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TELEDYNE Model 9110AH NO
X
Analyzer Operator Manual, 01620, Rev. F
4-5
4.2.3 Computer Hardware and Software
The M9110AH Analyzer is controlled by a micro computer. The computers' multitasking
operating system allows it to do instrument control, monitor test points, provide analog output
and provide a user interface via the display, keyboard and RS-232 port. These operations
appear to be happening simultaneously but are actually done sequentially based on priority
queuing system maintained by the operating system. The jobs are queued for execution only
when needed, therefore the system is very efficient with computer resources.
The M9110AH is a true computer based instrument. The microprocessor does most of the
instrument control functions such as temperature control, valve switching. Data collection and
processing are done entirely in the CPU with the final concentration values being sent to a D/A
converter to produce the instrument analog output.
The computer memory is divided into 3 sections: ROM memory contains the multi-tasking
operating system code plus the instructions that run the instrument. The RAM memory is used
to hold temporary variables and current concentration data. The EEPROM memory contains the
instrument set-up variables such as range and instrument ID number. The EEPROM data is
non-volatile so the instrument can lose power and the current set-up information is preserved.
4.2.4 V/F Board
The computer CPU board communicates via 2 major hardware assemblies. These are the V/F
board and the front panel display/keyboard. The V/F board communicates with the CPU via the
STD-100 bus.
The V/F board includes of A/D input channels, digital I/O channels, and analog output
channels. The computer receives all of the instrument data and provides all control functions
through the V/F board.
4.2.5 Front Panel
The front panel of the M9110AH is shown in Figure 2-4. The front panel consists of a 2 line
display and keyboard, 3 status LED's and power switch. Communication with the display,
keyboard, and status LED's is done via the computers on-board parallel port. The M9110AH
was designed as a computer controlled instrument, therefore all major operations can be
controlled from the front panel display and keyboard.
The display consists of 2 lines of 40 characters each. The top line is divided into 3 fields, and
displays information. The first field is the mode field.
The center field displays TEST values. The TEST functions allows you to quickly access many
important internal operating parameters of the M9110AH. This provides a quick check on the
internal health of the instrument. The right hand field shows current concentrations values of
NO, NO
x
, and NO
2
.
Содержание 9110AH
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Страница 113: ...TELEDYNE Model 9110AH NOX Analyzer Operator Manual 01620 Rev F 8 11 Figure 8 5 Pneumatic Diagram ...
Страница 114: ...TELEDYNE Model 9110AH NOX Analyzer Operator Manual 01620 Rev F 8 12 Figure 8 6 Pneumatic Diagram with Zero Span Valves ...
Страница 139: ...TELEDYNE Model 9110AH NOX Analyzer Operator Manual 01620 Rev F 9 23 Figure 9 1 Span Calibration Voltage ...
Страница 149: ...TELEDYNE Model 9110AH NOX Analyzer Operator Manual 01620 Rev F 9 33 Figure 9 2 CPU Board Jumper Settings ...
Страница 151: ...TELEDYNE Model 9110AH NOX Analyzer Operator Manual 01620 Rev F 9 35 Figure 9 3 RS 232 Pin Assignments ...
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