Fluke 9100 User Handbook Manual page 212

Final Width = 215mm
10.4-4 Section 10: Calibrating the Model 9100: Summary of Calibration Process
19. (For AC functions only)
If you wish to change the target calibration point frequency, press the TAB
or more times until the cursor is positioned on the output frequency control display.
Now use any of the 9100's normal editing modes to change this frequency value.
(Note that the new value must lie within the limits specified in the detailed procedures
provided later in this section.)
20. Press the 9100's ON key to turn its output on.
21. Ensure that cursor control is returned to the 9100 output amplitude display, and
increment of decrement this value using the cursor controls and/or spinwheel until the
reading on the measuring instrument (connected to the 9100's front-panel terminals)
is the same as the displayed target value. (Note: make sure to allow for any settling
time required by the external measuring instrument.)
22. When you are satisfied with the measurement, press the
implement the correction factor required by the 9100, to ensure that its displayed
output value and actual output value coincide. The screen will revert to the CAL
mode of the normal function screen, and the measured value should now be equal to
the displayed output value.
23. Repeat steps (15) to (22) for each of the target values displayed in the target selection
screen.
24. Repeat steps (14) to (23) for each of the hardware configurations associated with the
9100 function that is being calibrated (see note * below).
25. Repeat steps (13) to (24) for each function of the 9100 which is being calibrated (see
note * below).
26. Press the Mode key to exit from Calibration mode (refer to Sub-section 10.3, paras
10.3.6 for the processes of date-stamping, altering Cal Due date and setting the
advance warning period).
27. Press either the PROC or MANUAL screen keys to return the 9100 to normal
Procedure Mode or Manual Mode respectively.
* Note: To ensure that calibrations are done in the correct order and that the calibration
process is disturbed as little as possible by thermal dissipation, some of the 9100's normal
functions are split into two separate functions for the purpose of calibration. For example
the DC Voltage function is split into a DC Voltage — Zero to 320V function and a DC
Voltage 320V to 1050V function.
key one
CALIB key to generate and