CALIBRATION PROCEDURE FOR DIFFERENTIAL VOLTMETER FLUKE
SECTION I. IDENTIFICATION AND DESCRIPTION
Table 1. Calibration Description
Table 2. Minimum Specifications of Equipment Required
Equipment Setup
Table 3. Conventional Voltmeter Accuracy
Table 4. Voltage Dial Accuracy
Figure 1. Differential Voltmeter -adjustment locations.
Differential Voltmeter Dc Voltage Accuracy and Stability (Reference Level)
Figure 2. Dc voltage (reference level).
Figure 3. Voltage dial accuracy.
Null Detector
Differential Voltmeter AC Voltage Accuracy (Transfer Level)
Differential Voltmeter AC Voltage Accuracy (Reference Level)
Figure 4. Ac voltage (reference level).
Table 8. Ac Voltage (Reference Level)
Table 9. Ac Voltage - Part II
SECTION IV. CALIBRATION PROCESS FOR VOLTAGE DIVIDER FLUKE MODEL 80E-10
Figure 6. Voltage divider - adjustment locations.
Figure 7. Divider accuracy.
Final Procedure
SECTION I. IDENTIFICATION AND DESCRIPTION
Table 1. Calibration Description
Table 2. Minimum Specifications of Equipment Required
Equipment Setup
Table 3. Conventional Voltmeter Accuracy
Table 4. Voltage Dial Accuracy
Figure 1. Differential Voltmeter -adjustment locations.
Differential Voltmeter Dc Voltage Accuracy and Stability (Reference Level)
Figure 2. Dc voltage (reference level).
Figure 3. Voltage dial accuracy.
Null Detector
Differential Voltmeter AC Voltage Accuracy (Transfer Level)
Differential Voltmeter AC Voltage Accuracy (Reference Level)
Figure 4. Ac voltage (reference level).
Table 8. Ac Voltage (Reference Level)
Table 9. Ac Voltage - Part II
SECTION IV. CALIBRATION PROCESS FOR VOLTAGE DIVIDER FLUKE MODEL 80E-10
Figure 6. Voltage divider - adjustment locations.
Figure 7. Divider accuracy.
Final Procedure
