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PROGRAMMING
1. Use the FPI-32 Programmer/Tester to program
the TRI to the desired address. Select STATUS
as the usage.
2. To operate the TSM-1 LED by the TRI-R relay
contacts:
In the CSG-M, configure the TRI by setting its
usage to TEST and assign the detector's
address to the TRI-R. Add a logic function with
the intelligent detector that will be tested as the
input, and assign the output as the TRI-R. Refer
to Figure 2.
3. To operate the TSM-1 LED by the air duct
detectors:
In the CSG-M, configure the TRI by setting its
usage to TEST. Add a logic function with the
intelligent detector that will be tested as the
input, and assign the output as the fan shutdown
control operated by the air duct detector. Refer to
Figure 3.
CAUTION:
The TSM-1 switch does not perform all of the required smoke detector tests as speci-
fied in NFPA Standard 72. Please refer to the instructions that accompany the smoke
detector for the complete test requirements.
Figure 1
TSM-1 Assembly
OPERATION
Reset the MXL System until SYSTEM NORMAL is
displayed on the panel. Insert the key into the
manual keyswitch input point on the TSM-1. Activate
the momentary switch by turning the key to the right.
When the TSM-1 keyswitch is activated, the super-
vised switch input of the TRI-R is closed. The TRI-R
activation is received by the MXL panel. The MXL
panel then sends a reduced alarm threshold to the
detector through the TEST usage of the TRI-R. This
causes the detector to alarm.
When the detector goes into alarm and sends alarm
data back to the MXL panel, the MXL panel sends
command data to the TRI-R or air duct to close the
relay, which activates the fan controller through the
logic function. The MXL panel sends a signal to the
intelligent detector, turning on the red LED in both the
detector and the TSM-1, indicating the detector is in
alarm.
Reset the system. The MXL System will restore the
detector's alarm threshold and display SYSTEM
NORMAL on the panel.
2
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