Laversab 6300-M3 User Manual page 28

The value will continue to blink until the GO key is pressed. Only after the GO key is pressed,
will the value become effective.
If you change your mind and want to abort the new value entry, press CANCEL to exit the
value entry mode. You can press CANCEL even when the value is blinking. In the above
example, if you were to press CANCEL the old Pt target value of 20.0 will remain effective.
If there is an error in the value being entered then that error will be displayed on line 4 of the
display. To clear the error, enter CANCEL or CLR. This will also erase the erroneous value
and the previous value will stay in effect. Most errors are caused because a value entered is
outside the limits.
If the new value does not blink after pressing ENTER and no error message appears, then
there is a communication problem between the Remote unit and the main unit. Please abort
and contact the factory.
If GO is pressed after ENTERing the value, the 6300-M3 will try to achieve this new target
value ONLY IF the Pitot output is in the CONTROL mode. Therefore, it is desired that both
Pitot and Static values be entered so that both are blinking before the GO key is pressed.
Static target value: For entering Ps or altitude target values, press the Ps / ALTITUDE key
and then follow the same process as described above.
Rate/ Climb target value: For entering Rate or CLIMB target values, press the RATE /
CLIMB key and then follow the same process as described above.
Note that while entering Climb values, it is NOT necessary to include the sign of the rate of
climb. The 6300-M3 will automatically determine the direction of the rate of change. The
displayed actual value will, however, indicate with a minus sign that the rate of change is a
descent instead of a climb.
Target Rate in inHg/min or mbar/min
When operating the tester in units of inHg or mbar, there are two important points to keep
in mind.
a. The target rate (inHg/min or mbar/min) is valid for both Static and Pitot outputs
b. The target rate (inHg/min or mbar/min) is limited by the target altitude rate.
This means that the target altitude rate (in feet/min) is never exceeded, regardless
of the target rate in inHg/min or mbar/min.
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