Fluke 5520A Service Calibrator Manuals

Manuals and User Guides for Fluke 5520A Service Calibrator. We have 6 Fluke 5520A Service Calibrator manuals available for free PDF download: Operator's Manual, Service Manual, Programmer's Manual, Getting Started, Manual

Fluke 5520A Service Operator's Manual (420 pages)

Multi-Product Calibrator

Brand: Fluke | Category: Test Equipment | Size: 2 MB

Table of Contents

5
- Introduction and Specifications
  17
- Introduction
  19
- Operation Overview
  20
- Local Operation
  20
- Remote Operation (RS-232)
  20
- Remote Operation (IEEE-488)
  21
- Where to Go from here
  22
- Instruction Manuals
  23
- 5520A Operators Manual
  24
- 5520A Operators Guide
  24
- 5520A Programmers Guide
  24
- 5520A Service Manual
  24
- Specifications
  25
- General Specifications
  26
- DC Voltage Specifications
  27
- DC Current Specifications
  28
- Resistance Specifications
  30
- AC Voltage (Sine Wave) Specifications
  31
- AC Current (Sine Wave) Specifications
  33
- Capacitance Specifications
  35
- Temperature Calibration (Thermocouple) Specifications
  36
- Temperature Calibration (RTD) Specifications
  37
- DC Power Specification Summary
  38
- Power and Dual Output Limit Specifications
  39
- Phase Specifications
  40
- Calculating Power Uncertainty
  41
- Additional Specifications
  42
- Frequency Specifications
  42
- Harmonics (2Nd to 50Th) Specifications
  43
- AC Voltage (Sine Wave) Extended Bandwidth Specifications
  44
- AC Voltage (Non-Sine Wave) Specifications
  45
- AC Voltage, DC Offset Specifications
  46
- AC Voltage, Square Wave Characteristics
  47
- AC Voltage, Triangle Wave Characteristics (Typical)
  47
- AC Current (Sine Wave) Extended Bandwidth Specifications
  47
- AC Current (Non-Sine Wave) Specifications
  48
- AC Current, Square Wave Characteristics (Typical)
  50
- AC Current, Triangle Wave Characteristics (Typical)
  50
- Preparing for Operation
  51
- Introduction
  53
- Unpacking and Inspection
  53
- Replacing the Fuse
  54
- Selecting Line Voltage
  54
- Connecting to Line Power
  55
- Selecting Line Frequency
  55
- Service Information
  57
- Placement and Rack Mounting
  58
- Cooling Considerations
  58
- Features
  59
- Introduction
  61
- Front Panel Features
  61
- Rear Panel Features
  61
- Softkey Menu Trees
  61
Chapter 4 Front Panel Operation

81
- Introduction
  83
- Turning on the Calibrator
  83
- Using the Softkeys
  84
- Warming up the Calibrator
  84
- Using the Instrument Setup Menu
  85
- Using the Setup Menu
  85
- Utility Functions Menu
  85
- Resetting the Calibrator
  86
- Using the Format EEPROM Menu
  86
- Zeroing the Calibrator
  86
- Using the Operate and Standby Modes
  88
- Connecting the Calibrator to a UUT
  89
- Recommended Cable and Connector Types
  89
- Earth
  90
- External Guard
  90
- When to Use EARTH and EXGRD
  90
- Four-Wire Versus Two-Wire Connections
  91
- Cable Connection Instructions
  92
- RMS Versus P-P Amplitude
  97
- Auto Range Versus Locked Range
  98
- Setting DC Voltage Output
  99
- Setting the Output
  99
- Setting AC Voltage Output
  100
- Sine Wave
  127
- Square Wave
  127
- Triangle Wave
  127
- Setting Harmonics
  128
- Truncated Sine Wave
  128
- Adjusting the Phase
  129
- Entering a Phase Angle
  130
- Entering a Power Factor
  131
- Entering a DC Offset
  132
- Editing and Error Output Settings
  133
- Editing the Output Setting
  133
- Displaying the UUT Error
  134
- Using Multiply and Divide
  134
- Setting Output Limits
  135
- Setting Voltage and Current Limits
  135
- Measuring Pressure
  136
- Sourcing AC Current with Parallel-Connected 5520As
  138
- Synchronizing the Calibrator Using 10 Mhz IN/OUT
  138
- Using an External 10 Mhz Clock
  138
- Three-Phase Power Calibration
  140
- Cables
  141
- Calibrating an 80 Series Handheld Multimeter
  141
- EARTH Connection
  141
- Sample Applications
  141
- Testing the Meter
  142
- Calibrating the Meter
  146
- Testing a Model 41 Power Harmonics Analyzer
  147
- Testing Watts, VA, VAR Performance
  147
- Testing Harmonics Volts Performance
  149
- Calibrating a Fluke 51 Thermometer
  151
- Testing Harmonics Amps Performance
  151
- Testing the Thermometer
  152
- Calibrating the Thermometer
  153
Chapter 5 Remote Operation

155
- Introduction
  158
- Setting up the IEEE-488 Port for Remote Control
  160
- IEEE-488 Port Setup Procedure
  162
- Testing the IEEE-488 Port
  163
- Host Port Setup Procedure
  164
- Setting up the RS-232 Host Port for Remote Control
  164
- Testing RS-232 Host Port Operation Using a Terminal
  167
- Testing the RS-232 Host Port
  167
- Testing RS-232 Host Port Operation Using Visual Basic
  169
- Setting up the RS-232 UUT Port for Remote Control
  170
- UUT Port Setup Procedure
  170
- Testing RS-232 UUT Port Operation Via a Terminal
  172
- Testing the RS-232 UUT Port Via RS-232 Host Port
  172
- Testing RS-232 UUT Port Operation Using Visual Basic
  173
- Testing the RS-232 UUT Port Via IEEE-488 Port
  174
- Changing between Remote and Local Operation
  176
- Local State
  176
- Local with Lockout State
  176
- Remote State
  176
- Remote with Lockout State
  176
- Interface Overview
  177
- IEEE-488 Interface Overview
  178
- Device-Dependent Commands
  180
- Types of Commands
  180
- Using Commands
  180
- Common Commands
  181
- Interface Messages (IEEE-488)
  181
- Query Commands
  181
- Compound Commands
  183
- Coupled Commands
  183
- Overlapped Commands
  184
- Sequential Commands
  184
- Command Syntax
  187
- Parameter Syntax Rules
  187
- Extra Space or Tab Characters
  188
- Incoming Character Processing
  189
- Terminators
  189
- Response Message Syntax
  190
- Checking 5520A Status
  191
- Serial Poll Status Byte (STB)
  191
- Service Request (SRQ) Line
  193
- Service Request Enable Register (SRE)
  193
- Bit Assignments for the ESR and ESE
  194
- Event Status Enable (ESE) Register
  194
- Event Status Register (ESR)
  194
- Programming the STB and SRE
  194
- Programming the ESR and ESE
  195
- Bit Assignments for the ISR, ISCR, and ISCE
  196
- Instrument Status Change Enable Registers
  196
- Instrument Status Change Registers
  196
- Instrument Status Register (ISR)
  196
- Output Queue
  198
- Programming the ISR, ISCR, and ISCE
  198
- Error Queue
  199
- Guidelines for Programming the Calibrator
  199
- Remote Program Examples
  199
- Writing an SRQ and Error Handler
  200
- Using *OPC?, *OPC, and *WAI
  201
- Verifying a Meter on the IEEE-488 Bus
  201
- Verifying a Meter on the RS-232 UUT Serial Port
  201
- Taking a Pressure Measurement
  202
- Taking a Thermocouple Measurement
  202
- Input Buffer Operation
  203
- Using the RS-232 UUT Port to Control an Instrument
  203
Chapter 6 Remote Commands

205
- Command Summary by Function
  207
- Common Commands
  207
- Introduction
  207
- Error Mode Commands
  208
- External Connection Commands
  208
- Oscilloscope Commands
  209
- Output Commands
  209
- Host Port Commands
  211
- UUT Port Commands
  211
- Setup and Utility Commands
  212
- Status Commands
  213
- Thermocouple (TC) Measurement Commands
  213
- Commands
  214
Chapter 7 Maintenance

263
- Introduction
  265
- Replacing the Line Fuse
  265
- Cleaning the Air Filter
  267
- General Cleaning
  268
- Performance Tests
  269
Table of Contents

288
- Oscilloscope Frequency Response Calibration Procedure
  308
- Sweeping through a Frequency Range
  308
- Calibrating the Time Base of an Oscilloscope
  310
- The Time Marker Function
  310
- Time Base Marker Calibration Procedure for an Oscilloscope
  311
- Testing the Trigger SC600 Option
  312
- Testing Video Triggers
  314
- Verifying Pulse Capture
  315
- Input Impedance Measurement
  316
- Measuring Input Resistance and Capacitance
  316
- Input Capacitance Measurement
  317
- Testing Overload Protection
  317
- Remote Commands and Queries
  318
- General Commands
  319
- Edge Function Commands
  322
- Marker Function Commands
  322
- Video Function Commands
  322
- Overload Function Commands
  323
- Impedance/Capacitance Function Commands
  324
- DC Voltage Verification
  325
- Verification Tables
  325
- AC Voltage Amplitude Verification
  326
- AC Voltage Frequency Verification
  326
- Wave Generator Amplitude Verification: 50 Ω Output Impedance
  327
- Leveled Sine Wave Verification: Amplitude
  329
- Leveled Sine Wave Verification: Frequency
  329
- Leveled Sine Wave Verification: Harmonics
  330
- Leveled Sine Wave Verification: Flatness
  331
- Edge Verification: Amplitude
  337
- Edge Verification: Duty Cycle
  337
- Edge Verification: Frequency
  337
- Edge Verification: Rise Time
  338
- Tunnel Diode Pulser Verification
  338
- Marker Generator Verification
  339
- Pulse Generator Verification: Period
  339
- Pulse Generator Verification: Pulse Width
  339
- Input Impedance Verification: Capacitance
  340
- Input Impedance Verification: Resistance
  340
Table of Contents

341

Fluke 5520A Service Service Manual (254 pages)

Multi-Product Calibrator

Brand: Fluke | Category: Test Equipment | Size: 3 MB

Service Manual
1
Safety Information
3
Table of Contents
5
Introduction and Specifications

19
Theory of Operation

49
- Chapter 2
  
  51
  - Introduction
    51
  - Encoder Assembly (A2)
    52
  - Synthesized Impedance Assembly (A5)
    52
  - DDS Assembly (A6)
    53
  - Current Assembly (A7)
    54
  - Voltage Assembly (A8)
    55
  - Main CPU Assembly (A9)
    56
  - Power Supplies
    56
  - Outguard Supplies
    56
  - Inguard Supplies
    56
Calibration and Verification

57
- Chapter 3
  
  59
  - Introduction
    59
  - Equipment Required for Calibration and Verification
    59
  - Calibration
    61
  - Starting Calibration
    61
  - DC Volts Calibration (NORMAL Output)
    62
  - DC Volts Calibration (30 VDC and Above)
    63
  - AC Volts Calibration (NORMAL Output)
    64
  - Thermocouple Function Calibration
    66
  - DC Current Calibration
    67
  - AC Current Calibration
    70
  - DC Volts Calibration (AUX Output)
    76
  - AC Volts Calibration (AUX Output)
    76
  - Resistance Calibration
    77
  - Capacitance Calibration
    80
  - Calibration Remote Commands
    83
  - Generating a Calibration Report
    89
  - Performance Verification Tests
    90
  - Zeroing the Calibrator
    90
  - Verifying DC Volts (NORMAL Output)
    91
  - Verifying DC Volts (AUX Output)
    92
  - Verifying DC Current
    92
  - Verifying Resistance
    94
  - Verifying AC Voltage (NORMAL Output)
    96
  - Verifying AC Voltage (AUX Output)
    98
  - Verifying AC Current
    99
  - Verifying Capacitance
    102
  - To 110 Mf Capacitance Verification
    103
  - Capacitance Measurement
    103
  - Measurement Uncertainty
    107
  - Verifying Thermocouple Simulation (Sourcing)
    108
  - Verifying Thermocouple Measurement
    108
  - Verifying Phase Accuracy, Volts and AUX Volts
    109
  - Verifying Phase Accuracy, Volts and Current
    110
  - Verifying Frequency Accuracy
    111
Maintenance

115
- Chapter 4
  
  117
  - Introduction
    117
  - Access Procedures
    117
  - Removing Analog Modules
    117
  - Removing the Main CPU (A9)
    117
  - Removing Rear Panel Assemblies
    118
  - Removing the Filter PCA (A12)
    118
  - Removing the Encoder (A2) and Display Pcas
    118
  - Removing the Keyboard and Accessing the Output Block
    118
  - Diagnostic Testing
    121
  - Running Diagnostics
    121
  - Testing the Front Panel
    121
  - Complete List of Error Messages
    122
    
    How to Obtain Parts
    127
    
    Introduction
    127
List of Replaceable Parts

127
- Introduction
  129
- How to Obtain Parts
  129
Oscilloscope Calibration Options

141
- SC600 Option
  
  143
- Chapter 6
  
  145
  - Introduction
    145
  - Maintenance
    145
  - SC600 Specifications
    146
  - Volt Specifications
    146
  - Edge Specifications
    147
  - Leveled Sine Wave Specifications
    148
  - Time Marker Specifications
    149
  - Wave Generator Specifications
    149
  - Pulse Generator Specifications
    150
  - Trigger Signal Specifications (Pulse Function)
    150
  - Trigger Signal Specifications (Time Marker Function)
    150
  - Trigger Signal Specifications (Edge Function)
    151
  - Trigger Signal Specifications (Square Wave Voltage Function)
    151
  - Trigger Signal Specifications
    151
  - Oscilloscope Input Resistance Measurement Specifications
    151
  - Oscilloscope Input Capacitance Measurement Specifications
    151
  - Overload Measurement Specifications
    152
  - Theory of Operation
    152
  - Voltage Mode
    152
  - Edge Mode
    152
  - Leveled Sine Wave Mode
    152
  - Time Marker Mode
    153
  - Wave Generator Mode
    153
  - Input Impedance Mode (Resistance)
    153
  - Input Impedance Mode (Capacitance)
    153
  - Overload Mode
    153
  - Equipment Required for Calibration and Verification
    155
  - SC600 Calibration Setup
    157
  - Calibration and Verification of Square Wave Voltage Functions
    158
  - Overview of HP3458A Operation
    158
  - Setup for SC600 Voltage Square Wave Measurements
    158
  - Setup for SC600 Edge and Wave Gen Square Wave Measurements
    160
  - DC Voltage Calibration
    161
  - AC Voltage Calibration
    161
  - Wave Generator Calibration
    162
  - Edge Amplitude Calibration
    162
  - Leveled Sine Wave Amplitude Calibration
    163
  - Leveled Sine Wave Flatness Calibration
    164
    
    Low Frequency Calibration
    164
    
    High Frequency Calibration
    165
  - Pulse Width Calibration
    165
  - Measz Calibration
    166
  - Verification
    168
  - DC Voltage Verification
    169
    
    Verification at 1 M
    169
    
    Verification at 50
    169
  - AC Voltage Amplitude Verification
    171
    
    Verification at 50
    171
    
    Verification at 1 M
    171
    
    Verification at 50
    173
  - AC Voltage Frequency Verification
    174
  - Edge Amplitude Verification
    175
  - Edge Frequency Verification
    175
  - Edge Duty Cycle Verification
    176
  - Edge Rise Time Verification
    176
  - Edge Abberation Verification
    178
  - Tunnel Diode Pulser Drive Amplitude Verification
    179
  - Leveled Sine Wave Amplitude Verification
    179
  - Leveled Sine Wave Frequency Verification
    181
  - Leveled Sine Wave Harmonics Verification
    182
  - Leveled Sine Wave Flatness Verification
    184
    
    Equipment Setup for Low Frequency Flatness
    184
    
    Equipment Setup for High Frequency Flatness
    184
    
    Low Frequency Verification
    186
    
    High Frequency Verification
    186
  - Time Marker Verification
    188
  - Wave Generator Verification
    189
    
    Verification at 1 M
    190
    
    Verification at 50
    190
  - Pulse Width Verification
    193
  - Pulse Period Verification
    194
  - Measz Resistance Verification
    194
  - Measz Capacitance Verification
    195
  - Overload Function Verification
    196
  - SC600 Hardware Adjustments
    197
  - Equipment Required
    197
  - Adjusting the Leveled Sine Wave Function
    197
    
    Equipment Setup
    197
    
    Adjusting the Leveled Sine Wave VCO Balance
    198
    
    Adjusting the Leveled Sine Wave Harmonics
    198
  - Adjusting the Aberrations for the Edge Function
    199
    
    Equipment Setup
    200
    
    Adjusting the Edge Aberrations
    200
- SC300 Option
  
  203
  - Introduction
    205
  - Maintenance
    205
  - SC300 Specifications
    206
  - Voltage Function Specifications
    206
  - Edge Function Specifications
    207
  - Leveled Sine Wave Function Specifications
    208
  - Time Marker Function Specifications
    209
  - Wave Generator Specifications
    209
  - Trigger Signal Specifications for the Time Marker Function
    210
  - Trigger Signal Specifications for the Edge Function
    210
  - Theory of Operation
    211
  - Voltage Mode
    211
  - Edge Mode
    211
  - Leveled Sine Wave Mode
    211
  - Time Marker Mode
    212
  - Wave Generator Mode
    212
  - Equipment Required for Calibration and Verification
    214
  - SC300 Calibration Setup
    216
  - Calibration and Verification of Square Wave Functions
    217
  - Overview of HP3458A Operation
    217
  - Setup for Square Wave Measurements
    217
  - DC Voltage Calibration
    218
  - AC Square Wave Voltage Calibration
    219
  - Edge Amplitude Calibration
    220
  - Leveled Sine Wave Amplitude Calibration
    220
  - Leveled Sine Wave Flatness Calibration
    221
  - Low Frequency Calibration
    222
  - High Frequency Calibration
    222
  - Verification
    223
  - DC Voltage Verification
    223
  - Verification at 1 M
    223
  - Verification at 50
    223
  - Verification at
    223
  - AC Voltage Amplitude Verification
    226
  - Verification at 50
    226
  - Verification at 1 M
    226
  - Verification at 50
    228
  - AC Voltage Frequency Verification
    229
  - Edge Amplitude Verification
    230
  - Edge Frequency Verification
    231
  - Edge Duty Cycle Verification
    232
  - Edge Rise Time Verification
    232
  - Edge Abberation Verification
    234
  - Leveled Sine Wave Amplitude Verification
    235
  - Leveled Sine Wave Frequency Verification
    236
  - Leveled Sine Wave Harmonics Verification
    237
  - Leveled Sine Wave Flatness Verification
    239
  - Equipment Setup for Low Frequency Flatness
    239
  - Equipment Setup for High Frequency Flatness
    239
  - Low Frequency Verification
    241
  - High Frequency Verification
    241
  - Time Marker Verification
    243
  - Wave Generator Verification
    244
  - Verification at 1 M
    245
  - Verification at 50
    245
  - Verification at
    245
  - SC300 Hardware Adjustments
    247
  - Equipment Required
    247
  - Adjusting the Leveled Sine Wave Function
    248
  - Equipment Setup
    248
  - Adjusting the Leveled Sine Wave Harmonics
    248
  - Adjusting the Aberrations for the Edge Function
    249
  - Equipment Setup
    249
  - Adjusting the Edge Aberrations
    249
Index

251

Fluke 5520A Service Operator's Manual (88 pages)

multi-product

Brand: Fluke | Category: Test Equipment | Size: 0 MB

Table of Contents
3
What Is in this Guide
5
Safety Information
5
Ac Power Source
6
How to Contact Fluke
9
Unpacking and Inspecting
9
Replacing the Fuse
10
Selecting Line Voltage
12
Connecting to Line Power
12
Cooling Considerations
13
Front Panel
14
Rear Panel
20
Turning on the Calibrator
23
Warming up the Calibrator
24
Using the Setup Menu
25
Using the Softkeys
25
Instrument Setup Menu
26
Utility Functions Menu
27
Format EEPROM Menu
27
Zeroing the Calibrator
31
Connecting the Calibrator to a UUT
32
Operate and Standby
32
Using the EARTH and EXGRD Keys
33
Earth
33
External Guard
34
Four-Wire and Two-Wire Connections
35
Four-Wire Connection
35
Two-Wire Compensation
35
Compensation off
35
Cable Connection Diagrams
35
RMS Versus P-P Waveforms
40
Auto Range Versus Locked Range
40
Setting Outputs
41
DC Voltage Output
41
AC Voltage Output
42
DC Current Output
44
AC Current Output
45
DC Power Output
47
AC Power Output
49
- Dual DC Voltage Output
  53
- Dual AC Voltage Output
  55
- Resistance Output
  59
Capacitance Output
61
- Temperature Simulation (TC)
  62
- Temperature Simulation (RTD)
  65
Measuring a Thermocouple Output
67
Measuring Pressure
70
Waveforms
74
- Sinewave (Sine)
  74
- Trianglewave (Tri)
  74
- Squarewave (Square)
  75
- Truncated Sinewave (Truncs)
  75
- Setting Harmonics
  76
- Adjusting the Phase
  77
- Setting a Phase Angle
  79
- Setting a Power Factor
  79
- Setting a DC Offset
  80
- Editing and Error Output Settings
  81
- Editing the Output Setting
  82
- Displaying the Output Error
  82
- Multiplying and Dividing
  83
- Setting Voltage and Current Limits
  83
- Synchronizing the Calibrator Using 10 Mhz IN/OUT
  84
- Using an External 10 Mhz Clock
  85
- Sourcing Current with Parallel-Connected 5520As
  86
- Performance Verification
  87
- Internal Fuses
  88

Fluke 5520A Service Programmer's Manual (46 pages)

Multi-Product Calibrator

Brand: Fluke | Category: Test Equipment | Size: 0 MB

Table of Contents
3
Types of Commands
5
- Device-Dependent Commands
  5
- Common Commands
  5
- Query Commands
  5
- Compound Commands
  5
- Coupled Commands
  5
- Overlapped Commands
  5
- Sequential Commands
  5
- Commands for RS-232 Only
  5
Command Syntax
6
Checking 5520A Status
10
- Status Register Summary
  10
- STB and SRE
  11
- ESR and ESE
  12
- ISR, ISCE, and ISCR
  13
- Service Request Enable Register (SRE)
  14
- Output Queue
  14
- Error Queue
  14
Command Summary
15
- Common Commands
  15
- Error Mode Commands
  16
- External Connection Commands
  17
- Oscilloscope Commands
  18
- Output Commands
  20
- Pressure Measurement Commands
  22
- RS-232 Host Port Commands
  23
- RS-232 UUT Port Commands
  23
- Setup and Utility Commands
  24
- Status Commands
  26
- Thermocouple (TC) Measurement Commands
  27
Command List
28

Fluke 5520A Service Getting Started (38 pages)

Multi-Product Calibrator

Brand: Fluke | Category: Test Equipment | Size: 0 MB

Fluke 5520A Service Manual (30 pages)

Brand: Fluke | Category: Test Equipment | Size: 0 MB

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Fluke 5520A Service Calibrator Manuals

Fluke 5520A Service Operator's Manual (420 pages)

Table of Contents

Table of Contents

Chapter 4 Front Panel Operation

Chapter 5 Remote Operation

Chapter 6 Remote Commands

Chapter 7 Maintenance

Table of Contents

Table of Contents

Fluke 5520A Service Service Manual (254 pages)

Table of Contents

Introduction and Specifications

Theory of Operation

Chapter 2

Calibration and Verification

Chapter 3

Maintenance

Chapter 4

List of Replaceable Parts

Oscilloscope Calibration Options

SC600 Option

Chapter 6

SC300 Option

Index

Fluke 5520A Service Operator's Manual (88 pages)

Table of Contents

Fluke 5520A Service Programmer's Manual (46 pages)

Table of Contents

Fluke 5520A Service Getting Started (38 pages)

Table of Contents

Fluke 5520A Service Manual (30 pages)

Table of Contents

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