3
Hardwired 4009 IDNet Control
There are two hardwired NAC control inputs to the 4009 IDNet (when used as
an IDNet device on a 4010 these inputs are not used). The hardwired NAC
control inputs provide backward compatibility with other Simplex panels. In the
hardwired mode, the 4009 IDNet is non-addressable and controlled via two DIP
switches (Hardware Configuration Switch SW1 and Software
Address/Configuration Switch SW2). Each input simulates a typical hardwired
notification appliance, as seen from the host panel. When a fault occurs on the
4009 Addressable NAC system or on any of the outputs controlled by Input 1,
the panel causes an open condition on the host NAC that is connected to Input 1.
Any faults on the outputs controlled by Input 2 are reflected on the host panel’s
NAC in the same fashion. A power loss condition at the 4009 IDNet causes
Input 1 to indicate a fault (open) condition.
Inputs 1 and 2 can be configured either as EOL devices on the host NAC or as
applian
ces on that NAC, based on whether an end-of-line load is presented to the
host. Up to four 4009 IDNet NAC Extenders can be attached to the FACP(s)
NAC.
Addressable 4009 IDNet (IDNet Control)
The 4009 IDNet is addressable when configured as an IDNet peripheral; this
m
ode is also configured via DIP switches SW1 and SW2. In the IDNet mode,
SW2 (see Figure 5) sets the address of the NACs connected to the 4009 IDNet
which are controlled and configured by the 4010 FACP. The 4009 IDNet
monitors each output NAC. If a trouble occurs, faults (including NAC
supervision, power, battery integrity, and earth) are communicated to the host
panel 4010 FACP as IDNet messages.
Figure 2. 4009 IDNet S
ystem Components
Continued on next page
4009 IDNet NAC Extender, Continued
4009 IDNet Configuration,
continued
AC WIRING BLOCK
AC WIRING HARNESS
733-991 (120VAC 4009) or
733-992 (220/240VAC
4009)
TRANSFORMER
ASSEMBLY
BRIDGE RECTIFIER
SAFETY GROUND
4009 IDNet BASE SYSTEM
(NO EXPANSION
MODULES SHOWN)
4009 SYSTEM BOARD
565-771 (see Figure 4)
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