DOCSLIB.ORG

PEV Motor and Inverter Diagnosis and Repair

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
PEV Motor and Inverter Diagnosis and Repair PEV Motor and Inverter Diagnosis and Repair Technical Resource Guide Doing what matters for jobs and the economy with funding provided by the California Energy Commission (senate bill AB118) through a partnership with the California Community Colleges, Office of Workforce Development, Advanced Transportation and Renewable Energy sector. This material is based upon work supported by the California Energy Commission under Grant No. 12-041-008 Revision 1 PEV Motor and Inverter Diagnosis and Repair October 1, 2014 COURSE INTRODUCTION Course Title Course Benefits PEV Motor and Inverter Diagnosis and Repair The benefit of this course is designed to help the fleet technician become familiar with all aspects of Course Length motorgenerators and inverters as they relate to plug- 16 hours in vehicles, including vehicle diagnosis, repair, and Description: This course is designed to provide service. professional automotive technicians with the general Prerequisites skills needed to safely diagnose, repair, and service Students should have a basic experience in in motor-generators and inverters in plug-in vehicles automotive diagnosis, repair, and maintenance, (PEVs), including plug-in hybrid and electric vehicles. including the use of scan tools and online service Discussion topics, many of which will be reinforced information databases. Solid understanding of basic by hands-on exercises, include: automotive electrical systems. Ability to correctly ▪ Safely discharging inverter capacitors, and con- follow safety procedures. firming capacitor discharge Objectives ▪ Conversion of DC to AC, and AC to DC, by By the end of this course participants will be able inverter to: ▪ Diagnosing, repairing, and servicing inverter List safety issues related to motor-generators and cooling systems inverters ▪ Measuring motor winding phase resistances ▪ Describe basic components of a typical motor-gen- ▪ -Measuring motor winding insulation resistance erator ▪ Understanding series-parallel hybrid transaxle ▪ Explain the purpose of a milliohmmeter operation ▪ Demonstrate correct measurement of phase-to- ▪ Understanding series-parallel hybrid transaxle phase resistances scan data ▪ Explain the purpose of an insulation resistance ▪ Diagnosing, repairing, and servicing motor-gen- meter erators ▪ Describe safety issues related to insulation resis- NOTE: This course is only intended to supple- tance measurements ment manufacturer-specific (OEM) safety, ser- ▪ Demonstrate correct measurement of insulation vice, and diagnostic information. This course resistance cannot serve as a substitute for such information, ▪ Explain the potential diagnostic value of mo- which changes often. In all cases, manufactur- tor-generator torque scan data er-specific information for a particular plug-in vehicle supersedes any information presented in this course. Competence Competence will be measured by both lab demonstration and pre and post tests. PEV Motor and Inverter Diagnosis and Repair 1 Pretest Pretest PEV Motor and Inverter Diagnosis and Repair 1. What part of an alternating current (AC) motor normally spins? a. Stator b. Rotor c. Resolver d. Neither 2. What part of an alternating current (AC) motor contains the motor winding? a. Stator b. Rotor c. Resolver d. Neither 3. One cycle of alternating current equals: a. 1000 degrees b. 360 degrees c. 180 degrees d. 90 degrees 4. Resistance in a negative coefficient temperature sensor: a. Is constant; varying current through the sensor is measured b. Should be less than one ohm to prevent a voltage drop c. Increases as temperature falls d. Decreases as temperature falls 5. Before applying torque according to manufacturer’s specification: a. The technician should always apply a light oil to fastener threads b. The technician should ensure that the correct units are referenced (Nm, Ft. Lb.) c. The technician should chill the fastener to prevent an interference fit d. The technician should attach a one-foot extension between wrench and socket 2 PEV Motor and Inverter Diagnosis and Repair Pretest 6. During hard acceleration, a hybrid or electric vehicle will typically: a. Use regenerative braking to charge the vehicle’s battery pack b. Use friction braking to charge the vehicle’s battery pack c. Discharge the battery pack into the inverter d. Shift into neutral to improve fuel economy 7. High-voltage cables in hybrid and electric vehicles are typically: a. Colored orange b. Colored yellow c. Enclosed in metal housings d. Found only at the rear of the vehicle, near the battery pack 8. Before attempting a dangerous service procedure, a technician should first: a. Ask a co-worker for advice on the procedure b. Review OEM service information, including TSBs c. Put on high-voltage insulating gloves d. Drain the vehicle of fuel and discharge the battery pack 9. A motor-generator produces current (acts as a generator): a. When its rotor is electrically rotated by the inverter b. Any time the vehicle is operating at highway speed c. During moderate acceleration d. When its rotor is physically rotated by an external force 10. A plug-in hybrid vehicle: a. Generally has a larger battery pack that that of a non-plug-in hybrid b. Generally has a smaller battery pack that that of a non-plug-in hybrid c. Does not have an internal-combustion engine d. Does not require a charging port PEV Motor and Inverter Diagnosis and Repair 3 Table of Contents A. Introduction ▪ PreTest 1. Motor-Generators and Inverters ▪ Basic Inverter Functions 2. Capacitors in Inverters ▪ Active Discharge Circuit ▪ Passive Discharge Circuit 3. Conversion of DC to AC, and AC to DC, by the Inverter ▪ Inverter Function When a Motor-Generator is Functioning as a Motor ▪ Inverter Function When a Motor-Generator is Functioning as a Generator ▪ Inverter Cooling System ▪ Diagnosing Inverter Cooling Systems 4. Motor-Generator Operation ▪ Rotor Construction ▪ Stator Construction ▪ Resolver and Motor Control 5. Measuring Stator Winding Phase-to-Phase Resistances 6. Measuring Stator Winding Insulation Resistance 4 PEV Motor and Inverter Diagnosis and Repair 7. Diagnosing, repairing, and servicing motor-generators 8. Comparing commanded motor torque to actual motor torque Post-Test PEV Motor and Inverter Diagnosis and Repair 5 Module One 1 6 PEV Motor and Inverter Diagnosis and Repair Motor-generators & Inverters in Context Motor-Generators & Inverters in (rectify) motor-generator AC into DC, at the proper Context voltage, to charge the battery pack. An inverter uses current from a plug-in vehicle’s battery pack to drive one or more motor-generators, which in turn propel, or help propel, a plug-in vehicle. The inverter also controls the speed and torque output of the vehicle’s motor-generator(s). NOTE: The terms motor, generator, and motor- generator are often used, sometimes interchangeably, by manufacturers of hybrid and electric vehicles. All motors in a hybrid or electric vehicle’s powertrain are actually motor-generators: during certain operating modes, they function as motors, and as generators during other operating modes. However, some motor-generators are referred to as either motors or generators by vehicle manufacturers, depending on their primary purpose. Basic Inverter Functions As the battery pack can only supply direct current (DC) to the inverter, and motor-generators in hybrid and electric vehicles are powered by alternating current (AC), the inverter must change (invert) DC into AC whenever the battery pack is supplying current to the inverter. The inverter then supplies AC to the motor-generator(s). For example, the battery pack can be expected to supply current to the inverter to power the vehicle’s motor-generator(s) during heavy acceleration and/or all-electric mode. The vehicle’s motor-generator(s) can also charge the battery pack during certain operating modes, such as deceleration. Since the motor-generators produce alternating current of varying voltages whenever their rotors are physically rotated, the inverter must change PEV Motor and Inverter Diagnosis and Repair 7 Module Two 2 8 PEV Motor and Inverter Diagnosis and Repair Capacitors in Inverters Capacitors in Inverters must be activated to discharge the capacitors. Inverters have many high-voltage circuits, including When the vehicle is powered OFF and the battery circuits that incorporate capacitors to stabilize pack’s HV relays open, a typical active discharge voltages and act as filters. As high-voltage capacitors circuit will turn on the appropriate power transistors can store electrical charge, charged capacitors in within the inverter, electrically connecting the inverters can create a safety issue for a technician, inverter to a motor-generator. The inverter’s even after a plug-in vehicle has been powered OFF. capacitors then discharge into the motor-generator’s stator winding. The inverter’s control system must During operation, a plug-in vehicle’s inverter select transistors that will allow the capacitors to capacitors typically remain charged with high discharge into the motor-generator without causing voltage. When the vehicle is powered OFF, high- the rotor to turn. voltage (HV) relays open, electrically isolating the vehicle’s battery pack from the inverter. Two Active discharge can be observed in an instructor- redundant circuits are employed to discharge a led lab, but is more accurately observed with a typical inverter after the vehicle has been powered scope than with a voltmeter, as a voltmeter’s display OFF: often refreshed too slowly to allow the observer to accurately see the speed
Load more

Recommended publications
  • Full Procedure List
    PO Box 111113 Aurora, CO 80042 Phone 303.317.6670 [email protected] World’s Largest MET/CAL® Library! Cal Lab Solutions prides itself on developing the very best automated procedures in the industry. We develop solutions to address your lab’s unique requirements and are dedicated to finding the most cost- effective solution that meets your needs. One of the many services we provide includes the development of MET/CAL® procedures. We offer both off the shelf procedures matching the manufacturer’s written documentation and custom solutions based on the documentation of your choice. Below is a list of procedures ready for delivery. If you do not see what you’re looking for, please feel free to call or email for an immediate quote. MANUFACTURER MODEL DESCRIPTION Generic Caliper All Calipers Generic Micrometer All Micrometers Generic Pin Gauges All Pin Gauges Generic Torque Wrench All Torque Wrenches Generic Decade Resistor All Decade Resistors Acqiris DC265 PXI High Speed Waveform Analyzer Acqiris DC270 PXI High Speed Waveform Analyzer Acqiris DC271 PXI High Speed Waveform Analyzer Advantest R3131A Spectrum Analyzer Advantest R3261C Spectrum Analyzer Advantest R3261D Spectrum Analyzer Advantest R3265A Spectrum Analyzer Advantest R3271A Spectrum Analyzer Advantest R3361C Spectrum Analyzer Advantest R3361D Spectrum Analyzer Aeroflex 2023 Signal Generator Aeroflex 2024 Signal Generator Agilent/HP 16530A/31A Oscilloscope Module Agilent/HP 16532A Oscilloscope Module Agilent/HP 16533A Oscilloscope Module Agilent/HP 16534A Oscilloscope Module
    [Show full text]
  • Super Megohmmeter Sm-8200 Series
    SM-8200 SERIES SUPER MEGOHMMETER d Tim de er, Larg splay -loa com e LCD digital/analog di fully parator ctions , remote start & communication fun 2 l Digital numeric readout with virtual analog display. Easy-to- use combined digital-analog models*1 l Timer, comparator, remote start and command functions included as standard features to support new applications*1 l Many safety-enhancing features Display Features 1– Clear, three-mode liquid crystal display*1 Bright LCD simultaneously displays data in three modes: quasi-bar-graph, virtual needle and numeric values. 2– Clear graduated scale and precise data reading*1 The one-line graduated scale is always visible, and scales automatically according to the selected measurement voltage. Data is held on the display after measuring, so there is no hurry to read it. The numeric readout displays measured values at maximum resolution. 3– Enhanced response speed and reliability*1 Reliability is enhanced because, unlike analog meters, the LCD has no moving parts, and the virtual needle responds seven times faster than a mechanical needle. Installation in automated systems is supported. Usability Features 1– Timer function included as a standard feature*1 The need for counting complicated measurement time (by stopwatch) is eliminated. Timer settings are retained in internal memory even when power is turned off. 2– Comparator functions included as a standard feature*1 Easy-to-use GO/NO-GO (Pass/Fail) decisions NO-GO (Fail) decisions can be indicated by an alarm sound simultaneously with contact output. Comparator settings are retained even when power is turned off. 3– Remote Start function included as a standard feature*1 Measurement can be started hands-free, using a footswitch or trigger signal.
    [Show full text]
  • Megger Electrical Test Instruments Catalog
    Megger 5/10-kV Insulation Test Equipment ................ 2 Electrical Test 1-kV Insulation Test Equipment ..................... 6 Additional Insulation Test Equipment ......... 11 Instruments Ground Resistance Test Equipment ............. 13 AC Loop Impedance Testers ......................... 17 Catalog Digital Low Resistance Ohmmeters ............. 18 Multimeters ................................................... 22 Clampmeters ................................................. 23 Time Domain Reflectometers ....................... 24 Datacom Test Equipment .............................. 26 Substation Test Equipment .......................... 27 Battery Impedance Test Equipment ............. 28 Special Maintenance Equipment ................. 30 Safety Test Equipment .................................. 34 Test and Measurement Software ................. 35 Cross Reference Guide .................................. 36 Valley Forge Corporate Center 2621 Van Buren Avenue TOLL FREE Norristown, PA 19403-2329 USA CUSTOMER SERVICE NUMBER Phone: 866-254-0962 Phone: 610-676-8500 WWW.MEGGER.COM/US Fax: 610-676-8610 1-866-254-0962 WWW.MEGGER.COM/US Contact us regarding questions, customer service and product repairs The word “Megger” is a registered trademark MEG-19961/18.5/M/2.2010 Megger 1-kV Insulation Testers… … Consist of a range of instruments for varying needs and budgets … Provide end users with more testing capability … Offer a rock solid design, making these instruments the best value proposition on the market today Look inside for information
    [Show full text]
  • Hand Held Megohmmeter Model R1m-B
    R1M-B Revised August, 2004 HAND HELD MEGOHMMETER MODEL R1M-B Operation and Maintenance Manual PN# R1M-B-900-01 Publication Date: July 2012 REV. C TEGAM hereby grants to the U.S. Government a limited, non-exclusive, non-transferrable license to reproduce, scan and electronically store the manuals purchased by the US Government. This license shall remain in effect for as long as the equipment cited in the manuals remains under government control and usage, after which time this license is automatically terminated. NOTE: This User’s Manual was as current as possible when this product was manufactured. However, products are constantly being updated and improved. To ensure you have the latest documentation, refer to www.tegam.com 10 TEGAM WAY • GENEVA, OHIO 44041 • 440-466-6100 • FAX 440-466-6110 • [email protected] TABLE OF CONTENTS Revised August, 2004 TABLE OF CONTENTS 1. INSTRUMENT DESCRIPTION Purpose ............................................................... 1-1 Performance Characteristics ................................... 1-1 Description of Equipment ....................................... 1-1 List of Items Furnished .......................................... 1-3 Storage and Shipping Requirements ........................ 1-3 2. PREPARATION FOR USE AND INSTALLATION Unpacking and Inspection ...................................... 2-1 Preparation for Use................................................ 2-1 3. OPERATING INSTRUCTIONS General Theory of Operation ................................... 3-1 4. PRINCIPLES OF OPERATION 5. MAINTENANCE
    [Show full text]
  • DC Resistance Or Conductance of Insulating Materials1
    Designation: D257 – 07 An American National Standard Standard Test Methods for DC Resistance or Conductance of Insulating Materials1 This standard is issued under the fixed designation D257; the number immediately following the designation indicates the year of original adoption or, in the case of revision, the year of last revision. A number in parentheses indicates the year of last reapproval. A superscript epsilon (´) indicates an editorial change since the last revision or reapproval. This standard has been approved for use by agencies of the Department of Defense. 1. Scope* Summary of Test Methods 4 Terminology 3 1.1 These test methods cover direct-current procedures for Test Specimens for Insulation, Volume, and Surface 9 the measurement of dc insulation resistance, volume resistance, Resistance or Conductance Determination and surface resistance. From such measurements and the Typical Measurement Methods Appendix geometric dimensions of specimen and electrodes, both vol- X3 ume and surface resistivity of electrical insulating materials 1.5 This standard does not purport to address all of the can be calculated, as well as the corresponding conductances safety concerns, if any, associated with its use. It is the and conductivities. responsibility of the user of this standard to establish appro- 1.2 These test methods are not suitable for use in measuring priate safety and health practices and determine the applica- the electrical resistance/conductance of moderately conductive bility of regulatory limitations prior to use. materials. Use Test Method D4496 to evaluate such materials. 1.3 This standard describes several general alternative 2. Referenced Documents methodologies for measuring resistance (or conductance).
    [Show full text]
  • LCR Measurement Primer 2Nd Edition, August 2002 Comments: [email protected]
    LCLCRR MEASUREMENMEASUREMENTT PRIMEPRIMERR ISO 9001 Certified 5 Clock Tower Place, 210 East, Maynard, Massachusetts 01754 TELE: (800) 253-1230, FAX: (978) 461-4295, INTL: (978) 461-2100 http:// www.quadtech.com 2 Preface The intent of this reference primer is to explain the basic definitions and measurement of impedance parameters, also known as LCR. This primer provides a general overview of the impedance characteristics of an AC cir- cuit, mathematical equations, connection methods to the device under test and methods used by measuring instruments to precisely characterize impedance. Inductance, capacitance and resistance measuring tech- niques associated with passive component testing are presented as well. LCR Measurement Primer 2nd Edition, August 2002 Comments: [email protected] 5 Clock Tower Place, 210 East Maynard, Massachusetts 01754 Tel: (978) 461-2100 Fax: (978) 461-4295 Intl: (800) 253-1230 Web: http://www.quadtech.com This material is for informational purposes only and is subject to change without notice. QuadTech assumes no responsibility for any error or for consequential damages that may result from the misinterpretation of any procedures in this publication. 3 Contents Impedance 5 Recommended LCR Meter Features 34 Definitions 5 Test Frequency 34 Impedance Terms 6 Test Voltage 34 Phase Diagrams 7 Accuracy/Speed 34 Series and Parallel 7 Measurement Parameters 34 Connection Methods 10 Ranging 34 Averaging 34 Two-Terminal Measurements 10 Median Mode 34 Four-Terminal Measurements 10 Computer Interface 35 Three-Terminal (Guarded)
    [Show full text]
  • Megohmmeter Model 1000N (Catalog# 185.100) Repair and Calibration Manual
    Rev. 8 3/04 MEGOHMMETER MODEL 1000N (CATALOG# 185.100) REPAIR AND CALIBRATION MANUAL MODEL 1000N REPAIR AND CALIBRATION MANUAL CAT. #185.100 TABLE OF CONTENTS Repair and Technical Services....................................................................................... 3 Introduction..................................................................................................................... 4 Specific Features............................................................................................................ 4 Principal Characteristics ................................................................................................. 4 Specifications ..................................................................................................................6 Operation........................................................................................................................ 7 Calibration .................................................................................................................... 11 Taking the Instrument Apart ......................................................................................... 14 Troubleshooting............................................................................................................ 17 Summary of Malfunctions ............................................................................................. 20 Component Parts List................................................................................................... 21 Mechanical
    [Show full text]
  • Operation Manual of the Unit Manual Operation Megohmmeter Model 24508 Unit Remotely Controlling the Controlling
    Megohmmeter Model 24508 tion General informa- use Preparations for Preparations nections Controls and con- Controls OPERATION MANUAL of the unit Manual operation Megohmmeter Model 24508 unit remotely Controlling the Controlling © 2010 burster Manufacturer: präzisionsmesstechnik gmbh & co kg burster praezisionsmesstechnik gmbh & co kg All rights reserved Talstraße 1 - 5 P.O.Box 1432 76593 Gernsbach 76587 Gernsbach Maintenance and Germany Germany customer service Valid from: 2010-09-17 Tel.: (049) 07224 / 6450 Fax.: (049) 07224 / 64588 E-Mail: [email protected] www.burster.com 654-024508EN-5170-091519 Technical data Technical Page 1 Model 24508 Megohmmeter - tion General informa use Preparations for Preparations - nections Controls and con Controls of the unit Manual operation Note: Exclusion of warranty liability for operating manuals All information in the present documentation was prepared and compiled with great care and reproduced subject unit remotely Controlling the Controlling to effective control measures. No warranty is provided for freedom from errors. We reserve the right to make technical changes. The present information as well as the corresponding technical data can change without notice. Reproduction of any part of this documentation or its processing or revision using electronic systems is prohibited without the manufacturer’s prior written approval. Components, devices and measured value sensors made by burster praezisionsmesstechnik (hereinafter referred to as „product“) are the results of targeted development and meticulous research. As of the date of delivery, burster provides a warranty for the proper condition and functioning of these products covering material and production Maintenance and customer service defects for the period specified in the warranty document accompanying the product.
    [Show full text]
  • Do You Have the Right Meter for Testing Loops?
    The BD Loop Megger includes: Do you have the right meter for testing loops? Batteries Quick Start Instructions for Testing Loops In-depth Instructions for Testing Loops Testing Record Booklet - Track loop performance and protect your installation. Carrying Case BD Loops E-Z Detector Checker Take the guess work out of your next gate servicing trip with the BD BD-Megger Loops E-Z Detector Checker. The only device of its kind that can help pinpoint what is causing the problem within a loop circuit by the Analog 0-600 AC Volt Meter and art of substitution. Megohmmeter/Insulation Tester 1. 2. 3. Megohmmeter are the only meter that can test for the most common loop issue—a nick in the insulation causing the loop to short to ground. Are you testing your loops correctly? Read this pamphlet to find out! BD Loops | 8161 Monroe Ave | Stanton, CA 90680 P: 714-723-0946 | F: 714-890-1603 | www.bdloops.com If you do not feel that your operator chassis is a good “ground” op- What is the best Meter for Testing a Loop? tion you can drive a screw driver into a garden bed and douse the There is a lot of confusion when it comes to picking the right screwdriver with water to create a solid ground connection. meter for testing loops. Especially when it comes to under- standing the differences between multimeters and megohm- Testing Steps: meters. Step 1: Remove the loop lead from the operator or detector. To properly “meg” a loop we must use a megohmmeter and Step 2: Attach one of the megohmmeter's clips (if your megohmme- not a multimeter.
    [Show full text]
  • Electrical Test Tools
    Electrical Test Tools August 2004 RSP-PRC018-EN Table of Contents Fieldpiece..............................................4 Push-on Clips ...................................................................... 49 Test Lead Sets ..................................................................... 49 SC Series ..........................................................4 Current Clamps ............................................... 50 Clamp Meters ........................................................................ 4 Data logger and Electronic Handle ................... 7 Temperature Accessories ................................52 Hot Probes and Cool Probes .............................................. 52 Heavy Duty for Field Service ............................8 Temperature Probe ............................................................. 53 Digital Multimeters ............................................................... 8 Non-contact Probes ............................................................ 54 Stick-Style Multimeters ...................................................... 10 Other Temperature Accessories ........................................ 54 Accessories for Field Service ..........................13 Cases and Holsters ......................................... 55 Accessory Heads ................................................................ 13 Meter Cases ........................................................................ 55 Test Leads ...........................................................................
    [Show full text]
  • Itil Foundation
    BASIC ELECTRICAL Measuring Instruments and Test Equipment H .H. Sheikh Sultan Tower (0) Floor | Corniche Street | Abu Dhabi – U.A.E | www.ictd.ae | [email protected] Course Introduction: This course covers the principles on which electrical test instruments operate. Basic instruments covered include voltmeter, ammeter, wattmeter, ohmmeter, and megohmmeter. Covers AC metering, split-core ammeter, use of current and potential transformers. Includes detailed coverage of modern multimeters. Explains functions and uses of oscilloscopes. Who Should Attend? Engineers, technicians and any one need to learn about electrical measuring instruments and test equipment. Course Objectives: When any electrical measurement is to be made, several factors affect the choice of instrument. The course aims at providing participants with working knowledge and practical training to enable them to answer the following questions :- 1. What accuracy is needed? 2. Are several different measurements needed at once? 3. Is the most obvious way of making the measurement also the safest? 4. Is it possible to cause a fault by using the test equipment? 5. Will the connection of the measuring instrument affect the value of what it is measuring? 6. Can an instrument be used directly, or will some intermediate component be necessary too? 7. Can a multipurpose instrument be used or is a more specialized instrument needed? Course Outline: Lesson 1 - Principles of Meter Operation Topics: Digital meter design; Integrated ADCs; Displays; Introduction to analog meters; D'Arsonval movement; Magnetic shielding; Parallax error; Accuracy Learning Objectives: Define the terms digital meter and analog meter. Describe the purpose of the analog-to-digital converter in a digital meter.
    [Show full text]
  • Hand Held Oscilloscopes
    Find the Latest Technologies Online HAND HELD TEST EQUIPMENT HAND HELD OSCILLOSCOPES ® FLUKE-120 SERIES FLUKE-190 SERIES SCOPEMETER HAND-HELD OSCILLOSCOPES (CONT.) THREE-IN-ONE ACCESSORIES SIMPLICITY ® Mfg. Part No. Description Stock No. Price Each SCOPEMETER HAND- 1:1 Voltage Probe Set: 12MHz 25C5825 177.00 HELD OSCILLOSCOPES VPS121 VPS100 100:1 Voltage Probe Set: 100MHz 25C0386 348.00 • Dual-Input 40MHz or 20MHz Digital Oscilloscope VPS201 100:1 Voltage Probe Set, 200MHz 24C6395 348.00 • 5,000 Count True-RMS Digital Multimeters VPS250 2.5m Voltage Probe Set, 75MHz 25C1610 348.00 • Dual-Channel TrendPlot™ Recorder • Connect-and-View™ Trigger Simplicity for Hands-Off Operation RS200 Voltage Probe Replacement Set 25C6529 91.00 • 10:1 Voltage Probe Included for Reduced Circuit Loading CS20MA Current Shunt 4-20mA 93B8021 75.00 • Optically-Isolated RS-232 Interface BP190 Rechargeable NiMH Battery Pack for 93B7966 131.00 • Meets 600V CAT III Safety Standards (IEC 1010-1) 190 Series ScopeMeter • UL listed, CSA certified PM9080/101 Optically Isolated-to-RS-232 Interface 39C2821 167.00 • Recommended accessories - C125 Case, TL220 Test Lead Set, Adapter and Cable i200s Current Clamp PAC91 Serial-to-Parallel Printer Adapter Cable 16F6993 253.00 Compact FLUKE-120 series Scopemeter® is the rugged solution for industrial troubleshooting and installation jobs in SW90W/034EFG FlukeView ScopeMeter Software 35C5189 242.00 machinery, instrumentation, control and power systems. It’s an integrated test tool with oscilloscope, paperless data C195 Softside Carrying Case for 190 Series 93B7962 141.00 recorder and DMM functions. You can use one and the same set to test leads for waveform display, multiple meter ScopeMeters readings, capacitance and resistance measurements, and continuity checking.
    [Show full text]