Honeywell INTELLIGUARD 9000 User manual

INSTALLATION INSTRUCTIONS
7
4
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3
0
4
7
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1
® U.S. Re
g
istered Trademark
Cop
y
ri
g
ht © 2001 Hone
y
well • All Ri
g
hts Reserved
U.L. 4-01
Intelliguard 9000™
SECURITY SYSTEM
WARNING: This e
q
uipment
g
enerates, uses, and can radiate radio fre
q
uenc
y
ener
gy
, and if not installed and used in accordance
with the Instructions Manual, ma
y
cause interference with radio communication. It has been tested and found to compl
y
with the
limits for a Class A computin
g
device pursuant to Subpart J of Part 15 of FCC Rules, which are desi
g
ned to provide reasonable
protection a
g
ainst such interference when operated in a commercial environment. Operation of this e
q
uipment in a residential
area is likel
y
to cause interference, in which case, users at their own expense will be re
q
uired to take whatever measures ma
y
be
re
q
uired to correct the interference. An
y
unauthorized modification of this e
q
uipment ma
y
result in the revocation of the owner's
authorit
y
to continue its operation.
GENERAL
The Intelli
g
uard 9000™ Securit
y
S
y
stem
(
I9000
)
protects
offices, warehouses and other businesses as part of the
Enterprise Buildin
g
s Inte
g
rator™
(
EBI
)
S
y
stem. The I9000
uses Hold-up
(
HU
)
Detectors to alert outside help to a current
hold-up and Hall Effect Door Switches
(
HEDS IV
)
to monitor
door openin
g
s. Other detection devices and outputs can be
linked to the I9000 when the
y
conform to the re
q
uirements in
form no. 74-3035, Intelli
g
uard 9000 Specification Data.
OVERVIEW
These instructions describe the steps for wirin
g
and
connectin
g
the I9000 devices, pro
g
rammin
g
field devices and
connectin
g
the I9000 to the EBI Securit
y
S
y
stem. The
y
do not
contain instructions for pro
g
rammin
g
the I9000 with a PC.
Refer to form no. 74-3046, Intelli
g
uard 9000 Pro
g
rammer’s
Guide for pro
g
rammin
g
instructions. Also see form no. 74-
3035, Intelli
g
uard 9000 Specification Data and form no. ZD34-
002-100, EBI Installation Guide.
ASSUMPTIONS
It is assumed that:
— The location of each part is planned before installation
be
g
ins.
— Installer has a basic understandin
g
of electronics.
—La
y
out plan for I9000 is complete.
There is a specific order for installin
g
the I9000. Refer to the
followin
g
installation instructions.
(
The installer ma
y
chan
g
e
the order for mountin
g
and connectin
g
the hardware, when
appropriate.
)
INSTALLATION
When Installing this Product . . .
1. Read these instructions carefull
y
. Failure to follow the
instructions can dama
g
e the product or cause a hazard-
ous condition.
2. Check the ratin
g
s
g
iven in the instructions and on the
product to make sure the product is suitable for
y
our
application.
3. The installer must be a trained, experienced, licensed
(
where re
q
uired
)
service technician.
4. After completin
g
installation, use these instructions to
check out the product operation.
Components
— 8003-217 Remote Intelli
g
ent Power Suppl
y
(
RIPS
)
.
— 8003-220 Area Ke
y
pad
(
KID
)
.
— 8003-238 Complete 6-Input Concentrator
(
BIC-6
)
.
— 8003-242 2-Input Concentrator
(
BIC-2
)
.
— 8003-277 Ke
y
pad Control Center
(
CC2
)
.
— 8003-283 Hall Effect Door Switch
(
HEDS IV
)
Complete
Assembl
y
(
includes Sensor and Ma
g
net Assembl
y)
.
— 8003-284 2-Input Concentrator Hold-up Actuator
(
BIC-2 HU
)
.
— 8003-286 Multiple Output Module
(
MOM
)
.
— 8003-332 I9000 Control Unit
(
CU
)
in casin
g
.
— Transformer, 16 Vac, 37 to 40 VA.
— RS-232 cable and connectors.
— RS-485 cable and connectors.
NOTE: The MOM currentl
y
is not CE certified. In countries
that re
q
uire certification for all parts, confi
g
ure one or
more BIC-6s as an output device. Confi
g
urin
g
the
BIC-6 for output is described later in these instruc-
tions.
Parts Available (Not Included)
— 8003-302 HEDS IV
L
Bracket.
—7003-162 AX-5L Conduit Adapter.
—4545-059 BIC-2/BIC-2 HU Optional Rela
y
.

INTELLIGUARD 9000™
74-3047—12
Special Tools Required
—No. 1 Robertson
(
s
q
uare-head
)
screwdriver.
Basic Architecture
The I9000 s
y
stem has a distributed structure. Securit
y
points,
such as motion detectors or contacts, feed into devices such
as the BIC-6. Warnin
g
indicators, such as sirens and li
g
hts,
connect to output devices such as the MOM. These devices
feed into the CU. Intelli
g
ent sensors, such as the HEDS IV,
work like concentrator devices and feed directl
y
into the CU,
as shown in Fi
g
. 1.
The I9000 is part of the EBI Securit
y
S
y
stem. The EBI can control a maximum of 255 controllers in an
y
combination of I9000 and
access controllers. Fi
g
. 2 shows the I9000 s
y
stem connected to an EBI S
y
stem. Connections can be made with the RS-232 or
RS-485 cable for multi-drop communications.
Fig. 1. Basic I9000 architecture including links to PC, EBI.
M14456A
I9000 CONTROL UNIT
AND POWER SUPPLY
I9000 CONTROL UNIT
AND POWER SUPPLY
RS-485 TO
I9000 DEVICES
KEYPAD
CONTROL CENTER
BIC-2
INPUT MODULE
MULTIPLE
OUTPUT MODULE
HALL EFFECT
DOOR SWITCH
AREA
KEYPAD
BIC-6
INPUT/OUTPUT MODULE
PRO 9000
(SOFTWARE
NOT INCLUDED) EBI
RS-232
(RS-485 WITH RRI)
RS-485

INTELLIGUARD 9000™
3 74-3047—1
Fig. 2. I9000 CU connected to devices, EBI.
General Procedure
Plan the System
1. Review the
j
ob file, plans and specifications for accu-
rac
y
and completeness.
2. Prepare an
y
necessar
y
installation drawin
g
s
(
for exam-
ple, risers
)
.
3. Determine an
y
necessar
y
connections to other s
y
s-
tems.
4. Select the devices for the s
y
stem.
5. Select the location for each device and point.
6. Calculate the power re
q
uirements.
NOTE: Be sure to include the input concentrator and motion
detector power re
q
uirements in the power suppl
y
and batter
y
calculations.
Install the System
1. Pull the wires.
2. Mount the e
q
uipment.
3. Connect the wires to each input device, output device,
and point.
NOTES:
—All device terminals accept 24 to 18 AWG
(
0.27
s
q
mm to 1.0 s
q
mm
)
conductors.
—Alwa
y
s use twisted pair cables for the local bus.
Install the local bus usin
g
multi-drop topolo
gy
.
Maximum distance for the local bus is 3277 ft
(
999m
)
.
—Maximum input loop distance for ULI/ULC appli-
cations is 50 ft
(
15m
)
.
—Maximum input loop distance for non-ULI/ULC
applications is 250 ft
(
75m
)
.
4. Set the address of the devices with address switches.
5. Record the local bus number, device t
y
pe, address and
serial number for each device.
6. Check to make sure that the wirin
g
matches the
j
ob dia-
g
ram.
7. Connect power to each RIPS and CU.
8. Measure the volta
g
e and current draw on each power
circuit.
System Checkout
1. Check the volta
g
e on each device.
2. Set the loop confi
g
uration and other parameters for
each device.
3. Make sure all input loops are confi
g
ured for input.
4. Make sure all loops are normal
(
not in trouble or alarm
)
.
5. Make sure the alarm condition responds properl
y
.
6. Make sure the trouble condition responds properl
y
.
1256
TB1
1234
TB1
I9000
ISP AND CU
ICP
–+–+
1234
–+
1234
–+
1234
–+
1234
–+
1234
–+
1234
–+
1234
–+
1234
–+
1234
–+
HEDS IVCC2
1234
–+
BIC-2 HU
BIC-2
1234
–+
MOM
MOM
1234
–+
RIPS
RIPS
KID
KID
BIC-6
BIC-6
COM 1
31 DEVICES
MAX. CABLE 3277 FT
RS-485
COM 2
31 DEVICES
MAX. CABLE 3277 FT
RS-485
EBI COM 3
RS-232 (RS-485 WITH RRI)
M14461A
A GROUND CONNECTION BETWEEN THE CONTROL UNIT AND ALL RIPS SHARING COM 1 AND/OR COM 2 IS REQUIRED AS
A GROUND REFERENCE. TO PREVENT GROUND LOOPS, ONLY MAKE ONE GROUND CONNECTION.
1
11

INTELLIGUARD 9000™
74-3047—14
Commission
1. Learn each device.
(
Step 1 can be replaced with steps
a. throu
g
h c.
)
NOTE: A device is
learned
when its address or serial num-
ber is recorded in the CU.
a. Enter the information from Install the S
y
stem sec-
tion, step 5, into the PRO 9000 software
(
Menu:
Pro
g
ram/Pollin
g)
and downloadin
g
the Pollin
g
Table
into the I9000 Control Unit
(
see form no. 74-3046,
Intelli
g
uard 9000 Pro
g
rammer’s Guide for more
information
)
.
b. Before downloadin
g
, set the baud rate for COM 3 to
match the baud rate selected in PRO 9000. Use an
y
CC2 connected to the control unit to set the baud
rate since all CC2s are learned automaticall
y
at
power up.
c. Exit from the CC2 Confi
g
uration Menu for chan
g
es
to become effective. When used with PRO 9000, the
maximum supported baud rate for the I9000 with
EBI Orbix
(
8950-109
)
firmware is 4800 baud.
2. Check the communication status for each device:
F = COM fail
M = Mar
g
inal
(
latched status, clear with Reset Lo
g
command
)
.
NOTES:
—To view the F and M
(
COM fail and Mar
g
inal
)
,
from the CC2
g
o to the 2-ASSIGN menu
(
sub-
menu of the CONFIGURATION menu, entered b
y
usin
g
the Mode ke
y)
.
—The F and M appear on the far ri
g
ht first line of
text for each device in the table
(y
ou must scroll to
view each device
)
.
—When ever
y
thin
g
is normal, no characters appear
on the far ri
g
ht of the first line of text.
—The
F
(
COM fail
)
clears automaticall
y
when com-
munication is restored to the device exhibitin
g
an
F
.
3. Disarm each armed area.
4. Pro
g
ram the tables.
System Test
Perform a
WALK TEST
to make sure all devices with
actuators work properl
y
. This must be done at initial
installation and each time a device is added to or removed
from the s
y
stem.
1. With all areas disarmed, press TEST on the CC2 to
enter the TEST Menu.
2. Enter
y
our ID and code number.
3. Press 3to select
WALK TEST
and press ACCEPT.
4. Select the test area.
5. Walk throu
g
h the buildin
g
and test each device. A beep
sounds on all CC2s and KIDs assi
g
ned to the test area
as each alarm is tri
gg
ered.
NOTE: When usin
g
the
WALK TEST
, Hold-up Actuators will
not test oka
y
in the Event Lo
g
.
6. If Hold-up Actuators
(
8003-284, red buttons
)
are tested,
a manual
Reset Detectors
must be made after step 7.
7. Press Xto stop the test.
8. Press MODE to enter the MODE Menu.
9. Press 3to select
EVENT LOG
.
10. View the result of each area in the Event Lo
g
to make
sure that each device is respondin
g
as desi
g
ned.
The results of the alarm points tested in the
WALK TEST
are
shown in lower case characters when successfull
y
tested.
NOTE: If the technician ID
(
00
)
and code number
(
9999 =
default value
)
were used in step 2, a communication
test is automaticall
y
performed when the
WALK
TEST
is terminated. The communication test
(
COM
Test
)
results are shown as alarms
(
text in capital let-
ters
)
and indicate proper communication with each
device assi
g
ned to the specified areas.
System Layout and Wiring
The desi
g
ner plans the s
y
stem based on buildin
g
construction
and customer needs. This plan re
q
uires the wirin
g
for the
I9000. The wirin
g
must be routed before mountin
g
an
y
device.
Wirin
g
must be done b
y
a
q
ualified person and must compl
y
with state and local buildin
g
codes.
1. Map the route for the wires between each device.
2. With a pencil, li
g
htl
y
mark the mountin
g
locations for
each device.
3. Install the wirin
g
.
4. Usin
g
a continuit
y
tester, make sure there are no opens,
wire-to-wire shorts, or wire-to-
g
round shorts before con-
nectin
g
the devices.
Fi
g
. 3 shows a sample wirin
g
plan. See Table 1 for
recommended cable t
y
pes.
Sample Installation Plan
Fi
g
. 4 shows a t
y
pical floor plan with I9000 components in
each room.

INTELLIGUARD 9000™
5 74-3047—1
Fig. 3. Sample wiring architecture.
BIC-2 HU
HOLD-UP
INPUT CONCENT.
62 MAX.
BIC-2
INPUT CONCENT.
62 MAX.
BIC-6
INPUT CONCENT.
62 MAX.
HEDS IV
HALL EFFECT
DOOR SWITCH
62 MAX.
CC2
KEYBOARD
CONTROL CENTER
4 MAX.
KID
AREA
KEYPAD
8 MAX.
MOM
MULTIPLE
OUTPUT MODULE
8 MAX.
RIPS
INTELLIGENT
POWER SUPPLY
7 TOTAL MAX.
POWER COM 1 COM 2
ISP
POWER
SUPPLY
CU
CONTROL
UNIT
SERIAL
PORT
TO EBI.
THIS PORT IS
ALSO USED
FOR PRO9000
PROGRAM
LOADING
50 FEET EARTH
GROUND
50
FEET
EARTH
GROUND
1
1
ONE ISP IS SHIPPED WITH EACH CU AND RIPS.
HONEYWELL I9000 SYSTEM WIRING
M14462A
NOTES:
A TOTAL OF EIGHT ISPs CAN BE CONNECTED TO THE CU. THIS INCLUDES THE ISP
LOCATED IN THE CONTROL UNIT PLUS THOSE IN THE RIPS.
THE CU SUPPORTS A MAXIMUM OF 31 DEVICES PER COM PORT (31 FOR COM 1
AND 31 FOR COM 2, TOTAL = 62).
SPLITTING DEVICE TYPES EQUALLY BETWEEN COM 1 AND COM 2 IMPROVES
SYSTEM PERFORMANCE. EXAMPLE: TWO CC2s ON COM 1 AND TWO OTHERS
ON COM 2, THREE BIC-6s ON COM 1 AND THREE OTHERS ON COM 2.

INTELLIGUARD 9000™
74-3047—16
Fig. 4. Room detection device locations.
Table 1. Recommended cable types.
CERCO
Honeywell
Part
Number
(Canada)
Honeywell
Part
Number
(US) Description Solid/ Stranded Shielded
Plenum
/Non-
Plenum Jacket Rating (Canada) Rating (US)
OD
in.
(mm)
Temperature
U.S.
(Canada)
1680 6009-096 AK3782 22/2 PR
Gra
y
Solid No Non Gra
y
FT-4 CM 0.174
(
4.47
)
80°C
(
105°C
)
1681 6009-095 AK3792 22/2 PR
White Solid No Non White FT-4 CM 0.176
(
4.47
)
80°C
(
105°C
)
1684 6009-098 AK3795 22/3 PR
Gra
y
Solid No Non Gra
y
FT-4 CM 0.185
(
4.70
)
80°C
(
105°C
)
1685 6009-097 AK3796 22/3 PR
White Solid No Non White FT-4 CM 0.18
(
4.70
)
80°C
(
105°C
)
1686 6009-102 AK3797 22/3 PR
Plenum Solid No Plenum Gra
y
FT-6 CMP 0.171
(
4.34
)
60°C
(
60°C
)
1687 6009-099 AK3798 22/3 PR
Gra
y
Stranded No Non Gra
y
FT-4 CM 0.18
(
4.75
)
80°C
(
105°C
)
REST
ROOM REST ROOM
SALES
REST
ROOM
RECEPTION
ENGINEERING/
PRODUCTION
OFFICES OFFICES WAREHOUSE
CONTACT SWITCHES ON EACH WINDOW AND ALL DOORS
EXCEPT THOSE SPECIFICALLY LABELED FOR HEDS IV.
MOTION DETECTORS IN EACH ROOM.
AREA KEYPAD IN EACH ROOM EXCEPT RESTROOM.
CC2 IN RECEPTION AREA AND WAREHOUSE.
CU IN CLOSET.
CLOSET
CLOSET
M16107A
SAFE

INTELLIGUARD 9000™
7 74-3047—1
Select Detection, Control and Power Devices
Fi
g
. 5 shows an example worksheet for determinin
g
devices needed. Cop
y
the blank worksheet in Appendix B for each individual
j
ob.
Fig. 5. Sample device quantity, power worksheet.
Detection Devices and Outputs
Most installations be
g
in with the detection devices and
outputs. Hone
y
well supplies intelli
g
ent contact switches
(
HEDS IV
)
for securit
y
doors. Other detection devices ma
y
be
connected to the I9000 when the
y
meet the device
re
q
uirements of form no. 74-3035, Intelli
g
uard 9000
Specification Data.
Hall Effect Door Switches (HEDS IV)
Hall effect door switches
(
HEDS IV
)
are intelli
g
ent contact
sensors that are mounted on doors. If the door is opened
when the area is armed, a si
g
nal is sent to the I9000 and then
to the EBI. Each CU supports a maximum of 31 HEDS IV on
each COM, for a total of 62. These totals include all device
t
y
pes shown in Fi
g
. 2. Fi
g
. 6 shows the wirin
g
connections for
HEDS IV.
Fig. 6. HEDS IV wiring connections.
NOTE: TB1-1 is
g
round for the s
y
stem.
QTY DEVICE DESCRIPTION UNIT POWER TOTAL POWER
CU
CC2 MAXIMUM OF 4 (NO BACKLIGHTING)
KID (MAXIMUM OF 8)
HEDS IV
BIC-2 OR BIC-2 HU (1 INPUT AND 1 LOGICAL OUTPUT)
BIC-2 OR BIC-2 HU (1 INPUT AND 1 OPTIONAL RELAY OUTPUT)
BIC-6 (6 PROGRAMMABLE INPUTS AND OUTPUTS)
MOM (MAXIMUM OF 8 PROGRAMMABLE LOGIC OUTPUTS)
RRI (REQUIRED FOR EBI RS-485 MULTI-DROP WIRING CONFIGURATIONS)
(45)
(10)
CC2 MAXIMUM OF 4 (WITH BACKLIGHTING) (98)
(20)
(8)
(6)
(10)
(45)
(85)
M16259B
TOTAL POWER REQUIREMENTS FOR THIS INSTALLATION A
B
C = B - A
D
C + D
POWER AVAILABLE FROM PANEL (ISP = 800 mA)
SUBTOTAL (SHOULD BE POSITIVE +) IF NOT, ADD POWER AT "D"
IF TOTAL "C" IS NEGATIVE, ADD POWER SUPPLY (RIPS) (ISP = 800 mA)
TOTAL
(25)
1
1EACH ISP HAS TWO POWER OUTPUTS (AUX 1 AND AUX 2).THE LOAD CONNECTED TO ONE ISP OUTPUT MUST NOT EXCEED 400mA.
2
2
2COMBINATION OF CC2s WITH BACKLIGHTING AND CC2s WITHOUT BACKLIGHTING-FOUR TOTAL MAXIMUM.
M16105B
S1
U4
U5
U6 U1
DS1
C6
C7
U2
43 21
TB1
TB1-1 = COMMON
TB1-2 = +12V
TB1-3 = RxTx -
TB1-4 = RxTx +
WIRE CONNECTIONS
MOUNTING
HOLES (2)
CU COM
+–+–
12 VDC
RS-485

INTELLIGUARD 9000™
74-3047—18
MOUNT THE HEDS IV
See Fi
g
. 7 for a t
y
pical door-mounted HEDS IV.
1. Remove the HEDS IV ma
g
net assembl
y
cover and the
two ma
g
nets b
y
loosenin
g
the two set screws
(
re
q
uires
hex allen ke
y)
. This allows access to the mountin
g
holes
located under the ma
g
nets.
2. Mount the ma
g
net assembl
y
on the door at the selected
mountin
g
location
(
as far awa
y
from the hin
g
e side as
possible
)
usin
g
two No. 6 round or pan head screws.
3. Reinstall the two ma
g
nets
(
red markin
g
s on ma
g
nets
must be facin
g
toward the support closest to the ed
g
e of
the plastic base and flush with the support
)
and ti
g
hten
the two set screws.
Fig. 7. HEDS IV typical door mount position.
4. Reinstall the cover.
5. Remove the
L
shaped cover of the HEDS IV unit
assembl
y
. See Fi
g
. 8.
6. Select one of the cable entr
y
options shown in Fi
g
. 8
and drill or bend the cable entries.
7. Ali
g
n the HEDS IV unit assembl
y
with the HEDS IV
ma
g
net assembl
y
and mount usin
g
two flat head
screws. The spacin
g
between both units must not
exceed 3/16 in.
(
4.76 mm
)
. Do not allow the two parts to
touch when the door is closed.
8. Feed the cable
(
s
)
into the unit.
9. Connect the wires to the terminals as indicated in Fi
g
. 6.
10. Do not install the
L
shaped cover until the device is cali-
brated and learned.
11. Learn the HEDS IV usin
g
step 11a. or 11b.
a. With the protected door open, start the LEARNING
Mode
(
DEVICES WITH SERIAL #
)
at a CC2. Press
and hold the HEDS IV learn push button S1 for one
second. This also starts the calibration process. At
the CC2, end the learnin
g
procedure and proceed to
step 12b.
b. Take note of the HEDS IV serial number, enter it
(g
athered information from all devices, enter and
download once to save time
)
into PRO 9000 and
download it into the I9000.
12. Calibrate the HEDS IV.
a. With the protected door open, press and hold S1 for
one second.
b. Replace the HEDS IV cover.
c. Close the door.
d. Send the
Reset Detector
command from the CC2.
13. Repeat steps 1 throu
g
h 12 for each HEDS IV.
14. From the CC2, exit the CONFIGURATION Menu for
chan
g
es to become effective.
Fig. 8. Cable entry options.
6-Input/Output Concentrators (BIC-6)
Most detection devices connect to a 6-Input Concentrator
(
BIC-6
)
. Each BIC-6 accepts a maximum of six inputs and
rela
y
s the si
g
nal to the CU as a sin
g
le output to reduce the
amount of direct wirin
g
to the CU. Each CU supports a
maximum of 31 BIC-6s on each COM, for a total of 62. These
totals include all device t
y
pes shown in Fi
g
. 2. Fi
g
. 9 shows
wirin
g
terminals and pro
g
rammin
g
buttons on a BIC-6.
.To install the BIC-6:
1. Remove the BIC-6 cover at the selected mountin
g
loca-
tion.
2. Use a no. 1 Robertson
(
s
q
uare drive
)
screwdriver to
remove the screws securin
g
the circuit board to the
back casin
g
.
IMPORTANT
Touch a grounded object to ensure you are not elec-
trostatically charged before handling the circuit
board.
HEDS IV
TOP
HEDS IV
BOTTOM
(CONTAINS
MAGNET)
DOOR
M16108
KNOCKOUT
HEDS IV COMPLETE
ASSEMBLY 8003-283
(INCLUDES SENSOR
AND MAGNET ASSEMBLY)
SENSOR 8003-280
MAGNET ASSEMBLY
8003-282
DRILL ONE OR TWO HOLES AS
REQUIRED ANYWHERE ON THIS
SURFACE. VERIFY FOR OBSTACLES
ON OPPOSITE SIDE FIRST.
M14547
COVER
(NON-REMOVABLE)
8003-280 UNIT ASSEMBLY
(ENCLOSURE ONLY)
DRILL ONE OR TWO HOLES AS
REQUIRED —HERE OR ON OPPOSITE END.
ONE CORNER OF THE PLASTIC KNOCKOUT IS LIFTED AND BENT
OVER. CHOOSE THE CORNER WHICH IS MOST CONVENIENT.

INTELLIGUARD 9000™
9 74-3047—1
3. Carefull
y
remove the circuit board. Do not touch an
y
of
the circuits or chips.
4. Mount the BIC-6 on the wall usin
g
four No. 6 round or
pan head screws.
NOTE: Feed the re
q
uired cables into the BIC-6 base b
y
usin
g
the two s
q
uare holes in the base wirin
g
chan-
nel or remove the knockouts on either end of the wir-
in
g
channel to pass the cables throu
g
h the openin
g
s.
5. Carefull
y
replace the circuit board.
6. Connect all the wires to the BIC-6 as shown in Fi
g
. 9.
7. Repeat steps 1 throu
g
h 6 for each BIC-6.
8. When installation is complete and power is applied,
learn the BIC-6s.
NOTE: Steps 8a. throu
g
h 8h. ma
y
be replaced b
y
usin
g
the
PRO 9000 software. See the Commission section,
steps 1a. throu
g
h 1c., for more information.
a. Make sure the LED DS1 on each installed BIC-6
displa
y
s
C
.
b. On each BIC-6, press the S2
(
ACCEPT
)
button to
place them in the COMMUNICATION STATUS dis-
pla
y
mode.
c. The center se
g
ment
(
RECEIVE
)
of the seven se
g
-
ment LED displa
y
(
BIC-6 DS1
)
flashes to indicate
incomin
g
data.
d. The decimal point on the LED displa
y
(
BIC-6, DS1
)
of each BIC-6 is off.
e. From the CC2, select CONFIGURATION from the
MODE Menu.
f. From the CC2, select LEARNING MODE.
g
. From the CC2, select DEVICES WITH SERIAL #.
The CC2 displa
y
s Searching. The decimal point
li
g
hts on the LED displa
y
(
BIC-6, DS1
)
on each BIC-
6 indicatin
g
the
y
are in the LEARNING MODE.
h. From each BIC-6, press and hold the S2
(
ACCEPT
)
button for approximatel
y
two seconds, or until the
bottom se
g
ment
(
TRANSMIT
)
of the LED displa
y
DS1 flashes and the decimal point turns off. When
the decimal point disappears, the device is learned.
NOTE: If the BIC-6 had previousl
y
been learned, the deci-
mal point would have turned on and then turned off
almost immediatel
y
.
i. When the ACCEPT ke
y
is pressed on the CC2, the
I9000 exits the LEARNING MODE and displa
y
s the
total number of devices known b
y
the s
y
stem,
includin
g
the BIC-6s.
j
. From the CC2, exit the CONFIGURATION menu for
chan
g
es to become effective.
k. The bottom se
g
ment
(
TRANSMIT
)
of the LED dis-
pla
y
(
BIC-6, DS1
)
flashes ever
y
time the BIC-6 is
polled
(
addressed
)
. The center se
g
ment
(
RECEIVE
)
also flashes.
9. Confi
g
ure each loop in the BIC-6, as needed, for the
specific inputs and outputs. See Loop Parameters and
Pro
g
rammin
g
section.
10. Test the input loops locall
y
usin
g
the ALARM status
mode of the BIC-6 displa
y
. Refer to the Communication
and Alarm Displa
y
section. The inputs must still be
tested from the I9000 usin
g
the CC2 when the I9000
pro
g
rammin
g
is completed.
(
The outputs ma
y
onl
y
be
tested from the I9000 usin
g
the CC2 when the I9000
pro
g
rammin
g
is completed.
)
11. Replace the BIC-6 cover.
12. Repeat steps 9 throu
g
h 11 for each BIC-6.
Fig. 9. BIC-6 internal view.
NOTE: TB1 COM and VDD connect to 12 Vdc whereas TXRX- and TXRX+ connect to the CU COM 1 or 2, but not both. TB2
and TB3 connect to input points
(
see Fi
g
. 10, Loop T
y
pe 0, 2 or 4 for input wirin
g
confi
g
urations
)
, or output points
(
see
Fi
g
. 10, Loop T
y
pe 3 for output wirin
g
confi
g
urations
)
.
123456
1234123456
TB1 TB2 TB3
S3
S2
S1
DS1
RECEIVE
DISPLAY IN
COMMUNICATION
STATUS MODE QUIT
QUITTER
ACCEPT
ACCEPTER
NEXT
SUIVANT
A1 COP
NO. 8003-243
COM
VDD
TXRX-
TXRX+
LP1-
LP1+
LP2-
LP2+
LP3-
LP3+
LP4-
LP4+
LP5-
LP5+
LP6-
LP6+
BIC-6 CONCENTRATOR UNIT
8003-238
M16066B
MOUNTING HOLES (4)
CU COM
12 VDC
INPUT
SUCH AS
MOTION
SENSOR
OUTPUT
SUCH AS
BUZZER
INPUT OUTPUT
+
–+
–
TRANSMIT
LEARN
1
1REFER TO POSSIBLE LOOPS, CIRCUITS
FOR BIC-6 DEVICE DIAGRAM, LOOP TYPE 3,
FOR OUTPUT WIRING CONFIGURATIONS.

INTELLIGUARD 9000™
74-3047—110
Loop Parameters and Programming
The followin
g
parameters define the possible loop
pro
g
rammin
g
t
y
pes:
Parameter 0: Default value = 0.
—0 = The seven se
g
ment displa
y
is inactive when the tamper
switch is pressed.
—1 = The seven se
g
ment displa
y
remains active when the
tamper switch is pressed.
Parameter 1: Default value = T
y
pe 2.
—Parameters 1 throu
g
h 6 are loop t
y
pe 0, 2, 3 or 4. Refer to
Fi
g
. 10.
Parameter 7: Default value = 0.
—0 = Keep pro
g
rammed loop t
y
pes when exitin
g
Pro
g
ram
Mode.
—1 = Return to default loop t
y
pes when exitin
g
Pro
g
ram
Mode.
There are four possible combinations of loops and end-of-line
resistors. Each loop ma
y
be independentl
y
pro
g
rammed for
an
y
of the loop t
y
pes shown in Fi
g
. 10.
To set loop t
y
pe:
a. Press switch S3
(
QUIT
)
to return to
C
on the displa
y
.
b. Press S1 (NEXT) until the LED flashes
P
.
c. Press S2 to accept PROGRAM mode.
d. Press S1 to scroll throu
g
h the loops to loop 1.
e. Press S2 to accept pro
g
rammin
g
for the selected
loop. The decimal point li
g
hts in the bottom ri
g
ht cor-
ner of the LED displa
y
(
DS1
)
to indicate the selected
loop t
y
pe number.
f. Press S1 to scroll to the desired loop t
y
pe number,
as shown in Fi
g
. 10.
g
.Press
S2 to accept the desired loop t
y
pe number
and displa
y
the next loop.
h. Repeat steps e. throu
g
h
g
. for each loop.
i. Press S3 (QUIT) to leave PROGRAM mode.
Fig. 10. Possible loops, circuits for BIC-6 device.
COMMUNICATION AND ALARM DISPLAY
The BIC-6 has three modes:
—
P
allows the user to pro
g
ram the confi
g
uration of the
individual loops.
—
C
enters the Communication Displa
y
mode and causes the
center bar
(
RECEIVE
)
on the LED displa
y
to li
g
ht each
time the BIC-6 receives communication from the CU. The
bar closest to the terminal
(
TRANSMIT
)
li
g
hts each time
the BIC-6 responds.
—
A
enters the
Alarm Display
Mode for the loops. If the loops
are normal, a bar displa
y
s
(
—
)
on the LED. If the loop is in
alarm, the loop number appears on the LED displa
y
and
the decimal point li
g
hts;
(
for example, 4.
)
for loop four. If
the loop is in trouble, the loop number appears on the LED
displa
y
, but the decimal point is not lit;
(
for example, 5
)
for
loop five. If more than one loop is abnormal, the displa
y
scrolls to show each abnormal loop for one second.
Alarm Status Display Examples
—Indicates normal status for all loops.
2 Indicates trouble on loop 2.
4.Indicates alarm on loop 4.
2-InputConcentrators(BIC-2),2-InputConcentrators
with Hold-up (BIC-2 HU)
NOTES:
—The BIC-2 and BIC-2 HU are functionall
y
ver
y
similar. The same dia
g
rams appl
y
to both devices.
The
y
differ in that the BIC-2 HU has red buttons
and the Hold-up function must be pro
g
rammed
into the I9000 CU, while the BIC-2 has white but-
tons and can be used for an
y
purpose other than
the Hold-up function. The BIC-2 can be pro-
g
rammed accordin
g
l
y
in the I9000 CU.
N.C.
N.C.
TAMPER CONTACT
N.C.
CONTACT
2.2K
5%
1/4W
2.2K, 5%, 1/4W
N.C.
N.O.
TAMPER CONTACT 2.2K
5%
1/4W
LOOP +
LOOP –
LOOP +
LOOP –
+12 VDC
LOOP –
LOOP +
LOOP –
SHORT
2.2K = NORMAL
4.4K = ALARM
OPEN = TROUBLE
SHORT = ALARM
2.2K = NORMAL
OPEN = TROUBLE
SHORT = NORMAL
OPEN = ALARM
CIRCUIT FOR ULC INSTALLATIONS USING A NORMALLY
OPEN CONTACT WITH END OF LINE RESISTOR.
CIRCUIT USING A NORMALLY CLOSED
CONTACT WITH END OF LINE RESISTOR.
LOOP +
LOOP –
N.O. N.C.C
ADDITIONAL RELAY
OR
A REGULAR LED CAN BE CONNECTED ACROSS LOOP INPUTS.
NO SERIES RESISTOR REQUIRED WITH LED (RESISTOR
PROVIDED INTERNALLY).
LOOP "+" INPUT NOT USED.
CONNECT OUTPUT RELAY
BETWEEN "–" LOOP INPUT
AND "+12 Vdc"
UNSUPERVISED CLOSED LOOP
DESCRIPTIONTYPE TYPICAL LOOP SCHEMATIC (FIVE LOOPS)
0
LOOP
TYPE
LOOP
TYPE
LOOP
TYPE
LOOP
TYPE
2
3
4
M16078E
= TROUBLE (VERSION 006 OR HIGHER)
= ALARM (VERSION 005 OR LOWER)