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2. Select the zone control module address (0-5) and zone control name (if required). If
the LED test function is required on input 15, tick the check box.
Note: The address selected in EBLWin (0-5) must match the address of the I/O matrix
board which is set by the jumpers JP1-JP3 as per Table 3 page 25. The type of board is
automatically selected.
3. Select the check box "LED test on Input 15" if this button is to be used for LED tests
or uncheck the box if LED test facility is not required.
4. Assign the zone number in the corresponding Zone control boxes.
5. Click OK.
6.3
Generic Applications
6.3.1
Overview
The generic feature in the FT1020G3 software supports the remote mimic applications of
the I/O matrix board 4582. Currently, this feature is used in the New Zealand Fire Brigade
mimic and index panels as well as other products e.g. remote generic inputs / outputs
termination 2212, remote inputs / outputs and relay output, and ASE interface for the NZ
applications. This section describes one of the main applications of the generic option, the
popular NZ index panel. Refer to Brooks technical datasheet TDS019 for other
applications.
Each master NZ mimic board provides 12 LED indications and screw terminals for 4 inputs
(switches). The first 3 LEDs used for Common Alarm (red). Normal (green) and Defect
(yellow). The remainder 9 LEDs (red) used to indicate separate zone indications or sprinkler
flow switch indication. Two of the four inputs are used to interface the NZ Fire Brigade
bulgin keys to the CIE. Additional slave mimic boards can be added to provide up to 36
additional red LED indicators.
Up to 4 mimic boards can be used to indicate maximum of 48 individual zone indications,
only one I/O matrix is required for every 4 mimic boards, up to six I/O matrix boards can be
used in the NZ mimic applications if no zone control modules are used. Refer to drawing
F781 for connection diagram. A typical NZ mimic application is shown in Figure 16 page
41.
6.3.2
New mimic options
The new design of the mimic boards allows for either LED indicators or screw terminals for
graphic or remote LED's. Four new boards are now available as shown in Figure 15 below:
1. Master LED mimic Board SUB985: This must be the first board and to be fitted
with the I/O matrix board 4582. The board contains the first 3 common indicators
and additional 9 red indicators. It also contain terminals to connect the Bulgin keys.
All outputs / inputs are fully programmable.
2. Slave LED mimic board SUB986: contains 12 fully programmable red indicators,
no provision for terminals or connectors for the I/O matrix. Up to 3 slave boards
can be connected to the master board via plug-in connectors.
3. Master terminals mimic board: In addition to the connector for the I/O matrix
board and Bulgin keys terminals, it also contain terminals to connect 12 remotely
located LED's (on-board LED's are not fitted). The I/O matrix board is to be fitted
to this master board. The board can be utilised to connect existing LED mimics to
new FT1020G3 in retrofit applications.
4. Slave terminals mimic board: Up to 3 slave boards can be connected to the
master board via the plug-in connectors to provide terminals for additional 36 LEDs.
Technical/Programming Manual
39
FT1020G3 Rev 2.2.1
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