Power Connections - Honeywell Intelliguard 9000 Installation Instructions Manual

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Each CU COM is limited to a maximum of four KIDs and four
ISP devices. The CU supports four CC2s maximum, but
Honeywell recommends splitting the CC2s between the COM
ports.
1. At the selected I9000 CU mounting location, open the
CU housing and with the cover wide open, lift it up to
unhinge.
2. Mount the I9000 CU on the wall using four No. 8 round
or pan head screws.
3. Connect the wires to the I9000 CU as shown in Fig. 17.
4. Install the batteries that conform to the specification
listed in form no. 74-3035, Intelliguard 9000 Specifica-
tion Data.
.
XA
S1
DS
R21
12V, 7A-h
1 2
3 4
1 2 3 4
2
4
EARTH
GROUND
14 AWG WIRE
+
+
BATTERY 1
BATTERY 2
12V, 7 AH
12V, 7 AH
CLASS II (CURRENT LIMITING) PLUG-IN
TRANSFORMER (INPUT = 120V/60 HZ
INSTALL THE BATTERIES
IN THE I9000 ENCLOSURE.
CANADA P/N 5660-051, USA (P/N SILENT
KNIGHT MODEL 4165 ENCLOSURE WITH
MODEL 9220 TRANSFORMER) OR EQUIVALENT
18 AWG CABLE
50 FT (15M) MAX.
1
THE AX-5L CONDUIT ADAPTER (7003-162) MAY BE USED UNDER THE I9000 ENCLOSURE. THIS PERMITS CONDUITS WITH AN OUTER DIAMETER OF 0.75 IN. (19 MM) TO
PASS UNDER THE CONTROL UNIT AND BE TERMINATED SUCH THAT THE CABLES MAY ENTER THE I9000 ENCLOSURE THROUGH THE OVAL HOLE IN THE REAR OF THE ENCLOSURE.
IT IS NOT NECESSARY TO USE THE CONDUIT KNOCK-OUTS ON THE SIDE OF THE ENCLOSURE. THE I9000 IS 1 IN. (25.4 MM) FURTHER AWAY FROM THE WALL WITH THIS OPTION.
2
TO MEET CE CLASS B REQUIREMENTS, FERRITE BEADS MUST BE INSTALLED ON ALL THE CABLES EXITING THE I9000 ENCLOSURE. THE BEADS MUST BE LOCATED
AS CLOSE AS POSSIBLE TO THE I9000 ENCLOSURE BUT INSTALLED ON THE OUTSIDE. INSTALLING THE REQUIRED BEADS UNDER THE AX-5L CONDUIT ADAPTER SATISFIES
THE PROXIMITY REQUIREMENTS. SEE TABLE.
CABLE TYPE
MAXIMUM CABLE DIAMETER
LOW VOLTAGE 16 AC CABLE
10.15± 0.3 MM (0.400 IN)
ALL OTHER CABLES EXITING
6.6± 0.3 MM (0.260 IN)
THE CONTROL UNIT
3
TO PERFORM A COLD START OF THE ICP II, POWER DOWN THE SYSTEM AND HOLD DOWN S1 WHILE POWERING UP THE SYSTEM. THE YELLOW LED (DSI) LIGHTS FOR A FEW
SECONDS TO INDICATE THAT A COLD START HAS BEEN INITIATED.
4
EARTH GROUND. MUST NOT EXCEED 50 FT (15M) WITH 14 AWG WIRE.
Additional Intelligent Power Supplies
Each I9000 CU supports a maximum of seven Remote
Intelligent Power Supplies (RIPS). Depending on the
installation power backup requirements, up to two batteries
can be connected to the ISP. One ISP is located in the I9000
housing. The RIPS power devices used for detection and
control and each RIPS must have its own transformer. Fig. 18
shows the wiring for a Remote Intelligent Power Supply. The
RIPS is mounted in the same way as the I9000 control unit
shown in Fig. 19. The I9000 control unit is identical to an ISP
except that the ICP and RRI are not part of the RIPS
configuration.
INTELLIGUARD 9000 CONTROL UNIT 8003-332
INTELLIGENT SWITCHING POWER SUPPLY
(ISP) 8003-295
LEVER
J1
1 2 3 4
1 2 3 4
1 2 3 4
THE TAMPER INPUT IS USED IN A RIPS (REMOTE
INTELLIGENT POWER SUPPLY). THE SWITCH IS
LOCATED IN THE ENCLOSURE.
PLACING A JUMPER BETWEEN THESE TERMINALS
ALLOWS THE COMM LED (DSI) TO FLASH WHEN THE
ISP IS POLLED. THE JUMPER IS USUALLY REMOVED IN
2
ORDER TO CONSERVE POWER.
12 VDC OUTPUT, 1A
FOR SOUNDING DEVICE
UNREGULATED 20 VDC,
NO BATTERY BACK-UP.
USED IN LOCAL SYSTEMS FOR A 750E GONG.
NON-SWITCHED
AC POWER
SOURCE
FERRITE BEAD INSTALLATION FOR CE
MANUFACTURER
FAIR-RITE NO. 0443167251
FAIR-RITE NO. 0443164251
Fig. 17. I9000 CU with ICP II, ISP.
5. Set the ISP siren output to steady or pulsating as shown
in Fig. 18.
6. Set the ISP address by setting switches S1-1 and S1-2
as shown in Fig. 18.
7. With power applied to the CU, follow the learning proce-
dure for the ISP. See the Additional Intelligent Power
Supplies section, step 5.
8. When the installation is fully commissioned, reinstall the
cover but do not close it.
9. From a CC2, enter the MODE menu using the techni-
cian ID and Code.
10. Close the CU cover and secure it into position.
11. From the CC2, press 4 to enter the RESET LOG menu
and press enter to reset the Event Log.
COLD START SWITCH
3
S1
RST
COM 1
COM 2
S1
DS4
DS1
4
3
2
1
INTELLIGENT COMMUNICATIONS
PROCESSOR II (ICP II) 8003-331
ON
RS-485
POWER INPUT
15V MAXIMUM
COM 1 & 2
31 DEVICES
EACH MAXIMUM
12 VDC
1
2
3
4
COM 1
400 MA
WHT/GRN
WHT/BLU
3 PAIR
3 PAIR
TWISTED
TWISTED
PAIR CABLE
PAIR CABLE
22 AWG MINIMUM
22 AWG MINIMUM
CONNECT EACH DEVICE TO 12 VDC
AND TO EITHER COMM 1 OR COMM 2
BUT NOT BOTH, FOR EACH CABLE.
SUPPLIER
HONEYWELL (CANADA)
NEWARK P/N 91F6477
P/N 2500-002
NEWARK P/N 91F6476
P/N 2500-001
1. Install the Remote Intelligent Power Supplies, as
needed, near the devices to be powered.
2. Set the ISP siren output (S1-4) to steady or pulsating as
shown in Fig. 18.
3. Set the ISP address in each RIPS by setting switches
S1-1 and S1-2 as shown in Fig. 18. Each ISP on the
same COM line must have a different address.
4. Connect each RIPS to the I9000 as shown in the job
drawing. Refer to Fig. 17 for ground, battery and AC

power connections.

17
INTELLIGUARD 9000™
MOUNTING
HOLES (4)
1
DS2
XA2
XA1
XA4
U1
COM 3
TAMPER
DS3
5
6
7
8
TB1
1
2
RS-232
CONNECT TO CONTROL
UNIT TAMPER SWITCH, USE
A NORMALLY CLOSED
(WHEN COVER OPEN)
SWITCH.
2
VX1 = 12 VDC 400 MA WHT/BLU
VX2 = 12 VDC 400 MA
CONNECTION TO
COM 2
LAPTOP PC
WHT/ORN
RS-232 SERIAL PORT
FOR REMOTE
COM 1
WHT/GRN
PROGRAMMING
USING PRO9000
SOFTWARE
OR
RS-232 TO RS-485
INTERFACE (RRI)
8003-321
PCB ASSEMBLY
8003-322
NOTE: INSTALL THE RRI
IN THE I9000 ENCLOSURE
2
CONNECTION TO EBI PC SERIAL PORT.
SEE MULTI-DROP CONFIGURATION DIAGRAMS
FOR WIRING OF ADDITIONAL
REQUIRED HARDWARE.
XA3
3
4
5
6
TB2
DTR
IS NOT
USED
3
2
5
DE 9
DB 25
3
2
7
1
2
3
TB1
4
3
2
1
TB2
M14486A
74-3047—1

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