787_manual_e D1PU00R

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Specifications	787_manual_e D1PU00R
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ProcessMeter Specifications 37 DC Millivolts Measurement Range (mV dc)ResolutionAccuracy (% of Reading + Counts) 400.00. 1 mV

Specifications	787_manual_e D1PU00R
Outline	787 ProcessMeter Users Manual LIMITED WARRANTY & LIMITATION OF LIABILITY Table of Contents Safety Information How to Get Started Getting Acquainted with the Meter Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance General Maintenance Calibration Replacing the Battery Replacing a Fuse If the Meter does not Work Measuring Electrical Parameters Input Impedance Ranges Measuring a Composite Signal Testing Diodes Displaying Minimum, Maximum, and Average Using TouchHold Compensating for Test Lead Resistance Power-Up Options Battery Life Using the Holster and Flex-Stand Maintenance Replacement Parts and Accessories Specifications Index
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Content	ProcessMeter Specifications 37 DC Millivolts Measurement Range (mV dc)ResolutionAccuracy (% of Reading + Counts) 400.00. 1 mV0.1% + 1 AC Volts Measurement Range (ac)ResolutionAccuracy, ±(% of Reading + Counts) 50 Hz to 60 Hz45 Hz to 200 Hz200 Hz to 500 Hz 400.0 mV0.1 mV0.7% + 41.2% + 47.0% + 4 4.000V0.001V0.7% + 21.2% + 47.0% + 4 40.00V0.01V0.7% + 21.2% + 47.0% + 4 400.0V0.1V0.7% + 21.2% + 47.0% + 4 1000V1V0.7% + 21.2% + 47.0% + 4 Specifications are valid from 5% to 100% of amplitude range. AC conversion: true rms Maximum crest factor: 3 For non-sinusoidal waveforms, add ±(2% reading + 2% f.s.) typical Input impedance: 10 MΩ (nominal), < 100 pF, ac-coupled Common mode rejection ratio: >60 dB at dc, 50 Hz, or 60 Hz
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