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Fluke 6100A Manuals

Manuals and User Guides for Fluke 6100A. We have 1 Fluke 6100A manual available for free PDF download: User Manual

Fluke 6100A User Manual

Fluke 6100A User Manual (210 pages)

Electrical Power Standard

Brand: Fluke | Category: Measuring Instruments | Size: 2.1 MB

Table of Contents

Table of Contents
11
List of Figures
21
Introduction and Specifications

25
- Introduction
  25
- Features
  25
- About this Manual
  25
- How to Use this Manual
  26
- Contacting Fluke
  26
- Specifications
  27
- Input Power
  27
- Dimensions
  27
- Environment
  27
- Safety
  27
- Emc
  27
- Electrical Specifications
  28
- General Parametric Specifications
  28
- Amplitude/Frequency Limits
  28
- Open and Closed Loop Operation
  29
- Voltage Specifications
  29
- Voltage Range Limits and Burden
  29
- Voltage Sine Amplitude Specifications
  29
- Voltage DC and Harmonic Amplitude Specifications
  30
- Maximum Capacitive Loading for Output Stability
  31
- Voltage Distortion and Noise
  31
- Current Specifications
  32
- Current Range Limits
  32
- Load Regulation Specification 'Adder
  32
- Current Sine Amplitude Specifications
  33
- Current DC and Harmonic Amplitude Specifications
  34
- Current Distortion and Noise
  35
- Maximum Inductive Loading for Output Stability
  35
- Voltage from the Current Terminals
  35
- Range Limits and Impedances
  35
- Sine Specifications
  36
- DC and Harmonic Amplitude Specifications
  36
- Voltage from Current Terminals, Distortion and Noise
  37
- Current to Voltage Phase Specifications
  37
- Power Specifications
  38
- Sinusoidal VA Specifications
  38
- Sinusoidal Power Specifications
  38
- Flicker Specifications
  40
- Voltage and Current Sinusoidal and Rectangular Modulation Flicker Specification
  41
- Fluctuating Harmonic Specifications
  41
- Interharmonic Specifications
  42
- Dip/Swell Specifications
  42
- Multi-Phase Operation
  42
- Determining Non-Sinusoidal Waveform Amplitude Specifications
  43
- Non-Sinusoidal Voltage Example
  43
- Apparent Power (S) Accuracy Calculations
  44
- Apparent Power Example
  44
- Power (P) Accuracy Calculations
  45
- Power Example
  46
- References
  47
Installation

49
- Chapter 2
  
  51
  - Introduction
    51
  - Unpacking and Inspection
    51
  - Reshipping the 6100A
    51
  - Placement and Rack Mounting
    51
  - Cooling Considerations
    52
  - Line Voltage
    52
  - Connecting to Line Power
    52
  - Connecting 6101A Auxiliary Units
    53
  - Allocation of Phases
    53
Features

55
- Chapter 3
  
  57
  - Introduction
    57
  - Front Panel Features
    57
  - Windows™ User Interface
    60
  - The Main Graphical User Interface Areas
    60
  - Data Entry from the Front Panel
    61
  - Data Entry from an External Keyboard and Mouse
    62
  - Output Channel Selection
    63
  - Output Control
    63
  - Rear Panel Features
    64
Front Panel Operation

67
- Chapter 4
  
  69
  - Introduction
    69
  - Power up
    69
  - Warm up
    69
  - Basic Setup Procedures
    70
  - Global Settings
    71
  - Frequency
    71
  - Line Locking
    71
  - Harmonic Edit Mode
    71
  - Reactive Power Calculation
    72
  - Phase Units
    72
  - Voltage Output 4-Wire or 2-Wire Connection
    72
  - Soft Start
    73
  - Reference Clock out
    73
  - More Settings
    73
  - Edit Mode
    74
  - Direct Mode
    74
  - Deferred Mode
    74
  - Changes that Are Not Deferred
    75
  - Setting up Voltage and Current Waveforms
    75
  - Harmonics, DC and Sine
    76
  - Definition
    76
  - Access to this Function
    76
  - 6100A Specification
    76
  - Sine/Harmonic Mode
    77
  - Setting up Harmonics and DC
    78
  - Interharmonics
    80
  - Definition
    80
  - Access to this Function
    80
  - 6100A Specification
    80
  - Setting up Interharmonics
    80
  - Fluctuating Harmonics
    81
  - Definition
    81
  - Access to this Function
    81
  - 6100A Specification
    81
  - Setting up Fluctuating Harmonics
    82
  - Dips and Swells
    82
  - Definition
    82
  - Access to this Function
    83
  - 6100A Specification
    83
  - Setting up Dips/Swells
    84
  - Flicker
    85
  - Definition
    85
  - Access to this Function
    85
  - 6100A Specification
    86
  - Setting up Basic Flicker
    87
  - Setting up Flicker Extended Functions
    88
  - Periodic Frequency Changes
    88
  - Distorted Voltage with Multiple Zero Crossings
    89
  - Harmonics with Side Bands
    90
  - Phase Jumps
    91
  - Rectangular Voltage Changes with 20% Duty Cycle
    91
  - Copy and Paste
    92
  - Copy
    92
  - Paste
    92
Remote Operation

93
- Chapter 5
  
  95
  - Introduction
    95
  - Using the IEEE-488 Port for Remote Control
    95
  - Programming Options
    95
  - Capability Codes
    96
  - Bus Addresses
    96
  - Default Bus Address
    97
  - Limited Access
    97
  - Interconnections
    97
  - Operation Via the IEEE 488 Interface
    97
  - General
    97
  - Operating Conditions
    97
  - Programmed Transfer to Local Control (GTL or REN False)
    98
  - Device Clear
    98
  - Levels of Reset
    98
  - Message Exchange
    99
  - IEEE 488.2 Model
    99
  - Instrument STATUS Subsystem
    99
  - Incoming Commands and Queries
    100
  - Instrument Functions and Facilities
    100
  - Outgoing Responses
    100
  - Query Error
    101
  - Request Service (RQS)
    101
  - Reasons for Requesting Service
    101
  - RQS in the IEEE 488.2 Model
    101
  - Retrieval of Device Status Information
    101
  - General
    101
  - IEEE 488 and SCPI Standard Defined Features
    102
  - Status Summary Information and SRQ
    103
  - Event Register Conditions
    103
  - Access Via the Application Program
    103
  - Instrument Status Reporting IEEE 488.2 Basics
    104
  - IEEE 488.2 Model
    104
  - Instrument Model Structure
    104
  - Status Byte Register
    104
  - Reading the Status Byte Register
    105
  - Service Request Enable Register
    105
  - Reading the Service Request Enable Register
    105
  - IEEE 488.2 Defined Event Status Register
    105
  - Standard Event Status Enable Register
    107
  - Reading the Standard Event Enable Register
    108
  - The Error Queue
    108
  - Instrument Status Reporting - SCPI Elements
    108
  - General
    108
  - SCPI Status Registers
    108
  - Reportable SCPI States
    108
  - SCPI Programming Language
    109
  - SCPI Commands and Syntax
    110
  - SCPI Command Summary
    110
  - Calibration Subsystem Command Details
    116
  - Output Subsystem Command Details
    118
  - Input Subsystem Command Details
    119
  - Source Subsystem Command Details
    120
  - General Commands
    120
  - Power Values
    120
  - Voltage Setup
    122
  - DC and Harmonics Phenomenon
    123
  - Fluctuating Harmonics Phenomenon
    124
  - Interharmonics Phenomenon
    125
  - Dip Phenomenon
    126
  - Flicker Phenomenon
    127
  - Extended Flicker Sub-System
    128
  - Extended Flicker State
    128
  - Configure Signal
    128
  - Select Sideband Harmonic
    129
  - Select Phase Jump Angle
    129
  - Select Phase Jump Settle Period
    129
  - Report Phase Jump Stage
    129
  - Report Phase Jump Elapsed Time
    130
  - Current Setup
    130
  - Harmonics Phenomenon
    131
  - Fluctuating Harmonics Phenomenon
    132
  - Interharmonics Phenomenon
    133
  - Dip Phenomenon
    134
  - Flicker Phenomenon
    135
  - Status Subsystem Command Details
    136
  - System Subsystem Command Details
    138
  - Unit Subsystem Command Details
    138
  - Common Commands and Queries
    140
  - Clear Status
    140
  - Event Status Enable
    140
  - Recall Event Status Enable
    141
  - Read Event Status Register
    141
  - IDN? (Instrument Identification)
    142
  - Operation Complete
    142
  - Operation Complete?
    143
  - Recall the Instrument Hardware Fitment
    143
  - Power-On Status Clear
    144
  - Recall Power on Status Clear Flag
    144
  - Reset
    145
  - Service Request Enable
    145
  - Recall Service Request Enable
    146
  - Read Service Request Register
    146
  - Test Operations - Full Selftest
    147
  - Wait
    147
  - Device Settings after *RST
    148
  - Introduction
    148
  - Device Settings at POWER on
    149
  - General
    149
  - Power-On Settings Related to Common IEEE 488.2 Commands
    149
  - RST Settings Related to Common IEEE 488.2 Commands
    150
  - RST Settings Related to SCPI Commands
    151
  - Worked Examples
    153
Operator Maintenance

159
- Chapter 6
  
  161
  - Introduction
    161
  - Confidence Test
    161
  - Setting up and Running the Confidence Test
    161
  - Changing the User Password
    162
  - Accessing the Fuse
    162
  - Cleaning the Air Filter
    164
  - Lithium Battery Replacement
    166
Calibration

167
- Chapter 7
  
  169
  - Calibration Methods
    169
  - Amplitude Measurements
    169
  - Phase Measurement
    169
  - The Effect of Phase Uncertainty on Power Accuracy
    169
  - Calibration Uncertainties for Full Accuracy
    170
  - Voltage Amplitude Calibration Uncertainty Required
    170
  - Current Amplitude Calibration Uncertainty Required
    170
  - Phase Calibration Uncertainty Required
    170
  - Equipment Required
    171
  - Overview of 6100A Signal Generation
    172
  - Independence of 6100A and 6101A
    172
  - The Fluke Service Center Calibration System
    174
  - Characteristics of the Calibration System
    176
  - Transducers
    176
  - DMM Amplitude Error Contributions
    176
  - DMM Amplitude Phase Contributions
    177
  - Voltage to Voltage Phase Uncertainty
    177
  - Current to Voltage Phase Uncertainty
    177
  - Overview of Adjustment
    177
  - Calibration Adjustment Process
    178
  - Entering Calibration Mode
    178
  - Select Instrument Configuration
    179
  - Determine the 6100A/6101A Error
    179
  - Initiate the Adjustment
    180
  - Return Calibration Switch to Normal
    180
  - Verification
    180
  - Calibration Adjustment Verification Record
    181
  - Voltage Adjustment Points
    181
  - Current Adjustment Points
    182
  - Current Adjustment Points for 80A Option (if Fitted)
    183
  - Voltage from Current Terminals Adjustment Points
    183
The 'Energy' Option

185
Chapter 8

187
- Introduction
  187
- Overview of Functionality
  187
- Principle of Operation
  187
- Limitations
  187
- Energy Specifications
  188
- Pulse Inputs
  188
- Pulse and Gate Inputs
  188
- Pulse Output
  188
- Gate Output
  188
- Accuracy
  188
- Test Duration
  189
- Preparing to Use the Energy Option
  189
- Input Channel Configuration and Meter Constants
  190
- Connect MUT and Reference Meters
  190
- Type' of Energy
  190
- Internal Pull-Ups
  191
- Energy Pulse Output Meter Constant and Pull-Up
  191
- Conduct the Test
  191
- Test Modes
  191
- Free Run Mode
  192
- Counted/Timed Mode
  192
- Gated Mode
  193
- Packet Mode
  194
- Remote Operation of the Energy Option
  194
- SCPI Command Set
  194
- Operating Mode
  195
- Energy Maintain Voltage
  195
- Energy Units
  195
- Result Presentation
  196
- Results
  196
- Output Gating
  197
- Input Gating
  197
- Warm-Up Sequence Tree
  197
- Warm-Up Duration
  198
- Warm-Up Pulse Source
  198
- Test Sequence Tree
  198
- Test Duration
  199
- Test Pulse Source
  199
- MUT Tree
  199
- MUT Meter Constant
  199
- Input Debounce
  200
- MUT Source
  200
- MUT Pull-Up
  200
- Reference Tree
  200
- Reference Meter Constant
  200
- Reference Source
  201
- Reference Pull-Up
  201
- Output Tree
  201
- Output Meter Constant
  201
- Output Pull-Up
  201
- Status Subsystem
  202
- Status Operational Tree
  202
- Operation Event
  202
- Operational Enable
  202
- Operation Condition
  203
- Energy Command Summary
  204
- Action on Receiving *RST
  205
- Calibration of the Energy Option
  206
- By Direct Measurement with a Frequency Meter
  206
- Using an External Reference Frequency
  206
- A Glossary
  207

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