to 0.10 gram. This value is entered by the operator. The
Measured Weight, along with the Specific Gravity, is used
to calculated the Measured Volume. Once a non-zero value
is entered, the operator may not enter a Measured Volume.
Specific Gravity
Specific gravity is the ratio of a material’s density to the
density of water. This can be obtained from the material
safety data sheet SDS, or directly from the supplier. This
value is entered by the operator. The Specific Gravity,
along with the Measured Weight, is used to calculated the
Measured Volume. Once a non-zero value is entered, the
operator may not enter a Measured Volume.
Operational Parameters
Flow Rate
• Indicates total flow rate through a GUN.
• If in 2K, sums the total of each CHANNEL attached
to the GUN.
• If in 1K, simply indicates the CHANNEL flow rate.
GUN Status
Indicates the current status of the GUN. This can be one
of the following:
GUN Active (in run mode)
GUN Halted
CLEAN mode active
LOAD mode active
CALIBRATION mode active
GUN faulted
Transparent mode active
Analog Hold mode active
Pot Life Time Exceeded
JOB Queue
Stores the next JOB to be run. A RUN command following
a HALT will load the next JOB # from the Queue. If more
than one JOB # is toggled into the Queue before the next
RUN command, then the newest JOB # is placed into the
Queue and the previous JOB # is lost.
Calculated Pulses/Liter
This is the new Pulses/Liter value based on the Number
of Pulses received from the flow meter during calibration
and either the Measured Volume, or the Measured Weight
and Specific Gravity. The operator may override the Cal-
culated Pulses/Liter value by entering a Calculated Pulses/
Liter value.
Current Pulses/Liter
Displays the current Pulses/Liter value used by the Chan-
nel Module during calibration. If this value is inaccurate at
the time, which is why calibration is being performed, the
Actual Flow Rate and Calculated Beaker Volume values
will also be inaccurate.
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OPERATION