Internal UV Ozone Photometer
Page 9-16
Sample Flow
The sample flow sensor provides an
indication of the flow through the
photometer. Note the high value of the
C coefficient, which indicates that,
before it is processed by the 2
nd
order
polynomial, the flow sensor's signal is
very non-linear.
Sample Temperature
The sample temperature sensor is used to
temperature compensate the measured
ozone. An incorrect calibration of this
sensor will result in erroneous ozone
measurements.
Sample Pressure
The sample pressure sensor is used to
pressure compensate the measured ozone.
When the Photometer is inactive and the
pump is off, the Sample Pressure, as
viewed in the status screen, should
indicate the room's barometric pressure.
An incorrect calibration of this sensor
will
result
in
erroneous
ozone
measurements.
The third page of the Photometer Parameters, shown in Figure 9-,
contains parameters that govern the servo control of the ozone
generator when the Ozone Servo Control option is selected on page
1. If anything other than the standard configuration of the
photometer and ozone generator is used, it may be necessary to
adjust these constants in order to "tune" the servo loop. A more
detailed description about setting the constants on this page is
given in the section beginning on page 9-20.
Summary of Contents for 2010D
Page 1: ...MODEL 2010D GAS DILUTION CALIBRATOR OPERATIONS MANUAL I N S T R U M E N T S...
Page 3: ......
Page 20: ...System Operations Page 3 2 Figure 3 1 The Model 2010D Front Panel...
Page 42: ...Installation Page 4 15 Figure 4 1 Rear Panel...
Page 63: ...Operation Page 5 7 Figure 5 5 The Dilution Status Screen Figure 5 6 The Ozone Status Screen...
Page 177: ...MODEL 2010D GAS DILUTION CALIBRATOR SCHEMATICS...
Page 178: ......