Model FL3102
36
7.7.4 Fire Type
A read indicates the detection of LFF, HFF or a combination of both when using
the Model FL3102.
LFF Only Detected
=
01 (Lo Data Byte)
HFF Only Detected
=
02 (Lo Data Byte)
Combination of Both
=
03 (Lo Data Byte)
High Data Byte Not Used.
7.7.5 Model Type
A read returns the Decimal Value 3102, which identifies each particular type of
unit by model number.
Model
Version
Decimal
Value
FL3102
DFIR
(Digital Frequency Infra-Red)
3102
Figure 43 Model Type
7.7.6 Software Revision
A read returns the software revision of the FL3102 in 2 ASCII characters.
(Usually a blank and then a letter revision ex. A, B, C, etc).
7.7.7 COPM Fault
A read returns the type of Continuous Optical Path Monitoring (COPM) Fault,
which is a Fire Window COPM Fault, Fire Sensor COPM Fault or a Sun COPM
Fault. The Fire Window COPM indicates that the Fire window is dirty and needs
to be cleaned, or that there is a hardware problem with the Sun Channel
detection circuitry.
Fire Window COPM Fault
=
01 (Lo Data Byte)
Sun COPM Fault
=
02 (Lo Data Byte)
Fire Sensor COPM Fault
=
04 (Lo Data Byte)
High Data Byte Not Used.
7.7.8 EEPROM Override
A read indicates the status of the EEPROM Override bit. A write command
changes the state of the EEPROM Override bit. When the EEPROM Override bit
is enabled, the options for the Detector Sensitivity, Relay Delay, Relay
Latching/Non-Latching and Relay Energized/Non-Energized features are now
controlled by the data stored in the EEPROM and are no longer controlled by the
8-position DIP-switch located on the bottom of the Power/Relay Board. When the
EEPROM Override bit is disabled the options are under the control of the 8-
position DIP-switch. The EEPROM Override bit is located in the LSB of the Low
Data Byte and the High Data Byte is not used.