Fluke Rev. 4 user manual Using Source Mode, Sourcing Electrical Parameters

Page 51

Documenting Process Calibrator

Using Source Mode

NOTE

If a measurement falls outside a random noise window, a new average is started. If damping is turned off, or until measurements are fully damped, the gsymbol is displayed.

Using Source Mode

The operating mode (i.e., MEASURE, SOURCE) is shown in a reverse-video bar on the display. If the calibrator is not in SOURCE mode, press Muntil SOURCE is shown. You must be in SOURCE mode to change any of the SOURCE parameters.

Sourcing Electrical Parameters

To select an electrical sourcing function, proceed as follows:

1.Connect the test leads as shown in Figure 14, depending on the source function.

2.Press Mfor current, vfor dc voltage, h for frequency, or qfor resistance.

3.Enter the desired output value, then press e. For example, to source 5.0V dc, press v5 . 0 e.

4.To change the output value enter a new value and press e.

NOTE

If you are sourcing current, wait for the g symbol to go out before you use the output.

5.To set the output value to 0 in the present source function, press c.

6.To turn off sourcing completely, press ctwice.

NOTE

Use the source current function to drive a current loop. This is different than the loop power function in which the calibrator is powering a process instrument. To source loop power, use the Loop Power function accessible from smode.

41

Image 51
Contents 701/702 Page Table of Contents 701/702 Iii 100 List of Tables 701/702 List of Figures 103 Introduction Documenting Process Calibrator701/702 Function MeasureSource Standard Equipment Standard Equipment Users ManualMail-in Card Documenting Process Calibrator Accessories PMLink Software CAT Safety InformationSafety Information Input and Output Jacks FeatureGetting Acquainted with Your CalibratorGetting Acquainted with Your Calibrator Keys KeysKey Functions Key Numeric keypad Setting Up the Calibrator Using the Strap and BailDisplay Elements of a Typical Display Installing the Strap and Using the Bail Charging the Battery Removing the Battery and Using the Charger Battery LifeOperating Modes Backlight OFFBacklight on Using the Optional Battery Eliminator Automatically Saving Battery LifeAdjusting the Display Contrast Setting Up the Date and Time DisplaySelecting the Display Language Using the Backlight Personalizing the Calibrator Measurement Ranges Using Measure ModeMeasuring Electrical Parameters Electrical Measurement Connections Measuring Pressure Testing ContinuityDocumenting Process Calibrator Connections for Measuring Pressure Using Thermocouples Measuring TemperatureNegative Lead Material TypePositive Lead Material Positive Lead Color ANSI* IECMeasuring Temperature with a Thermocouple Range C RTD Type ICE Point R0 MaterialDocumenting Process Calibrator Wrong Measuring Temperature with an RTD Damping Your Measurements Measurements in Percent of ScaleSourcing Electrical Parameters Using Source ModeElectrical Sourcing Connections Simulating a 4 to 20 mA Transmitter Connections for Simulating a 4 to 20 mA Transmitter Providing Loop Power Connections for Supplying Loop Power Sourcing Pressure 701/702 Connections for Sourcing Pressure Simulating Thermocouples Connections for Simulating a Thermocouple Simulating RTDs PS S +PS Z +IN Sourcing in Percent of Scale Stepping and Ramping the Output ValueStepping the Output Ramping the Output 701/702 Documenting Process Calibrator Checking a Relay Output Trip Alarm Simultaneous Measure/Source Source Function 2W RTD Measure FunctionSource Function Generating As Found Test Data Calibrating a Process InstrumentCalibrating a Process Instrument 701/702 Documenting Process Calibrator Adjusting the Transmitter As Left Test Run Saving Results Memory OperationsMemory Operations Reviewing MemoryData Logging Model 702 Only Reading Rate MAX. Number Viewing the Task List Model 702 Only Observing Min and Max MeasurementsClearing Memory Quick Guide to ApplicationsCalibrating a Chart Recorder Monitoring AC Line Voltage and Frequency Calibrating a Current-to-Pressure I/P Transducer Measuring the Output Current of a Transmitter Measuring a Precision Resistor Checking a Switch Calibrating a Pressure-to-Current P/I Transducer Calibrating a mV to Current Transmitter Checking a Vortex Shedding Flowmeter Cleaning the Calibrator MaintenanceReplacing the Battery Pack Internal Lithium Backup BatteryService Center Calibration or Repair Replacement PartsCalibration Data Maintenance Specifications Model Reading +% of Full Scale Year ResolutionDC Voltage Measurement RangeAC Voltage Measurement Frequency RangeReading + Number of Counts Year Resistance Measurement Range Resolution Model Reading +% of Full ScaleRange Resolution Model DC Current MeasurementFrequency Measurement Continuity TestingRange Resolutions DC Voltage OutputModel Output +% of Full Scale Output + % of Full Scale Output +% of Full Scale Year DC Current OutputResistance Sourcing Ranges Resolution Model Output + Ohms YearFrequency Ranges Frequency SourcingTemperature, Thermocouples Types CMeasure Degrees C Year Source Degrees C Temperture, Thermocouples Maximum Input Voltage 30 Measure Degrees C Source Degrees C Year Temperature, Resistance Temperature DetectorsSetting Loop Power SupplyTop and Bottom Limits of Ranges with Auto Range On RANGE, Measure V CC RANGE, Current SourceRANGE, Frequency Measure Safety General SpecificationsOperating Environment Specification 104 Index 701/702 Index