NX-2192E PINPOINT SYSTEM
5
10. PROGRAMMING LOCATION GUIDE
LOCATION 0
POINT ID PROGRAM MODE
DESIGNATION
16 segments of numerical data
Location 0 is used to communicate to the PID bus interface to enter PID Program Mode.
Segment 1 must be set to [1] to “learn” points. While in this mode, all nodes able to communicate will be enabled and mapped to pre-
programmed zones. With this in mind, prior to entering PID program mode, all zones must be either programmed with a serial number (for
devices without a dip switch) or a physical address (for devices with a dip switch). If programming is a success and no errors were
reported, a “0” will automatically be written into segment 1 of this location and the keypad will sound a ding-dong. Otherwise, the number
of errors will be written and the keypad will sound a triple beep, indicating that errors were found. If errors were found, segments 2-16 will
contain the locations of the first 15 zones with errors. Zone locations may then be examined to determine the type of error that occurred.
NOTE: If the 8 on-board zones are enabled, then zones 1-8 are already used and may not have a PID address mapped to them.
If zone doubling is enabled, then zones 1-16 are already used and may not have a PID address mapped to them.
Segments 2-16 are “read only”.
LOCATIONS 1 – 192
PROGRAMMING NODE INFORMATION
ZONES 1 - 192
3 segments of binary data
Segment 1 is used to store the physical address of the corresponding node. Factory default is 255. Whether or not the device has a dip
switch, this location is programmed by the installer prior to entering PID Program Mode.
Segment 2 is used to store the input number for multiple input/output devices. Factory default is 1.
Segment 3 is used to display an error code if an error(s) occurred during the last PID program mode cycle. The following table provides
a description of the types of errors that may occur:
Table 10-1
ERROR CODE
DESCRIPTION
ERROR CODE
DESCRIPTION
1
Node is missing.
5
Auto enroll error.
2
Multiple node responded.
6
Reserved.
3 Communication
error.
7 Reserved.
4
Device type mismatch.
8
Zone programmed but node not enabled.
LOCATION 193
DEVICE OPTIONS
1 segment of feature selection data
Segment 1 selects the following options:
1 =
Reserved.
2 =
"On" if Loop A should be enabled; “Off” if disabled.
3 =
"On" if Loop B should be enabled; “Off” if disabled.
4 =
"On" if Loop C should be enabled; “Off” if disabled.
5 =
“On”if 24V mode should be enabled; “Off” if 12V mode.
6 =
“On” if the NX-2192E is powered from AUX + terminals of the control panel. Turning this option “On” disables NX-2192E power
monitoring.
7 =
“On” if any AC Fail condition should be communicated to the central monitoring station. Option 6 overrides this condition
occurring on the NX-2192E, but not individual nodes.
8 =
“On” if any Low Battery condition should be communicated to the central monitoring station. Option 6 overrides this condition
occurring on the NX-2192E, but not individual nodes.
LOCATIONS 194 - 241
NODE INFORMATION FOR
OUTPUTS 1 –48
3 segments of binary data
Segment 1 is used to store the physical address of the corresponding node. Whether or not the device has a dip switch, this location is
programmed by the installer prior to entering PID Program Mode. This segment can also be used as an indicator that the corresponding
node had an error during the last PID Program Mode cycle, because any error causes this segment to be defaulted to address 255.
Segment 2 is used to store the output number for multiple input/output devices. Default is 1.
Segment 3 is used to display an error code if an error or errors occurred during the last PID Program Mode cycle. In the following Table
2.1, a description of the types of errors that may occur and the bit in the error code associated with the error is outlined.