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Fluke 5730A Calibration Manual Download Page 57

Multifunction Calibrator

Full Verification

47

Full Verification

Verification is the process of evaluating the data taken during the process of

calibration and evaluating whether the data is within the published specifications

for the Product. An independent external verification is recommended every 2

years, before and after normal periodic adjustment or repair of the Product.

Verification establishes and maintains parallel external traceability paths for the

internal functions that are not adjusted or corrected during artifact calibration. An

example is the internal ac/dc transfer standard. Verification also serves as a

check that internal calibration processes are in control.

Notes

All performance limits specified in the test records apply to 90-day
specifications for the Product at a 99% level of confidence. If limits to
other specifications are desired, the test records must be modified. A
description of how to determine a guardband test limits is included in
this section.

Equivalent equipment and methods, either manual or automated,
may be substituted for the verification tests as long as the same
points are tested, and equipment and standards used are at least as
accurate as those specified. If standards are less accurate than
specified, appropriate tolerance limit and/or accuracy reductions
must be made to achieve equivalent results.

Required Equipment for All Tests

An abbreviated summary of required equipment for all the verification tests is

given in Table 3. Individual lists of required equipment are included at the

beginning of each test.

Warmup Procedure for All Verification Tests

Before verification:
1. Verify that the Product has warmed up for at least 30 minutes.

Note

If the Product has been powered off in an environment outside of
operating environment specifications, particularly with humidity
above 70 %, allow a minimum of 2 hours warm-up. Extended
storage at high temperatures and humidity may require up to 4
days of power-on stabilization.

2. If a regularly scheduled full verification as recommended by Fluke Calibration

is being done, calibrate the Product as described in the

Calibration Procedure

section before you continue with verification.

3. Ensure that each piece of external test equipment has satisfied its specified

warm-up requirements.

4. Ensure that the Product is in standby (STANDBY annunciator lit).

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Summary of Contents for 5730A

Page 1: ...14 2014 Fluke Corporation All rights reserved Specifications are subject to change without notice All product names are trademarks of their respective companies 5730A Multifunction Calibrator Calibration Manual ...

Page 2: ... nearest Fluke authorized service center to obtain return authorization information then send the product to that service center with a description of the difficulty postage and insurance prepaid FOB Destination Fluke assumes no risk for damage in transit Following warranty repair the product will be returned to Buyer transportation prepaid FOB Destination If Fluke determines that failure was caus...

Page 3: ...ctrical shock hazard the operator should not electrically contact the output HI or sense HI terminals or circuits connected to these terminals During operation lethal voltages of up to 1100 V ac or dc may be present on these terminals When the nature of the operation permits keep one hand away from equipment to reduce the hazard of current flowing through vital organs of the body ...

Page 4: ......

Page 5: ...ions 24 52120A Specifications when Operated with the 5730A 25 52120A Electrical Performance Limits 25 Operated within 5730A Control Loop all current ranges 26 Coverage factor k 2 58 99 confidence level 26 Coverage factor k 2 00 95 confidence level 26 52120A COIL 3 KA 25 Turn Coil 27 52120A COIL 6 KA 50 Turn Coil 28 Product Calibration 29 The Artifact Calibration Process 29 Establish Traceability 3...

Page 6: ...st 51 Verify 0 Ω 1 Ω and 1 9 Ω 52 Verify 10 Ω through 19 MΩ 53 Verify 100 MΩ 56 DC Voltage Verification Test 56 DC Zero Test 57 Self Calibrate a Fluke 752A Divider with a Fluke 8508A as the Null Detector 58 DC Voltage Test at Decade Values 62 DC Voltage Test at 19 Volts 66 Direct Current Verification Test 68 AC Voltage Frequency Accuracy Test 71 AC Voltage Verification Test 72 Alternating Current ...

Page 7: ...C Current Accuracy Verification 70 13 AC Voltage Frequency Accuracy Test Record 71 14 Equipment Required for AC V Output Level Tests 72 15 5790A Adjustment Counts 73 16 Equipment Required for AC Current Test 76 17 AC Current 2 mA to 2 A Verification 79 18 AC Current 200 μA Accuracy Test Record 81 19 Equipment Required for Testing and Calibrating the Wideband Option 82 20 Wideband Adjustment Tolera...

Page 8: ...5730A Calibration Manual iv ...

Page 9: ... 8 10 Ω through 19 MΩ Resistance Verification 54 9 Zero Null Detector Connection 61 10 Zero Null Detector Connections s 64 11 DC Voltage Calibration Connection 65 12 19 V DC Verification Connections 67 13 Direct Current Accuracy Test Connections 69 14 1 MHz Low Pass Filter 71 15 AC Voltage Test Setup 72 16 2 mA to 2 A AC Current Verification Connections 77 17 200 μA Range Alternating Current Test ...

Page 10: ...5730A Calibration Manual vi ...

Page 11: ... 0 Ω to 100 MΩ Optional wideband ac voltage from 300 μV to 3 5 V into 50 Ω 57 dBm to 24 dBm 10 Hz to 30 MHz Features of the Product include Internal environmentally controlled references that let the Product maintain full performance over a wide ambient temperature range Automatic meter error calculation obtained through the use of a simple output adjust knob Keys that multiply and divide the outp...

Page 12: ...t Power automatic selection of line voltage frequency LCD Color VGA display with touch panel overlay A traceable calibration procedure for all modes and ranges that requires only 10 V 1 Ω and 10 kΩ external standards with only occasional independent verification Automated calibration check that provides added confidence between calibration recalls and data that can be used to document and characte...

Page 13: ...of wear Make sure the ground conductor in the mains power cord is connected to a protective earth ground Disruption of the protective earth could put voltage on the chassis that could cause death Do not use an extension cord or adapter plug Do not operate the Product with covers removed or the case open Hazardous voltage exposure is possible Do not use the Product if it operates incorrectly Do not...

Page 14: ...ndards Specifications The Product is calibrated and verified at the factory prior to shipment By calibrating the Product using the processes in this manual the high performance level can be maintained throughout the life of the Product Specifications are valid after a warm up period of twice the time the Product has been turned off up to a maximum of 30 minutes For example if the Product has been ...

Page 15: ...rmance Specifications Secondary performance specifications and operating characteristics are included in the absolute specifications They are provided for special calibration requirements such as stability or linearity tests General Specifications Warm Up Time Twice the time since last warmed up to a maximum of 30 minutes System Installation Rack mount kits available Standard Interfaces IEEE 488 R...

Page 16: ...business environments and not to be used in homes Line Power Line Voltage 5730A 100 V 120 V 220 V 240 V 10 5725A 100 V 110 V 115 V 120 V 200 V 220 V 230 V 240 V 10 Line Frequency 47 Hz 63 Hz Maximum Power 5730A 300 VA 5725A 750 VA Weight 5730A 27 kg 62 lb 5725A 32 kg 70 lb Size 5730A Height 17 8 cm 7 in standard rack increment plus 1 5 cm 0 6 in for feet Width 43 2 cm 17 in standard rack width Dep...

Page 17: ... are provided for enhanced accuracy applications The specifications apply when range constants are adjusted see Range Calibration To Calculate an enhanced absolute specification from the relative accuracy specification it is necessary to combine the uncertainty of your external standards with the pertinent relative specifications Specifications are valid after allowing a warm up period of 30 minut...

Page 18: ...fications are included in the absolute specification values in the primary specification tables 2 Temperature coefficient is an adder to accuracy specifications that does not apply unless operating more than 5 C from calibration temperature Minimum Output 0 V for all ranges except 100 V for 1100 V range Maximum Load 50 mA for 2 2 V through 220 V ranges 20 mA for 1100 V range 50 Ω output impedance ...

Page 19: ...0 20 20 40 40 20 k 20 k 50 k 50 k 100 k 100 k 300 k 300 k 500 k 500 k 1 M 250 15 100 8 65 8 135 8 370 20 650 25 1400 30 2700 60 270 15 105 8 66 8 140 8 380 20 700 25 1500 30 2900 60 290 15 110 8 67 8 145 8 390 20 750 25 1600 30 3100 60 300 15 115 8 70 8 150 8 400 20 800 25 1700 30 3300 60 250 15 100 8 60 8 85 8 200 20 350 25 800 30 2600 60 270 15 105 8 65 8 95 8 220 20 400 25 1000 30 2800 60 2 2 V...

Page 20: ... 5 95 2 45 0 7 75 1 2 140 3 600 20 4500 50 8000 100 270 5 100 2 50 0 7 80 1 2 150 3 700 20 4700 50 8500 100 1100 V 1 1 mV 15 50 50 1 k 300 20 70 4 320 20 75 4 340 20 80 4 360 20 85 4 300 20 50 4 320 20 55 4 5725A Amplifier 1100 V 1 mV 40 1 k 1 k 20 k 20 k 30 k 75 4 105 6 230 11 80 4 125 6 360 11 85 4 135 6 440 11 90 4 165 6 600 11 50 4 85 6 160 11 55 4 105 6 320 11 750 V 30 k 50 k 50 k 100 k 230 1...

Page 21: ...nV 10 20 20 40 40 20 k 20 k 50 k 50 k 100 k 100 k 300 k 300 k 500 k 500 k 1 M 200 12 80 7 54 7 105 7 296 17 535 20 1100 25 2400 45 220 12 85 7 55 7 110 7 298 17 583 20 1200 25 2500 45 230 12 87 7 56 7 115 7 303 17 600 20 1300 25 2600 45 240 12 90 7 57 7 120 7 310 17 655 20 1400 25 2700 45 200 12 80 7 50 7 70 7 160 17 280 20 650 25 2100 45 220 12 85 7 55 7 80 7 180 17 320 20 800 25 2400 45 2 2 V 1 ...

Page 22: ...output 250 V from 15 50 Hz 2 See Volt Hertz capability in Figure A AC Voltage Secondary Performance Specifications and Operating Characteristics Range Frequency Hz Stability 1 C 1 24 Hours Temperature Coefficient Output Impedance Ω Maximum Distortion Bandwidth 10 Hz 10 MHz 10 40 C 0 10 C and 40 50 C μV μV C output μV 2 2 mV 10 20 20 40 40 20 k 20 k 50 k 50 k 100 k 100 k 300 k 300 k 500 k 500 k 1 M...

Page 23: ...0 80 150 80 300 80 500 10 20 10 20 10 30 30 50 80 80 100 700 200 1100 600 3000 0 05 700 0 035 700 0 035 700 0 035 700 0 05 800 0 3 800 0 3 800 2 800 220 V 10 20 20 40 40 20 k 20 k 50 k 50 k 100 k 100 k 300 k 300 k 500 k 500 k 1 M 150 200 80 150 12 80 15 100 15 100 30 400 100 10 000 200 20 000 50 1000 15 300 2 80 10 100 10 500 80 600 80 800 80 1000 50 1000 15 300 4 80 20 100 20 500 80 600 80 800 80...

Page 24: ...C 50 Ω 1000 pF 1100 V 6 mA 600 pF 5725A Amplifier 40 Hz 5 kHz 50 mA 1000 pF 1 1100 V 5 kHz 30 kHz 70 mA 300 pF 30 kHz 100 kHz 70 mA 3 150 pF Notes 1 The 5725A will drive up to 1000 pF of load capacitance Absolute specifications include loads to 300 pF and 150 pF as shown under Load Limits For capacitances up to the maximum of 1000 pF add Load Regulation 2 2 2 V Range 100 kHz 1 2 MHz only Absolute ...

Page 25: ...ge 1 at quadrature points 0 90 180 elsewhere 2 Stability 0 1 Resolution 1 Output Level 2 5 V rms 0 2 V Frequency Range 50 Hz to 1 kHz usable 10 Hz to 1 1999 MHz Resistance Specifications 5730A Resistance Specifications Nominal Value Ω Absolute Specification of Characterized Value 5 C from calibration temperature 1 Relative 1 C 24 Hours 90 Days 180 Days 1 Year 24 Hours 90 Days ppm 99 Confidence Lev...

Page 26: ... 40 μΩ 80 80 21 21 9 9 5 7 5 7 5 5 5 5 7 5 7 11 13 5 31 39 95 40 μΩ 85 85 22 22 9 5 9 5 6 6 6 6 8 8 12 15 34 42 100 40 μΩ 95 95 23 23 10 10 6 5 6 5 6 5 6 5 8 5 8 5 13 18 40 47 100 40 μΩ 27 20 4 3 5 1 6 1 6 1 6 1 6 1 6 1 6 1 6 1 6 2 2 5 8 16 40 40 μΩ 35 26 7 6 3 5 3 5 2 5 2 5 2 5 2 5 2 5 2 5 4 4 12 20 50 Note 1 Specifications apply to displayed value 4 wire connections except 100 MΩ ...

Page 27: ...0 μA 150 1 M 2 5 2 5 6 5 20 μA 100 μA 200 1 9 M 3 5 3 10 2 5 10 μA 50 μA 200 10 M 10 5 20 0 5 2 μA 10 μA 300 19 M 20 8 40 0 25 1 μA 5 μA 300 100 M 50 12 100 50 200 nA 1 μA 500 Notes 1 Stability specifications are included in the Absolute specification values in the primary specification tables 2 Temperature coefficient is an adder to Absolute specifications that does not apply unless operated more...

Page 28: ...rated voltages within the 5730A Use the following equation to determine the error and add this error to the corresponding specifications Error K I L I I L x I Where Error is in mΩ for all two wire comp values and four wire short and in ppm for the remaining four wire values K is the constant from the above table I and IL are expressed in mA for short to 1 9 kΩ I and IL are expressed in μA for 10 k...

Page 29: ...0 470 340 480 350 480 360 480 100 130 110 130 95 Confidence Level nA ppm output nA 220 μA 2 2 mA 22 mA 0 1 1 10 32 6 25 7 25 40 35 6 30 7 30 40 37 6 33 7 33 40 40 6 35 7 35 40 20 1 6 20 4 20 40 22 1 6 22 4 22 40 μA ppm output μA 220 mA 1 2 2 A 1 0 1 1 35 0 7 50 12 40 0 7 60 12 42 0 7 70 12 45 0 7 80 12 22 0 25 32 6 25 0 25 40 6 5725A Amplifier 11 A 10 330 470 340 480 350 480 360 480 100 130 110 13...

Page 30: ...rminals is 2 2 A Specifications for 220 μA and 2 2 mA ranges are increased by a factor of 1 3 when supplied through 5725A terminals 1 Stability specifications are included in the Absolute specification values for the primary specifications 2 Temperature coefficient is an adder to Absolute specifications It does not apply unless operating more than 5 C from calibration temperature 3 Burden voltage ...

Page 31: ...260 500 170 400 115 400 210 700 1000 6000 280 500 180 400 117 400 220 700 1100 6000 290 500 190 400 118 400 230 700 1200 6000 300 500 200 400 120 400 240 700 1300 6000 260 500 130 400 100 400 190 700 900 6000 280 500 150 400 110 400 220 700 1000 6000 ppm output μA 220 mA 1 μA 10 20 20 40 40 1 k 1 k 5 k 5 k 10 k 260 5 170 4 115 3 210 4 1000 12 280 5 180 4 117 3 220 4 1100 12 290 5 190 4 118 3 230 4...

Page 32: ...0 230 400 140 350 99 350 180 550 900 5000 240 400 150 350 101 350 190 550 1000 5000 250 400 160 350 103 350 200 550 1100 5000 210 400 110 350 80 350 160 550 700 5000 230 400 130 350 90 350 170 550 800 5000 ppm output μA 220 mA 1 μA 10 20 20 40 40 1 k 1 k 5 k 5 k 10 k 210 4 130 3 5 96 2 5 170 3 5 800 10 230 4 140 3 5 99 2 5 180 3 5 900 10 240 4 150 3 5 101 2 5 190 3 5 1000 10 250 4 160 3 5 103 2 5 ...

Page 33: ... 5 100 2 2 A 20 1 k 1 k 5 k 5 k 10 k 50 5 80 20 800 50 4 1 10 5 50 10 10 1 20 5 50 10 1 4 4 0 8 0 5 100 0 3 500 1 1 mA 5725A Amplifier output 11 A 40 1 k 1 k 5 k 5 k 10 k 75 100 100 150 200 300 20 75 40 75 100 75 30 75 50 75 100 75 3 3 0 05 5 0 12 5 0 5 5 Notes Maximum output from 5730A terminals is 2 2 A Specifications for 220 μA and 2 2 mA ranges are increased by a factor of 1 3 plus 2 μA when s...

Page 34: ...ification Seconds Harmonic Distortion dB 1 1 mV 3 3 mV 3 3 mV output floor indicated 10 30 0 01 0 3 0 3 0 3 100 7 40 30 119 99 0 01 0 1 0 1 0 1 100 7 40 120 1 1999 k 0 1 0 1 0 1 0 1 100 5 40 1 2 k 11 999 k 1 0 1 0 1 0 1 100 5 40 12 k 119 99 k 10 0 1 0 1 0 1 100 5 40 120 k 1 1999 M 100 0 2 3 μV 0 1 3 μV 0 1 3 μV 100 5 40 1 2 M 2 M 1 100 k 0 2 3 μV 0 1 3 μV 0 1 3 μV 100 0 5 40 2 M 11 9 M 100 k 0 4 3...

Page 35: ...Pollution Degree 2 Electromagnetic Environment IEC 61326 1 Industrial Electromagnetic Compatibility FCC Rules part 15 sub part B Applies to use in Korea only Class A Equipment Industrial Broadcasting Communication Equipment 1 1 This product meets requirements for industrial Class A electromagnetic wave equipment and the seller or user should take notice of it This equipment is intended for use in ...

Page 36: ... 52120A Users Manual Notes 1 tcal is the temperature at which calibration adjustment took place Maximum inductance for stability LCOMP OFF is 100 μH Maximum inductance for stability LCOMP ON is 400 μH for 2 A and 20 A ranges 100 μH on the 120 A range With LCOMP ON the output is limited to 7 2e3 A Hz For example a 100 A output is limited to 72 Hz Coverage factor k 2 00 95 confidence level Current S...

Page 37: ... width x 36 mm length Maximum Input Current 120 A continuous with built in 12 V fan on Maximum Voltage 4 5 V rms Specification Input Current 1 Frequency Effective Current Amp turns 52120A Coil Specification 2 of Amp turns of 52120A range of Amp turns of 52120A Range 0 A to 100 A DC 0 to 2500 0 7 0 7 0 A to 120 A 10 Hz to 65 Hz 0 to 3000 0 7 0 7 0 A to 120 A 65 Hz to 300 Hz 0 to 3000 0 7 0 7 0 A to...

Page 38: ...99 confidence level and are the combined specification of the coil and a 52120A If the coils are used with other current sources the calibration specification of the coils alone is 0 65 99 confidence level from 0 Hz to 10 kHz Operating Limits Output Current Range 2 A 20 A 120 A Current Output Max 2 A rms 20 A rms 120 A rms Current Input Input Current Max 200 mA rms 200 mA rms 120 mA rms Current ga...

Page 39: ...eferences to external standards and then uses those internal references to calibrate all ranges and functions Artifact calibration requires three external standards or artifacts 10 V 1 Ω and 10 kΩ Environmentally controlled internal check standards provide the primary reference points A stored table of calibration constants defines additional reference points for controlling the output A semi auto...

Page 40: ...ressed in the full verification procedures Calibration Reports The Product stores two sets of calibration constants the set currently in use and the old set from the previous calibration This gives the Product the ability at any time to produce a calibration report of the differences between the present settings and the settings that were in effect before the last calibration The report shows chan...

Page 41: ... dc zero calibration is shown as the Product progresses through a series of steps When completed the Product shows Calibration complete Note If the Product is not warmed up the display prompts to continue or cancel the DC Zeros function 4 Touch Close to proceed with Product use DC Zeros Reminder Specifications require that dc zeros be run at least every 30 days If 30 days passes and dc zeros is no...

Page 42: ...the passcode is entered the Product is unsecured The Product secures itself when it is reset or when the setup menus are closed The Product can be unsecured at any time over the remote interface with the CAL_SECURE command and by entering the passcode The front panel prompts for the passcode to unsecure the Product before it can accept new values to be eventually stored The passcode contains 1 to ...

Page 43: ... to Adjust Product Uncertainty Table 2 lists each external uncertainty limit of the standards and the Product specifications that must be adjusted accordingly if that limit is exceeded As long as the external standards have the uncertainties listed in Table 2 it is not necessary to adjust the Product absolute specifications However if uncertainty of the in house standard exceeds the value in the t...

Page 44: ...e correct connections 4 Connect the 732B to the Product as shown in Figure 1 Calibrator 732B DC STANDARD AC PWR IN CAL CHARGE LOW BAT 10V 1 018V CHASSIS GUARD 1 018V COM 10V COM SERIAL NUMBER hhp027 eps Figure 1 732B External Calibration Connections 5 Enter the value of the 732B 10 V output This should be obtained from the report of calibration for the 732B and preferably from control charts that ...

Page 45: ...Push on the Product again to continue 11 When the internal 10 kΩ reference has been characterized accept or reject the changes that are about to be made to the calibration constant To reject the changes touch Cancel Otherwise touch Continue to accept and save the changes This lets the calibration process continue Resistance Standard Calibrator hhp028 eps Figure 2 742A 1 and 742A 10 k External Cali...

Page 46: ...lar to this is shown Setup Menu Calibration Artifact Calibration Calibration Complete The largest change was 30 of spec 22VDC Would you like to save changes Discard Save hhp215 eps 16 Touch Save to store the results and adjust the Product If the security passcode has not already been entered the Product prompts to do so before the results are saved Touch Discard to remove the results from the cali...

Page 47: ...nge constant multipliers are restored to 1 All range adjustments can be erased by selecting Restore Factory Defaults from the Calibration Menu Before the subsequent procedure is started make sure the equipment necessary including in house laboratory standards where necessary are on hand The subsequent example procedure adjusts the 220 V dc range constant with the listed equipment 732B DC reference...

Page 48: ...ge Adjustment Setup Menu Calibration External Sense OFF External Guard OFF Continue V 200 00000 External Sense OFF Reference 200 000000 dBm Error 0 00ppm Standby Press OPERATE Adjust with knob then press Continue hhp217 eps 6 Push to activate the Product output 7 Turn the output adjustment knob on the Product until a null is achieved on the null detector and then touch Continue 8 Touch Save to sto...

Page 49: ...ndard INPUT REFERENCE STANDARD NULL DETECTOR 732B Voltage Reference Standard 732B DC STANDARD AC PWR IN CAL CHARGE LOW BAT 10V 1 018V CHASSIS GUARD 1 018V COM 10V COM SERIAL NUMBER External Sense OFF External Guard OFF 8508A Reference Multimeter 5730 7003 5730 7003 NC hhp302 eps Figure 3 220 V DC Range Calibration Connections ...

Page 50: ...ith the Product shipment to a standards laboratory for periodic verification The subsequent procedure describes the process for wideband gain calibration Note To do this procedure a Type N female to double banana plug adapter is necessary This adapter comes with the Product Before this procedure is started make sure the Product is powered on and has completed an appropriate warm up period To calib...

Page 51: ...age is shown to refer to the manual for negative gains connections 4 Reverse the dual banana connector so that the center connector is connected to LO 5 Push The display shows progress through the procedure in the same fashion as for artifact calibration At the end of the procedure the Product gives the option to save or discard the results 6 Touch Save to store the results and adjust the Product ...

Page 52: ...other frequencies will be compared 7 Touch Continue and the frequency changes to the next value 8 At this point and all subsequent points for this range adjust the Product output adjustment knob to bring the 5790A error display to 0 and then touch Continue on the Product Repeat this step for each frequency through 30 MHz 9 The Product wideband output changes to 1 V at 1 kHz When it has push the CL...

Page 53: ...e calibration check at any time to confirm the integrity of the Product without connecting external standards The calibration check is also useful to collect a performance history Before this procedure is started make sure the Product is powered on and has completed the appropriate warm up period To check the calibration 1 Touch the Setup Menu Calibration to show the Calibration menu 2 Touch Run C...

Page 54: ...oper way to do this is to accumulate a performance history by calibrating regularly and recording results on a control chart Calibrating regularly and recording the results on a control chart is tedious and requires a large array of equipment The Product calibration check feature is an alternative with some distinct advantages Calibrated check standards are already programmed into the unit Externa...

Page 55: ... of any drift detected at the most recent calibration This report is available and valid at any time The report contains this information Heading that shows the date and time the report was saved the user report string and the installed version of the Product software Modules present installed or attached including any attached amplifiers Most recent calibration dates and temperatures Values of ex...

Page 56: ...e permanent changes to calibration constants This report is available only after a calibration check has been done and until power has been reset to the Product The report contains this information Heading that shows the date and time the report was saved and user report string Modules present installed or attached Most recent calibration dates and temperatures Values of externally calibrated inte...

Page 57: ...e verification tests as long as the same points are tested and equipment and standards used are at least as accurate as those specified If standards are less accurate than specified appropriate tolerance limit and or accuracy reductions must be made to achieve equivalent results Required Equipment for All Tests An abbreviated summary of required equipment for all the verification tests is given in...

Page 58: ... has the same base units of measurement as the output value volts amps It is not appropriate to add a range specification and floor specification together directly because they are not in the same units of measurement In order to add the two quantities it is Equipment Description Application AC Measurement Standard or Fluke 5790A ACV ACI Resistance Standards Fluke 742A Series Cal Ohms DCI Referenc...

Page 59: ...confidence limits 95 confidence limits 24 hour 90 day or 1 year specifications While the calibration procedure included in this manual is applicable to testing every test point the uncertainty from the calibration process as compared to the specification limit varies and can require further consideration of measurement decision risk Some quality systems require adherence to particular rules for me...

Page 60: ...r this method may be computed as follows Using the example test point in the previous section for the 90 day 99 confidence specification for 2 mA at 1 kHz the specification limits are 274 nA If for example the expanded uncertainty of measurement at this test point was 55 nA the test limit would be Test Limit 274 nA 55 nA 219 nA This creates upper and lower test limits of 1 999781 mA to 2 000219 mA...

Page 61: ...g strategies The method selected must meet the quality system requirements of the owner of the Product being calibrated The best uncertainty attainable at some test points can be relatively large as compared to the specification Fluke Calibration recommends that when making conformity assessment decisions of in or out of tolerance to published specifications during performance verification the unc...

Page 62: ...ng in the Table 5 DMM Measured Value column 7 Set the Product to 1 9 Ω 8 Wait for the reading to settle and then record the reading in the Table 5 DMM Measured Value column 9 Push to put the Product in standby 10 Enter the value shown on the Product display for 1 Ω and 1 9 Ω into Table 5 11 Enter the difference in the measured resistance and the resistance shown into the Table 5 Measured Minus Dis...

Page 63: ... Connect the DMM to the first or next resistance standard 742A given in Table 6 using the 5730A 7003 cables as shown in Figure 8 5 Enter the resistance value of the 742A Standard in Table 6 under the 742A STD Ohms Value This value will be used with two measurements of the Product 6 Set the 8508A to the range and 2W or 4W Ω as given in Table 6 For the 10 Ω and 19 Ω test have the 8508A in the True O...

Page 64: ... settle and then record it in the Table 6 Product Ohms DMM Readings column 12 Set the Product to the next resistance in Table 6 that uses the same resistance standard 13 Record the shown value in Table 6 under Product Displayed Value 14 Wait for the reading to settle and then record it in Table 6 15 Calculate the Product values using Equation 1 in Table 6 and record it under the Calculated Value c...

Page 65: ...d Value Product Displayed Value Calculated Value Minus Displayed Value Limits Ω 10 20 4 Wire 10 Ω 250 μ 19 475 μ 100 200 4 Wire 100 Ω 1 1 m 190 2 09 m 1 K 2 k 4 Wire 1 kΩ 7 2 m 1 9 K 13 7 m 10 K 20 k 4 Wire 10 kΩ 70 m 19 K 133 m 100 K 200 k 4 Wire 100 kΩ 800 m 190 K 1 9 1 M 20 M 2 Wire 1 MΩ 14 1 9 M 32 3 10 M 20 M 2 Wire 10 MΩ 370 19 M 893 100 M 200 M 2 Wire 100 MΩ 11 k Equation 1 Reading DMM Ohm ...

Page 66: ...s special cable do steps 2 through 11 and 15 through 17 from the last section 3 For steps 7 and 11 while waiting for the reading to settle hold very still and have no one moving within 10 feet or so of the test setup Expect the readings to take several minutes to settle DC Voltage Verification Test This test checks every dc voltage range first at 0 V including negative zero points then at decade v...

Page 67: ...e Zero Rng button 4 Remove the short from the end of the cable and connect it to the Product OUTPUT HI and LO and the shield to the guard terminal 5 Connect the Product Guard and Ground together Make sure the Product is set to internal guard 6 Set the Product to the first zero test on the appropriate range as given in Table 8 Note For each new range tested 1 Remove the range lock if set 2 Set the ...

Page 68: ... CALIBRATE switch to 10 1 4 Set the Product to output 0 mV on the 200 mV range and push 5 Wait for the reading to settle this can take several minutes and then zero the meter using the Zero Rng button 6 Set the Product to output 20 V 7 Wait for the reading to settle this can take several minutes and note the reading Set the CALIBRATE switch to 10 1 and note the reading 8 If the readings in step 7 ...

Page 69: ...ns constant 4 It can be difficult to adjust the BALANCE control for a difference of exactly 0 μV but it is not necessary to get it to exactly zero to get good results Instead adjust the BALANCE for as close to zero as is practical but a difference as large as 1 μV is still acceptable Then adjust the 10 1 or 100 1 CALIBRATION adjustment for a reading that is the same for the switch in the 10 1 posi...

Page 70: ...ngs such as the number of digits 7 or 8 using FAST or not or using the FILTER or not can be tried until a combination is found that works best It may be that one set of settings is found to be best for the initial adjustments and then a change in the settings for the final adjustment For example it may work best to set up the meter to respond quickly to a change in voltage to get the adjustments c...

Page 71: ... Full Verification 61 HI HI HI LO LO LO OUTPUT HI LO GND GRD 752A Voltage Divider Standard INPUT REFERENCE STANDARD NULL DETECTOR 5730A Calibrator 8508A Reference Multimeter NC hhp305 eps Figure 9 Zero Null Detector Connection ...

Page 72: ...l guard not selected 5 Wait for the reading to settle and then push the Zero Rng button to zero the meter 6 Remove the two shorts from the reference divider and connect the 732B 10 V Reference Standard and the Product as shown in Figure 11 7 Enter the Reference Standard Voltage Vstd into Table 9 8 Set the Product to the first test voltage listed in Table 9 the reference divider to the setting give...

Page 73: ...d V 100 V 1 2 μV POS 1 2 2 V 1 V dmm std V 10 V 4 8 μV NEG 1 2 2 V 1 V dmm std V 10 V 4 8 μV POS 10 11 V 10 V dmm std V V 33 μV NEG 10 11 V 10 V dmm std V V 33 μV POS 10 22 V 10 V dmm std V V 35 μV NEG 10 22 V 10 V dmm std V V 35 μV POS 100 220 V 100 V 10 V V dmm std 450 μV NEG 100 220 V 100 V 10 V V dmm std 450 μV POS 100 1100 V 100 V 10 V V dmm std 1 1 mV NEG 100 1100 V 100 V 10 V V dmm std 1 1 ...

Page 74: ...r Standard INPUT REFERENCE STANDARD NULL DETECTOR 732B Voltage Reference Standard 732B DC STANDARD AC PWR IN CAL CHARGE LOW BAT 10V 1 018V CHASSIS GUARD 1 018V COM 10V COM SERIAL NUMBER External Sense OFF External Guard OFF 8508A Reference Multimeter NC hhp301 eps Figure 10 Zero Null Detector Connections ...

Page 75: ...tandard INPUT REFERENCE STANDARD NULL DETECTOR 732B Voltage Reference Standard 732B DC STANDARD AC PWR IN CAL CHARGE LOW BAT 10V 1 018V CHASSIS GUARD 1 018V COM 10V COM SERIAL NUMBER External Sense OFF External Guard OFF 8508A Reference Multimeter 5730 7003 5730 7003 NC hhp302 eps Figure 11 DC Voltage Calibration Connection ...

Page 76: ...d record it in Table 10 Push 8 Connect the 8508A to the 10 V standard but reverse the connection to the HI and LO so the 8508A reads 10 V 9 Wait for the reading to settle and record it in Table 10 10 Connect the Product to the 8508A as shown in Figure 12 11 Set the Product to output 19 V and push 12 Wait for the reading to settle and record it in Table 10 Push 13 Calculate the measured voltage of ...

Page 77: ... 67 5730A 732B DC Standard 732B DC STANDARD AC PWR IN CAL CHARGE LOW BAT 10V 1 018V CHASSIS GUARD 1 018V COM 10V COM SERIAL NUMBER NC NC 8508A Reference Multimeter 8508A Reference Multimeter hhp304 eps Figure 12 19 V DC Verification Connections ...

Page 78: ...ing to settle and push the Zero Rng button to zero the DMM 5 Set the Product to the current level on the range given in Table 12 The Current Output is set to NORMAL 6 If the current in Table 12 is zero on a range above the 220 μA range first set the Product to a current near full scale on the given range and then lock the range before setting the Product to zero current 7 Push 8 Wait for the readi...

Page 79: ...Multifunction Calibrator Full Verification 69 UUT HI LO HI LO 742A Resistance Standard DMM NC hhp307 eps Figure 13 Direct Current Accuracy Test Connections ...

Page 80: ...A 2 2 mA 2 V 100 Ω 78 nA 0 mA 22 mA 200 mV 100 Ω 50 nA 20 mA 22 mA 2 V 10 Ω 75 μA 20 mA 22 mA 2 V 10 Ω 75 μA 0 mA 220 mA 200 mV 10 Ω 0 8 μA 100 mA 220 mA 200 mV 1 Ω 5 3 μA 200 mA 220 mA 2 V 1 Ω 11 4 μA 200 mA 220 mA 2 V 1 Ω 11 4 μA 0 A 2 2 A 200 mV 1 Ω 15 μA 1 A 2 2 A 200 mV 0 1 Ω 85 μA 2 A 2 2 A 2 V 0 1 Ω 235 μA 2 A 2 2 A 2 V 0 1 Ω 235 μA 5725A Current Verification 0 A 11 A 200 mV 10 Ω 480 μA 3 A...

Page 81: ... output terminals of the Product 2 Set the Product to 2 V at the output frequencies listed in Table 13 3 Record the reading in Table 13 Measured Value Verify that the counter reads within the limits shown on the test record 4 Disconnect the counter from the Product Table 13 AC Voltage Frequency Accuracy Test Record Product Function Range Nominal Value Measured Value Limits 10 000 00 Hz 2 V 10 000 ...

Page 82: ...y pressing it off and on 3 times and then leave it on The green LED is lit when in the ON position Set the range on the 5790A to AUTO and connect the Product guard to the 5790A guard using a short heavy lead 3 Refer to Table 15 and output 600000 mV 1 kHZ and record the reading under Measured Value 4 Test the remaining amplitudes and frequencies in Table 15 5 Verify that the measured values are wit...

Page 83: ...MHz 31 2 μV 22 mV 20 00 000 mV 10 Hz 10 4 μV 22 mV 20 000 00 mV 20 Hz 7 1 μV 22 mV 20 000 00 mV 40 Hz 6 8 μV 22 mV 20 000 00 mV 1 kHz 6 8 μV 22 mV 20 000 00 mV 20 kHz 6 8 μV 22 mV 20 000 00 mV 50 kHz 9 6 μV 22 mV 20 000 00 mV 100 kHz 16 8 μV 22 mV 20 000 00 mV 300 kHz 36 0 μV 22 mV 20 000 00 mV 500 kHz 55 0 μV 22 mV 20 000 00 mV 1 MHz 87 0 μV 220 mV 200 000 0 mV 10 Hz 69 0 μV 220 mV 200 000 0 mV 2...

Page 84: ... 1 000 000 V 300 kHz 470 μV 2 2 V 1 000 000 V 1 MHz 2 2 mV 2 2 V 2 000 000 V 10 Hz 590 μV 2 2 V 2 000 000 V 20 Hz 220 μV 2 2 V 2 000 000 V 40 Hz 102 μV 2 2 V 2 000 000 V 1 kHz 102 μV 2 2 V 2 000 000 V 20 kHz 102 μV 2 2 V 2 000 000 V 50 kHz 166 μV 2 2 V 2 000 000 V 100 kHz 234 μV 2 2 V 2 000 000 V 300 kHz 840 μV 2 2 V 2 000 000 V 500 kHz 2 5 mV 2 2 V 2 000 000 V 1 MHz 4 0 mV 22 V 20 000 00 V 10 Hz ...

Page 85: ...37 mV 220 V 50 V 300 kHz 70 mV 220 V 30 V 500 kHz 206 mV 220 V 22 V 1 MHz 298 mV 1000 V 250 V 15 Hz 100 mV 1000 V 500 V 50 Hz 41 5 mV 1000 V 500 V 1 kHz 41 5 mV 1000 V 1000 V 50 Hz 79 mV 1000 V 1000 V 1 kHz 79 mV 5725A AC Voltage Verification 1100 V 300 V 40 Hz 28 mV 1100 V 300 V 1 kHz 28 mV 1100 V 300 V 20 kHz 43 5 mV 1100 V 300 V 50 kHz 119 mV 1100 V 300 V 100 kHz 435 mV 1100 V 600 V 40 Hz 52 mV...

Page 86: ...ment Model or Description AC Measurement standard Fluke 5790A Current Shunts Fluke A40B 10 mA Shunt Fluke A40B 20 mA Shunt Fluke A40B 200 mA Shunt Fluke A40B 2 A Shunt Fluke A40B 5 A Shunt 5725A only Fluke A40B 10 A Shunt 5725A only Coaxial Cable Type N M connectors both ends Fluke A40B LEAD N 1000 Ω Shunt See 200 μA Range for description Coaxial Cable Type N M one end dual banana plugs other end ...

Page 87: ...ncy as given in Table 17 and then push 4 Wait for the 5790A reading to settle and record it in Table 17 under 5790A Reading Volts 5 Calculate the measured current and record in the Table 17 Calculated Current column This is found by dividing the 5790A reading in volts by the shunt ac resistance in ohms See the equation in Table 17 Verify that the results are within the given limits 6 Repeat steps ...

Page 88: ... shown in Figure 17 2 Enter the Shunt ACI Corrections from the calibration certificate for the 5790A Shunt combination into the Table 18 5790A Shunt ACI Correction ppm column 3 Set the 5790A to Input 2 External Guard and the range given in Table 18 4 Set the Product to output the current level and frequency at the appropriate output terminals as given in Table 18 for the test point being done and ...

Page 89: ...kHz 10 mA 220 mV 570 nA 2 mA 10 kHz 10 mA 220 mV 3 μA 20 mA 10 Hz 20 mA 2 2 V 6 1 μA 20 mA 20 Hz 20 mA 2 2 V 4 μA 20 mA 40 Hz 20 mA 2 2 V 2 74 μA 20 mA 1 kHz 20 mA 2 2 V 2 74 μA 20 mA 5 kHz 20 mA 2 2 V 5 1 μA 20 mA 10 kHz 20 mA 2 2 V 28 μA 200 mA 10 Hz 200 mA 2 2 V 61 μA 200 mA 20 Hz 200 mA 2 2 V 40 μA 200 mA 40 Hz 200 mA 2 2 V 26 4 μA 200 mA 1 kHz 200 mA 2 2 V 26 4 μA 200 mA 5 kHz 200 mA 2 2 V 48...

Page 90: ... A 700 mV 1 37 mA 3 A 1 kHz 3 A 700 mV 1 37 mA 3 A 5 kHz 3 A 700 mV 2 93 mA 3 A 10 kHz 3 A 700 mV 10 65 mA 10 A 40 Hz 10 A 2 2 V 4 17 mA 10 A 1 kHz 10 A 2 2 V 4 17 mA 10 A 5 kHz 10 A 2 2 V 8 88 mA 10 A 10 kHz 10 A 2 2 V 33 75 mA Equation 1 RESISTANCE AC B 40 A V READING A 5790 Current Calculated ...

Page 91: ...put 22 mV 12 34 nA 20 μA 10 kHz Output 22 mV 102 nA 200 μA 10 Hz Output 220 mV 76 nA 200 μA 20 Hz Output 220 mV 48 nA 200 μA 40 Hz Output 220 mV 33 4 nA 200 μA 1 kHz Output 220 mV 33 4 nA 200 μA 5 kHz Output 220 mV 79 nA 200 μA 10 kHz Output 220 mV 300 nA 20 μA 1 kHz Aux Output 22 mV 2 0 μA 200 μA 5 kHz Aux Output 220 mV 2 1 μA 200 μA 10 kHz Aux Output 220 mV 2 4 μA Equation 2 1 000 000 Correction...

Page 92: ...the wideband module works as follows Accuracy at 1 kHz Output at 1 kHz is tested by comparing the wideband output at the end of the cable and termination supplied with the instrument to the 5790A at INPUT 2 Output flatness The output flatness is tested using the 5790A wideband input and using reduced spec limits when the TUR Test Uncertainty Ratio is less than 4 1 Table 19 lists the equipment requ...

Page 93: ...A push UTIL MENUS button and then MEAS CONTROL soft key Set the digital filter mode to FAST and the restart to MEDIUM Push the DONE soft key twice to return to the measurement display 5 Use the Product output adjustment knob to obtain a reading on the 5790A measurement display of 2 100000 20 counts 6 Read the error on the Product display in ppm If the error is shown in percent convert it to ppm by...

Page 94: ...ed 5790A Wideband Input 5730A Wideband Output Wideband Output Cable F3 13 EPS Figure 19 Wideband Flatness Test Setup 2 Set the wideband output to 3 V at 1 kHz 3 Push the WBND button on the 5790A when the reading has settled push the SET REF soft key 4 Set the Calibrator to frequencies shown in Table 23 for the 3 V output and record the errors on the 5790A error display at each frequency in Table 2...

Page 95: ...300 03 Hz 500 Hz 499 95 Hz to 500 05 Hz 800 Hz 799 92 Hz to 800 08 Hz 900 Hz 899 91 Hz to 900 09 Hz 1 kHz 999 0 Hz to 1 0001 kHz 1 19 kHz 1 189881 kHz to 1 190119 kHz 2 2 MHz 2 19978 MHz to 2 20022 MHz 3 5 MHz 3 49965 MHz to 3 50035 MHz 3 8 MHz 3 79962 MHz to 3 80038 MHz 10 MHz 9 990 MHz to 10 001 MHz 20 MHz 19 998 MHz to 20 002 MHz 30 MHz 29 997 MHz to 30 003 MHz Table 22 Wideband Accuracy at 1 k...

Page 96: ...kHz 1000 300 3 33 0 988 988 500 kHz 1000 300 3 33 0 988 988 2 MHz 1000 500 2 00 0 932 932 5 MHz 2000 1000 2 00 0 932 1864 10 MHz 2000 1000 2 00 0 932 1864 20 MHz 4000 1500 2 67 0 968 3872 30 MHz 10000 3500 2 86 0 975 9750 300 mV 10 kHz 1000 300 3 33 0 988 988 120 kHz 1000 300 3 33 0 988 988 500 kHz 1000 300 3 33 0 988 988 2 MHz 1000 500 2 00 0 932 932 5 MHz 2000 1000 2 00 0 932 1864 10 MHz 2000 10...

Page 97: ... 932 932 500 kHz 1300 700 1 86 0 920 1196 2 MHz 1300 700 1 86 0 920 1196 5 MHz 2300 1000 2 30 0 950 2185 10 MHz 2300 1000 2 30 0 950 2185 20 MHz 4300 1700 2 53 0 962 4137 30 MHz 10300 3700 2 78 0 972 10012 3 mV 10 kHz 1000 500 2 00 0 932 932 120 kHz 1000 500 2 00 0 932 932 500 kHz 2000 1033 1 94 0 928 1856 2 MHz 2000 1033 1 94 0 928 1856 5 MHz 4000 1333 3 00 0 980 3920 10 MHZ 4000 1333 3 00 0 980 ...

Page 98: ...it ppm 2 1V 10 Hz 5238 30 Hz 2238 10 kHz 2238 120 kHz 2238 500 kHz 2238 1V 10 kHz 2900 120 kHz 2900 500 kHz 2900 300 mV 10 kHz 2833 120 kHz 2833 500 kHz 2833 100 mV 10 kHz 3400 120 kHz 3400 500 kHz 3400 30 mV 10 kHz 3333 120 kHz 3333 500 kHz 3333 10 mV 10 kHz 3900 120 kHz 3900 500 kHz 3900 3 mV 10 kHz 4833 120 kHz 4833 500 kHz 4833 1 mV 10 kHz 5400 120 kHz 5400 500 kHz 5400 ...

Page 99: ... Warning To prevent possible electrical shock fire or personal injury Turn the Product off and remove the mains power cord Stop for two minutes to let the power assemblies discharge before you open the fuse door Use only specified replacement fuses Access the fuse from the rear panel The fuse rating label located under the fuse holder shows the correct replacement fuse ratings for each operating v...

Page 100: ... Manual 90 Table 25 Replacement Fuses Line Voltage Setting Fuse Description Fluke Part Number 100 V to 120 V T 3 A 250 V 109280 220 V to 240 V T 1 5 A 250 V 109231 1 115V 230V PRSR 2 hhp003 eps Figure 20 Access the Fuse ...

Page 101: ...t be removed and cleaned at least every 30 days or more frequently if the Product is operated in a dusty environment The air filter is accessible from the rear panel To clean the air filter refer to Figure 21 1 Disconnect line power 2 Unscrew the knurled screw at the top of the air filter and pull the filter retainer downwards it is hinged at the bottom to remove the filter 3 To clean the filter w...

Page 102: ...8705 DECAL INPUT 4104451 KNOB ENCODER 4219600 DECAL MODEL 5730A 4219569 DECAL USB 4219557 BOTTOM FOOT 868786 FUSE 25X1 25 3A 250V SLOW 120V Model 109280 FUSE 25X1 25 1 5A 250V SLOW 230V Model 109231 FILTER FRAME 886390 FILTER AIR 813493 FILTER GUARD 674231 SIDE EXTRUSION 4222803 INSERT EXTRUSION 4233853 SCREW 8 32 375 LO CAP HANDLES 295105 SCREW 6 32 X 0 25 FLAT HD TOP BOTTOM COVERS 320093 Not sho...

Page 103: ...Multifunction Calibrator User Replaceable Parts 93 1 2 4 5 3 7 8 15 10 11 12 13 14 6 9 hhp311 eps Figure 22 User Replaceable Parts ...

Page 104: ...5730A Calibration Manual 94 ...

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