Fluke Calibration 5322A Operator's Manual
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Fluke Calibration 5322A Operator's Manual

Multifunction electrical tester calibrator
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5322A
Multifunction Electrical Tester Calibrator
Operators Manual
January 2019
© 2019 Fluke Corporation. All rights reserved. Specifications are subject to change without notice.
All product names are trademarks of their respective companies.

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Summary of Contents for Fluke Calibration 5322A

  • Page 1 5322A Multifunction Electrical Tester Calibrator Operators Manual January 2019 © 2019 Fluke Corporation. All rights reserved. Specifications are subject to change without notice. All product names are trademarks of their respective companies.
  • Page 2 LIMITED WARRANTY AND LIMITATION OF LIABILITY Each Fluke product is warranted to be free from defects in material and workmanship under normal use and service. The warranty period is one year and begins on the date of shipment. Parts, product repairs, and services are warranted for 90 days.
  • Page 3 Box 9090, Everett, WA 98206-9090. Declaration of the Manufacturer or Importer We hereby certify that the Fluke Calibration Model 5322A is in compliance with Postal Regulation Vfg. 1046 and is RFI suppressed. The marketing and sale of the equipment was reported to the German Postal Service. The right to retest this equipment to verify compliance with the regulation was given to the German Postal Service.
  • Page 4 If necessary, the user should consult the dealer or an experienced radio/television technician for additional suggestions. The user may find the following booklet prepared by the Federal Communications Commission helpful: How to Identify and Resolve Radio-TV Interference Problems. This booklet is available from the U.S.

  • Page 5: Table Of Contents

    Title Page Introduction .................... 1 Safety Information ................. 2 Warnings ................... 2 Symbols ..................... 4 Contact Fluke Calibration ..............5 Specifications ..................5 Service Information ................5 Calibrator Functions ................6 Function Descriptions ................ 6 Other Features .................. 8 Accessories ................... 8 Included Accessories .................
  • Page 6 Use the Leakage Current Function ............50 Passive Leakage Current ..............51 Differential Leakage Current .............. 52 Active Leakage Current (5322A/VLC only) ........53 Substitute Leakage Current Mode ............. 55 Substitute Leakage Current Mode ............. 55 Use the RCD Test Functions ..............58 RCD Trip Current Function for Installation Testers ......
  • Page 7 Contents (continued) Remote Operation ................. 83 Using the IEEE 488 Port for Remote Control ........83 IEEE 488 Bus Restrictions ..............83 Set up the IEEE 488 Port ..............84 Use the USB Port for Remote Control ........... 84 Set up the USB Port ................85 Exceptions for USB Remote Control ..........
  • Page 8 Calibrate Residual Current Device (RCD) in PATs (Portable Appliance Tester) .................. 192 Calibrate AC and DC Voltage (5322A/VLC only) ........194 Calibrate Load Test for Appliance Testers ..........197 Perform Flash Class I and Flash Class II Tests on (PAT) Portable Appliance Testers ..............

  • Page 9: Introduction

    Where necessary, the text is specific to each of these Products. Otherwise, the manual applies to each Product. Through the manual, all varieties of the 5322A will be referred to as the Product or Calibrator. Use all Products to calibrate and test electrical safety testers.

  • Page 10: Safety Information

    5322A Operators Manual Safety Information A Warning identifies conditions and procedures that are dangerous to the user. A Caution identifies conditions and procedures that can cause damage to the Product or the equipment under test. Warnings XWWarning To prevent possible electrical shock, fire, or personal injury: •...
  • Page 11 Multifunction Electrical Tester Calibrator Safety Information • Do not touch voltages >30 V ac rms, 42 V ac peak, or 60 V dc. • Do not use the Product if it operates incorrectly. • Do not apply more than the rated voltage, between the terminals or between each terminal and earth ground.

  • Page 12: Symbols

    5322A Operators Manual • When you use the Resistance Multiplier adapter, connect its chassis to protective earth ground (PE) on the Product front panel. The ground terminal on the rear panel of the Product can also be used for this purpose.

  • Page 13: Contact Fluke Calibration

    To register your product, visit http://flukecal.com/register-product. Specifications Safety specifications are located in the printed 5322A Safety Information. Full specifications are located online in the 5322A Specifications. Service Information Contact an authorized Fluke Calibration Service Center if the Product needs calibration or repair during the warranty period.

  • Page 14: Calibrator Functions

    5322A. Insulation Resistance When using the 5322A for insulation resistance calibration, the Product acts as a high-resistance source from 10 kΩ to 10 GΩ with 4½ digit resolution. A single value 100 GΩ...
  • Page 15 Ground bond outputs can be configured as either 2-wire or 4-wire. The Product senses and displays Device Under Test (DUT) test conditions, types of test current, and current levels up to 40 A. In the 5322A/VLC, an Active Loop Compensation module will compensate for residual resistance when performing loop and line impedance calibrations.

  • Page 16: Other Features

    5322A Operators Manual Flash Function The Product can verify the flash function of PAT testers in both Class I to 1500 V and Class II to 3000 V. Other Features For ease of use, the Product includes other features such as setup menus, power line condition testing at power-up and hardware and software overload protection.

  • Page 17: Included Accessories

    Table 2 lists the accessories included with the Product. Table 2. Included Accessories Item Model or Part Number 5322A Safety Information 4977829 Fluke calibration report with test data Resistance multiplier 5322A-R-MULTI See Tables 21 and 22 for a list of fuses with part Spare fuses numbers.

  • Page 18: Optional Accessories

    Description 5322A/CASE Transit case for 5322A Y5320 Rack mount kit for mounting a 5322A in a standard 19-inch rack. 5322A-LOAD 5 kV High Voltage Load adapter Unpack and Inspect the Product The Product ships in a container that prevents damage during shipping. Inspect the Product carefully for damage, and immediately report any damage to the shipper.

  • Page 19: Mains Power Cord

    The Product comes with the appropriate line power plug for the country of purchase. If a different type is necessary, refer to Table 4. They list and show the mains line power plug types available from Fluke Calibration.

  • Page 20: Ground The Product

    Line Power and Fuse The line power receptacle and the fuse are located on the rear of the Product. See Rear-Panel Features. Use only the fuse recommended by Fluke Calibration. Replace the Fuses The Product uses fuses to protect both the line power input and measurement inputs.

  • Page 21: Select The Line Voltage

    Multifunction Electrical Tester Calibrator Install the Product in an Equipment Rack Select the Line Voltage The Product operates on two different input line voltages. The line voltage setting is indicated on the face of the line voltage switch found on the Product rear panel.
  • Page 22 The Product's Ground Bond Resistance and Loop/Line resistance specifications are dependent upon how often you clean the relay. See the 5322A Specifications online for details. 2. Ignore the cleaning request with the EXIT softkey if necessary, or push the Continue softkey to start the process.

  • Page 23: Operation Rules

    Multifunction Electrical Tester Calibrator Operation Rules The measurement takes approximately 10 seconds and is used in the Loop/Line impedance function. The measurement can cause current spikes to occur on the mains supply, so this start-up measurement can be disabled if desired. Access to changing the setting is in Setup>Line&Loop scan, and the Start Up SCAN parameter.

  • Page 24: Front-Panel Operation

    5322A Operators Manual Front-Panel Operation The Product can be controlled either by sending commands through one of its communication interfaces or by manual manipulation of its front-panel controls. This section explains the function and use of the controls and indicators located on the front and rear panel of the Product.
  • Page 25 See the Display Panel below for more details on the displayed information. Selects the output function. The output functions are:  AC/DC Voltage Calibration (5322A/VLC and 5322A/5/VLC only) Output Function Keys  Low Resistance ...
  • Page 26 5322A Operators Manual Table 5. Front-Panel Features (cont.) Item Description If any of these keys are pushed or the rotary knob is turned, a digit on the OUTPUT area of the display is highlighted. The output increments or decrements as the rotary knob is turned.
  • Page 27 Multifunction Electrical Tester Calibrator Front-Panel Operation Table 5. Front-Panel Features (cont.) Item Description Provides connection points for meter measurements. The V terminal is for ac and dc voltages up to 1100 V dc/ac. The HV terminal, also Meter Terminals referred to as the HV 5 kV Probe, measures up to 5000 V ac rms or dc.

  • Page 28: Rear-Panel Features

    5322A Operators Manual Rear-Panel Features Table 6 lists the items found on the rear panel. Table 6. Rear-Panel Features & 115/230V 1250V 50/60 Hz iep002.eps Item Description The filter covers the air intake to keep dust and debris out of the chassis.

  • Page 29: Display Features

    Multifunction Electrical Tester Calibrator Front-Panel Operation Table 6. Rear-Panel Features (cont.) Item Description A standard interface for operating the Product in remote control as a Talker or Listener on the IEEE 488 Bus. IEEE 488 Port Refer to Remote Operation for bus connection and remote programming instructions.
  • Page 30 5322A Operators Manual Table 7. Display Panel Features iep102.eps Item Description  Output - Shows the selected function and their parameters.  Local or Remote - Shows which of the two control modes is enabled. Specifications - Shows the accuracy of the output signal or measured parameter. If the Product is ...

  • Page 31: Control The Product

    Multifunction Electrical Tester Calibrator Control the Product Control the Product The subsequent sections give an overview of basic Product operation. More detailed use is described in Product Functions. Select a Function Once the Product is powered on and the self-test has completed successfully, the Product sets itself to its reference state of Meter mode.

  • Page 32: Set The Output Signal Value

    5322A Operators Manual Set the Output Signal Value All Product functions allow you to set the primary and auxiliary parameter values in different ways: • Numeric keyboard • Cursor keys • Rotary Knob The cursor keys and rotary knob are also used to make menu selections in the setup window.

  • Page 33: Cursor Key Editing

    Multifunction Electrical Tester Calibrator Control the Product Note To exit the numeric entry without entering the typed value, push . The Product changes the parameter to the value entered, displays the entered value and the input box disappears. 3. To exit the edit mode, push the Exit softkey. Cursor Key Editing To enter a value with the cursor keys: 1.

  • Page 34: Readings

    5322A Operators Manual Readings Readings taken by the Product functions are shown either in the OUTPUT/INPUT area or PARAMETERS area of the display. All readings are shown in red with an appropriate units label. If a reading is outside the specified limits of the function, the Product disconnects the active terminals and shows the Input overloaded error message.

  • Page 35: Calibrator Setup Menu

    Multifunction Electrical Tester Calibrator Calibrator Setup Menu Calibrator Setup Menu A setup menu permits setting some of the Product operational parameters. There are setup selections for general Product operation as well as specific Product functions. This section explains the Product general setups, while the more function specific setups are covered in the sections associated with each function or feature.

  • Page 36: Set The Beeper Volume

    5322A Operators Manual Set the Beeper Volume To set the beeper volume: 1. After you enter the setup menu, push  or  or turn the rotary knob to highlight Beeper Volume in the list of setup selections. 2. Push the Select softkey or push in the rotary knob.

  • Page 37: Set The Calibration Password

    Multifunction Electrical Tester Calibrator Calibrator Setup Menu Set the Calibration Password The calibration default password is set to 2235. Only when the password is changed to a non-zero value must a password be entered to access the calibration mode. The purpose of the password is to prevent unauthorized users from changing the calibration settings.

  • Page 38: Set The Date

    5322A Operators Manual Set the Date To set the date: 1. After you enter the setup menu, push  or  or turn the rotary knob to highlight Date in the list of setup selections. 2. Push the Select softkey or push in the rotary knob.

  • Page 39: Factory Settings

    Multifunction Electrical Tester Calibrator Factory Settings Factory Settings Table 8 lists the setup functions and their respective factory set values. Table 8. Factory Settings Setup Item Factory Set Value Volume Brightness Beeper Calibration password 2235 Time Date Voltage calibrator Yes/No Loop Compensator Yes/No Calibrator GND...

  • Page 40: Product Functions

    5322A Operators Manual Product Functions This section describes use of the Product functions to calibrate testers and meters. It is assumed the reader is already familiar with the Product controls, connections, and indicators covered in Front-Panel Operation. See Safety Information before doing reading this section.
  • Page 41 Terminals area of the display. See Figure 3. LO-OHM HI Terminal LO-OHM HI Sense Terminal 2 aux 1 aux 5322A Terminals LO-Ohm LO Terminal LO-Ohm LO Sense Terminal iep185.eps Figure 3. Simplified Low Resistance Source Schematic 4.
  • Page 42 5. Push the EXIT softkey repeatedly to return to the main display. In 2-wire mode, low Resistance Source function has a test lead resistance compensation feature. The lead resistance can be saved into 5322A memory. The Product then automatically compensates the resistance by adding the test lead series resistance to the output value that is shown.

  • Page 43: Set The High Resistance Source Output

    100 GΩ (fixed value) with a maximum applied voltage of 1575 V dc. The 5322A/5 is fitted with a high-resistance source with variable resistance up to 100 GΩ with a maximum applied voltage of 5.5 kV dc.

  • Page 44: Output Selection

    1. Push . The selectable modes to the high-resistance source function are: • 5322A: Resistance, 100 GΩ, Open, Short, Help • 5322A/5: Resistance, 100 GΩ, Open, Short, Help The Short selection is used to short the output terminals to test for the maximum test current up to 10 mA.
  • Page 45 Multifunction Electrical Tester Calibrator Set the High Resistance Source Output While connected to the DUT, the Product monitors the voltage appearing across the resistance. The measured voltage, the maximum voltage and current, along with the maximum allowed voltage across the selected resistor, are shown in the PARAMETERS area of the display.
  • Page 46 5322A Operators Manual To switch between grounded and ungrounded (floating) output: 1. Push the Setup softkey. 2. Using the cursor keys or rotary knob, highlight High resistance source and either push the Select softkey or push in the rotary knob.

  • Page 47: Set The Ground Bond Resistance Output

    1 mΩ to 1.7 kΩ on its PE and N output terminals with sensing available on the ZGND SENSE terminals. Each resistance output has strict maximum current and voltage ratings. See the 5322A Specifications, Ground Bond Resistance Source, for the maximum current and voltage ratings. There are several operating modes for ground bond resistance calibration accessible through the softkey labeled MODE.

  • Page 48: Use The Ground Bond Resistance Mode

    PARAMETERS area of the display. All individual resistance outputs have two test current measurement ranges, high and low. The ratio between them is 10:1 (see the 5322A Specifications at the Fluke Calibration website). To switch from the high-current range (default) to the low-current push the Lo curr softkey.

  • Page 49: Use The Ground Bond Resistance Open Function

    Product connects a resistance from 20 mΩ to 1.7 kΩ between its output terminals and either the mains neutral or protective earth power connection. See the 5322A Specifications that lists all of the selectable resistance settings along with their maximum current and voltage ratings.
  • Page 50 5322A Operators Manual For line impedance calibration, an internal resistance is inserted between the N terminal on the front panel and the Neutral of the power line input on the rear panel. See Figure 6. Fixed Mains Front Panel Socket/Outlet...
  • Page 51 Multifunction Electrical Tester Calibrator Use the Loop and Line Impedance Function The Loop/Line Impedance function has protection against overloading. The total electric power dissipated in the function is continuously measured and in case of overloading an appropriate error message is shown. Current status of dissipated power is indicated on the display in the main parameter field.

  • Page 52: Line And Loop Residual Impedance

    5322A Operators Manual While connected to the DUT, the Product monitors the voltage and current appearing across the resistance. The actual current flowing in the resistance is displayed in the PARAMETERS area of the display with the hold feature. The measured current value can be reset with the Clear softkey.

  • Page 53: Select The Residual Impedance Correction Mode

    The displayed value is the sum of the selected resistance and the value determined by the scanning process. A third method, COMP (5322A/VLC only) uses an internal electronic compensation circuit to effectively eliminate the actual residual impedance in the power mains circuits of the Product from the impedance measured by the DUT.
  • Page 54 5322A Operators Manual W Caution • With the DUT, check an actual mains circuit first before connecting the DUT to the Product to ensure that the DUT is working properly. • Do not exceed the maximum levels of test current, including spikes and time period when using the compensator.

  • Page 55: Set The Manual Residual Impedance Correction Value

    Multifunction Electrical Tester Calibrator Use the Loop and Line Impedance Function Set the Manual Residual Impedance Correction Value To manually enter the residual impedance correction value: 1. Push the Setup softkey. 2. Select either Loop Impedance or Line Impedance. 3. Using the cursor keys or rotary knob, highlight Line imp. MAN value (or Loop imp.
  • Page 56 5322A Operators Manual To view the SCAN value: 1. push the SETUP softkey. 2. Use the cursor keys or rotary knob to move the cursor to Line & Loop Scan and either push the Select softkey or push in the rotary knob.

  • Page 57: Set The Compensation Residual Impedance Correction Value

    The maximum test current generated by the DUT has to be less than 25 A and 1500 ms in duration. See the graph of the compensator working conditions in the 5322A Specifications located at the Fluke Calibration website. The Product will disconnect the compensation mode when overloaded and automatically set the correction mode to OFF.

  • Page 58: Set The Compensation Of Test Lead Resistance Value

    Use the Leakage Current Function The Product employs these leakage current modes: passive leakage current, active leakage current (5322A/VLC and 5322A/5/VLC only), differential leakage current, substitute leakage current and Help. There are two special test modes for substitute leakage: •...

  • Page 59: Passive Leakage Current

    Multifunction Electrical Tester Calibrator Use the Leakage Current Function Passive Leakage Current For passive leakage current calibration, the Product presents a passive variable resistance on the OUTPUT HI and LO connectors. When connected to the Product, the DUT applies a voltage to this resistance and the Product displays the current flowing through the resistance.

  • Page 60: Differential Leakage Current

    5322A Operators Manual To start a Passive Leakage Current calibration: 1. Push . 2. If Passive Leakage Current is not already displayed, push the Mode softkey. 3. Using the cursor keys or rotary knob, highlight the Passive selection and either push the Select softkey or push in the rotary knob.

  • Page 61: Active Leakage Current (5322A/Vlc Only)

    Active Leakage Current (5322A/VLC only) The active leakage current calibration mode is for DUTs lacking their own test voltage source. This function is only available with 5322A/VLC models. Unlike passive, substitute, and differential leakage current modes for which the Product acts as a resistance decade, the Product acts as a current source for the DUT in the active current mode.
  • Page 62 5322A Operators Manual To perform an active leakage current calibration: XWWarning To avoid electric shock, keep hands away from the OUTPUT HI and LO terminals while using active leakage current mode. AC voltage is used for active leakage current calibration.

  • Page 63: Substitute Leakage Current Mode

    Multifunction Electrical Tester Calibrator Use the Leakage Current Function Substitute Leakage Current Mode The substitute leakage current mode, often used in Appliance testers, uses a safe low level test voltage instead of power line voltage. The DUT measures the leakage current flowing at its SENSE terminal. This current is used to calculate what the current would be at the nominal power line voltage.
  • Page 64 5322A Operators Manual Note Test voltage too low message is displayed if the test voltage is less than 10 V or the LC fuse is open. 8. When the Product is finished with the calibrating process, push  to disconnect the output terminals.
  • Page 65 Multifunction Electrical Tester Calibrator Use the Leakage Current Function To set the V parameter: nominal 1. Push the Setup softkey. 2. Use the cursor keys or rotary knob to highlight Leakage Current and either push the Select softkey or push in the rotary knob. 3.

  • Page 66: Use The Rcd Test Functions

    5322A Operators Manual Use the RCD Test Functions The Product Residual Current Device (RCD) function is used to calibrate the RCD function of RCD testers and multifunction installation testers. Use the Product Loop and Line Impedance/RCD terminals for these tests. The calibration process checks the installation tester’s RCD trip current and trip time settings by...
  • Page 67 Multifunction Electrical Tester Calibrator Use the RCD Test Functions Note The incremental step level for RCD Trip current from a DUT depends on the manufacturer’s design and lies between 2 % and 10 % per step. Full wave or pulse trip current can be used depending on the DUT.
  • Page 68 5322A Operators Manual After tripping, the power line voltage is disconnected from the OUTPUT HI and LO terminals until a new measurement is run by pushing  or it can be connected again to the output terminals after a fixed time interval of approximately 2.5 seconds.

  • Page 69: Power Line Voltage

    Multifunction Electrical Tester Calibrator Use the RCD Test Functions Power Line Voltage The Product measures the power line voltage as a first step in the tripping procedure. This voltage is measured after the output terminals are switched on. Touch (contact) Voltage Touch voltage is the voltage difference between N and PE potentials.

  • Page 70: Trip Current Calculation

    5322A Operators Manual Table 11. Series Resistance Values Resistor Label Resistor Value 0.02 Ω 0.05 Ω 0.1 Ω 0.35 Ω 0.5 Ω 0.9 Ω 1.7 Ω 5 Ω 9 Ω 17 Ω 47 Ω 90 Ω 170 Ω 470 Ω...

  • Page 71: Rcd Trip Time For Installation Testers

    Multifunction Electrical Tester Calibrator Use the RCD Test Functions RCD Trip Time for Installation Testers RCD Trip Time calibration is performed by the Product monitoring current from the DUT and disconnecting the output terminals after the current reaches the trip current level for the specified trip time.
  • Page 72 5322A Operators Manual XWWarning To avoid electric shock, ensure the Product is in standby while making connections to the L and N connectors. Lethal voltages are present on the L and N connectors during RCD Trip Current calibration. 5. Referring to the terminals part of the display, connect the DUT to the Product.

  • Page 73: Power Line Voltage

    Multifunction Electrical Tester Calibrator Use the RCD Test Functions The Product shows the following for an RCD trip time calibration: • DUT test signal polarity is indicated with one of the following icons: Positive symmetrical ac current (SYMP)  Negative symmetrical ac current (SYMN) ...
  • Page 74 5322A Operators Manual To change nominal trip current: 1. Push the Trip I softkey. 2. Using the keypad, type in the desired nominal trip current value and push  or use the softkeys to select the appropriate units. Note The Product nominal trip current can be set between 3 mA and 3000 mA.
  • Page 75 Multifunction Electrical Tester Calibrator Use the RCD Test Functions To change the current multiplier: 1. Push the I Mult softkey. 2. Push the I Mult softkey for the desired current multiplier value and either push the Select softkey or push in the rotary knob. Available multipliers are 0.5, 1, 1.4, 2, and 5.

  • Page 76: Output Terminals Reconnection

    5322A Operators Manual To change the current level detection setting: 1. Push the Setup softkey. 2. Using the cursor keys or rotary knob, highlight the RCD selection and either push the Select softkey or push in the rotary knob 3. Using the cursor keys or rotary knob, highlight I level and either push the Select softkey or push in the rotary knob.

  • Page 77: Rcd Trip Time For Pats

    Multifunction Electrical Tester Calibrator Use the RCD Test Functions Terminals Auto On iep193.eps Figure 17. RCD Terminals Field Showing Reconnection Status. Note The Product independently evaluates trip current on each half-wave of the measured trip current. Installation testers can be set for Standard or Sensitive RCDs. Standard RCDs have a trip time range between 10 ms and 500 ms.

  • Page 78: Ac/Dc Voltage Outputs (5322A/Vlc Only)

    Power voltage iep196.bmp Figure 19. RCD PAT Modes AC/DC Voltage Outputs (5322A/VLC only) The Product calibrates instruments and testers with ac and/or dc voltage measurement functions up to 600 V. With a burden current over 200 mA at 230 V, the Product also makes a good stable power source for DUTs like appliance testers.
  • Page 79 Multifunction Electrical Tester Calibrator AC/DC Voltage Outputs (5322A/VLC only) Note For ac voltage, the Product only generates a sinusoidal signal. XWWarning To prevent possible electrical shock, fire, or personal injury, make sure the Product is in Standby while making connections to the OUTPUT HI and LO;...
  • Page 80 5322A Operators Manual iep028.bmp Figure 20. AC Voltage Calibrator Display For ac voltage calibrations, output signal frequency appears in the PARAMETERS area of the Product display. The ac voltage frequency range is 40 Hz to 400 Hz. To set the ac voltage frequency: 1.

  • Page 81: Measure With The Built-In Multimeter

    Multifunction Electrical Tester Calibrator Measure with the Built-in Multimeter Measure with the Built-in Multimeter The Product is equipped with an ac/dc voltage, current, current leakage, and time interval meter. The meter has five selectable modes as well as a help guide: •...

  • Page 82: Function Selection

    5322A Operators Manual Function Selection To set the meter mode: 1. Push the Mode softkey to display the Available Modes menu. 2. Using the cursor keys or rotary knob, highlight the mode. 3. Push the Select softkey or push in the rotary knob to select the highlighted mode.
  • Page 83 Multifunction Electrical Tester Calibrator Measure with the Built-in Multimeter To make a current measurement using the built-in multimeter: 1. Push . 2. Push the AC/DC softkey to select between ac or dc mode. 3. Connect the test leads to the A and COM jacks. The COM connector is the low signal connection for both voltage and current input.

  • Page 84: Multimeter Input Selection

    Meter V terminal. The Fluke 5322A 10 kV Divider (probe) divides the voltage down so the multimeter can measure dc voltage or ac voltage up to 10 kV with a frequency of 50 Hz or 60 Hz.
  • Page 85 Multifunction Electrical Tester Calibrator Measure with the Built-in Multimeter To make a current leakage measurement and to check THD or ripple coefficient using the built-in multimeter: 1. Push . 2. Select the HIPOT LC mode. 3. If necessary, push the AC/DC softkey to select between ac or dc mode. See Figure 21.
  • Page 86 5322A Operators Manual 5. Simulate leakage current using the 5322A LOAD instrument connected between the Hi signal terminal of the HIPOT tester and the Meter A input terminal. See Figures 23, 24, and 25. iep061.bmp Figure 23. Multimeter Display with Hipot Leakage Current Measurement for Voltages <1100 V...
  • Page 87 Multifunction Electrical Tester Calibrator Measure with the Built-in Multimeter Fluke 5322A HIPOT Tester Fluke 5322A-LOAD iep064.eps Figure 25. HIPOT LC Function Connections for >1100 V and up to 5000 V rms The Product shows the following measured values: • Test voltage •...

  • Page 88: Hipot Timer Function

    5322A Operators Manual To switch between the real (actual) measured value and the corrected value of the current: 1. Push the Setup softkey. 2. Use the cursor keys or rotary knob to highlight Meter and either push the Select softkey or push in the rotary knob.

  • Page 89: Flash V (Voltage) Function

    Multifunction Electrical Tester Calibrator Measure with the Built-in Multimeter The Product enables setting of the threshold voltage for the Timer function. The parameter is adjustable in the Setup>METER, with the HIPOT Timer threshold parameter. The threshold is expressed as a percent of the applied voltage from 10 % to 99 %.

  • Page 90: Flash Lc (Leakage Current) Function

    5322A Operators Manual Flash LC (Leakage Current) Function The Product verifies the Flash test leakage current readout of PAT testers. PAT tester DUTs use the same leakage current detection and measurement circuits for the Class I and Class II Flash tests. Therefore, PAT testers are generally calibrated for Flash leakage current using only their Class I Flash test function.

  • Page 91: Remote Operation

    5322A-LOAD for Flash Class II leakage current tests. A Flash Class II leakage current test requires a load that can be floated to 1.5 kV above earth ground. The 5322A-LOAD has a 20 V peak limit. iep200.png Figure 27.

  • Page 92: Set Up The Ieee 488 Port

    5322A Operators Manual Set up the IEEE 488 Port Setting up the Product on the IEEE 488 bus requires setting the bus address and the connection to the controller. To set up for IEEE 488 bus control: 1. Turn off the Product.

  • Page 93: Set Up The Usb Port

    Multifunction Electrical Tester Calibrator Use the USB Port for Remote Control The proper COM port must also be selected. After the Product is connected to the PC, a virtual COM port appears in the System Control panel of a Microsoft Windows operating system.

  • Page 94: Exceptions For Usb Remote Control

    5320A emulation On, the Product responds to the command *IDN with "FLUKE,5320A,serial number, firmware revision". All 5320A commands are accepted and executed if the hardware allows. If a 5320A command is not compatible with the 5322A hardware, the command is essentially ignored, with no error reported. Remote Interface Factory Settings Table 12 lists the setup functions for the remote interface and their respective factory set values.

  • Page 95: Command Syntax Information

    Multifunction Electrical Tester Calibrator Command Syntax Information Command Syntax Information All the commands described in this section can be issued through either of the two communication connections. However, to be properly processed by the Product, each command must have the proper syntax. The following syntax rules apply to all the remote commands.

  • Page 96: Terminators

    5322A Operators Manual Terminators To signify the end of a response sent to the controller, the Product sends a terminator. For response message terminators, the Product sends the ASCII character Line Feed with the EOI control line held high. The subsequent...

  • Page 97: Numeric Output Format

    Multifunction Electrical Tester Calibrator Supported SCPI Commands Numeric Output Format When the Product is queried and a value is returned, the Product formats the numerical value in standard exponential format. For example, 40 mA is output as 40e-03. Supported SCPI Commands This section explains the SCPI (Standard Commands for Programmable Instruments) commands available to program the Product.

  • Page 98: Scpi Command Summary

    5322A Operators Manual SCPI Command Summary Tables 13 and 14 summarize the SCPI commands implemented in the Product and indicate if it is a new command from the 5320A Calibrator. Table 13. SCPI Commands: OUTPut Command Summary Compared to 5320A...
  • Page 99 Multifunction Electrical Tester Calibrator Supported SCPI Commands Table 14. SCPI Commands: SOURce Command Summary (cont.) Compared to 5320A Remote Commands Command Keyword Parameter :GBTR ● [:LEVel](?) <DNPD > ● :RPOSition(?) <DNPD > ● :FUNC(?) { DC | AC } ● :RRES(?) ●...
  • Page 100 5322A Operators Manual Table 14. SCPI Commands: SOURce Command Summary (cont.) Compared to 5320A Remote Commands Command Keyword Parameter :HRFix ● [:LEVel]? ● :LOW(?) { FLOat | GROund } ● :VOLTage? ● [:VOLTage] ● :MAXimum? ● :CLEar ● :LIMit? ●...
  • Page 101 Multifunction Electrical Tester Calibrator Supported SCPI Commands Table 14. SCPI Commands: SOURce Command Summary (cont.) Compared to 5320A Remote Commands Command Keyword Parameter :HR50 ● [:LEVel](?) <DNPD> ● :LOW(?) { FLOat | GROund } ● :RHCM (?) <DNPD> ● :RADaptor (?) <DNPD>...
  • Page 102 5322A Operators Manual Table 14. SCPI Commands: SOURce Command Summary (cont.) Compared to 5320A Remote Commands Command Keyword Parameter :LRFix ● [:LEVel](?) ● :LOW(?) { FLOat | GROund } ● { SHORt | 0K5 | 1K0 | 2K0 | ●...
  • Page 103 Multifunction Electrical Tester Calibrator Supported SCPI Commands Table 14. SCPI Commands: SOURce Command Summary (cont.) Compared to 5320A Remote Commands Command Keyword Parameter :IDSubstitute ● [:CURRent] ● :NOMinal(?) <DNPD> ● :ROUT(?) <DNPD> ● :RESistance? ● { 100 | 110 | 115 | 120 | 127 | ●...
  • Page 104 5322A Operators Manual Table 14. SCPI Commands: SOURce Command Summary (cont.) Compared to 5320A Remote Commands Command Keyword Parameter :RCDT ● :TIME(?) <DNPD> ● :CURRent? ● :RPOSition(?) <DNPD> ● [:CURRent] ● :NOMinal(?) <DNPD> ● { 0.5x | 1x | 1.4x | 2x | 5x } :MULTiplier (?) ●...
  • Page 105 Multifunction Electrical Tester Calibrator Supported SCPI Commands Table 14. SCPI Commands: SOURce Command Summary (cont.) Compared to 5320A Remote Commands Command Keyword Parameter :RCDC ● :CURRent? ● :RPOSition(?) <DNPD> ● [:CURRent] ● :NOMinal(?) <DNPD> ● :MAXimum? ● :CLEar ● { OFF| 100V | 115V | 120V | :CALCulation(?) 220V | 230V | 240V | 250V } ●...
  • Page 106 5322A Operators Manual Table 14. SCPI Commands: SOURce Command Summary (cont.) Compared to 5320A Remote Commands Command Keyword Parameter :RCDP ● :TIME(?) <DNPD> ● :CURRent? ● [:CURRent] ● :NOMinal(?) <DNPD> ● { 0.5x | 1x | 1.4x | 2x | 5x } :MULTiplier (?) ●...
  • Page 107 Multifunction Electrical Tester Calibrator Supported SCPI Commands Table 14. SCPI Commands: SOURce Command Summary (cont.) Compared to 5320A Remote Commands Command Keyword Parameter :LOOPimpedance ● [:LEVel](?) <DNPD> ● { OFF | MAN | SCAN | COMP } :CORRection(?) ● :POLarity? ●...
  • Page 108 5322A Operators Manual Table 14. SCPI Commands: SOURce Command Summary (cont.) Compared to 5320A Remote Commands Command Keyword Parameter :METer ● :FUNCtion(?) { DC | AC } ● { OFF | 5KV | 10KV | 40KV } :PROBe(?) ● :LOW? { FLOat | GROund } ●...
  • Page 109 RCDC | LIN | LOOP | VOLT | MET | HIPL | HIPT }. The 5322A does not have: { GBTR | HR25 | HR50}. The 5320A does not have: { IDSS | IDSO | LRF | RCDP | FLLC | FLV }.

  • Page 110: System Command Summary

    5322A Operators Manual SYSTem Command Summary Tables 15 summarize the SYSTem commands implemented in the Product. Table 15. SYSTem Command Summary Compared to 5320A Remote Commands Command Keyword Parameter SYSTem ● <DNPD>,<DNPD>,<DNPD> :DATE(?) ● <DNPD>,<DNPD>,<DNPD> :TIME(?) ● :ERRor? ● :REMote ●...

  • Page 111: Common Command Summary

    Multifunction Electrical Tester Calibrator Supported SCPI Commands Common Command Summary Tables 17 summarize the Common commands implemented in the Product and indicates if they are new commands. Table 17. Common Command Summary Compared to 5320A Remote Commands Command Keyword Parameter *IDN? ●...

  • Page 112: Scpi Command Details

    5322A Operators Manual SCPI Command Details The following sections give a detailed description of each command. Using the OUTPut Commands Remotely controlling the application of the Product output terminals is accomplished through the OUTPut command. OUTPut[:STATe](?) <CPD> {ON | OFF} Description: Similar to the front panel , this command will apply or remove...
  • Page 113 Multifunction Electrical Tester Calibrator Supported SCPI Commands RCDP – RCD PAT mode LIN – Line Impedance mode LOOP – Loop Impedance mode VOLT – Voltage Calibrator mode MET – Multimeter mode HIPL – Hipot Leakage current HIPT – Hipot Timer FLI –...
  • Page 114 5322A Operators Manual [SOUR]:SAF:GBR:LOWC(?) <CPD> { ON | OFF } Description: This command selects the Low Current feature of the Ground Bond Resistance mode. If not already selected, this command switches the Product to the Ground Bond Resistance function. Parameters: <CPD>...
  • Page 115 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:GBR[:CURR]:MAX? Description: This command returns the maximum (peak) value of current to flow through the selected resistance. Maximum value can be cleared using the command SAF:GBR:CLEar. If not already selected, this command switches the Product to the Ground Bond Resistance function.
  • Page 116 5322A Operators Manual [SOUR]:SAF:GBOP[:VOLT]:CLE Description: Clears the maximum (peak) value of voltage measured on the open terminals. Example: SAF:GBOP:CLE [SOUR]:SAF:HRES[:LEV](?) [<DNPD>] Description: This command sets the resistance value. If not already selected, this command switches the Product to the High-Resistance mode.
  • Page 117 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:HRES:RINP(?) <DNPD> Description: This command sets the input resistance of the DUT sense terminal, when the multiplier is used. If not already selected, this command switches the Product to the High-Resistance mode. Parameters: <DNPD> Parameter represents the value of input series resistance expressed in Ohms.
  • Page 118 5322A Operators Manual [SOUR]:SAF:HRF(?) Description: This command switches the Product into the High-Resistance mode (function 100 GOhm). Example: SAF:HRF 100GOhm Fix Resistance Mode. Query: SAF:HRF? The Product returns the fixed resistance using exponential format. Example: 101Gohm is returned as 101.00e+09 [SOUR]:SAF:HRF:LOW(?)<CPD>...
  • Page 119 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:HRF[:VOLT]:CLE Description: Clears the maximum (peak) value of voltage measured on the resistance. If not already selected, this command switches the Product to the High-Resistance mode (function 100GOhm). Example: SAF:HRF:CLE [SOUR]:SAF:HRF:CURR? Description: This command returns the measured current flowing through the resistance.
  • Page 120 5322A Operators Manual [SOUR]:SAF:HRSH[:CURR]:LIM? Description: This command returns the maximum allowed value of current flowing through the shorted terminals. The Product returns the voltage value using exponential format. Example: 50 mA is returned as 50.00e-03. If not already selected, this command switches the Product into the High-Resistance mode (function Short).
  • Page 121 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:LRES:LOW(?) <CPD> {FLOat | GROund} Description: This command connects or disconnects the Low Resistance Lo terminal to/from GND terminal. If not already selected, this command switches the Product to the Low-Resistance mode (function Resistance). Parameters: <CPD>...
  • Page 122 5322A Operators Manual [SOUR]:SAF:LRES:CURR? Description: This command returns the measured current flowing through the resistance. The Product returns the current value using exponential format. Example: 100 mA is returned as 100e-03. If not already selected, this command switches the Product to the Low- Resistance mode (function Resistance).
  • Page 123 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:LRF:LOW(?) <CPD> { FLOat | GROund } Description: This command connects or disconnects the low resistance Lo terminal to/from GND terminal. If not already selected, this command switches the Product into the Low-Resistance mode (function 10mOhm).
  • Page 124 5322A Operators Manual [SOUR]:SAF:LRF[:CURR]:CLE Description: Clears the maximum (peak) value of current flowing through the selected resistance. If not already selected, this command switches the Product into the Low-Resistance mode (function 10mOhm). Example: SAF:LRF:CLE [SOUR]:SAF:LRSH Description: This command switches the Product into the Short Low-Resistance Short mode.
  • Page 125 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:LRSH:ARES(?) <CPD> { SHORt | 0K5 | 1K0 | 2K0 | 5K0 } Description: This sets the auxiliary resistance value in the Low-Resistance mode. If not already selected, this command switches the Product into the Low-Resistance mode (function Short).
  • Page 126 5322A Operators Manual [SOUR]:SAF:LROP:VOLT? Description: This command returns the voltage measured on the open terminals. The Product returns the voltage value using exponential format. Example: 20.0 V is returned as 20.0e+00. This command switches the Product into the Low-Resistance mode (function Open).
  • Page 127 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:IDS Descriptions: This command switches the Product into the Leakage Current Substitute function mode. Example: SAF:IDS Sets the Leakage Current Substitute mode. [SOUR]:SAF:IDS[:CURR]:NOM(?) <DNPD> Description: This command sets the nominal value of leakage current. If not already selected, this command switches the Product into the Leakage Current Substitute function mode.
  • Page 128 5322A Operators Manual [SOUR]:SAF:IDS:VOLT (?) <CPD> { 100 | 110 | 115 | 120 | 127 | 220 | 230 | 240 } Description: This sets the nominal voltage value in the Substitute Leakage Current mode. If not already selected, this command switches the Product into the Leakage Current Substitute function mode.
  • Page 129 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:IDP[:CURR]:NOM(?) <DNPD> Description: This command sets the nominal value of leakage current. If not already selected, this command switches the Product into the Leakage Current Passive function mode. Nominal value of leakage current is applicable for all leakage current modes (IDA, IDP, IDS, IDD).
  • Page 130 5322A Operators Manual [SOUR]:SAF:IDD[:CURR]:INST? Description: This command returns the instantaneous measured current flowing through the Product. The Product returns the current value using exponential format. Example: 1 mA is returned as 1.0000e- 03. If not already selected, this command switches the Product into the Leakage Current Differential function mode.
  • Page 131 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:RCDT:RPOS(?) <DNPD> Description: This command selects one of the 16 available resistances. The index of resistance is from 0 (25 mΩ) to 15 (2 kΩ). If not already selected, this command switches the Product into the RCD Trip Time function mode.
  • Page 132 5322A Operators Manual [SOUR]:SAF:RCDT[:CURR]:MULT(?) <CPD> { 0.5x | 1x | 1.4x | 2x | 5x } Description: This command sets the multiplier of nominal trip current. If not already selected, this command switches the Product into the RCD Trip Time function mode.
  • Page 133 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:RCDT[:CURR]:CALC(?) <CPD> { OFF | 100V | 115V | 120V | 220V | 230V | 240V | 250V } Description: This command defines the calculation formula for measured current. If not already selected, this command switches the Product into the RCD Trip Time function mode.
  • Page 134 5322A Operators Manual [SOUR]:SAF:RCDT:POL? Description: Returns the type of test signal generated by the DUT {POS | NEG | SYMP | SYMN | DCP | DCN | NO}. If not already selected, this command switches the Product into the RCD Trip Time function mode.
  • Page 135 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:RCDC:CURR? Description: Returns the measured trip current. The Product returns measured trip current value using exponential format. Example: 1 mA is returned as 1.0000e-03. If not already selected, this command switches the Product into the RCD Trip Current function mode. Query: SAF:RCDC:CURR? [SOUR]:SAF:RCDC:RPOS(?) <DNPD>...
  • Page 136 5322A Operators Manual [SOUR]:SAF:RCDC[:CURR]:CLE Description: This command clears the maximum (peak) value of trip current. This command switches the Product into the RCD Trip Current function mode. Example: SAF:RCDC:CLE [SOUR]:SAF:RCDC[:CURR]:CALC(?) <CPD> { OFF | 100V | 115V | 120V | 220V | 230V...
  • Page 137 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:RCDC:POL? Description: Returns the type of test signal generated by DUT {POS | NEG | SYMP | SYMN | DCP | DCN | NO}. If not already selected, this command switches the Product into the RCD Trip Current function mode.
  • Page 138 5322A Operators Manual [SOUR]:SAF:RCDP:CURR? Description: Returns the measured trip current. The Product returns measured trip current value using exponential format. Example: 0,25 A is returned as 250.00e-03. If not already selected, this command switches the Product into the RCD PAT function mode.
  • Page 139 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:RCDP[:CURR]:LEV(?) <CPD> { 5% | 30% | 60% | 75% | 90% | 100% | 120% } Description: This command sets the percent of nominal trip current level to the value specified by <CPD>. Parameters: <CPD>...
  • Page 140 5322A Operators Manual [SOUR]:SAF:RCDP:POL? Description: Returns the type of test signal generated by DUT { POS | NEG | SYMP | SYMN | DCP | DCN | NO }. If not already selected, this command switches the Product into the RCD PAT function mode.
  • Page 141 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:LIN:CORR (?) <CPD> {OFF | MAN | SCAN | COMP} Description: This command sets the mode of residual impedance correction. Parameters: <CPD> Parameter represents type of residual impedance correction. If not already selected, this command switches the Product into the Line Impedance function mode.
  • Page 142 5322A Operators Manual [SOUR]:SAF:LIN:CLE Description: Clears the maximum (peak) value of current flowing through the selected resistance. This command switches the Product into the Line Impedance function mode. Example: SAF:LIN:CLE [SOUR]:SAF:LIN[:CURR]:PFC? Description: This command returns the value of the prospective fault current.
  • Page 143 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:LIN:SRES(?) <DNPD> Description: This command sets the series resistance of the connection cables. This command switches the Product into the Line Impedance function mode. Parameters: <DNPD> Parameter represents the value of series resistance in Ω. See the Specifications (found online at www.Flukecal.com) for the acceptable ranges.
  • Page 144 5322A Operators Manual [SOUR]:SAF:LOOP:CORR(?) <CPD> { OFF | MAN | SCAN | COMP } Description: This command sets the mode of residual impedance correction. This command switches the Product into the Loop Impedance function mode. Parameters: <CPD> Parameter represents type of residual impedance correction.
  • Page 145 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:LOOP[:CURR]:PFC? Description: This command returns the value of prospective fault current. The Product returns the current value using exponential format. Example: 100A is returned as 100e+00. This command switches the Product into the Loop Impedance function mode. Query: SAF:LOOP:PFC? [SOUR]:SAF:LOOP:MAN(?) <DNPD>...
  • Page 146 5322A Operators Manual [SOUR]:SAF:LOOP:PONS(?) <CPD> { ON | OFF } Description: This command sets the Power ON (Start Up) switch. This command switches the Product into the Loop Impedance function mode. The state of the Power ON switch is the same for Loop and Line functions.
  • Page 147 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:VOLT[: LEV](?) [<DNPD>] Description: This command sets the output voltage from the Voltage calibrator function. Parameters: <DNPD> Parameter represents the value of generated voltage expressed in Volts. Example: SAF:VOLT 100 Voltage Calibrator 100V. Query: SAF:VOLT? The Product returns the value of the...
  • Page 148 5322A Operators Manual [SOUR]:SAF:VOLT:LOW(?) <CPD> {FLOat | GROund} Description: This command connects or disconnects the Voltage Calibrator Lo terminal to/from GND terminal. This command switches the Product into the Voltage Calibrator function mode. Parameters: <CPD> GROund grounds the Voltage Calibrator Output.
  • Page 149 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:MET:POW? Description: This command returns the measured power. The Product returns the power value using exponential format. Example: 45 VA is returned as 45.00e+00. This command switches the Product into the Meter function mode. Query: SAF:MET:POW? [SOUR]:SAF:MET:UNIT <CPD>...
  • Page 150 5322A Operators Manual [SOUR]:SAF:HIPL:PROB(?) <CPD> { OFF | 5KV | 10KV | 40KV } Description: This command selects the internal or external high voltage probe for hipot leakage current. This command switches the Product into the Hipot leakage current function mode.
  • Page 151 Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:HIPL:VOLT:MAX? Description: This command returns the maximum (peak) value of measured voltage. Maximum value can be cleared using the command SAF:HIPL:CLEar. The Product returns the current value using exponential format. Example: 230 V is returned as 230.0e+00. This command switches the Product into the Hipot leakage current function mode.
  • Page 152 5322A Operators Manual [SOUR]:SAF:HIPT:FUNC(?) <CPD> {DC | AC} Description: This command selects dc or ac hipot timer mode. This command switches the Product into the Hipot timer function mode. Parameters: <CPD> DC sets to the dc hipot timer mode. AC sets to the ac hipot timer mode.

  • Page 153: Using System Commands

    Multifunction Electrical Tester Calibrator Supported SCPI Commands [SOUR]:SAF:HIPT:VOLT? Description: This command returns the measured voltage using exponential format. Example: 230 V is returned as 230.0e+00. This command switches the Product into the Hipot timer function mode. Query: SAF:HIPT:VOLT? [SOUR]:SAF:HIPT:[VOLT]:MAX? Description: This command returns the maximum (peak) measured voltage. Maximum value (and time) can be cleared using command SAF:HIPT:CLEar.
  • Page 154 5322A Operators Manual SYST:DATE(?) <DNPD>,<DNPD>,<DNPD> Description: This command sets the system date of the Product. Parameters: <DNPD> Represents date in format YYYY, MM, DD <DNPD> <DNPD> Example: SYSR:DATE 2017,11,05 Sets the Product date function to November 5, 2017. Query: SAF:DATE? The Product returns current value of system date in format YYYY,MM,DD.

  • Page 155: Status Subsystem

    Multifunction Electrical Tester Calibrator Supported SCPI Commands SYST:LOC Description: This command returns the Product to the local mode. This command is for USB interface. STATus Subsystem This subsystem is used to enable bits in the Operation and Questionable Event registers. The Operation and Questionable: Event, Enable and Condition registers can be interrogated to determine their state.
  • Page 156 5322A Operators Manual STAT:OPER:COND? Description: Returns the content of the Operational Condition register. It is a decimal value which corresponds to the binary-weighted sum of all bits in the register. The register is not cleared after this query. The response to the query therefore represents an instantaneous Snapshot of the register state, at the time that the query was accepted.

  • Page 157: Ieee 488.2 Common Commands

    This command returns the identification of the manufacturer, model, serial number and firmware revision. When 5320A remote emulation is set to Off, the *IDN? response is "FLUKE,5322A,serial number,firmware revision", for example "FLUKE,5322A,650001217,0.045" When 5320A remote emulation is set to On, the *IDN? response is "FLUKE,5320A,serial number,firmware revisions", where firmware revisions are...
  • Page 158 5322A Operators Manual Wait-to-Continue command *WAI Prevents the Product from executing any further commands or queries until all previous remote commands have been executed. Reset *RST This command resets the Product to its initial status. Test operation *TST? This command launches an internal self-test. Return the self-test result (0 for pass or 1 for fail).

  • Page 159: Standard Status Data Structures

    Multifunction Electrical Tester Calibrator Supported SCPI Commands Standard Status Data Structures The Product meets standard protocol according to the standard IEEE488.2. The protocol can be used to check errors and status behaviors of the Product. It enables single-wire transmitting of SRQ command. The conditions on which SRQ signal (local control request) is sent can be set with parameters *STB?, *SRE?, *SRE, *ESR?, *ESE?, *ESE a *CLS.

  • Page 160: Sre Service Request Enable Register

    5322A Operators Manual Status data structure contains following registers: STB – Status Byte Register SRE – Service Request Enable Register ESR – Event Status Register ESE – Event Status Enable Register Output Queue STB Status Byte Register STB is the main register where information from other status registers and from output queue is collected.

  • Page 161: Esr Event Status Register

    Multifunction Electrical Tester Calibrator Supported SCPI Commands ESR Event Status Register Every bit of the EventStatusRegister corresponds to one event. Bit is set when the event is changed and it remains set also when the event passed. The ESR is cleared when the power is turned on (except bit PON which is set), and every time it is read via command *ESR? Or cleared with *CLS.
  • Page 162 5322A Operators Manual Operation Status Register The following ‘sticky’ bits in the Operation register are set by their associated conditions: Bit 8 RCD: trip current has been reached in trip time counting is in progress. Bit 9 HIPT: HIPOT Timer has been started and counting is in progress.

  • Page 163: Ieee 488 Interface Configuration

    Multifunction Electrical Tester Calibrator Supported SCPI Commands IEEE 488 Interface Configuration The Product’s IEEE 488 interface supports the IEEE 488 interface function subsets listed in Table 20. Table 20. Supported IEEE 488 Interface Function Subsets Interface Function Description Complete sourced handshake capability Complete acceptor handshake capability Device clear (resets the Product) Selected device clear (resets the Product)

  • Page 164: Operator Maintenance

    Verifying the operation of the Product There are no user serviceable items within the Product, the operator is not permitted to remove product covers. For intensive maintenance, tasks such as repair, contact the Fluke Calibration service center. The Product should be calibrated annually.

  • Page 165: Clean The Ground Bond Resistance And Loop/Line Impedance Relays

    Impedance functions require periodic cleaning to minimize their contact resistance. The Ground Bond Resistance and Loop/Line Impedance specifications are based on how often the relays are cleaned. See the 5322A Specifications. If the relay cleaning procedure has not been performed within the past 90 days, the Product prompts you to run the cleaning procedure at startup with the displayed message Start the cleaning procedure.

  • Page 166: Access The Fuses

    5322A Operators Manual Access the Fuses The Product uses fuses to protect both the line-power input and various front- panel terminals of the Product. The subsequent sections describe the replacement procedures and lists the appropriate fuses used in the Product.

  • Page 167: Clean The Air Filter

    Multifunction Electrical Tester Calibrator Clean the Air Filter W Caution To avoid damaging the Product, use only the fuse specified for each of the measurement inputs as listed in Table 22. Table 22. Measurement Input Fuses Input Fuse Fluke Part No. W F3.15H250 V (5 mm x 20 mm) 2743508 Leakage Current...

  • Page 168: Clean The Exterior

    5322A Operators Manual & & iep183.eps Figure 29. Remove the Air Filter Clean the Exterior To keep the Product looking like new, clean the case, front panel keys, and lens using a soft cloth slightly dampened with either water or a non-abrasive mild cleaning solution that is not harmful to plastics.

  • Page 169: Product Error Messages

    Multifunction Electrical Tester Calibrator Product Error Messages Product Error Messages Error messages are shown on the Product display when either an invalid operation is attempted or some internal check reveals a problem with the Product. Some conditions that generate error messages are: •...
  • Page 170 5322A Operators Manual Table 23. List of Errors (cont.) Message Description Remote interface error. A command was received which sends data to the output buffer, but the output buffer -410 Interrupted. contained data from a previous command. The output buffer is cleared when power has been off, or after reset command has been executed.
  • Page 171 Multifunction Electrical Tester Calibrator Product Error Messages Table 23. List of Errors (cont.) Message Description Cont. current too high Continuous current too high. Short-t. current too high Short-term current too high. External test voltage too high. Use lower test voltage on Test voltage too high.

  • Page 172: What To Do In Case Of Product Failure

    Product. See Access the Fuses. If a Product range or an operating mode is not functioning and the user cannot correct the fault, contact the Fluke Calibration Service Center. Subtle faults can cause different symptoms and have different causes. Usually, they cause instability of some parameter.

  • Page 173: Calibrate Continuity Testers

    5. Adjust the output value to the desired resistance. 6. Push . The resistance is applied to the output terminals. Compare the reading on the DUT with the standard value on the Product’s display. Fluke 5322A (L2/Green) L (L1/Red) Fluke 1653 iep030.eps...

  • Page 174: Calibrate Earth Resistance Testers

    DUT with the standard value on the Product display. The Product's low ohm function has a feature to insert auxiliary resistors in series with the LO Ohms HI terminals, to check the efficacy of the DUT's resistance measurement. See Set the Low Resistance Source Output. Fluke 5322A (L3/Blue) (L2/Green) (L1/Red) Fluke 1653 iep031.eps...

  • Page 175: Calibrate Insulation Resistance Testers

    The high resistance function can also be used for calibrating ohmmeters in a specified resistance range. Figures 32 through 35 show connections required for different DUTs for an insulation resistance calibration procedure. Fluke 5322A (L2/Green) L (L1/Red) Fluke 1653 iep049.eps...
  • Page 176 5322A Operators Manual Fluke 5322A Fluke 6500 iep032.eps Figure 34. Calibrating Insulation Resistance of a Portable Appliance Tester Fluke 5322A ATOR Kikusui 7200 iep053.eps Figure 35. Calibrating Insulation Resistance of an Electrical Safety Analyzer...
  • Page 177 Multifunction Electrical Tester Calibrator Calibrate Insulation Resistance Testers To do an Insulation Resistance calibration: 1. Push . 2. Using Figures 33, 34, or 35, connect the DUT to the Product’s HI Ω OUTPUT HI and LO terminals. 3. Push the Mode softkey. Then, using the cursor keys or rotary knob, highlight Resistance and select it by pushing the Select softkey or pushing in the rotary knob.

  • Page 178: Calibrate Hand Crank Insulation Testers With The 5 Kv High Resistance Option

    Operators Manual Calibrate Hand Crank Insulation Testers with the 5 kV High Resistance Option The 5 kV high-resistance source (5322A/5 and 5322A/5/VLC) can be used for hand-crank insulation meters. The connection uses two leads between the Product and the DUT.

  • Page 179: Calibrate Insulation Resistance Testers With The Resistance Multiplier

    Multifunction Electrical Tester Calibrator Calibrate Insulation Resistance Testers W Caution To avoid an overload condition, make sure that the DUT test voltage is below the Product’s allowed voltage limit before you adjust the resistance value. 5. Push OPER. 6. Activate the measurement on the DUT by cranking the handle. 7.
  • Page 180 5322A Operators Manual Choose R multiplier input, which can be changed from 0 Ω to 100.00 MΩ. To use the Resistance Multiplier: 1. Push . 2. Connect the DUT to the resistance multiplier adapter and the Product as shown in Figure 37 and Figure 38.
  • Page 181 Multifunction Electrical Tester Calibrator Calibrate Insulation Resistance Testers Fluke 5322A Front Back Fluke 5322A R Multiplier iep051.eps Figure 37. Connections to Bench Tester when using Resistance Multiplier Adapter...
  • Page 182 5322A Operators Manual Fluke 5322A Fluke 1550B Front Back Fluke 5322A R Multiplier iep048.eps Figure 38. Connections to 1550B when using Resistance Multiplier...

  • Page 183: Limitations Of The Resistance Multiplier

    Rcal. The two resistors (R1 and R2) create a T network that are part of the resistance multiplier option. Nominal multiplication coefficient of the multiplier is 1000. Rcal 5322A Source Resistance Multiplier R21 = R1 + Rcal + R1/R2 *Rcal...

  • Page 184: Resistance Multiplier Internal Schematic

    Because the Product resistance can be set with 41/2 digit resolution, the multiplied resistance also can be set with the same resolution. The lower limit of the multiplied range is set by 3x 100 MΩ resistors in the adapter. 5322A Mohm High resistence 100 Mohm...

  • Page 185: Types Of Megohmmeters And Use Of The Resistance Multiplier

    Multifunction Electrical Tester Calibrator Calibrate Insulation Resistance Testers Types of Megohmmeters and Use of the Resistance Multiplier From a functional point of view, megohmmeters have these designs: a. Two terminal meters. Terminal meters are equipped with two single sense terminals usually measuring a resistance ratio against an internal range resistor.

  • Page 186: Sources Of Mistakes When Using The Multiplier

    Resistance Ri is connected in series with the Rcal resistor. It influences the accuracy of the effective resistance. However, the effect of Ri can be corrected by the previously mentioned input resistance constant in the 5322A Setup menu. b) Resistance Ro is the output resistance of the DUTs meter test source. If the output resistance is >1 MOhm it can significantly influence the result of the...

  • Page 187: Calibrate Ground Bond Resistance Testers

    Multifunction Electrical Tester Calibrator Calibrate Insulation Resistance Testers XWWarning To prevent possible electrical shock, fire, or personal injury, when you use the Resistance Multiplier adapter, connect its chassis to protective earth ground (PE) on the Product front panel. The ground terminal on the rear panel of the Product can also be used for this purpose.
  • Page 188 8. Compare the DUT resistance reading with the resistance in the Product’s display. 9. Push  to disconnect the output terminals from the DUT. Fluke 5322A Fluke 6500 iep034.eps Figure 42. Ground Bond Resistance Calibration on Fluke 6500 Using the Cable Adapter The Product has either a low current or high current measurement mode for ground bond resistance calibrations.

  • Page 189: Calibrate Ground Bond Resistance Function In Hipot Testers

    Multifunction Electrical Tester Calibrator Calibrate Ground Bond Resistance Function in HIPOT Testers Calibrate Ground Bond Resistance Function in HIPOT Testers Use the 4-wire Ground Bond resistance mode to calibrate ground bond resistance testers that have a four-terminal connection. Typical application is calibration of HIPOT testers and dedicated ground bond testers.

  • Page 190: Calibrate Line Impedance Testers

    5322A Operators Manual Fluke 5322A Sense Leads SENSE + SENSE - CURRENT RETURN Current Leads iep092.eps Figure 43. Ground Bond Resistance Calibration on Bench Ground Bond Tester Calibrate Line Impedance Testers The Product’s Line Impedance calibration function calibrates the line impedance function of loop testers and multifunction installation testers.
  • Page 191 10. Push  to disconnect the output terminals from the DUT. Use the Rescan function if necessary. Depending on the stability of the supplying mains, perform a Rescan measurement once every 15 minutes when performing Loop or Line Impedance calibrations for the best results. Fluke 5322A (L3/Blue) (L2/Green) (L1/Red) Fluke 1653 iep037.eps...

  • Page 192: Calibrate Loop Impedance Testers

    5322A Operators Manual Calibrate Loop Impedance Testers Use the Product Loop Impedance calibration function to calibrate loop testers and multifunction installation testers. XW Warning To avoid electric shock, do not touch the L, PE, or N terminals on the Product or DUT while performing a Loop Impedance calibration.

  • Page 193: Calibrate Leakage Current Testers

    6. Compare the leakage current displayed on the DUT with the leakage current in the OUTPUT area of the Product’s display. 7. Push  to disconnect the output terminals from the DUT. Fluke 5322A Fluke 6500 iep038.eps Figure 45. Passive Leakage Current Calibration on Fluke 6500...
  • Page 194 5322A Operators Manual Fluke 5322A Fluke 6500 Line Pin iep039.eps Figure 46. Touch Leakage Current Calibration on Fluke 6500 Fluke 5322A ATOR Fluke 6500 iep056.eps Figure 47. Active Leakage Current Calibration on Fluke 6500...

  • Page 195: Calibrate Residual Current Device (Rcd) In Installation Testers

    Multifunction Electrical Tester Calibrator Calibrate Residual Current Device (RCD) in Installation Testers Fluke 5322A Associated Research Linechek 510L iep040.eps Figure 48. Leakage Current Calibration on Earth Leakage Tester Calibrate Residual Current Device (RCD) in Installation Testers The Product has two RCD modes for calibrating trip current and trip time of RCD testers and multifunction installation testers with RCD testing capability.
  • Page 196 Product to 40 ms or a higher value. If the trip time is <40 ms, the Product cannot recognize the first pulse as a prepulse and trips. Fluke 5322A (L3/Blue) (L2/Green)

  • Page 197: Calibrate With 1 X I Multiplier

    Multifunction Electrical Tester Calibrator Calibrate Residual Current Device (RCD) in Installation Testers Calibrate with 1 X I Multiplier In the 1 x I Multiplier mode, the Product acts like a circuit breaker with a set nominal trip current and trip time. To perform a calibration of RCD time: 1.

  • Page 198: Calibrate With 1.4Xi, 2 X I, And 5 X I Multipliers

    5322A Operators Manual Calibrate with 1.4XI, 2 X I, and 5 X I Multipliers The 1.4 X, 2 X, and 5 X multipliers are used to test RCDs under current overloading conditions, with 1.4 times, 2 times or 5 times higher current than the nominal current setting.

  • Page 199: Calibrate Rcd Trip Current

    Multifunction Electrical Tester Calibrator Calibrate Residual Current Device (RCD) in Installation Testers Calibrate RCD Trip Current The Product uses the same connections for trip current calibration as trip time calibration. To do an RCD trip current calibration: 1. Push . 2.

  • Page 200: Calibrate Residual Current Device (Rcd) In Pats (Portable Appliance Tester)

    Cable adapters are needed for RCD in PAT calibration. To perform an RCD trip current calibration: 1. Push RCD function. 2. Connect the DUT to the Product L, PE, N terminals and ZGND SENSE. See Figure 50 and Figure 51. Fluke 5322A Fluke 6500-2 RCD PAT Adapter iep190.eps...
  • Page 201 Multifunction Electrical Tester Calibrator Calibrate Residual Current Device (RCD) in PATs (Portable Appliance Tester) Fluke 5322A Fluke 6500-2 iep190a.eps Figure 51. RCD in PAT Alternate Connection 3. Push the Mode softkey. Then, use the cursor keys or rotary knob to highlight PAT and select it by pushing the Select softkey or pushing in the rotary knob.

  • Page 202: Calibrate Ac And Dc Voltage (5322A/Vlc Only)

    5322A Operators Manual Calibrate AC and DC Voltage (5322A/VLC only) Use the Product voltage calibration function to calibrate the voltmeter function on portable appliance, insulation, and installation testers. XW Warning To avoid electric shock, do not touch the terminals or test leads while performing voltage calibrations.
  • Page 203 Multifunction Electrical Tester Calibrator Calibrate AC and DC Voltage (5322A/VLC only) Fluke 5322A (L2/Green) (L1/Red) Fluke 1653 iep042.eps Figure 52. Voltage Calibration on Battery-Powered Installation Testers Fluke 5322A Fluke 6500 Note: 250 mA burden current max. iep043.eps Figure 53. Voltage Calibration on Line Powered Appliance Testers...
  • Page 204 5322A Operators Manual Neutral Fluke 5322A Terminal Fluke 6500 Line Terminal Protective Earth Terminal iep044.eps Figure 54. Voltage Calibration using Single Wires XW Warning To prevent possible electrical shock, fire, or personal injury, when appropriate cable adapters are not available and single test leads are used for calibration, hazardous voltages can exist on the test leads.

  • Page 205: Calibrate Load Test For Appliance Testers

    4. On the DUT, push Start. The DUT connects power line voltage to its test socket. The DUT and Product measure power line consumption and load current. 5. Compare the DUT reading with the Product reading. Fluke 5322A Fluke 6500 Protection Earth Terminal...
  • Page 206 5322A Operators Manual Fluke 5322A Protection Earth ATOR Terminal Fluke 6500 Neutral Terminal Line Terminal External Load iep057.eps Figure 56. Voltage and Current Meter Calibration with Single Wires...

  • Page 207: Perform Flash Class I And Flash Class Ii Tests On (Pat) Portable Appliance Testers

    6. The DUT connects the test voltage between L+N and PE terminals. 7. The Product shows the reading of the DUT test voltage output. 8. Compare the reading on the display with the DUT test voltage specification. Fluke 5322A iep196.eps Figure 57. Class I Flash Test Voltage Measurement...
  • Page 208 Probe terminal is at approximately 1.5 kV relative to ground, in antiphase to the voltage it applies between the shorted L and N terminals and ground. Fluke 5322A iep189a.eps Figure 58. Class II Flash Test Voltage Measurement using the Flash LC Mode...
  • Page 209 2. Use the Mode softkey to select the Flash LC Mode function. 3. Connect the Product and DUT as in Figure 59. 4. Choose an appropriate 5322A-LOAD load resistance value to simulate the required leakage current value, and connect using a jumper inserted into the corresponding 5322A-LOAD resistor sockets, as in Figure 59.
  • Page 210 To prevent possible electrical shock, fire, or personal injury, do not use the 5322A-LOAD for Flash Class II leakage current tests. A Flash Class II leakage current test requires a load that can be floated to 1.5 kV above earth ground. The 5322A-LOAD has a 20 V peak limit.

  • Page 211: Calibrate Hipots

    2. Connect the DUT through the High Voltage adapter and the Product as in Figure 60. 3. Push the Probe softkey repeatedly until HV 5 kV is selected in the PARAMETERS area of the display. Fluke 5322A Quadtech Sentry iep046a.eps Figure 60. 5 kV Internal Probe Application...

  • Page 212: Measure High Voltage With The 10 Kv Divider Probe

    2. Connect the DUT through the 10 kV Divider and the Calibrator. See Figure 61. 3. Push the Probe softkey repeatedly until Probe 10kV is selected in the PARAMETERS area of the display. Fluke 5322A Quadtech Sentry 10kV DIVIDER Front Back Fluke 5322A 10kV Divider iep194.eps Figure 61. 10kV Divider Application...

  • Page 213: Measure High Voltage With The 80K-40 High Voltage Probe

    Figure 62. Be sure to connect the ground side of the dual banana lead from the 80k-40 probe to the COM terminal of the 5322A meter. 3. Push the Probe softkey repeatedly until 40 kV is selected in the PARAMETERS area of the display.

  • Page 214: Measure Leakage Current With The 5322A-Load

    Figure 63, this Adapter consists of a series of power-rated resistors configured to provide nine resistance taps from 10 kΩ to 10 MΩ either directly or using parallel combinations, see the Instructions of the 5322A LOAD device for limitations. The maximum withstand voltage is 5.5 kV.
  • Page 215 Load will create the leakage current that will be measured by the Product. The resistance selection on the Load should be chosen for the appropriate leakage current based on voltage amplitude used for the test. Fluke 5322A HIPOT Tester Jumper Fluke 5322A-LOAD iep063.eps...
  • Page 216 Load. For making hipot leakage current calibrations using voltages >1000 V, use the HV input as shown in Figure 65 and set the Probe softkey on the Product to HV 5 kV. Fluke 5322A HIPOT Tester Jumper Fluke 5322A-LOAD iep062.eps...

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