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45 user manual 5-34, aam27s.tif
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Specification
Install
Error codes
3.Waveform Comparison Chart
Replacement Parts
Warranty
Maintenance
Power-UpConfiguration
Sending Command Strings to the Meter
Adjusting the Handle
Page 90
Image 90
45
Users Manual
aam27s.tif
Figure
5-6.
Sample Programs for
IEEE-488
Computer Interface (cont.)
5-34
Page 89
Page 91
Page 90
Image 90
Page 89
Page 91
Contents
Dual Display Multimeter
LIMITED WARRANTY & LIMITATION OF LIABILITY
Safety Class
Interference Information
Declaration of the Manufacturer or Importer
Introduction
Table of Contents
Title
Getting Started
Operating the Meter Using the Computer Interface
Applications
Maintenance
Appendices
List of Tables
Title
Replacement Parts
Performance Tests for mA Current Functions
Performance Tests for A Current Functions
List of Figures
Title
Introducing the Fluke 45 Dual Display Multimeter
Introduction
Chapter
WWarning
Options and Accessories
Where to go from Here
Chapter 1 Introduction
Chapter 4 Applications
Chapter 6 Maintenance
Chapter 2 Getting started
Appendices
Page
WWARNING
TO AVOID ELECTRICAL SHOCK OR OTHER INJURY
MULTIMETER SAFETY
Getting Started
Adjusting the Handle
Line Power
Introduction
Figure 2-1.Front Panel
Figure 2-2.Rear Panel
Using the Pushbuttons
Turning the Meter on
Figure 2-4.Summary of Basic Pushbutton Operations
Taking Some Basic Measurements
Selecting a Measurement Range
Automatic Input Terminal Selection
WWarning
Diode/Continuity Testing
Measuring Voltage, Resistance, or Frequency
Measuring Current
Getting Started
FREQ
FREQ
Taking Some Basic Measurements
CIRCUIT
Figure 2-7.Continuity Testing
Figure 2-8.Diode Testing
Note This is a Diode Test Function
Operating the Meter Under Battery Power Optional
Rack Mounting
Operating the Meter Under Battery Power Optional
2-10
Chapter
Operating the Meter From the Front Panel
Front Panel Operations
Introduction
Display
Primary Display
Secondary Display
EXT TRG
REMOTE SMF
MAX dB REL AUTO
MIN HOLD
Input Terminals
Figure 3-4.Input Terminals
E, U, T
Selecting a Measurement Function
Ranging
Autoranging
Figure 3-5.Function Selection Buttons
Operating the Meter From the Front Panel
Ranging
Measuring Frequency
Manual Ranging
Frequency Ranging
Operating the Meter From the Front Panel
Frequency Measurement Rates
Frequency Sensitivity Selection
Measuring Frequency
Selecting A Function Modifier
K, I, H, J
Operating the Meter From the Front Panel
REL Relative Readings Modifier
WWarning
Selecting A Function Modifier
dB Decibels and Audio Power Modifier
Using Function Modifiers in Combination
HOLD Touch Hold Modifier
MN MX Minimum Maximum Modifier
Using the SButton
Selecting A Measurement Rate Rate
3-15
Operating the Meter From the Front Panel
Selecting A Function Modifier
Pushbuttons
Using The Compare Comp Function
The List and Number Editors
Using the List Editor
Using the Number Editor
Power-UpConfiguration
Factory Settings of Power-UpConfiguration
Changing the Power-UpConfiguration
Calibration
Chapter
Using the Dual Display
Applications
Introduction
Using Measurement Functions in Combination
Using the Dual Display
Applications
Response Times
How the Meter Makes Dual Display Measurements
How the Meter Makes Dual Display Measurements
Meas Function
Update Rate in the Dual Display Mode
External Trigger
Thermal Voltages
True RMS Measurements
When Measuring Resistance
Two-WireConfiguration
Correcting for Test Lead Resistance
Effects of Internal Noise in AC Measurements
Calculated AC + DC RMS Measurements
True RMS Measurements
Figure 4-3.Waveform Comparison Chart
Applications
4-11
4-12
Computer Interfaces
Operating the Meter Using the Computer Interface
Local and Remote Operations
Chapter
Setting Communication Parameters RS-232
RS-232 Print-OnlyMode
Character Echoing and Deletion
Device Clear Using C CNTRL C
Cabling the Meter to a Host or Printer RS-232
RS-232Prompts
Enabling the IEEE-488Interface
Installing the IEEE-488Interface
IEEE-488Operating Limitations
Addressing the Meter
Installation Test for IEEE-488Operations
Getting Started With An Installation Test
Installation Test for RS-232Operations
Cabling the Meter to a Host
Input Strings
How the Meter Processes Input
If Test Fails
Input Terminators
Sending Command Strings to the Meter
Typical IEEE-488Input Strings
Sending Numeric Values to the Meter
1.Commands to configure the meter if any
5-10
Figure 5-1.Typical IEEE-488Input Strings
How the Meter Processes Output
Triggering Output
External Triggering from the Front Panel
Setting the Trigger Type Configuration
External Triggering via the Computer Interface
Table 5-3.Trigger Type
Write Command
Event Status Enable Register
Read Command
Enable Register
Page
Event Status and Event Status Enable Registers
7 6 5 4
Status Byte Register
Reading the Status Byte Register
Service Request Enable Register
Computer Interface Command Set
IEEE-488Capabilities and Common Commands
5-20
Table 5-9. IEEE-488Common Commands
Command
Table 5-8. IEEE-488Interface Function Subsets
Table 5-10. IEEE-488Common Commands cont
Operating the Meter Using the Computer Interface
Computer Interface Command Set
Command
Table 5-11.Function Commands and Queries
Function Commands and Queries
Function Modifier Commands and Queries
Commands
Command
Operating the Meter Using the Computer Interface
Computer Interface Command Set
Table 5-12.Function Modifier Commands and Queries
Command
5-24
Description
Computer Interface Command Set
Range and Measurement Rate Commands and Queries
Operating the Meter Using the Computer Interface
5-25
Measurement Queries
TRIGGER 5, unexpected results will be obtained
5-26
Compare Commands and Queries
Trigger Configuration Commands
Table 5-17.Miscellaneous Commands and Queries
Miscellaneous Commands and Queries
Command
5-28
Computer Interface Command Set
RS-232Remote/Local Configurations
Operating the Meter Using the Computer Interface
Command
Sample Program Using the RS-232Computer Interface
5-30
aam23f.eps
Operating the Meter Using the Computer Interface
5-31
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5-32
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Operating the Meter Using the Computer Interface
5-33
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Operating the Meter Using the Computer Interface
5-35
Line Fuse
Maintenance
Cleaning
WWarning
Testing Current Input Fuses
Current Input Fuses
WWarning
Replacing the 100 mA Input Fuse
Replacing the 10 A Input Fuse
WWarning
Self-TestDiagnostics and Error Codes
Performance Tests
Service
Input Level
Function
Range Rate
Frequency
Replacement Parts
Replacement Parts
Maintenance
Quantity Fluke Part Number Part Description
Table 6-5.Replacement Parts cont DESCRIPTION
FLUKE PART NO
Page
Appendices
Appendix
Specifications
Page
Display Counts and Reading Rates
Specifications
Appendix A
RS-232and IEEE-488Reading Transfer Rates
Normal Mode Rejection Ratio
DC Voltage
Input Impedance
Common Mode Rejection Ratio
Appendices
Decibel Resolution
True RMS AC Voltage, AC-Coupled
Maximum Input
AC + DC Voltage Accuracy
Decibel Reference Resistance
Maximum Crest Factor
Input Impedance
Appendices
DC Current
AC Current
Maximum Input
Maximum Input
Accuracy
Maximum Crest Factor
RangeFrequency
Open Circuit Voltage
Ohms
Diode Test/Continuity
Input Protection
Sensitivity Level of AC Current
Frequency
Sensitivity of AC Voltage
Open Circuit Voltage
Environmental
Specifications A
Appendices
General
Options
ASCII/IEEE-488Bus Codes
Appendix B
Page
Appendices
ASCII/IEEE-488Bus Codes B
Implementation of IEEE Standard
IEEE-488.2Device Documentation Requirements
Appendix C
Introduction
Device-specificcommands used
All queries generate a response when parsed
No commands are coupled
NUMERIC RESPONSE DATA
MEASUREMENT
Format 1 NR3 NUMERIC RESPONSE DATA
Format 2 NR3 NUMERIC RESPONSE DATA UNIT
Volts dc
The *RDT and *RAT? commands are not implemented
There are no additional data structures