.1.2
R
emove
wiring
knockouts
The
BHS-3000C
enclosure
has
eight
circular
wiring
knockouts.
These
knockouts
are
located
at
the
sides
and
back
of
the
enclosure
as
shown
below.
Eight
wiring
knockouts
The
knockouts
can
be
easily
removed
using
your
fingers.
2.1.3
M
ounting
the
panel
enclosure
_
Secure
the
panel
enclosure
to
the
wall
as
outlined
below:
1.
Remove
the
main
PCB
before
mounting
the
housing.
2.
Using
the
base
of
the
housing
as
a
template,
mark
the
mounting
holes
(top
and
bottom)
and
the
wire-entry
holes.
3.
Drill
the
top
mounting
holes
and
wire
entry
holes.
4.
Insert
the
top
mounting
screws,
but
do
not
tighten.
(Mount
the
panel
using
#10
square-drive
screws,
not
provided.)
5.
Temporarily
hang
the
enclosure
and
verify
the
location
of
the
lower
mounting
holes.
6.
Drill
the
lower
mounting
holes
and
replace
the
enclosure.
2.1.4
M
ounting
the
panel
for
commercial
installations
_
When
installing
the
panel
in
a
commercial
environment,
additional
steps
must
be
taken,
as
outlined
below.
1.
The
Bell
Wiring
must
use
the
upper
left-hand
knockout
and
be
enclosed
in
conduit
(#1
in
the
diagram
above
right).
2.
All
other
wiring
must
use
the
lower
right-hand
knockout
with
the
conduit
being
optional
(#2
in
diagram).
3.
All
unused
knockouts
must
be
removed
and
covered
with
cap
bolts
(provided).
i
i
2
Mounting
commercial
enclosure
installing
the
cap
bolts
Installing
the
door
lock
4.
Install
the
tamper
switch,
provided
in
the
kit
(#4
in
diagram
above)
and
connect
it
to
a
zone
input
on
the
panel.
5.
Secure
the
door
with
the
key
lock
provided
in
the
kit.
2.1.5
I
nstall
the
panel’s
main
PCB
Re-install
the
panel’s
main
printed
circuit
board
as
outlined
below:
1.
Place
the
PCB
in
the
enclosure
as
shown.
2.
Screw
the
PCB
in
place
using
#7
x
14"
self-tapping
screws
and
star
washers
(provided).
3.
After
mounting,
secure
the
cover
with
#7
sheet
metal
screws
(provided)
or
separate
lock
(not
provided).
Mounting
the
PCB
Installing
the
mounting
clip
Match
PCB
to
mounting
standoffs
BHS-3000C
Installation
and
Programming
Instructions
2.1.6
Mounting
the
keypad
_
The
keypad
is
mounted
on
the
wall
in
any
convenient
interior
location.
The
keypad
should
be
mounted
at
a
height
that
is
convenient
for
viewing
by
the
end
user.
To
mount
the
keypad,
follow
the
directions
listed
below.
1.
Open
the
keypad
housing
by
depressing
the
latches
at
the
base
of
the
keypad
with
a
flat-head
screwdriver.
2.
Remove
the
rear
cover
3.
Holding
the
rear
cover
level
against
the
wall,
mark
the
locations
of
the
mounting
and
wire-entry
holes.
Mark
the
mounting
and
wire-entry
holes
4.
Drill
the
mounting
holes
and
wire
entry
holes.
5.
Attach
the
rear
cover
to
the
wall
using
#8
screws,
(not
provided).
6.
Snap
the
front
of
the
keypad
onto
the
rear
cover.
Attach
mounting
bracket
to
the
enclosure
3.
Replace
the
ZEM
circuit
board
in
the
mounting
bracket.
2.
1
.7
Cover
unused
emergency
keys
_
Cover
any
unused
emergency
keys
with
the
plastic
key
covers.
These
covers
are
distributed
in
separate
packages
(P/N
5-531-
234-00),
and
are
not
included
with
the
keypads.
Remove
the
paper
backing
from
the
back
of
the
key
cover,
and
press
in
place.
2.2
Mount
the
ZEM
2.2.1
M
ounting
the
ZEM
inside
the
panel
enclosure
_
The
Zone
Expander
Module
(ZEM)
can
be
mounted
internally
or
externally
of
the
BHS-3000C’s
enclosure.
The
enclosure
can
accommodate
one
ZEM.
When
selecting
an
external
mounting
location,
do
not
exceed
the
maximum
wiring
distances
listed
in
the
table
below.
Installation
Type
Maximum
Distance
(m.
1
ft.)
UL
Installation
152
m
/
500
ft".
Non-UL
Installation
305
m/
1000
ft.
To
install
a
ZEM
inside
the
panel
enclosure,
do
the
following:
1.
R
emove
the
ZEM
printed
circuit
board,
as
shown.
Remove
the
PCB
2.
A
ttach
the
ZEM
mounting
bracket
to
the
rear
of
the
enclosure,
as
shown
below.
2.2.2
M
ounting
the
ZEM
outside
the
panel
enclosure
_
Additional
modules
can
be
mounted
in
their
individual
housings.
To
mount
an
external
Zone
Expander
Module,
follow
the
directions
below:
1.
While
you
are
grounded,
remove
the
ZEM’s
PCB,
as
shown
above.
2.
Hold
the
mounting
bracket
level
against
the
wall
and
mark
the
mounting
hole
locations.
3.
Secure
the
mounting
bracket
to
the
wall
using
#8
screws,
not
provided.
4.
Replace
the
PCB
on
the
mounting
bracket.
2,2.3
A
ddressing
the
ZEM
_
The
ZEM
has
11
pairs
of
jumper
pins,
which
are
used
to
select
the
range
of
zone
inputs.
The
pins
are
labeled
with
the
beginning
and
ending
zone
numbers
for
each
available
input
range.
The
jumper
is
factory-installed
on
the
first
pair
of
pins,
indicating
that
the
input
range
for
the
ZEM
is
zones
9
-16.
To
change
the
input
range
of
the
ZEM,
disconnect
power
to
the
panel,
then
move
the
jumper
to
the
set
of
pins
with
the
appropriate
zone
numbers.
him'j-ja
9-16
i-
|
•
•
!
17-24
!
•
•
|
25-32
•
•
I
33-40
i
•
•
I
41-48
•
j
49-56
j
•
•
;
57-64
•
!
65-72
_jfc.Il
73-80
!
•
•
!
81-88
i
•
•
i
89-96
Move
jumper
to
address
the
ZEM
2.3
Mounting
the
speakers
and
siren
Mount
the
system’s
speaker(s)
and
the
external
siren
or
bell
in
accordance
with
the
manufacturer’s
instructions.
i
I
i
3
BHS-3000C
Installation
and
Programming
Instructions
3.1.1
Function
of
each
terminal
Label
Description
Value
Connects
to
AC
AC
Input
16.5
VAC,
25
or
40
VA
Class
2
AC
transformer,
120
VAC
50/60
Hz
AC
AC
Input
16.5
VAC,
25
or
40
VA
Class
2
AC
transformer,
120
VAC
50/60
Hz
SF
Special
Function
Terminal
0-12
VDC
nominal,
10
mA
Relay
device
or
programmable
output
device
BELL
Bell
output
positive
12.8
VDC
External
bell
EARTH
Earth-Ground
Connection
Not
applicable
Refer
to
Section
3.9.2
-
Connecting
to
Earth
Ground
SIREN
Siren
Output
positive
90
dB
with
8-Ohm
load
Up
to
four
8-Ohm
speakers.
Total
minimum
impedance:
4
Ohms.
—
Siren
-
Not
applicable
Circuit
common
AUX
Auxiliary
Output
Positive
1000
mA@
13.2
V
Keypads,
sensors,
relays,
and
accessory
modules.
CLK
Keypad
data
bus
RS-485:
38.4
kHz
Differential
keypad
data
bus.
DATA
Keypad
data
bus
RS-485:
38.4
kHz
Differential
keypad
data
bus.
FIRE
4-wire
smoke
detector
power
12.8
VDC
Power
for
4-wire
smoke
detector
—
Common
terminal
Not
applicable
Circuit
common
Z1
Zone
input
0-12.8
VDC,
3
mA
max.
Zone
1
detection
device
Z2
Zone
input
0-12.8
VDC,
3
mA
max.
Zone
2
detection
device
—
Common
terminal
Not
applicable
Circuit
common
Z3
Zone
input
0-12.8
VDC,
3
mA
max.
Zone
3
detection
device
Z4
Zone
input
0
-
12.8
VDC,
3
mA
max.
Zone
4
detection
device
_
Common
terminal
Not
applicable
Circuit
common
Z5
0
-
12.8
VDC,
3
mA
max.
Zone
5
detection
device
Z6
Zone
input
0-12.8
VDC,
3
mA
max.
Zone
6
detection
device
Common
terminal
Not
applicable
Circuit
common
--
Z7
Zone
input
0
-
12.8
VDC,
3
mA
max.
Zone
7
detection
device
Z8
Zone
input
0
-
12.8
VDC,
3
mA
max.
Zone
8
detection
device
Common
terminal
Not
applicable
Circuit
common
NOTE:
All
DC
voltages
listed
are
nominal
values
with
AC
power
applied.
4
BHS-3000C
Installation
and
Programming
Instructions
3.2
W
ire
the
zones
3.2.1
W
iring
the
burglary
zones
_
Burglary
zones
circuits
can
have
a
normally-open,
normally-
closed,
or
an
end-of-line
(EOL)
configuration.
For
UL
applications,
however,
an
end-of-line
configuration
is
required.
When
configuring
an
EOL
circuit,
use
a
minimum
22
AWG
wire
and
a
maximum
wire
length
less
than
1000
ft.
Wire
the
zone’s
detection
device(s)
according
to
the
manufacturer’s
instructions.
Connect
the
sensor
between
the
appropriate
Z
terminal
on
the
panel
and
the
adjacent
common
terminal.
3.2.2
W
iring
the
fire
zone
The
BHS-3000C
panel
is
designed
for
four-wire
smoke/heat
detectors
only.
Fire
zones
always
require
the
EOL
configuration.
Wire
the
smoke/heat
detector
as
outlined
below:
1.
Connect
the
positive
power
loop
wire
to
the
FIRE
terminal.
2.
Connect
the
negative
power
loop
wire
to
one
of
the
common
terminals.
3.
Connect
the
detection
loop
to
the
zone
and
common
terminals
on
the
panel.
Make
sure
the
zone
is
configured
as
a
fire
zone.
4.
When
using
the
System
Sensor
Model
2112ATL
Smoke
Detector,
connect
the
Sync
terminal
to
the
Siren
output.
System
Sensor
Model
2112ATL
Smoke
Detector
$mcte4-wi
/©rC
Other
listed
4~wire
Smoke
Detector
using
a
listed
EOL
Relay
module
Wiring
the
smoke
detector
5.
C
onnect
the
smoke
detector
using
14-22
AWG
wire.
The
maximum
wiring
distance
is
not
to
exceed
500
ft.
3.3
W
ire
the
keypad
3.3.1
Connect
the
keypad
wires
to
the
terminals
Connect
the
keypad
wires
to
the
terminals,
as
follows:
Keypad
terminal
Panel
terminal
v+
AUX
V-
-
(Common)
CLK
CLK
DATA
DATA
Note:
Connect
the
keypad
using
a
minimum
22
AWG
wire
and
a
maximum
wire
length
of
650
ft.
3.3.2
W
iring
multiple
keypads
_
The
BHS-3000C
can
support
up
to
16
keypads,
but
they
can
have
ID
numbers
that
range
from
1-128.
These
keypads
can
be
connected
in
daisy-chain
(parallel),
individually
home-run,
or
wired
using
a
combination
of
these
two
methods.
A
combination
of
LED
and
icon
keypads
can
be
used
in
the
same
installation.
3.4
W
ire
the
digital
communicator
The
digital
communicator
is
integrated
into
the
BHS-3000C
control
panel.
To
connect
the
panel
to
the
house
phone,
do
the
following:
1.
Locate
the
8-conductor
cable,
attached
to
the
right-hand
side
of
the
BHS-3000C’s
main
PCB.
2.
Insert
the
cable’s
plug
into
an
RJ31X
or
an
RJ38X
jack.
3.
Wire
the
RJ31X
jack
as
shown:
Tp
panel
incoming
Telephone
Line
Wire
the
RJ31Xjack
Note
The
colors
of
house
phone
wires
vary.
If
the
wire
colors
do
not
match
the
diagram
above,
connect
the
yellow
wire
to
the
wire
that
was
connected
to
terminal
4,
and
connect
the
black
wire
to
the
wire
that
was
connected
to
terminal
5.
3.5
W
ire
the
ZEM
3.5.1
Connect
the
wires
to
the
terminals
Wire
the
ZEM,
following
the
instructions
below:
1.
Disconnect
the
system’s
AC
and
DC
power.
2.
Wire
the
ZEM
according
to
the
table
and
illustration.
ZEM
terminal
Panel
terminal
V+
AUX
V-
-
(Common)
cLk
CLK
DATA
DATA
GND
EARTH
Ground
(optional)
*
3.
W
i
r
e
the
zone
inputs
in
the
same
manner
used
to
connect
devices
to
the
panel’s
eight
on-board
inputs.
*
If
the
ZEM
is
mounted
more
than
10
ft.
from
the
control
panel,
a
separate
earth
ground
connection
is
recommended.
Refer
to
Section
3.9.2
for
additional
information
on
connecting
to
earth
ground.
3.5.2
D
aisy
chaining
_
To
simplify
the
system’s
wiring,
devices
can
be
daisy-chained
together.
Use
each
device’s
V+,
V-,
CLK,
and
Data
terminals
for
making
daisy
chain
connections.
Daisy
chaining
is
not
recommended
and
extreme
care
should
be
taken
when
using
this
wiring
method.
If
daisy
chaining
is
used,
a
broken
wire
or
loose
connection
in
one
device
affects
all
additional
devices
in
the
chain.
5
BHS-3000C
Installation
and
Programming
instructions
o
>
5}
o
3.6
Wire
the
speaker(s)
The
BHS-3000C
can
support
up
to
four
8-Ohm
speakers.
When
connecting
the
speaker,
ensure
that
the
speaker
is
located
not
more
than
125
feet
from
the
control
panel
and
use
at
least
18
AWG
wire.
3.6.1
Wire
one
or
two
speakers
in
series
8Q
8Q
f-jW/vj
-
1
©
Hvwv
fWWft
©
8L1
16Q
Wire
one
or
two
speakers
in
series
For
Residential
Fire
Installations,
use
either
a
single
speaker
or
two
speakers
in
series.
3.6.2
Wire
three
speakers
in
series-parallel
When
using
three
speakers
wire
them
in
a
series-parallel
combination,
as
shown
below.
8n
8Q
,hJ
WA^'
8
q
*-AVVV^»
-
120
->Q
Wire
three
speakers
in
series-parallel
Use
in
Residential
Burglary
Installations
only.
3.6.3
Wire
four
speakers
in
series-parallel
When
using
four
speakers,
wire
them
in
series-parallel
as
shown.
80
80
t-WW
-f
8
o
i-vVVVM
80
MMM
80
80
SIREN
~
Connect
speaker(s)
to
the
control
panel
3.8
Wire
the
siren
or
bell
Wire
the
external
siren
or
bell
as
outlined
below:
1.
Connect
the
positive
wire
to
terminal
4
(BELL).
2.
Connect
the
negative
power
loop
wire
to
terminal
7
(common).
Note:
Connect
the
bell
using
18
AWG
or
larger
and
do
not
exceed
a
wire
length
of
150
feet.
Wire
the
external
siren
or
bell
3.9
2350-SUP
Bell
Supervision
Module
The
2350-SUP
Bell
supervision
module
monitors
the
bell
wiring.
The
2350-SUP
can
detect
opens
and
shorts,
which
would
prevent
normal
operation
of
the
bell.
The
2350-SUP
consists
of
two
parts:
The
Bell
supervision
module
which
must
be
mounted
in
the
control
panel
enclosure
and
the
termination
assembly
which
mounts
and
connects
inside
of
the
ADEMCO
AB-12M
bell
enclosure.
2350-SUP
Supervision
Module
Wire
Color
Red
Black
Yellow
White
Connection
to
BHS-3000C
Aux
BELL
Zone
Termination
Assembly
Label
Bell
+
Bell
-
Label
Panel
+
Panel
-
Connection
to
ADEMCO
AB-12M
Terminal
1
(Bell
+)
Terminal
2
(Bell
-)
Connection
out
to
BHS-3000C
BELL
Wire
four
speakers
in
series-parallel
Use
in
Residential
Burglary
Installations
only.
3.7
Connect
speaker(s)
to
the
panel
To
connect
the
speaker
to
the
control
panel,
do
the
following:
1.
Connect
the
positive
side
of
the
speaker
to
terminal
6
(SIREN).
2.
Connect
the
negative
side
of
the
speaker
to
terminal
7
(common).
Programming
under
Advanced
Menu
|
Device
Menu
|
Control
Panel
|
Vw/Edt
Device
|
Inputs
Zone
Response
time
of
150-500mS
(150mS
default)
4.7K
EOL
Resistance
EOL
Instant
Zone
Type
6
BHS-3000C
Installation
and
Programming
instructions
235O$0FHwnei-Aat2M
Wiring
2350-SUP,
BHS-3000C
and
AB-12M
3.10
W
ire
the
BHS-3250
Receiver
Refer
to
the
BHS-3250
Installation
Instructions
P/N
K0982
for
more
information.
To
wire
the
receiver,
do
the
following:
1.
Disconnect
the
system’s
AC
and
DC
power.
2.
Wire
the
receiver
according
to
the
table
and
illustrations.
Receiver
Terminal
Wire
Color
Panel
Terminal
V+
Red
AUX
V-
Black
CLK
Green
CLK
DATA
Yellow
or
white
DATA
Relay
(N.O.)
Switched
Wire
the
receiver
to
the
panel
3.10.1
W
ire
Relay
and
Switched
12v!100mA
Output
The
receiver
has
a
24
V,
0.5
A
(form
A)
reed
relay,
and
a
transistor
switched
12v/100mA
output,
for
control
of
external
devices.
Wire
the
relay
terminals
in
the
same
manner
that
you
would
connect
a
normally-open
switch.
Wire
the
12v/100mA
switched
output
as
required;
AUX
is
the
+12v
output
and
C
is
the
return.
For
additional
information
regarding
mounting
and
wiring,
refer
to
the
BHS-3250
Receiver
installation
instructions.
3.11
C
onnect
to
AC
power
3.11.1
W
ire
the
transformer
_
The
BHS-3000C
uses
a
16.5
VAC,
25
VA
or
40
VA
transformer
(See
Section
6.1.2
for
a
list
of
approved
models.)
Connect
the
power
terminals
of
the
transformer
to
the
AC
terminals
on
the
main
PCB,
as
shown
in
the
following
diagram.
Note:
Connect
the
transformer
using
18
AWG
or
larger
and
do
not
exceed
a
wire
length
of
more
than
100
feet.
Wire
the
transformer
3.11.2
C
onnect
to
Earth-Ground
An
Earth-ground
connection
protects
the
system
from
damage
caused
by
power
surges.
For
the
most
effective
protection,
a
“unified
Earth-ground”
is
recommended.
A
unified
Earth-ground
provides
a
common
ground
to
the
power
and
telephone
lines,
and
the
security
system.
To
create
an
Earth-ground
connection,
run
a
14-gauge
solid
copper
wire
from
terminal
5
(Earth)
to
the
central
terminal
(Ground)
of
the
transformer,
if
the
terminal
is
available.
If
your
transformer
does
not
have
an
Earth
Ground
terminal,
you
can
create
a
Unified
Earth
Ground
connection
as
shown
in
the
following
illustration.
Unified
Earth-ground
connection
3.12
C
onnect
the
backup
battery
The
BHS-3000C
uses
a
Premier
or
Universal
Brand
12
VDC
lead-
acid
backup
battery
(see
section
6.1.2).
Choose
either
a
4
AH
or
a
7
AH
model.
To
determine
the
proper
AH
rating
for
the
battery,
refer
to
the
Battery
Loading
Chart
in
Section
3.12.
To
connect
the
backup
battery,
do
the
following:
1.
Connect
the
red
lead
to
the
battery’s
positive
terminal.
7
BHS-3000C
Installation
and
Programming
instructions
Operational
States
under
no
AC/
Battery
condition
>
12
VDC
-
Normal
Operation
<11.9
VDC
-
Normal
Operation
-
Low
Battery
Condition
<
9.9
VDC
-
Load
Shed
Condition
Two
batteries
can
be
connected
in
parallel
to
achieve
a
higher
AH
rating.
The
BHS-3902
battery
harness
uses
a
self-resetting
circuit
to
protect
against
short
circuit
and
battery
reversal.
Batteries
Using
the
BHS-3902
Battery
Harness
The
second
table
will
aid
you
in
determining
the
backup
requirements
of
the
system
during
an
alarm
condition.
Use
this
table
to
determine
the
total
Alarm
current
(la).
Product
Alarm
Total
Control
Panel
and
Accessories
From
above
2112ATL
Smoke
Detector
30
mA
240-COe
Carbon
Monoxide
Detector
75
mA
Bell
*
4
Ohm
Siren
Load
260
mA
8-12
Ohm
Siren
Load
170
mA
Total
for
la
*The
current
requirements
for
a
bell
vary.
Refer
to
the
documentation
that
comes
with
the
sensor
for
the
actual
current
requirements.
The
battery’s
AH
rating
must
be
reduced
(derated)
based
upon
the
amount
of
standby
time
required.
The
derating
value
(D)
is
1.05
for
24-hour
backup
and
1.25
for
4-hour
backup.
To
determine
the
total
AH
rating
of
your
battery,
use
the
following
formula:
When
using
the
BHS-3902
battery
harness:
•
Connect
the
lead
to
the
pane!
battery
leads,
and
observe
the
proper
polarity
when
connecting
the
batteries.
•
Both
batteries
must
have
the
same
AH
rating,
and
should
have
the
same
lot
number
or
date
code.
•
Batteries
should
be
replaced
every
3-5
years
•
Use
a
40VA
transformer
when
using
batteries
having
a
capacity
over
7.5AH.
3.13
Calculating
System
Loading
The
tables
below
will
help
you
calculate
system
loading
and
the
size
of
backup
battery
required
for
your
installation.
The
first
table
lists
the
requirements
for
the
BHS-3000C
control
panel
and
each
system
accessory.
Use
this
table
to
determine
the
Standby
Current
(Is)
requirements
for
UL
installations.
Product
Max
Current
Qty
Total
BHS-3000C
Control
Panel
110
mA
1
110
mA
BHS-3101
Icon
Keypad
55
mA
BHS-3111
LED
Keypad
or
BHS-3112
Irda
Keypad
55
mA
S3201
Zone
Expander
Module
60
mA
S3210
Keyfob
Receiver
55
mA
240-COe
Carbon
Monoxide
Detector
8
mA
BHS-3250
Receiver
135
mA
Aux
output
on
BHS-3250
2350-SUP
Bell
Sup.
Module
15
mA
(Sensors)
Auxiliary
Power
+
Aux
out
on
BHS-3250
Fire
Power
(2mA
per
2112ATL)
Active
Zones
(normally
closed)
Active
Zones
(EOL)
3
mA
(each)
1.5
mA
(each)
Total
Is
AH
=
((Is
*
Standby
Hours)
+
(la
*
Alarm
hours))
*
D
Note:
Is
and
la
should
be
in
Amps
(Example:
170mA
=
0.17A)
The
Alarm
hours
are
calculated
as
follows:
Alarm
Hours
=
Alarm
Min./60.
For
example,
4-5
minutes
=
0.083
hours;
10
minutes
=
0.167
hours;
and
15
minutes
=
0.25
hours.
3.14
Output
Current
Limits
The
following
table
shows
the
Voltage
Range
and
Current
Limits
for
each
Output
terminal
of
the
BHS-3000C.
Function
Terminal
Voltage
Range
Current
Limit
Combined
Current
Comments
Bell/Strobe
Bell
9-14
1
A
1.2
A**
Speaker
Siren
N/A
N/A
4-12
Ohms
Keypad
and
Accessories
Aux
9-14
1
A
4-wire
Smoke
Fire
9-
14
1
A
**
The
total
combined
current
shown
is
for
the
40
VA
transformer.
If
using
a
25
VA
transformer,
the
total
should
be
reduced
to
1.0
A.
The
maximum
current
draw
needs
to
include
the
control
panel
current.
8
BHS-3000C
Installation
and
Programming
Instructions
4
Panel
Programming
The
BHS-3000C
has
two
programming
modes:
Standard
and
Advanced.
Most
of
the
programming
options
required
for
a
normal
installation
are
accessible
through
the
Standard
Menu.
All
options
are
available
in
the
Advanced
Menu.
To
start
the
panel
programming,
connect
the
S3121
Alphanumeric
Programmer
and
enter
the
Installer
Access
Code
(0-1-2-3-4-5-
Enter).
Configure
the
control
panel
and
accessories
using
Option
#2
-
Learn
Devices.
4.1
Standard
Programming
Select
Option
#3
to
enter
Standard
Programming.
The
Table
below
shows
the
panel
programming
in
Standard
Mode.
MENU
ITEM/TOPIC
COMMENTS
Account
Comm
1
Report
Account
This
is
the
Account
Number
used
when
reporting
alarms
to
the
central
station.
The
Report
Account
is
an
alphanumeric
field,
up
to
5
characters
in
length.
Comm
2
Rpt
Acnt
This
is
the
Account
Number
used
when
sending
reports
to
the
numeric
pager.
By
default,
the
Account
Number
for
Comm
2
is
11.
Comm
3-8
Rpt
Acnt
These
Account
Numbers
are
for
sending
reports
to
additional
receivers.
The
default
for
each
is
blank.
Dial
Prefix
Dial
Prefix
The
Dial
Prefix
identifies
the
special
codes
needed
to
connect
to
outside
telephone
lines
when
placing
a
call.
Standard
characters
are
Access
outside
line
from
a
PBX
system
(8
or
9);
5-second
Pause
(,);
and
Wait
for
dial
tone
(W).
The
Dial
Prefix
can
be
up
to
eight
characters
long.
Comm/Pager
Select
the
Comm
to
edit
and
Press
[Enter]
If
the
Comm
does
not
exist,
you
will
be
asked
if
you
wish
to
create
it.
Press
1
for
Yes
or
2
for
No.
Comm
1
and
Comm
2
are
predefined.
Comm
1
is
the
Alarm
Reporting
device
and
Comm
2
is
a
Personal
Pager.
Comms
3-8
must
be
created.
Comm
t
Comm
Type
The
Comm
Type
specifies
the
reporting
format
used
when
sending
reports.
For
Comm
1
the
default
Type
is
S1A.
Dial
Area
Code
This
is
the
Area
Code
for
connecting
to
the
central
station.
If
the
call
is
long
distance,
enter
1
+
Area
Code.
Dial
Phone
Number
This
is
the
7-digit
phone
number
of
the
central
station.
Comm
2
Comm
Type
The
Comm
Type
specifies
the
reporting
format
used
when
sending
reports.
For
Comm
2
the
default
Type
is
Numeric
Pager.
Dial
Area
Code
If
required,
this
is
the
area
code
for
the
pager.
Dial
Phone
Number
This
is
the
7-digit
phone
number
of
the
pager.
Comm
3-8
Comm
Type
The
Comm
Type
specifies
the
reporting
format
used
when
sending
reports.
Comm
3-8
need
to
be
created,
and
the
default
Type
is
Unconfigured.
Dial
Area
Code
If
required,
this
is
the
area
code
for
the
Comm
device.
Dial
Phone
Number
This
is
the
7-digit
phone
number
of
the
device.
Zone
Block
Starting
Zone
#
Select
the
zone
number
for
the
beginning
of
the
block
to
be
programmed.
All
zones
specified
will
use
the
same
zone
type.
Ending
Zone
#
Select
the
last
zone
in
the
block.
Zone
Type
Select
the
zone
type
from
the
list
of
available
types.
Use
the
Up
and
Down
arrow
keys
to
scroll
to
the
desired
zone
type.
The
default
is
Unconfigured.
Circuit
Type
This
identifies
the
circuit
as
Normally
Open,
Normally
Closed,
EOL,
Supervised,
or
Burg.
Trouble.
The
default
is
Normally
Closed.
Set
Zone
Block?
This
is
a
confirmation
that
you
wish
to
program
the
block
of
zones.
Press
1
for
Yes
or
2
for
No.
Zones/Panics
Select
the
Zone
to
edit
and
Press
[Enter]
If
the
zone
does
not
exist,
you
will
be
asked
if
you
wish
to
create
it.
Press
1
for
Yes
or
2
for
No.
Zones
1-96
are
detection
zones;
Zones
97
-
99
are
the
Emergency
Key
soft
zones;
Zone
100
is
Duress;
Zone
101
is
Line
Cut.
Initially,
all
zones
except
100
&
101
are
enabled,
but
only
zones
1,
97,
98,
and
99
are
configured.
Enabled
This
option
allows
zones
to
be
disabled
without
having
to
change
the
configuration.
Zone
Type
Specify
the
Zone
type
from
the
list
of
available
types
Use
the
Up
and
Down
arrow
keys
to
scroll
to
the
desired
zone
type.
Set
Exit
Dlys
Set
Exit
Delay
for
all
Keypads
This
option
allows
you
to
configure
the
Exit
Delay
for
all
keypads
on
the
system
in
a
single
step.
The
Exit
Delay
can
still
be
changed
for
a
single
keypad
using
the
Advanced
Programming
Menu.
Set
Entry
Dlys
Set
Entry
Delay
for
all
Zones
This
option
allows
you
to
configure
the
Entry
Delay
for
all
entry
zones
on
the
system
in
a
single
step.
The
Entry
Delay
value
may
still
be
changed
for
individual
zones
using
the
Advanced
Programming
Menu.
Learn
Fob
(Option
only
ap
pears
when
Keyfob(s)
available
for
programming)
User
n
Fob
Press
one
keyfob
button
twice
<Esc
to
cancel>
This
option
allows
you
to
program
a
keyfob
to
operate
with
the
system.
The
user
does
not
need
to
be
active
in
order
to
program
the
Fob.
When
the
user
is
activated,
the
Fob
will
function
with
the
specific
user
number.
User
Codes
Select
the
User
number
to
edit
and
press
[Enter]
This
option
allows
you
to
set
up
the
Name
and
User
Code
for
all
users.
If
the
User
does
not
exist,
you
will
be
asked
if
you
wish
to
create
it.
Press
1
for
Yes
or
2
for
No.
Name
Initially,
there
are
5
user
codes
which
are
pre¬
defined:
Host
Access
User
-
User
#92;
TCM
User
-
User
#93;
Special
Bypass
User
-
User
#94;
Duress
User
-
User
#95;
and
Master
User
-
User
#96.
Access
Code
The
Host
Access
User,
TCM
User,
and
Master
User
have
factory-assigned
Access
Codes,
all
others
are
blank.
Line
Cut
Line
Cut
Enable
This
option
determines
whether
or
not
the
telephone
line
is
monitored
for
Line
Cut.
The
default
is
No.
Terminal
3
Terminal
3
mode
This
is
the
Special
Function
Output.
It
can
be
programmed
for
Courtesy
Output
or
Cellular
Backup.
You
can
also
disable
the
output
by
selecting
None.
EOL
Resistors
EOL
Resistors
Determines
whether
or
not
the
system
will
look
for
End-of-Line
Resistors
on
the
hardwired
zones.
Op/Cl
Reports
Open/Close
reports
If
enabled,
will
send
Opening
and
Closing
Reports
for
all
users
to
the
central
station.
Reports
are
automatically
sent
to
Comm
2
(Pager),
if
the
Pager
is
enabled.
i
Enroll
Xmtr
Enroll
RF
Device
This
option
allows
you
to
enroll
various
5800
series
wireless
devices.
Select
from
a
list
of
RF
device
types,
enter
the
device
serial
number,
select
the
device
input
and
assign
the
device
to
a
zone
number.
You
will
be
asked
to
trigger
the
transmitter
to
complete
the
enrollment.
User
Code
Len
User
Code
Length
Set
user
code
length
for
Account
1
from
3
to
8
digits/characters.
9
BHS-3000C
Installation
and
Programming
Instructions
4.2
Advanced
Programming
Additional
programming
options
not
found
in
the
Standard
Programming
section
are
available
through
the
Advanced
Programming
Menu.
Advanced
Menu
Tree
1
View/Edit
Panel
2
Device
Menu
3
Comm
Menu
4
Account
Menu
5
Access
Codes
(installer
codes)
7
Fob
Menu
Daylight
Savings
Time
Answer.
Machine
Bypass
Voice
Mail
Defeat
Comm
Enable
Low
Battery
Report
Ring
Count
Dial
Prefix
Long
Distance
Access
Power
Fail
Delay
Courtesy
on
Bell
Courtesy
Output
Confirm
FOB
Bell
Line
Cut
EOL
Resistors
Complex
Name
Building
Number
Select
a
Device
<$>
I
-0
©
<&
Select
a
Comm
1
_
►
1
View/Edit
Device
7
Select
Device
\
8
Replace
Device
)
9
Delete
Device
-o-H
ti
1
Device
Setting
{All
Devices)
2
Inputs
(Panel
&
ZEM
only)
3
Outputs
(Panel
&
Fob
Receiver
only)
4
Alarm
Outputs
(Panel
only)
5
Keypads
(TCM
&
Keypad
only)
9
Version
(All
Devices
except
Panel)
1
View/Edit
Comm
7
Select
Comm
8
Delete
Comm
K5H
Comm
Type
Comm
Name
Dial
Area
Code
Dial
Phone
Number
Dial
Attempts
Pager
Control
’
Field
Separator
’
Field
Terminator
1
Report
Event
’
Items
appear
when
Comm
Type
is
a
Pager
1
View/Edit
Account
2
Area
Menu
3
User/Fob
Menu
HN
1
View/Edit
Area
2
Zone
Menu
KD“n
1
View/Edit
Installer
1
Installer
Name
Account
ID
Account
Name
Mode
[3
options]
User
Code
Length
Comm
2
Backup
Latching
Chime
Double
Dispatch
Fob
is
Medical
Delay
Display
Delinquent
Days
Test
Report
Test
Time
Mins
Test
Time
Hours
Test
Interval
Hours
Defer
Test
Expiration
Date
Wrap
Around
Display
Time
Quick
Arm
Alarm
Cancel
Dialer
Delay
Comm
Settings
1
Ring
Back
Run
Away
Thrshld
Exit
Restart
1
Auto
Motion
Off
2
Apartment
Number
8
Installer
Login
Program
Error
Burglar
Alarm
Fire
Alarm
Gas
Alarm
Panic
Alarm
Medical
Alarm
Aux.
Alarm
Silent
Alarm
Burglary
Trouble
Fire
Trouble
Gas
Trouble
Panic
Trouble
Medical
Trouble
Aux.
Trouble
Silent
Trouble
Closing
Opening
Cancel
Receiver
Jammed
Device
Error
Device
Tamper
AC
Fail
Low
Battery
Battery
Fail
Siren
Trouble
Comm
Test
Close
Delinquent
Exit
Error
2
Recent
Closing
1
MOS
Suspend
Installer
Action
1
Items
appear
when
system
is
set
in
SIA
Compliance
Mode
'Items
appear
when
system
is
set
in
SIA
Compliance
Mode
©
Name
Restore
Minutes
Cross
Zone
Time
3
Reset
Swingers
3
Swi
nger
Retries
3
I
tems
appear
when
system
is
set
in
SIA
Compliance
Mode
Select
a
Zone
1
View/Edit
Zone
7
Select
Zone
9
Delete
Zone
Select
a
User
1
View/Edit
User
|
2
Add
Fob
7
Select
User
9
Delete
User
L0
Name
Access
Code
Privilege
Op/Cl
Reports
Enabled
Type
Name
User
Bypass
Swinger
Bypass
Cross
Zone
3
Motion
Bypass
3
Special
Bypass
Chime
Entry
Delay
Time
Restore
Report
Trouble
Report
Dialer
Delay
Report
Comm
1-8
J
When
Set
for
SIA
Compliance
Mode
Select
a
Fob
<D]
1
View/Edit
Fob
7
Select
Fob
9
Delete
Fob
1
User
Number
The
Advanced
Menu
allows
you
to
program
the
entire
system.
Adv_tree-rC9-03
10
BHS-3000C
Installation
and
Programming
instructions
5
Troubleshooting
5.1
B
rowse
events
The
BHS-3000C
system
stores
more
than
100
events
in
its
event
memory.
You
can
review
the
events
from
installer
programming.
Select
Option
7:
Browse
Events
from
the
Home
Menu.
The
display
will
show
the
following
selections:
LED
action
Significance
1
pulse
1
1
second
pause
end
of
digit
2
pulses
2
2.5
second
pause
End
of
Device
Number
EVNT
BROWSE
MENU
1
Browse
Oldest
2
Browse
Newest
8
View
Upload
9
Clear
Events
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.
Select
View
Upload
to
see
a
list
of
the
records
that
are
pending
upload
to
Vivaldi.
To
erase
all
of
the
events
in
event
memory,
select
Clear
Events.
5.2
S
tatus
LED
The
system’s
bus
devices
provide
you
with
system
status
information
by
blinking
the
status
LED
at
different
rates.
Specifically,
the
status
LED
blinks
to
indicate
whether
the
device
is
properly
configured
and
whether
or
not
it
is
communicating
with
the
panel.
Status
LED
,
shown
here
on
a
ZEM
5.3
T
roubleshooting
specific
problems
5.3.1
S
ystem
wilt
not
initialize
_
Condition:
When
power
is
applied
to
the
system,
it
fails
to
operate.
Indications:
None
of
the
system
components
operate
properly.
Possible
causes:
•
The
backup
battery
may
be
defective.
•
The
transformer
may
be
defective.
•
The
breaker
switch
may
be
thrown.
•
A
peripheral
device
may
be
defective.
Solutions:
•
If
the
battery
is
completely
discharged,
the
panel
will
not
power
up
until
the
battery
has
been
recharged
to
approx.
11.5
VDC.
Allow
sufficient
time
to
recharge
the
battery
and
monitor
the
voltage
level.
•
If
the
battery
or
transformer
is
defective,
replace
it.
(Disconnect
the
electrical
power
to
the
panel
before
investigating.)
•
Move
the
breaker
switch
to
the
ON
position.
•
Remove
all
keypads
and
attempt
to
initialize
the
system.
If
successful,
reconnect
the
keypads
one
at
a
time,
replacing
any
keypad
that
does
not
work.
•
Remove
all
devices
connected
to
AUX
power
and
attempt
to
initialize
the
system.
If
successful,
reconnect
the
devices
one
at
a
time,
replacing
any
one
that
does
not
work.
•
If
none
of
these
solve
the
problem,
replace
the
panel.
•
Panel
will
not
power
up
on
battery
unless
the
siren
output
is
momentarily
shorted
several
seconds
after
the
battery
is
connected.
The
LED
blinks
one
to
five
times,
pausing
for
two
seconds
before
repeating
the
pattern.
To
determine
the
system’s
status,
count
the
number
of
blinks,
and
compare
it
to
the
table
below.
Blinks*
Significance
Is
device
configured?
Is
panel
communicating?
1
Yes
This
device
2
Yes
Other
devices
only
3
Yes
Panel
not
polling
4
No
Other
devices
only
5
No
Panel
not
polling
‘Cadence:
250
milliseconds
on,
250
milliseconds
off,
repeated
one
to
five
times,
then
off
2
seconds.
5.2.1
D
etermining
the
Device
Number
_
Each
bus
device
is
automatically
assigned
a
Device
Number,
or
polling
address,
during
the
Learn
Devices
procedure.
You
can
obtain
the
Device
Number
by
doing
the
following:
1.
Press
the
device’s
Service
Button.
(The
Service
Button
is
located
in
the
lower
right-hand
comer
of
the
PCBs
of
the
ZEM,
the
keyfob
receiver,
and
the
keypads.)
2.
The
Status
LED
(located
near
the
Service
Button)
blinks
the
Device
Number
in
a
decimal
format.
Zeros
are
indicated
with
a
continuous
two-second
pulse;
digits
are
separated
by
a
one-second
pause.
There
is
a
2.5-second
pause
at
the
end
of
the
number.
The
example
below
shows
how
Device
Number
12
would
be
broadcast:
5.3.2
K
eypad
does
not
work
at
startup
_
Condition:
When
first
installed,
the
keypad
is
not
able
to
communicate
with
the
control
panel.
Indications:
•
The
keypad
does
not
respond
when
a
key
is
pressed.
•
The
keypad
icons
and/or
LEDs
are
not
lit.
•
The
keypad
does
not
appear
on
the
programmer’s
list
of
learned
devices.
Possible
causes:
•
The
keypad’s
black
and
red
wires
are
not
connected
to
the
common
and
AUX
terminals,
respectively.
•
The
keypad
wires
are
damaged.
•
CLK
and
DATA
wires
are
reversed.
Solutions:
•
Verify
that
the
panel
is
receiving
power
at
the
AC
inputs.
•
Verify
the
wiring
connections,
replacing
any
wires
that
are
damaged.
•
If
none
of
these
solve
the
problem,
replace
the
keypad.
5.3.3
K
eypad
stops
communicating
Condition:
One
or
more
of
the
system’s
keypads
are
no
longer
able
to
communicate
with
the
control
panel.
The
keypad(s)
previously
operated
properly.
Indications:
•
The
siren
clicks
twice,
then
pausing
for
two
to
three
seconds.
(The
user
can
silence
this
by
pressing
the
CANCEL
key
on
an
operative
keypad.)
11
BHS-3000C
Installation
and
Programming
instructions
•
The
programmer’s
list
of
learned
devices
shows
the
keypad
is
“NA”
or
not
answering.
•
The
keypad
may
be
unresponsive
to
commands.
Its
LEDs
or
icons
may
be
off,
or
its
ON
LED
may
be
blinking.
•
If
trouble
reporting
is
enabled,
the
system
reports
a
Trouble
Report
containing
the
Device
ID
and
a
failure
code
to
the
central
station.
•
They
system’s
other
keypads
are
beeping.
(The
user
can
silence
this
by
pressing
the
CANCEL
key.)
Possible
causes:
•
The
keypad’s
wires
may
have
been
damaged.
•
The
keypad’s
hardware
may
be
damaged.
Solutions:
•
Replace
or
repair
any
damaged
wiring.
•
If
the
keypad
is
malfunctioning,
replace
it.
5.3.4
T
est
report
fails
_
Condition:
The
system
fails
to
send
a
successful
test
report.
Possible
causes:
•
The
telephone
service
to
the
panel
is
out.
•
The
digital
communicator
is
improperly
wired.
•
The
panel
is
improperly
programmed.
Solutions:
•
Repeat
the
test
when
telephone
service
has
resumed.
•
Verify
the
wiring
connections,
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
panel’s
account
mode
is
correctly
configured.
5.3.5
E
vent
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.
Possible
causes:
•
Digital
communication
is
impaired,
as
described
in
the
previous
section.
•
The
panel
is
improperly
programmed.
Solutions:
•
Verify
that
the
digital
communicator
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
panel’s
account
mode
is
not
programmed
for
local
fire
or
local
burglary.
5.3.6
S
iren
does
not
sound
_
Condition:
The
siren
is
malfunctioning.
Indications:
The
siren
does
not
sound
when
or
as
it
should.
NOTE:
The
siren
output
is
only
designed
to
drive
speakers.
Possible
causes:
•
The
siren
is
improperly
wired.
•
The
panel
is
improperly
programmed.
Solutions:
•
Verify
the
wiring
connections.
Replace
any
wires
that
are
damaged.
•
Generate
an
alarm,
then
measure
the
voltage
across
the
SIREN
and
common
terminals.
The
voltage
should
be
between
4-6
VAC.
•
Verify
that
the
system
is
programmed
as
follows:
•
the
alarm
cadence
is
correct;
•
the
alarm
cutoff
time
is
correct;
•
the
siren
warble
is
correct.
•
Measure
the
resistance
of
the
siren.
It
should
be
between
3
and
15
Ohms.
•
If
these
solutions
are
not
effective,
replace
the
siren.
5.3.7
H
andheld
programmer
is
broken
or
missing
_
Condition:
A
new
system
needs
to
be
programmed,
but
the
handheld
programmer
is
broken
or
missing.
Solution:
Configure
the
system
remotely,
following
the
procedure
described
below:
1.
F
ollowing
installation,
use
a
small
screwdriver
to
momentarily
short
J7
while
applying
power
to
the
system.
Short
J7
during
power-up
2.
Wait
while
the
control
panel
restores
the
system’s
default
programming
and
learns
all
the
system’s
devices.
When
this
is
completed,
the
keypads’
on
LED
flash
at
a
fast
rate.
3.
Using
the
keypad,
enter
the
four
or
five
digit
Report
Account
Number
for
Communicator
1.
Press
the
Options
key.
The
keypad
beeps
once
to
indicate
that
is
has
written
the
number
into
memory.
4.
Enter
the
eleven-digit
telephone
number
for
the
Brink’s
Monitoring
Center
into
the
keypad.
The
number
includes
the
1(800)
XXX-XXXX
sequence.
Press
the
Options
key.
The
keypad
beeps
once
to
indicate
that
it
has
written
this
number
into
memory.
5.
The
control
panel
then
contacts
the
valid
Down
loader
software
and
uploads
the
panel’s
programming.
An
operator
can
now
revise
the
panel’s
programming
and
download
the
new
programming
data
to
the
panel.
5.3.8
S
ystem
does
not
recognize
a
ZEM
_
Condition:
The
system
does
not
recognize
one
of
its
ZEMs.
indications:
The
system
does
not
allow
you
to
create
and
program
zones
for
one
of
the
system’s
ZEMs.
Possible
causes:
•
The
ZEM
is
not
properly
wired.
•
The
ZEM’s
zone
selection
jumper
is
incorrect
•
The
ZEM
was
not
found
during
the
Learn
Devices
process.
•
The
ZEM
may
be
damaged.
Solutions:
•
Verify
the
wiring
connections.
Replace
any
wires
that
are
damaged.
•
Verify
that
the
zone
selection
jumper
is
in
place,
and
that
it
does
not
occupy
the
same
position
as
the
jumper
on
another
system
ZEM.
If
the
jumpers
of
two
ZEMs
are
in
the
same
position,
move
the
jumper
on
one
to
a
new
position
not
used
12
BHS-3000C
Installation
and
Programming
Instructions
by
any
other
ZEM
in
the
system,
then
select
learn
devices
again.
•
Repeat
the
Learn
Devices
process.
•
If
these
solutions
are
not
effective,
replace
the
ZEM.
5.3.9
Keyfob
not
working
_
Condition:
A
system
keyfob
does
not
work.
Indications:
The
system
does
not
respond
to
the
commands
of
a
keyfob.
Possible
causes:
•
The
keyfob
or
the
keyfob
receiver
was
not
properly
programmed,
•
The
customer
has
deleted
the
keyfob’s
user
code.
•
The
keyfob’s
battery
needs
replacing.
•
The
keyfob
is
defective.
•
The
keyfob
is
out
of
range.
•
The
keyfob’s
signal
is
being
blocked.
•
The
keyfob
receiver
is
not
communicating
with
the
panel.
Solutions:
•
Verify
that
you
have
both
learned
the
keyfob
and
created
a
user
code
for
that
keyfob.
•
Verify
that
the
keyfob
receiver
was
properly
learned.
(If
the
receiver
is
working
with
other
system
keyfobs,
you
can
skip
this
step.)
•
Watch
the
keyfob’s
Battery
Indicator
LED
as
you
press
and
hold
the
red
ON
button
for
five
seconds
(not
applicable
to
the
5804E
Keyfob.)
If
the
LED
blinks
or
fails
to
light,
replace
the
battery.
If
the
LED
is
steadily
lit,
the
battery
is
good.
(The
keyfob
takes
one
A23
battery.)
•
Attempt
to
arm
the
system
while
standing
in
front
of
the
keypad,
if
the
keyfob’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
keyfob
learning
sequence.
•
Open
the
receiver
and
repeat
the
keyfob
test.
Verify
that
the
receiver’s
status
LEDs
show
the
appropriate
responses
to
the
keyfob
commands.
If
the
keyfob’s
signals
are
not
being
received
in
a
portion
of
the
house,
consider
adding
a
second
keyfob
receiver
in
that
area.
If
applicable,
remind
the
customer
of
the
keyfob’s
range.
•
Look
for
and
correct
problems
with
the
receiver’s
wiring.
(If
the
receiver
is
working
with
other
system
keyfobs,
you
can
skip
this
step.)
•
If
the
receiver
is
working
properly,
replace
the
keyfob.
If
the
receiver
is
not
working
properly,
replace
it
and
reprogram
the
receiver
and
all
the
keyfobs.
5.3.10
Trouble
condition
on
startup
_
Condition:
When
the
system
is
powered
up,
a
trouble
condition
is
identified
on
the
zone.
indications:
The
keypad
identifies
a
trouble
condition
on
a
zone
at
startup.
Possible
causes:
•
The
zone
was
faulted
during
the
first
five
seconds
of
zone
scanning
after
startup.
•
The
zone
was
in
alarm
when
the
system
was
powered
down
and
is
still
faulted
when
power
is
restored.
•
An
independent
trouble
condition
exists
on
the
zone.
Solutions:
•
Allow
the
zone
a
short
time
to
restore
itself.
•
If
the
zone
is
faulted,
correct
the
fault.
•
Look
for
and
correct
wiring
problems
or
other
sources
of
a
trouble
condition.
The
trouble
and
trouble
restoral
conditions
are
reported
(unless
Trouble
Reporting
is
disabled).
5.4
Icon
keypad
service
messages
The
table
below
lists
the
service
(or
trouble)
messages
displayed
by
the
icon
keypad,
and
the
significance
and
corrective
measures
for
each.
Message
Significance
Correction
LINE
CUT
The
telephone
line
has
been
cut,
or
service
has
been
interrupted.
Hang
up
all
telephones.
If
the
telephone
service
is
interrupted,
instruct
the
customer
to
call
the
telephone
company.
LOW
BATT,
CALL
(800)
445-0872
The
backup
battery’s
voltage
has
dropped
below
11.9
V.
Allow
the
battery
24
hours
to
recharge.
If
problem
persists,
replace
the
battery.
NO
AC
The
AC
power
to
the
panel
has
been
lost.
If
there
is
electrical
power
to
the
building,
check
and
reset
the
circuit
breaker.
Verify
the
transformer
wiring.
Repair/
replace
wiring,
or
transformer.
Replace
control
panel.
TROUBLE,
CALL
(800)
445-0872.
In
addition,
the
display
reads
“CP.”
Communication
failure.
The
pane!
could
not
make
a
report
to
the
central
station.
Verify
the
telephone
service
is
working.
Verify
wiring
connections.
Replace
any
defective
wires.
Replace
control
panel,
if
necessary.
TROUBLE,
CALL
(800)
445-0872.
Also,
the
display
reads
“CS.”
Siren
supervisory
failure.
A
wiring,
communication,
or
power
problem.
Verify
the
wire
connections.
Replace
any
defective
wires.
Replace
siren
or
panel,
as
necessary.
TROUBLE,
CALL
(800)
445-0872.
The
display
also
shows
“CF.”
Device
supervisory
problem.
Caused
by
wiring,
power,
or
communication
problem.
Verify
the
wire
connections.
Replace
any
defective
wires.
Replace
peripheral
device
or
panel,
as
necessary.
TROUBLE,
CALL
(800)
445-0872.
In
addition,
the
display
reads
“CH.”
Host
failure.
The
control
panel
could
not
complete
a
call
to
the
Downloader.
Verify
the
telephone
service
is
working.
Verify
the
panel
programming.
Verify
wiring
connections.
Replace
any
defective
wires.
Replace
control
panel,
if
necessary.
TROUBLE,
CALL
(800)
445-0872.
In
addition,
the
display
reads
“CJ."
RF
Interference.
The
Receiver
has
trouble
receiving
messages
due
to
RF
interference.
Try
to
locate
the
source(s)
of
RF
interference
(such
as
from
cell
phones,
wireless
phones
or
devices,
etc.)
and
turn
them
off.
ZONE
NUMBER
TROUBLE
Trouble
on
fire
zone.
If
the
trouble
follows
a
canceled
fire
alarm,
allow
time
for
any
airborne
particles
to
disperse.
Replace
the
detector
if
necessary.
5.5
LED
keypad
service
messages
When
a
trouble
condition
exists,
the
TROUBLE
LED
on
the
LED
keypad
either
lights
or
blinks.
This
section
tells
you
how
to
interpret
and
correct
the
trouble
messages.
Steadily
lit
Trouble
LED.
This
indicates
that
one
of
nine
trouble
conditions
exists.
To
identify
the
condition,
press
OPTIONS
key,
and
then
the
9
key.
A
zone
LED
will
blink.
Compare
the
blinking
zone
LED
to
the
table
below
to
determine
which
trouble
condition
exists:
Blinking
LED
Message
Correction
1
Low
battery.
The
backup
battery
has
dropped
below
11.9VDC.
Allow
the
battery
24
hours
to
recharge.
If
the
problem
persists,
replace
the
battery.
2
Communication
failure.
The
system
could
not
complete
a
report
to
the
central
station.
Verify
the
telephone
service
is
working.
Verify
the
panel
programming.
Verify
wiring
connections.
Replace
any
defective
wires.
Replace
control
panel,
if
necessary.
3
Trouble
on
fire
zone.
If
the
trouble
follows
a
canceled
fire
alarm,
allow
time
for
any
smoke
particles
to
disperse.
Replace
the
detector,
if
necessary.
4
Call
Brink’s
at
1
(800)
445-0872.
Call
Brink’s
Customer
Care.
13
BHS-3000C
Installation
and
Programming
Instructions
Correction
5
Device
supervisory
problem.
A
wiring
problem
exists.
Verify
the
wire
connections.
Replace
any
defective
wires.
Replace
device
or
panel,
as
necessary.
6
Siren
supervisory
failure.
A
wiring
problem
exists.
Verify
the
wire
connections.
Replace
any
defective
wires.
Replace
siren
or
panel,
as
necessary.
8
Line
cut
The
telephone
line
has
been
cut,
or
service
is
interrupted.
Hang
up
ail
telephones.
If
the
telephone
service
is
interrupted,
instruct
the
customer
to
call
the
telephone
company.
To
identify
whether
the
ninth
condition
exists,
press
the
OPTIONS
+
9
keys
again.
If
the
zone
LED
1
is
lit,
a
Host
failure
has
occurred.
1
Host
failure.
The
control
panel
could
not
complete
a
call
to
the
Downloader.
Verify
the
telephone
service
is
working.
Verify
the
panel
programming.
Verify
wiring
connections.
Replace
any
defective
wires.
Replace
control
panel,
if
necessary.
2
AC
Failure.
The
AC
power
to
the
panel
is
interrupted.
Check
to
ensure
the
panel
is
plugged
in.
Check
for
broken
or
loose
wires.
Is
power
out
in
the
rest
of
the
house?
If
not,
check
the
circuit
breaker.
If
AC
is
present
across
terminal
1
and
2,
then
replace
control
panel.
6
Compliance
information
6.1
ULICUL
Compliance
6.1.1
Residential
Listings
(US
and
Canada)
_
When
installed
following
the
guidelines
presented
below,
the
BHS-3000C
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
The
system
also
complies
with
the
following
Canadian
listings:
•
CAN/CUL-S545-M89
-
Standard
for
Residential
Fire
Warning
System
Control
Units
•
UL
1023
-
Household
Burglar
Alarm
System
Units
6.1.2
Hardware
Guidelines
_
•
Use
only
UL
listed
devices.
•
Use
recognized
limited
energy
cables.
•
Do
not
plug
the
transformer
into
a
receptacle
that
is
controlled
by
a
switch.
Use
an
approved
transformer
from
the
list
below
(according
to
location
of
installation):
Note:
Part
Numbers
in
italics
=
w/Ground
Terminal
US
(UL
Listed)
Canada
(UL/CSA
Listed)
Basier
16.5V
25VA
BE116225CAA0002
BE116225AAA0024
16.5V
25VA
BE116225CAA0001
16.5V
40VA
BE156240CAA0007
UltraTech
16.5V
40
V
A
IM-16V
40VA
IM-16V
40VA
16.5V
4OVA
E-HWA
T16V40
E-HWA
T16V40
ELK
16.5V
40VA
TRG1640
Universal
16.5VAC
40VA
UB1640W
16.5VAC
25VA
UB1625B/US2
16.5VAC
25VA
UB1625B/US3
UB1625B/CA3
Revere
16.5VAC
40VA
RT-1640
•
Use
one
of
the
12
VDC
batteries
listed
below:
Premier
12VDC
4AH
PT1245
Power
Sonic
12VDC
5AH
PS1250
Power
Sonic
12VDC
7AH
PS1270
Universal
Battery
12VDC
7AH
UB1270
Universal
Battery
12VDC
4.5AH
UB1245
Yuasa
12VDC
4AH
NP4-12
Yuasa
12VDC7AH
NP7-12
The
backup
battery
requirements
are:
•
24
hour
w/
4
minute
alarm
time
-
Residential
Fire
(US
&
Canada),
Home
Health
Care.
•
4
hour
w/5-15
minute
alarm
time
-
Residential
Burglary
(US
&
Canada)
Commercial
Burglary
and
DACT.
•
Use
Premier
or
Universal
PTS-15
BHSW
Range
4-16
Ohm
speaker
across
the
SIREN
and
Common
terminals
for
Residential
Fire
and
Burglary
applications.
For
Canadian
Residential
Fire,
use
the
Amseco
MSB
Series
12VDC
bell.
•
Fire
zones
must
use
System
Sensor
Model
2112ATL
smoke
detector,
ADEMCO
5808LST
wireless
smoke
detector
or
other
UL
Listed
4-wire
Smoke
Detector
with
EOL
Relay.
•
Use
the
IntelliSense
9.X
4.7
K
EOL
resistors
for
all
fire
zones.
•
Use
4.7K
Ohm
end-of-line
resistors
on
all
burglary
zones.
•
Do
not
exceed
the
maximum
combined
auxiliary,
fire
and
keypad
current
(1.0A
for
a
25VA
or
1.2A
with
a
40VA
transformer,
including
alarm
outputs).
•
Do
not
exceed
the
maximum
current
draw
for
the
Bell
output
(1
A).
The
primary
sounding
output
device
should
be
a
siren
for
residential
systems
or
a
bell
for
commercial
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.
Note:
The
Keyfob
and
Keyfob
Receiver
have
not
been
investigated
by
Underwriters
Laboratories,
Inc.
6.1.3
P
rogramming
Guidelines
To
ensure
that
the
BHS-3000C
system
is
compliant
with
the
Listings
in
Section
6.1.1,
program
the
system
as
follows:
•
The
MOS
Suspend
mode
is
not
to
be
used
in
UL
Certified
installations.
•
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
|
Account
|
Area
|
Zone
j
Vw/Edt
Zone
|
Entry
Delay
Time)
Program
each
Entry/Exit
Zone
individually.
•
User
Codes
must
be
at
least
4
digits
long
(Advanced
Menu
j
Account
|
Vw/Edt
Acnt
|
User
Code
Length).
•
Siren
Supervision
must
be
enabled.
•
Program
all
burglary
sounding
devices
to
operate
for
at
least
4
minutes.
(Advanced
Menu
|
Device
|
Vw/Edt
Device
0
(
Alarm
outputs
J
Burglary
Cutoff)
Set
Burglary
Cutoff
Time
to
a
minimum
of
5
minutes
for
Home
Health
Care
applications.
14
BHS-3000C
Installation
and
Programming
Instructions
•
Burglary
zones
must
be
programmed
as
EOL
and
the
Alarm
output
cadence
must
be
steady.
•
Fire
zones
(both
hardwire
and
soft
zones)
must
be
programmed
as
supervised,
with
Temp
Code
3
(USA
or
CAN)
alarm
cadence.
•
Medical
zones
must
be
programmed
for
silent
or
a
pulsing
cadence.
•
No
zone
may
be
programmed
for
silent
alarm.
•
Do
not
program
the
panel
to
dial
a
police
station.
•
Do
not
program
the
panel
to
dial
an
emergency,
police
station,
or
fire
alarm
number.
•
Program
the
fire
alarm
time-out
for
manual
shutdown.
(Advanced
Menu
j
Device
|
Vw/Edt
Device
0
|
AJarm
outputs
j
Fire
Cutoff;
program
0.)
•
Program
the
dialing
attempts
for
Comms
1
and
2
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
|
Account
|
Vw/Edt
Acnt
|
Test
Interval
Hrs)
•
Program
the
panel
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
j
Comm
|
Vw/Edt
Comm
|
AC
Fail;
and
Advanced
Menu
|
Comm
j
Vw/Edt
Comm
j
Low
Battery;
program
both
as
“yes”
for
Communicator
1.)
•
Pager
reporting
can
only
be
used
as
a
supplementary
method,
primary
reporting
must
be
to
a
central
station.
•
Do
not
program
a
24-hour
zone
to
allow
bypassing.
(Advanced
Menu
|
Account
|
Area
|
Zone
|
Vw/Edt
Zone
{
User
Bypass;
and
Advanced
Menu
|
Account
|
Area
|
Zone
|
Vw/Edt
Zone
|
Motion
Bypass;
and
Advanced
Menu
|
Account
|
Area
|
Zone
|
Vw/Edt
Zone
]
Special
Bypass;
program
“no"
for
each
24-hour
zone.)
•
Disable
the
dialer
delay.
(Advanced
Menu
j
Account
|
Vw/Edt
Acnt
|
Dialer
Delay;
program
for
0.)
6.3.2
Installation
Guidelines
To
install
a
BHS-3000C
system
that
meets
the
Commercial
installation
requirements,
use
the
following
setup:
UL609
Grade
A
Local
Mercantile
Premises.Follow
instructions
for
Commercial
Enclosure
per
section
2.1.4.
•
Use
of
the
ADEMCO
AB-12M
and
2350-SUP
is
required
for
Commercial
installations.
(See
illustrations
for
connection
information
and
Sec.
3.9)
•
Conduit
connection
must
be
made
behind
the
AB-12M.
Additional
requirements
for
UL609
Grade
A
Local
Mercantile
Safe
&
Vault:
•
The
BHS-3000C
must
be
installed
inside
the
complete
vault,
complete
safe,
or
extend
number
1
stockroom.
or
•
The
Sentrol
5402
shock
sensor
must
be
used
on
the
enclosures
back
box.
Follow
the
manufacturers
instructions
on
proper
sensor
mounting.
•
A
UL
Listed
contact
must
be
used
inside
the
cabinet
through
one
of
the
knockouts
for
pry-off
tamper
purposes.
Wire
the
shock
sensor
and
pry-off
tamper
contacts
to
the
same
zone
that
supervises
the
panel’s
tamper
switch.
Wall
6.1.4
Additional
Guidelines
for
CUL
installations
•
Notify
the
local
authority
of
the
installation.
•
Use
recognized
limited-energy
cables
for
all
devices.
Refer
to
the
Canadian
Electrical
Code,
Part
1,
for
the
use
of
the
proper
class
of
wiring.
•
Refer
to
the
following
installation
standards:
1.
CAN/CUL-540-M89
-
Standard
for
the
Installation
of
Residential
Fire
Warning
Systems.
2.
CAN/ULC-S310-M91
-stnadard
for
the
Installation
and
Clarification
of
Residential
Burglar
Alarm
Systems.
6.2
CSFM
Compliance
6.2.1
Installation
Guidelines
To
install
a
BHS-3000C
system
that
is
compliant
with
the
California
State
Fire
Marshall
residential
fire
installation
requirements,
use
the
following
setup:
•
Use
a
12V
7AH
battery
to
ensure
a
backup
time
of
24
hours.
•
Use
the
Premier
or
Universal
PTS-15BHSW
siren
as
the
primary
sounding
device.
•
Fire
Verification
feature
must
be
disabled.
6.3
Special
Commercial
Burglary
Guidelines
6.3.1
Commercial
Listings
(US)
_
When
installed
following
the
guidelines
presented
below,
the
BHS-3000C
system
is
compliant
with
these
agency
listings:
•
UL
365
-
Police
Station
Connected
Burglar
Alarms
System
Units
and
Systems
•
UL
609
-
Local
Burglar
Alarm
Units
and
Systems
Bell
Housing
with
Tamper
Switches
tlf
/
(/
Wiring
the
Beil
to
the
Panel
•
Battery
backup
time:
4
hours
•
Program
zones
for
tamper
switch
as
an
EOL
Day/Night
Zone.
UL365
Grade
A
Police
Station
Connected
Burglar
Alarm
•
Follow
the
instructions
for
UL609
Grade
A
Local
Mercantile
Premises.
•
Enabling
of
the
dialer
is
required.
•
BHS-3000C
must
be
able
to
report
Burglary,
Low
battery,
and
Communicator
test
reports.
•
Program
the
test
reports
to
be
sent
once
every
24
hours.
6.3.3
Programming
Guidelines
•
Bell
ring
back
must
be
enabled
(Advanced
Menu
|
Account
Menu
|
Vw/Edt
Acnt
|
Ring
Back)
Note:
Ring
Back
will
sound
a
1
second
blast
on
Bell
and
Siren
outputs
at
the
completion
of
the
Exit
Delay.
•
Alarm
time:
15
minutes
15
BHS-3000C
Installation
and
Programming
Instructions
•
If
siren
is
not
used,
disable
supervision
(Advanced
j
Device
Menu
|
Control
Panel
j
Vw
Edit
|
Alarm
outputs
j
Supervised)
•
Entry
delay
must
not
exceed
45
seconds.
(Advanced
Menu
|
Account
|
Area
|
Zone
j
Vw/Edt
Zone
|
Entry
Delay
Time)
Program
each
Entry/Exit
Zone
individually.
6.3.4
Related
Installation
and
Wiring
Method
References
•
Commercial
Burg.
-
UL
681
~
Installation
and
Classification
of
Burglar
and
Holdup
alarm
systems.
•
Commercial
Burg.
-
UL611
-
Standard
for
Central-Station
Burglar-Alarm
systems.
•
Residential
Burg.
-
UL
1641
-
Installation
and
Classification
of
Residential
Burglar
Alarm
Systems
•
NFPA
70-1996
6.3.5
SIA
Programmingllnstallation
Guidelines
BHS-3000C,
which
is
marked
with
the
integral
UL/SIA
label,
complies
with
the
Control
Panel
Standard
ANSI/SIA
CP-01-2000:
Features
for
False
Alarm
Reduction.
The
panels
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.
Advanced
Menu
j
Account
Menu
J
Area
Menu
|
Vw/Edt
Area
Cross
Zone
Time:
20
seconds
Swinger
Trips
5
:
1
Automatic
Swinger
Reset
5
:
Disabled
Restoral
Minutes
5
:
Default
is
5
minutes
Advanced
Menu
|
Account
Menu
|
Area
Menu
j
Zone
Menu
J
Vw/Edt
Zone
Cross
Zone
Enable:
Disabled
Swinger
Bypass
5
:
Enabled
for
Non-Fire
zones,
disabled
for
Fire
zones.
Fire
Verification
Enable:
Disabled.
Dialer
Delay
Enable:
Enabled
for
Non-Fire
zones,
Disabled
for
Fire
zones
Standard
Menu
Exit
Time:
60
seconds
(Residential),
120
seconds
(Commercial)
Entry
Time:
30
seconds
Advanced
Menu
|
Account
Menu
|
Vw/Edt
Acnt
Exit
Time
Restart:
Enabled
Automatic
Motion
Off
(Auto
stay
arm
on
unvacated
premise
feature):
Enabled
(System
automatically
arms
with
Motions
Off
if
no
Exit/Entry
zone
is
opened
during
the
Exit
Delay
countdown.)
Alarm
Cancel:
Enabled
Dialer
Delay
(Abort
Window):
30
seconds
Double
Dispatch:
Enabled
(Requires
the
user
to
press
the
Fire,
Medical,
or
Panic
emergency
key
twice
within
three
seconds
to’
trigger
a
soft
zone
alarm.)
Advanced
|
Comm
Menu
|
Vw/Edt
Comm
Exit
Error
Event
Report:
Enabled
Recent
Closing
Event
Report:
Enabled
Standard
Menu
\
Zone/Panics
Duress
(Code)
Zone
101
-
Disabled
Standard
Menu
{
User
Codes
Duress
Code
95
-
Blank
Standard
Menu
|
Dial
Prefix
Area
Blank
-
used
to
enter
call
waiting
digits/characters
Additional
Notes
and
Cautions:
1.
The
aggregate
of
the
Entry
Delay
and
Abort
Window
(Dialer
Delay)
shall
not
be
programmed
to
exceed
one
minute.
2.
Caution:
A
call
waiting
cancel
on
a
non-call
waiting
line
will
prevent
successful
connection
to
the
central
station.
3.
The
panel
will
not
allow
Duress
Codes
to
be
programmed
as
an
existing
code
plus
one
(
+
1).
4.
Recent
Closing
interval
is
always
enabled.
5.
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.
6.
Additional
keypads
may
be
required
so
that
Exit/Entry
annunciations
can
be
heard
within
the
entire
protected
area.
7.
System
Test
is
initiated
under
the
installer
programming
mode
under
Test
|
Installer
Test.
8.
If
Cross
Zoning
is
enabled,
do
not
Cross
Zone
Exit
i
Entry
zone
types.
9.
If
more
than
eight
(8)
zones
are
being
used,
use
the
Premium
(ICON)
keypads.
6.4
System
Specifications
Alarm
output:
Internal
Siren,
8
Ohms
(nominal)
Auxiliary
and
Fire
power:
1.2
A
maximum
Control
Panel
Enclosure
(Residential):
Dimensions:
15.0”
L
x
12.7”
W
x
3.0"
D
38.0
cm
L
x
32.3
cm
W
x
7.8
cm
D
Weight:
5.77
lbs.
/
2.85
kg.
Environmental
Range:
Temperature:
0
-
50°C
Relative
Humidity:
up
to
95%
non-condensing
Control
Panel
Enclosure
(Commercial):
Dimensions:
18.5”
L
x
15.0”
W
x4.4”
D
47.0
cm
L
x
38.0
cm
W
x
11.2
cm
D
Weight:
15.89
lbs.
/
7.85
kg.
16
©2003
IntelliSense
IntelliSense
is
a
registered
trademark
of
Honeywell
International
Inc.
-
All
other
brands
mentioned
are
the
trademarks
or
registered
trademarks
of
their
respective
owners.
-
All
Rights
Reserved.
-
Specifications
subject
to
change
without
prior
notice.
K9309V1
12/03
Rev
A
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