Document 15666 Rev. D 9/19/96
16
The total of START ADDRESS and the number of points in the Slave panel minus
1 cannot exceed 96.
[(START ADDRESS) + (# of points in SLAVE) - 1] < 96
DIP Switch Settings
Refer to Table 1-3 for switch descriptions and settings.
System 5000 Slave Programming
The programming rules listed below must be followed:
1.
SWITCH INHIBIT may not be used.
2.
ANNUNCIATOR INSTALL must be set to one of the following positions:
• 1-64 points if the NIB size is set to 64 or less.
• 64-128 points if the NIB size is set to 80 or 96 points.
3.
ANNUNCIATOR MODE must be set to “Output Control”
4.
Remote annunciators used with the slave System 5000 must be set to Re-
ceive-only.
I/O Mapping
For I/O mapping of notification circuits and relays as a function of initiating circuits,
the System 5000 must be programmed as follows:
1.
If the network system is to be controlled by the master control panel, and
have alarms from one slave activate output circuits in a different slave, do
not program any I/O map in the slave System 5000. Perform all control-by-
event mapping in the Master control panel.
2.
If the system does not require that the master control panel activate output
circuits in the slave panels, then program all I/O mapping into the slave
System 5000 and do not program any mapping into the master control
panel.
Programming of control-by-event mapping into both the master and the slave is not
allowed because of the possibility of installer error and program mismatch.
SW2:
SIZE Switch
SW3 and SW4:
START ADDRESS
Switches
Start Address Setting
Set the START ADDRESS switches to the desired
address from the master SLC loop. The NIB–96 will
assume all module addresses from [START AD-
DRESS] to [START A SIZE].
If the master is a System 5000 AIM Module, only ini-
tiating devices can be installed above address 59.
Addresses 60 and above IZM-8 circuits.
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