787_manual_e D1PU00R

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Specifications	787_manual_e D1PU00R
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787 Users Manual 24 Producing a Steady mA Output When the rotary switch is in the OUTPUT [ mA position, and the OUTPUT jacks

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	787 Users Manual 24 Producing a Steady mA Output When the rotary switch is in the OUTPUT [ mA position, and the OUTPUT jacks are connected to an appropriate load, the meter produces a steady mA dc output. The meter begins sourcing or simulating 0%. Use the pushbuttons to adjust the current as shown in Table 8. Select either sourcing or simulating by choosing the SOURCE or SIMULATE output jacks. If the meter cannot deliver the programmed current because the load resistance is too high or the loop supply voltage is too low, dashes (-) appear on the numeric display. When the impedance between the SOURCE jacks is low enough, the meter will resume sourcing. Note The STEP pushbuttons described on the next page are available when the meter is producing a steady mA output. The STEP pushbuttons go to the next multiple of 25%. Table 8. mA Output Adjust Pushbuttons PushbuttonAdjustment Z K COARSE Adjusts up 0.1 mA X I FINE Adjusts up 0.001 mA FINE F W Adjusts down 0.001 mA COARSE C Y Adjusts down 0.1 mA
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