Fluke 5440B/AF User manual

1. The Procedure Storage Module is not included with the 5440BIAF.
2. The raar output capability is not included with the 5440BIAF.
Standard features of the 54408 such as boost mode operation and 60 mA output capability on HIV
and +22V ranges are included in the 5440BIAF.
544OB.AF
QIRECT VOLTAGE ,CALlBRATORS
Operator Manual

The Fluke Corporation is pleased to hereby grant GIDEP
(Government-Industry Data Exchange Program) permission to reproduce
the manuals listed in the attachment. Permission is granted on the
condition that you legibly reproduce on the copies the legend "Reproduced
With Permission".
It is our understanding from your request dated January 23, 2001,
that the purpose for copying these manuals is to include them in the GIDEP
database, and that the material won't be copied for any other purpose.
Thank you for your cooperation, and for your interest in Fluke.
Sincerely,
Beverly A. Summers
Paralegal
Fluke Corporation
Intellectual Property Law Dept.
Direct: [phone] [voice]
[phone] [fax]
[e-mail] [e-mail]

WARNING
HIGH VOLTAGE
is used in the operation of this equipment
DEATH ON CONTACT
may result if personnel fail to observe safety precautions
TO AVOID ELECTRICAL SHOCK HAZARD, THE OPERATOR SHOULD NOT
ELECTRICALLY CONTACT THE OUTPUT HI OR SENSE HI TERMINALS OF THE
INSTRUMENT. DURING NORMAL OPERATION OR SYSTEM SELF TEST, LETHAL
VOLTAGES OF UP TO 1lOOV DC MAY BE PRESENT ON THESE TERMINALS. IN
THE EVENT OF MULTIPLE INSTRUMENT FAILURES, LETHAL VOLTAGES OF UP
TO 1400V DC MAY BE PRESENT ON THESE TERMINALS.
Never work on the instrument unless there is another person nearby who is familiar with the
operation and hazards of the equipment and who is competent in administering first aid..When the
technician is aided by operators, he must warn them about dangerous areas.
Whenever possible, the power supply to the equipment must be shut off before beginning work on
the equipment. Take particular care to ground every capacitor likely to hold a dangerous potential.
When working inside the equipment, after the power has been turned off, always ground every part
before touching it.
Be careful not to contact high-voltage connections for the line power ac input connections when
installing or operating this equipment.
Whenever the nature of the operation permits, keep one hand away from the equipment to reduce
the hazard of current flowing through vital organs of the body.

RESCUE
FREE VICTIM FROM CONTACT WITH LIVE CONDUCTOR QUICKLY.
AVOID CONTACT WITH EITHER LIVE CONDUCTOR OR VICTIM’S BODY.
Shut off high voltage at once and ground circuit. If high voltage cannot
be turned off quickly, ground circuit.
An ax with a dry wooden handle may be used to cut high voltage line. Use
extreme caution to avoid resulting electric flastl.
If circuit cannot be broken or grounded, use a dry board, dry clothing,
or other nonconductor to free victim.
SYMPTOMS
NEVER ACCEPT ORDINARY AND GENERAL TESTS FOR DEATH.
Symptoms of electric shock may include unconsciousness, failure to breathe,
absence of pulse, pallor, and stiffness, as well as severe burns. WHENEVER
VICTIM IS NOT BREATHING PROPERLY, GIVE ARTIFICIAL RESPIRATION.
TREATMENT
START ARTlFlC,lAL RESPIRATION IMMEDIATELY.
Perform artificial respiration at scene of accident, unless victim’s or operator’s life
is endangered. IN THIS CASE ONLY, remove victim to safe location nearby, If
new location is more than a few feet away, give artificial respiration while victim
is being moved.
After starting artificial respiration, continue without loss of rhythm for at least
FOUR HOURS, or until victim is breathing without help. If you have to change
operators while giving artificial respiration, do so without losing rhythm of respiration
AFTER VICTIM REVIVES
Be prepared to resume artificial respiration, as he may stop breathing again
When victim is COMPLETELY CONSCIOUS. give him a stimulant (NOT AN ALCOHOLIC
DRINK) such as a teaspoonful of aromatic spirits of ammonia in a small glass of water.
hot coffee, or hot tea.
Keep victim warm and lying down until he has been conscious for at least fifteen minutes.

POSITION VICTIM
Place victim in face-upward position and kneel close to his ear.
CLEAR THROAT
Turn head to one side and quickly wipe out any fluid, mucus, or
foreign body from mouth and throat with fingers.
OPEN AIR PASSAGE
Tilt head back and extend neck to open air passage.
LIFT JAW FORWARD
Place thumb in victim’s mouth and grasp jaw firmly. Lift jaw
forward to pull tongue out of air passage. Do not attempt to
hold or depress tongue.
PINCH NOSTRILS CLOSED
With other hand pinch nostrils closed to prevent air leak.
FORM TIGHT SEAL WITH LIPS
Rescuer’s wide-open mouth completely surrounds and seals
open mouth of victim. This is not a kissing or puckered
position - mouth of rescuer must be wide-open.
BLOW
Exhale firmly into victim’s mouth until chest is seen to lift.
This can be seen by rescuer without difficulty.
REMOVE MOUTH AND INHALE
D.uring this time, rescuer can hear and feel escape for air from
lungs, Readjust position if air does not flow freely in and
out of victim’s lungs.
Continue at a rate of 12 to 20 times per minute.
Breathing should be normal in rate with only moderate increase
in volume, so that rescue breathing can be continued for long
periods without fatigue. Do not breathe too forcibly or too
large a volume if victim is an infant or small child.

Table of ,Contents
e
SECTION TITLE PAGE
1 INTRODUCTION ................................................... l-l
I-I. GENERALDESCRIPTION ................................... I-1
l-2. THE CALIBRATOR IN AN INSTRUMENT CLUSTER .......... 1-2
1-3. With an Amplifier (5440B Only) ............................... 1-2
14. In an Automated Calibration Workstation ..................... I.?
I-5. THE 732A DIRECT VOLTAGE REFERENCE STANDARD
AND THE DIRECT VOLTAGE MAINTENANCE PROGRAM . t . 1-3
l-6. ACCESSORIES :...........................................~ . 14
l-7. THEMANUALSET .......... .: ................................ 1-S
I-8. SPECIFICATIONS ........................................... 1-5
I-9. INTERPRETING SPECIFICATIONS .......................... 1-9
l-10. Accuracy and Uncertainty .................................... 1-9
l-11. Absolute Uncertainty ........................................ I-10
l-.12. Relative Uncertainty ......................................... I-10
I-13. Stability ................................................... I-10
2 INSTALLATION AND FAMILIARIZATIDN ............................ 2-l
2-1. INTRODUCTION, ...... ..*.....< ............................. 2-1
2-2. UNPACKING AND INSPECTION, .............................. 2-I
2-3. PLACEMENT AND RACK-MOUNTING ....................... 2-l
24. CONNECTING TO LINE VOLTAGE ........................... 2-2
2-5. Line Voltage Selection ....................................... 2-2
2-5. Ground Connection ......................................... 2-2
2-7. Fuse Replacement ............................................ 2-2
2-8. FRONT AND REAR PANEL FEATURES ...................... 2-2
29. The
!POWER Key ................. . ......................... 2-9
2-10. The
: OUTPUT STATE Keys .................................. 2-9
2-15. Tht : Soft Keys and Menus .................................... 2-10
2-16. Tht : DATA ENTRY Keys .................................... 2-12
2-17. The EDIT 0’ UTPUTKeys ................................... 2-12
2-18. The MEMORY CONTROL Keys (5440B Only) ................. 2-12
2-19. The RESETKey ............................................. 2-12
2-20. CALIBRATION CONNECTIONS ... . .......................... 2-13
2-21. Recommended Cable and Connector Types ..................... 2-13
2-22 OUTPUT and DIVIDER Connections ................ :. ....... 2-13
2-23 SENSE Connections ......................................... 2-13
2-24. GU‘ARD Connections ....................................... 2-14
2-27. CHA: NGING FROM FRONT TO REAR OUTPUTS ............. 2-15

TABLE OF CONTENTS
SECTION TITLE PAGE
2-28. INSTRUMENT MESSAGES .................................. 2-16
2-29. SERVICE INFORMATION ................................... 2-17
3 FRONTPANELOPERATION ........................................ 3-i
3-1. INTRODUCTION ............................................ 3-l
3-2. PRELIMINARY PROCEDURES .............................. 3-1
3-3. Power-Up ................ . ................................. 3-1
3-4. Warm-Up .................................................. 3-2
3-5. Internal Calibration ......................................... 3-2
34. External Calibration ......................................... 3-9
3-7. SELECTING A VOLTAGE OUTPUT ..... t.:. ................. 3-9
3-8. Entering a Voltage .......................................... 3-9
3-9. Editing a Y&age ........................................... 3-10
3-10. SELECTING A DIVIDED VOLTAGE OUTPUT ................ 3-10
3-11. Procedure .................................................. 3-10
3-l 2. Considerations .............................................. 3-l I
3.13. DISPLAYING UUT ERROR .................................. 3-l I
3-14. Basic Error Display ......................................... 3-l I
3-15. Entering Tolerances ......................................... 3-12
3-16. Converting UUT Specifications ............................... 3-12
3-17. SETTING OUTPUT LIMITS .................................. 3-13
3-18. Setting Current Llmlts
......................................... 3-13
3-19. Setting Voltage Limits ....................................... 3-13
3-20. Voltage Monitoring ......................................... 3-14
3-21. SELECTING A BOOST OUTPUT (544OB ONLY) ................ 3-14
3-22. Voltage Boost Output ....................................... 3-14
3-23. Current Boost Output ....................................... 3-15
3.24. SETTING COMMUNICATION PARAMETERS ................ 3-16
3-25. PRINTING DATA ........................................... 3-16
3-26. Printinga Header ........................................... 3-16
3-27. Printing UUT Calibration Results ............................. 3-17
3-28. Printing Internal Calibration Constants ........................ 3-18
3-29. Printing Stored Procedures (54408 Only) ....................... 3-18
3-30. PERFORMING SELF-TESTS ................................. 3-18
3-31. Digital S&Test ............................................. 3-19
3-32. Analog Self-Test ............................................ 3-19
3-33. High Voltage Self-Test ....................................... 3-20
3-34. CREATING AND EDITING PROCEDURES (544OB ONLY) ..... 3-20
3-35. Creating a Procedure ................... $,, ............. .,~... 3-21
3-36. Executing a Procedure ....................................... 3-21
3-37. Editing a Procedure ......................................... 3-21
341. Exiting a Procedure ......................................... 3-22
3-42. Clearing Internal Memory .................................... 3-22
343. STORING PROCEDURES (54$OB ONLY) ...................... 3-23
3-44. Transferring from Module to Internal Memory ................. 3-23
345. Transferring from Internal Memory to Module ................. 3-23
346. EXTERNAL CALlEtRATION PROCEDURE .... ;. .............. 3-24
4 REMOTE OPERATION .............................................. 4-l
4-l. INTRODUCTION ............................................ 4-l
4-2. IEEE-488 INTERFACE FUNCTIONS .......................... 4-l
ii (CorMwrri on puge iii)

SECTION
4-3.
4-4.
4-5.
4.5.
4-7.
4-8.
4-9.
4-13.
4-14.
4-15.
4-16.
4-1I.
4-18.
4-19.
4-20.
4-21.
4-22.
4-25.
TITLE PAGE
CONNECTING THE CALIBRATOR TO THE BUS .............. 4-I
Setting the IEEE-488 Address ................................ 4-l
Connecting IEEE-488 Cables ................................. 4-2
IEEE-488 Bus Restrictions ................................... 4-2
REMOTE AND LOCAL STATES .............................. 4-2
Local States ................................................ 4-2
Remote States .............................................. 4-3
NOTATION AND SYNTAX CONVENTIONS ................... 4-i
INCOMING CHARACTER TRANSFORMATIONS ............. 4-4
CALIBRATOR STATEMENT ................................. 44
Message Sequence ........................................... 4-10
DEVICE WEPENDENT MESSAGES ........................... 4-10
Response Messages .......................................... 4-11
Setup Status Report .............................. . .......... 4-12
Long Term Operation Report ................................. 4-12
Remote Error Report ........................................ 4-14
SRQ and Serial Poll ......................................... 4-14
Device Dependent Message Summary Table .................... 4-16
5 THE RS-232-C INTERFACE ......................................... 5-1
S-1. INTRODUCTION ......................... ..t.............< .. 5-1
5-3. CONNECTING TO THE RS-232-C PORT ...................... 5-2
54. Configuring the RS-232-C Shorting Plug ....................... 5-2
5-5. Setting the Baud Rate ....................................... 5-2
5-6. RS-232-C Accessory Cables .................................. 5-3
5-7. RS-232-C OPERATION ............................ .,.......... 5-3
6 OPTIONS AND A$CESSORlES ...................................... 6-l
6-I. INTRODUCTION ............................................ 6-1
6-2. OPTIONAL REAR PANEL OUTPUT TERMINALS (5442A ONLY) 6-l
6-3. ADDITIONAL PROCEDURE STORAGE MODULE (544OB ONLY) 6-l
6-4. LOW THERMAL EMF PLUG-IN CABLES ..................... 6-1
6-5. LOW THERMAL EMF SPADE-LUG CABLES ................. 6-1
6-6. ACCESSORY CABLES ............. .: . , ...................... 6-1
6-7. 1780 RS-232-C Cable ........................................ 6-2
6-8. 5205A Inkrface Cable (5440B Only) ........................... 6-2
6-9. 5220A Interface Cable (54408 Only) ........................... 6-2
6-10. Armored IEEE488 Interface Cables (Y8021, Y8022, Y8023) ...... 6-2

List of Tables
TABLE TITLE PAGE
1-1.
1-2.
l-3.
I-4.
2-l.
2-2.
2-3.
24.
2-5.
2-6.
3-I.
3-2.
3-3.
34.
4-I.
4-2.
4-3.
44.
4-5.
4-6.
4-7.
5-l.
FeaturesandCapabilities
............................................
1-2
AccessoriesandOtherCalibrationEquipment ......................... l-4
GeneralSpecifications..............................................
1-5
Physicaland EnvironmentSpecifications
.............................. 1-S
StandardEquipment ...............................................
2-2
Line FuseValues ..................................................
2-5
Front PanelControls,Indicators,andConnectors
......................
2-s
RearPanelControls,Indicators,andConnectors ......................
2-7
Power-UpDefaultSettings ..........................................
2-9
instrument Messages ...............................................
2-19
SummaryofOperations .......... ..L ...............................
3-1
Soft Key Menus ....................................................
3-3
VoltageBoostDefault Settings ......................................
3-15
CurrentBoostDefault Settings ......................................
3-15
InterfaceFunctions ................................................
4-2
IEEE-488interfaceMessagesandIFC CommandLine ..................
4-5
CalibratorNotationandSyntaxConventions
..........................
4-6
Responsesto CalibratorRequestMessages
............................
4-12
SetupStatusCodes ................................................
4-13
Long-TermOperationStateCodes ...................................
4-13
5440B/5442ADeviceDependentMessages
............................
4-16
US-232-CSpecifications ............................................
5-l

FIGURE TITLE PAGE
Frontispiece
1-I.
2-I.
2-2.
2-3.
24.
2-5.
2-i
2-7.
2-8.
3-1.
3-2.
3-3.
3-4.
3-5.
4-1.
4-2.
4-3.
4-4.
4-5.
4-6.
5-1.
List of Illustrations
5440SeriesDirect VoltageCalibrator .................................
OutlineDimensions ................................................
Frpnt PanelControls,Indicators,andConnectors
......................
RearPanelControls,Ind;cators,andConnectors ......................
AlphanumericDisplayExamples.....................................
KeysWhichCall Up Soft-KeyMenus ................................
Soft Keys .........................................................
ExternalSenseConnections.........................................
ProperExternalGuardConnections
..................................
ChangingFrom Front to RearTerminals .............................
ExampleHeaderListing ............................................
ExampleResultsListing ............................................
ExampleCalibrationConstantsListing ...............................
ExampleStoredPr@edureListing ,,;, . .‘.,,.............................
ExternalCalibrationContiections...... : .. . .,......... .‘............. ,;.
mEE-488Connector ........... .,,.... .‘,‘.............. ,,.......... :. .
SyntaxDiagramInterpretation ......................................
CalibratorStatementSyntax ........................................
CalibratorSoftwareViewedFrom the IEEE-488Interface
...............
Calibrator ResponseMessageSyntax .................................
SRQMask and SerialPoll StatusByte .,.............. ...............
M-232-C ShortingPlug ......... .,..................................
Vlll
1-l
2-3
2-4
2-l
2-10
2-11
2-14
2-16
2-18
3-11
3-11
3-12
3-12
3-19
4-3
4-6
4-l
4-10
4-11
4-15
5-2