Fluke 434 Инструкция по эксплуатации онлайн

®
Fluke 434/435
Three Phase Power Quality Analyzer
Users Manual
EN
April 2006, rev. 3, Dec. 2008
© 2006, 2007, 2008 Fluke Corporation, All rights reserved. Printed in The Netherlands
All product names are trademarks of their respective companies.
Содержание
- Fluke 434 435 1
- Three phase power quality analyzer 1
- Users manual 1
- Table of contents 3
- Chapter 1 7
- General aspects 7
- Introduction 7
- Limited warranty 8
- Limited warranty limitation of liability 8
- Declaration of conformity 9
- Shipment note 10
- 1 888 993 5853 in the u s and canada 31 40 2675200 in europe 1 425 446 5500 from other countries 11
- A caution identifies conditions and actions that may damage the analyzer 11
- A warning identifies conditions and actions that pose hazard s to the user 11
- Approval ul std no 61010 1 safety requirements for electrical equipment for measurement control and laboratory use part 1 general requirements rated 600v cat iv 1000v cat iii pollution degree 2 11
- Contacting a service center 11
- General aspects contacting a service cente 11
- Safety information read first 11
- The fluke 434 435 three phase power quality analyzer complies with iec en61010 1 2001 can csa c22 no 61010 1 04 including 11
- The following international symbols are used on the analyzer and in this manual 11
- To locate a fluke authorized service center visit us on the world wide web at www fluke com or call fluke using any of the phone numbers listed below 11
- Use the analyzer and its accessories only as specified in the users manual otherwise the protection provided by the analyzer and its accessories might be impaired 11
- About this manual 15
- Chapter 2 15
- Introduction 15
- Users manual contents 15
- Chapter 3 17
- Features of fluke 434 435 17
- General measurements 17
- Introduction 17
- Measuring modes to investigate details 18
- Basic operations 19
- Basic operations and menu navigation 19
- Chapter 4 19
- Introduction 19
- Tilt stand and hang strap 19
- Powering the analyzer 20
- Display brightness 21
- Locking the keyboard 21
- Menu navigation 21
- Display contrast 22
- Reset to factory defaults 22
- Chapter 5 23
- Display information 23
- Introduction 23
- The analyzer uses five different screen types to present measuring results in the most effective way the features these screens have in common are explained in this chapter details that are specific for a certain measuring mode are presented in the chapter explaining that mode the screen header is presented in the selected information language the figure below gives an overview of the screen types 1 5 common features are explained under a f 23
- Phase colors 24
- Screen types 24
- Screen information common for all screen types 25
- Chapter 6 27
- Input connections 27
- Introduction 27
- Chapter 7 31
- Introduction 31
- Scope waveform 31
- Scope waveform and phasor 31
- Scope phasor 32
- Tips and hints 33
- Chapter 8 35
- Introduction 35
- Meter screen 35
- Volts amps hertz 35
- Tips and hints 37
- Chapter 9 39
- Dips swells 39
- Introduction 39
- Events tables 42
- Access trend screen with cursor on and positioned on the highlighted event this event can be selected with the up down arrow keys 43
- Available function keys 43
- By monitoring the voltage and current trend at the power service entrance you can find out if the cause of the voltage dip is inside or outside the building the cause is inside the building downstream when voltage drops while current rises it is outside upstream when both voltage and current drop 43
- Dips swells tips and hint 43
- Return to trend screen 43
- Switch between normal and detailed event table 43
- The following abbreviations and symbols are used in the tables 43
- The occurrence of dips sags and swells may indicate a weak power distribution system in such a system voltage will change considerably when a big motor or a welding machine is switched on or off this may cause lights to flicker or even show visible dimming it may cause reset and loss of data in computer systems and process controllers 43
- Tips and hints 43
- Bar graph screen 45
- Chapter 10 45
- Harmonics 45
- Introduction 45
- Meter screen 47
- Tips and hints 48
- Chapter 11 49
- Introduction 49
- Meter screen 49
- Power energy 49
- Tips and hints 54
- Chapter 12 55
- Flicker 55
- Introduction 55
- Meter screen 55
- Tips and hints 58
- Chapter 13 59
- Introduction 59
- Meter screen 59
- Unbalance 59
- Phasor 61
- Tips and hints 62
- Chapter 14 63
- Introduction 63
- Transients 63
- Waveform display 63
- Tips and hints 65
- Chapter 15 67
- Inrush 67
- Inrush trend display 67
- Introduction 67
- Tips and hints 69
- Chapter 16 71
- Introduction 71
- Mains signaling 71
- Events table 73
- Tips and hints 74
- Chapter 17 75
- Introduction 75
- Logger 75
- Start menu 75
- Fluke 434 435 78
- Events 80
- Meter screen 80
- Available function keys 81
- In normal mode major event characteristics are listed start time duration and voltage magnitude detail shows details of threshold crossings per phase 81
- Logger event 81
- Return to meter screen 81
- Return to trend screen 81
- Switch between normal and detailed event table 81
- The following abbreviations and symbols are used in the tables 81
- Chapter 18 83
- Introduction 83
- Power quality monitoring 83
- Fluke 434 435 86
- Power quality main screen 86
- The table below gives a survey of the aspects of power quality monitoring 86
- To access the power quality main screen 86
- Events table 87
- Access to trend screen two ways to access trend are explained below 88
- Available function keys 88
- Fluke 434 435 88
- Return to next higher menu 88
- Switch between normal and detailed events table 88
- Switch between selected events or all events 88
- The following abbreviations and symbols are used in the tables 88
- Trend display 89
- Bar graph screen 90
- Chapter 19 91
- Cursor and zoom 91
- Cursor on waveform displays 91
- Introduction 91
- Cursor on trend displays 92
- From events table to trend display with cursor on 93
- Cursor on bar graph displays 94
- Also other settings such as offset and span of trend and waveform displays are set to factory default values this will give good readings in almost all situations and allows you to start measurements almost immediately 95
- At power on a welcome screen is displayed that shows settings currently in use check if date and time of the system clock are correct also the wiring configuration must match the configuration of the power system to be checked the wiring configuration is available under function key f1 95
- Chapter 20 95
- If desired the settings in the table can be changed by the user 95
- If necessary adjust date time and config how to do this is explained in section general settings the welcome screen is shown in the figure below 95
- Introduction 95
- Setting up the analyzer 95
- The setup key accesses menus to view and change analyzer settings at delivery the analyzer is adjusted to settings that match your local situation and the supplied accessories the table below gives an overview 95
- General settings 97
- Function preferences 101
- Available function keys 102
- F1 demo mode the voltage input sensitivities are increased to 2 v for use with a demo generator the generator is capable to generate 3 phase voltages and currents with various interference types 102
- Fluke 434 435 102
- User preferences 105
- Limits adjustments 107
- To navigate the limits setup menus 107
- Press function key f5 back to return to the setup entry menu 109
- Setting up the analyzer limits adjustment 109
- Setup of monitor limits a survey of adjustments 109
- Chapter 21 111
- Introduction 111
- Using memory 111
- Using memory printer and pc 111
- Use of printer and pc 113
- Chapter 22 117
- Cleaning the analyzer and its accessories 117
- Installation of options in fluke 434 117
- Introduction 117
- Keeping the battery in good condition 117
- Storing the analyzer 117
- Tips and maintenance 117
- Enter the pin code with the arrow keys use left right keys to select the position and the up down keys to define the number 118
- Fluke 434 435 118
- For your fluke 434 you can also order an upgrade kit the kit includes access to install the advanced functions and also power log software 118
- Note the version calibration menu indicates the last calibration date for this analyzer a calibration interval of 1 year is recommended contact your authorized fluke service center if the calibration interval has been expired 118
- Parts and accessories 118
- Press enter to confirm the selection and to activate the option the menu now will show installed behind the option just activated 118
- Press function key f1 to enter the install option menu 118
- Press function key f2 to enter the version calibration menu this read only menu indicates the options already activated also the date of the last instrument calibration is indicated in the menu 118
- Press the setup key to enter the setup entry menu 118
- Proceed as follows to activate the advanced functions 118
- Standard accessories 118
- The following tables list the user replaceable parts for additional optional accessories see the scopemeter accessories brochure to order replacement parts or additional accessories contact your nearest fluke service center 118
- Analyzer does not start up 119
- Analyzer shuts down after a few seconds 119
- Attention the analyzer switches off automatically when powered by battery only if no further knobs are operated after power on i e when the welcome screen is displayed 119
- Optional accessories 119
- Symbol indicates that the battery is empty and must be charged symbol indicates that the battery is empty and must be charged 119
- The battery may be completely empty in this case the analyzer will not start up even if it is powered by the battery charger power adapter charge the battery first power the analyzer with the battery charger without turning it on wait about 15 minutes and try turning on the analyzer again 119
- The battery may be empty check the battery symbol in the screen header the 119
- The setup clamp menu offers you a dedicated position to adapt the analyzer for use with i5s 119
- Tips and maintenance troubleshootin 119
- Troubleshooting 119
- Chapter 23 121
- Introduction 121
- Specifications 121
- Electrical measurements 122
- Fluke 434 435 122
- Input characteristics 122
- The following specifications of the instrument are verified using the implementation verification table 3 as specified in 61000 4 30 chap 6 2 122
- Display modes 123
- Specifications electrical measurement 123
- Fluke 434 435 124
- Measurement modes 124
- Accuracy resolution and range 125
- Specifications electrical measurement 125
- Fluke 434 435 126
- Specifications electrical measurement 127
- Fluke 434 435 128
- Trend recording 128
- Specifications electrical measurement 129
- Fluke 434 435 130
- Measurement method 131
- Specifications electrical measurement 131
- Fluke 434 435 132
- General 132
- Wiring combinations 132
- Cross talk 133
- Mechanical 133
- Specifications electrical measurement 133
- Standards 133
- Common mode rejection ratio cmrr 134
- Environmental 134
- Fluke 434 435 134
- Printers and interface 134
- Safety 134
- Add clamp accuracy 135
- Add n 1 x 2 for amp when using i430flex 135
- Depending clamp scaling volt scaling 1 1 135
- Electro magnetic compatibility emc 135
- Estimated duration 135
- Hz 60hz nominal frequency according to iec 61000 4 30 135
- Maximum time 9999 hours 135
- Measured on reference voltage input a l1 135
- Specifications electrical measurement 135
- The logger and mains signaling function are optional for the fluke 434 and standard available on the fluke 435 135
- Fluke 434 435 138
- Fluke 434 435 140
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