Select Detection, Control And Power Devices; Detection Devices And Outputs - Honeywell Intelliguard 9000 Installation Instructions Manual

Select Detection, Control and Power Devices

Fig. 5 shows an example worksheet for determining devices needed. Copy the blank worksheet in Appendix B for each individual
job.
QTY
CU
CC2 MAXIMUM OF 4 (WITH BACKLIGHTING)
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)
SUBTOTAL (SHOULD BE POSITIVE +) IF NOT, ADD POWER AT "D"
IF TOTAL "C" IS NEGATIVE, ADD POWER SUPPLY (RIPS) (ISP = 800 mA)
1
EACH ISP HAS TWO POWER OUTPUTS (AUX 1 AND AUX 2). THE LOAD CONNECTED TO ONE ISP OUTPUT MUST NOT EXCEED 400mA.
2
COMBINATION OF CC2s WITH BACKLIGHTING AND CC2s WITHOUT BACKLIGHTING-FOUR TOTAL MAXIMUM.

Detection Devices and Outputs

Most installations begin with the detection devices and
outputs. Honeywell supplies intelligent contact switches
(HEDS IV) for security doors. Other detection devices may be
connected to the I9000 when they meet the device
requirements of form no. 74-3035, Intelliguard 9000
Specification Data.
Hall Effect Door Switches (HEDS IV)
Hall effect door switches (HEDS IV) are intelligent contact
sensors that are mounted on doors. If the door is opened
when the area is armed, a signal 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
types shown in Fig. 2. Fig. 6 shows the wiring connections for
HEDS IV.
DEVICE DESCRIPTION
TOTAL POWER REQUIREMENTS FOR THIS INSTALLATION
POWER AVAILABLE FROM PANEL (ISP = 800 mA)
Fig. 5. Sample device quantity, power worksheet.
2
2
1
TOTAL
U6
U2
TB1
4 3 2
RS-485
+
+ –
CU COM 12 VDC
M16105B
Fig. 6. HEDS IV wiring connections.
NOTE: TB1-1 is ground for the system.
7
INTELLIGUARD 9000™
UNIT POWER TOTAL POWER
(45)
(98)
(10)
(20)
(8)
(6)
(10)
(45)
(85)
(25)
A
B
C = B - A
D
C + D
M16259B
U5
U1
C7
C6
DS1
1
MOUNTING
WIRE CONNECTIONS
HOLES (2)
TB1-1 = COMMON
–
TB1-2 = +12V
TB1-3 = RxTx -
TB1-4 = RxTx +
U4
S1
74-3047—1