Electric and hybrid vehicle repairs are entering every Australian workshop, but diagnosing motor-generator unit failures remains expensive guesswork. OEM diagnostics point to fault codes without confirming whether the issue sits in the MGU, power inverter module, or elsewhere in the drivetrain. Misdiagnosis means wasted hours and parts bills running into thousands—with no guarantee you’ve fixed the actual problem. Meanwhile, customers expect faster turnaround than traditional mechanical repairs, and MGU replacement costs demand absolute certainty before committing to the repair.

You need definitive answers on motor health without tearing down the entire drivetrain or sending vehicles out for specialist diagnosis.

Your Complete EV Motor Diagnostic Solution

The ALL-TEST PRO 34 EV transforms how Australian workshops handle electric vehicle motor diagnostics. This purpose-built tester is the only handheld instrument specifically engineered for permanent magnet motors and generators in hybrid and electric vehicles—giving you comprehensive motor health analysis in under three minutes.

Unlike improvised testing methods or generic motor testers, the 34 EV evaluates every critical component: stator windings, rotor magnets, contamination levels, ground faults, and connection integrity. You’re testing the complete electrical circuit of the MGU without rotating the motor, energizing high-voltage systems, or disconnecting the drivetrain. That means diagnosis happens safely in your service bay with the HV system disabled—no road testing, no complex teardown, just clear answers on motor condition.

The patented Motor Circuit Analysis (MCA) technology performs deenergized testing that reveals developing faults long before catastrophic failure. You’re catching winding deterioration, rotor magnet degradation, and contamination issues at stages where they’re still repairable—or confirming with confidence that an MGU has reached end-of-life and requires replacement.

How It Delivers Results Australian Workshops Need

Static Testing for Baseline Motor Health The static test measures five critical parameters: resistance, inductance, impedance, capacitance, and phase angle across all three phases. These measurements feed into the proprietary Test Value Static (TVS) algorithm—a single numerical indicator of overall motor health. You compare this TVS value against baseline data (either from previous tests or reference values for that vehicle model) to instantly spot drift from normal operating condition. Changes in TVS flag developing problems in stator windings or rotor magnets before they show up as performance issues or trigger fault codes.

Static testing requires zero rotor movement, which means you’re diagnosing motors that are locked, seized, or mechanically disconnected—situations where traditional testing methods fail completely.

Dynamic Testing for Detailed Fault Analysis When static results indicate potential issues—or when establishing initial baselines—the dynamic test provides deeper diagnostic insight. By manually rotating the motor shaft through its range, the 34 EV captures real-time measurements that reveal specific fault signatures. The instrument analyzes this data and delivers clear Pass/Warning/Fail indicators for resistance balance, stator condition, rotor integrity, and contamination levels.

Dynamic testing identifies which specific component is degrading, so you’re not replacing entire assemblies when a targeted repair might solve the problem. For incoming used EVs or post-repair verification, dynamic tests confirm motor condition before customer handover.

Insulation Testing That Matters Integrated megohmmeter functionality tests insulation resistance at both 500V and 1000V, reading up to 999 megohms. This catches ground fault development and insulation breakdown that compromise motor safety and performance—critical for high-voltage systems where insulation failure can be catastrophic. You’re conducting proper dielectric testing without carrying separate megohmmeters or risking equipment that wasn’t designed for EV voltage levels.

Built for Real Workshop Conditions

The 34 EV handles the reality of Australian automotive work. The rugged handheld design fits in your toolbox and survives the knocks of daily workshop life. The full-colour touchscreen remains readable in bright workshop lighting and guides you through testing with on-screen step-by-step instructions—no hunting through manuals or memorizing complex procedures.

Battery power means you’re testing vehicles anywhere in the workshop or out in customers’ driveways without hunting for power points. The intuitive interface gets new technicians conducting accurate tests within minutes, while experienced diagnostic techs appreciate the depth of data available for complex fault analysis.

Results display instantly on a single screen with clear health indicators. You’re showing customers exactly what’s wrong with their MGU using concrete test data rather than educated guesses based on fault codes. That transparency builds trust and justifies repair costs when customers understand they’re replacing genuinely failed components.

Applications Across Your EV Service Work

Pre-Purchase Inspections Used EV buyers increasingly request independent motor health verification before committing to purchase. The 34 EV delivers objective motor condition assessment that protects buyers from expensive surprises—and positions your workshop as the go-to facility for comprehensive EV pre-purchase inspections. Test the MGU health in minutes and provide documented evidence of motor condition.

Fault Diagnosis & Repair Verification When hybrid or EV customers arrive with reduced power, unusual noises, or performance issues, you need to isolate whether the problem originates in the motor, inverter, or elsewhere. The 34 EV definitively confirms motor health or identifies specific faults—ending the expensive trial-and-error of replacing components until symptoms resolve. Post-repair testing verifies that replacement MGUs or rebuilt motors meet specification before reinstallation.

Fleet Preventative Maintenance Fleet operators managing hybrid or electric vehicles need predictive maintenance programs that prevent roadside failures. Regular 34 EV testing establishes trending data for each vehicle’s MGU, flagging developing issues during scheduled services rather than after breakdown. You’re offering fleet customers genuine condition-based maintenance rather than time-based replacement guesswork.

Workshop Equipment & Tool Testing Automotive training facilities and technical colleges teaching EV technology need reliable diagnostic equipment that trains students on industry-standard testing methods. The 34 EV’s guided interface and comprehensive testing capabilities make it ideal for educational environments while delivering professional-grade results.

Technical Capabilities for Australian Conditions

Tests three-phase permanent magnet motors and generators in vehicles under 1000V—covering virtually every hybrid and EV entering Australian workshops from Prius to Tesla. The instrument handles extreme ambient temperatures found in Australian service bays without requiring climate control or special storage.

The patented TVS technology eliminates rotor position dependency, meaning you get accurate results regardless of where the motor sits in its rotation—critical when testing motors that won’t rotate freely or are mechanically locked. This makes the 34 EV uniquely capable of diagnosing motors that other methods can’t test at all.

Optional PC software extends capabilities for workshops managing multiple test records, generating customer reports, or conducting detailed analysis of motor trends over time. The software imports test data for archiving, comparison, and professional documentation that supports warranty claims or insurance assessments.

APPLICATIONS & USE CASES

Automotive Workshops Expand your hybrid and EV service capabilities with definitive motor diagnostics. Test MGU health during routine services, diagnose performance complaints, and verify repair quality before customer handover. Build reputation as the local EV specialist with objective motor testing capabilities.

Mobile Mechanics & Roadside Service Diagnose EV motor faults on-site without towing vehicles to facilities with specialized equipment. The portable 34 EV delivers workshop-quality results in customers’ driveways—perfect for pre-purchase inspections or breakdown diagnosis where vehicle mobility is limited.

Fleet Maintenance Operations Implement condition-based maintenance for hybrid and electric fleet vehicles. Regular MGU testing identifies degrading motors during scheduled services, preventing costly roadside failures and optimizing replacement timing based on actual component condition rather than guesswork.

Automotive Training & Education Train the next generation of automotive technicians on proper EV motor diagnostic procedures. The 34 EV’s intuitive interface and comprehensive testing capabilities teach industry-standard methods while delivering professional results students can trust.

Used EV Inspection Services Offer independent motor health certification for used EV transactions. Buyers increasingly demand professional motor assessment before purchase—positioning your business to capture this growing inspection market with documented MGU condition reporting.

The post ALL-TEST PRO 34 EV Motor Tester | Electric Vehicle Diagnostics appeared first on rapid-tech.

The Megger SVERKER 750/780 is the ultimate toolbox for relay and substation testing, crafted for engineers and technicians in electrical distribution substations, renewable power generation, and industrial applications. Reliable, rugged, and feature-packed, it’s the go-to solution for secondary relay testing and primary injection.

Why Choose the Megger SVERKER 750/780?

Known as the “engineer’s toolbox,” this system is perfect for testing all types of single-phase protective relay equipment. Highlights include:

• Intuitive Control Panel: Logically designed for quick setup and operation, even for users familiar with the SVERKER 650.
• Three-Phase Testing Made Simple: Analyze one phase at a time for systems requiring phase shifting or automatic reclosing devices.

Key Features for Efficient Testing

• Advanced Measurement Capabilities: Displays voltage, current, time, impedance (Z), resistance (R), reactance (X), apparent power (S), active power (P), reactive power (Q), phase angle, and cos φ.
• Built-in Variable Voltage Source: Adjustable frequency and continuous phase shift for directional protection testing.
• Compact and Portable Design: Weighs just 18 kg (39 lbs) with the ability to sync multiple units for basic three-phase testing.
• Comprehensive Display: All values presented on a single, easy-to-read display for fast analysis.
• PC Integration: Includes a serial port and SVERKER Win software for enhanced usability.

Designed for Safety and Reliability

• Compliant with EU standards and safety regulations.
• Built for dependable performance in harsh conditions.

Technical Specifications

• Convertible Channels: 0
• Current Channels: 1
• Binary Inputs: 2

Whether you’re conducting secondary relay testing, evaluating phase-shifting systems, or testing automatic reclosing devices, the Megger SVERKER 750/780 delivers precision, versatility, and portability.

Order your Megger SVERKER 750/780 today and elevate your relay and substation testing experience!

The post Megger SVERKER 750/780 Relay and Substation Test System | Secondary Relay Testing & Primary Injection Tool appeared first on rapid-tech.

The Megger MET1000 All-in-One True RMS electrical tester combines functionality and practicality to meet the demanding needs of electrical professionals.

This comprehensive device provides an accurate and reliable solution for measuring voltage and current in various environments, including commercial, industrial, and domestic settings.

Crafted with user convenience in mind, the MET1000 features a detachable test lead system and easy-to-read LED and LCD displays, ensuring that both seasoned electricians and electrical engineers have a robust handheld tool at their disposal.

Key Features

• Versatile Voltage and Current Measurement: Capable of measuring AC/DC voltage up to 1000 V and providing 200 A AC current measurements, the MET1000 is designed for everyday use. Whether you are troubleshooting electrical systems or conducting routine maintenance, this tester is indispensable.
• True RMS Measurements: The MET1000 excels in providing True RMS readings for AC voltage and current, ensuring that users attain accurate measurement results even in non-linear power systems.
• Robust and Durable Design: Rated CAT IV 600 V and CAT III 1000 V, the MET1000 is built to withstand harsh working conditions. Its IP65 rating further enhances its durability, making it suitable for use in challenging environments. The instrument’s protective finger guard and ergonomic design help ensure user safety at all times.
• Enhanced Functionality: The tester features auto-ranging voltage measurement, phase rotation testing, and a single pole voltage test, which are critical for efficient electrical diagnostics. Additionally, the built-in current clamp simplifies AC current measurements, enabling professionals to work quickly and effectively.
• Safety Features: Equipped with a bright LED torch, the MET1000 aids in working safely in low-light conditions. GS38 shrouds are included to ensure compliance with the latest safety standards, further solidifying the instrument’s suitability for professional use.
• Easy Storage and Portability: The MEGGER MET1000 comes with a carrying holster and incorporates easy-to-use probe mounts on the rear, ensuring that your workspace remains organised and your tools protected.

Why Choose the Megger MET1000?

Investing in the Megger MET1000 All-in-One True RMS electrical tester means choosing reliability and efficiency.

This instrument reduces the need for multiple testers, streamlining your toolkit. With an intuitive design and comprehensive safety features, it enhances user confidence and performance on the job.

Whether you’re conducting electrical inspections, performing installations, or troubleshooting, the MET1000 is a powerful ally that delivers accurate results.

Specifications Summary

• Electrical Measurement Categories: CAT III 1000 V, CAT IV 600 V
• Voltage Measuring Range (AC): 6.0 – 999.9 V (with batteries), 45 V – 999.9 V (without batteries)
• Voltage Measuring Range (DC): 7.0 – 999.9 V (with batteries), 45 V – 999.9 V (without batteries)
• AC Current Measurement: Up to 200 A

Conclusion

Choose the Megger MET1000 All-in-One True RMS electrical tester for a dependable and multifunctional tool that meets the challenges of today’s electrical testing demands.

Its combination of advanced features, safety measures, and durable construction makes it an essential addition to any professional electrician’s toolkit. Visit our website to learn more and purchase yours today.

The post Megger MET1000 All-in-One True RMS Electrical Tester – Accurate Voltage & AC Current Measurement appeared first on rapid-tech.

The Megger MFT-X1 Multifunction Tester is a state-of-the-art device designed for testing low voltage electrical installations in a variety of settings, including domestic, commercial, and industrial applications. With its extensive range of features and capabilities, the MFT-X1 stands out as a reliable tool for electrical professionals.

Megger Confidence Meter Technology: Faster and More Accurate Loop Testing

The Megger Confidence Meter technology revolutionises loop impedance testing by delivering faster, more reliable results. Supporting all loop impedance ranges, this patented technology significantly reduces test times for non-trip loop testing—down to just 7 seconds on quiet circuits. It also optimises testing in noisy electrical supplies, ensuring accurate and stable results.

The Confidence Meter actively monitors test progress and detects noise on the circuit, eliminating erroneous readings and providing consistent results every time.

Easily Download and Manage Results with the MFT-X1 and CertSuite

With the MFT-X1, installation test results can be tagged with circuit data and seamlessly transferred for efficient record-keeping. Combined with the CertSuite software, managing and certifying your test results has never been easier.

Whether you need faster testing, accurate measurements, or simplified report management, Megger tools are designed to enhance your electrical testing workflow.

Key Features

Advanced Testing Capabilities

The MFT-X1 offers exceptional testing accuracy with high-resolution loop impedance testing. It enhances the low end of the impedance range with a resolution of 0.001 ohms, allowing for realistic low impedance measurements. Additionally, it provides advanced features for RCD testing, including a custom test configurator to optimise testing sequences to meet specific requirements.

EV Charge Point Testing

As electric vehicles become more prevalent, the MFT-X1 is perfectly equipped to test EV charger installations, including both RCD Type B and RDC protected charge points. When paired with the optional Megger EVCA adaptor, the MFT-X1 can efficiently test all known EV chargers, ensuring safe and suitable installations.

Stabilised Insulation Test Voltage

For accurate insulation testing, the MFT-X1 introduces a stabilised insulation test voltage, ensuring output voltage remains accurate within +/-2% +2 digits. This reliability mitigates the risk of over-voltage, making it especially crucial for sensitive components and circuits in various installations.

User-Friendly Interface

The device features a high-contrast 480 x 272 colour TFT bonded display that offers significant flexibility for its users. It includes a monochrome mode optimised for challenging lighting conditions, ensuring that testing can continue in less-than-ideal environments. The thoughtfully-designed user interface features hot keys for critical functions and an intuitive rotary dial for easy test selections, even when wearing gloves.

Upgradeable Operating System

The MFT-X1 ensures longevity and adaptability with its customer-upgradeable operating system. By simply downloading updates from the Megger website onto a microSD card, users can keep their device current without the need for expert assistance, thereby enhancing its ongoing usability.

Extended Applications

This multifunction tester is not limited to just one type of testing. The MFT-X1 is suitable for a wide range of applications, including:

• EV charge point testing
• Domestic PV testing
• Motor/Generator testing
• Machine testing
• Portable appliance safety testing
• Panel building and switchgear manufacturing
• Cable testing

Convenient Accessories

Included with the MFT-X1 is a rugged, weather-proof carry case for excellent protection and easy transport. Additionally, a comprehensive set of test leads is provided, helping to address the complex connection requirements of modern electrical systems.

Conclusion

The Megger MFT-X1 Multifunction Tester combines innovation, accuracy, and user-friendly design to deliver superior performance for electrical testing. Whether undertaking low voltage installations or ensuring compliance in varied applications, the MFT-X1 is the ideal choice for professionals seeking reliability and efficiency in their toolkit. Equip yourself with the MFT-X1 and experience unparalleled testing capabilities today!

The post Megger MFT-X1 Multifunction Electrical Tester – Advanced Testing for Low Voltage Installations & EV Chargers appeared first on rapid-tech.

Overview

Introducing the Megger TPT420 Voltage Tester, the essential tool for electricians and electrical engineers. Specially designed to facilitate accurate voltage and continuity testing in a variety of applications, including the thriving solar industry, this instrument meets the highest safety standards. The TPT420 offers reliable performance even when the batteries are exhausted, ensuring continuous operation when you need it most.

Key Features

• CAT IV/1000 V Safety Rating
• IP64 Rated for water and dust resistance
• Voltage Measurement:
• 12 to 1000 V AC
• 12 to 1500 V DC for solar industry needs
• Continuity Test Function with visual and acoustic indications
• Operates without Batteries for voltage indication
• Single-Pole Voltage Test
• Phase Rotation Indication
• Integrated Torch Light for low-light conditions

Reliable Voltage and Continuity Testing

The Megger TPT420 is engineered to handle a broad range of voltage situations, measuring from 12 to 1000 V AC and up to 1500 V DC. This makes it an invaluable tool in the solar industry and other applications requiring high voltage measurements. Additionally, the continuity function spans 0 to 500 kΩ, accompanied by an acoustic sounder for added ease of use and safety.

Even when operating in circuits protected by RCDs, RCBOs, and Safety Breakers, the TPT420 works below the tripping threshold, preventing unintentional disconnection during testing. The simplified phase rotation indication feature eliminates the need to cross test probes, making the process more straightforward and efficient.

Built for Durability and Safety

Featuring a robust IP64-rated housing, the TPT420 is designed to withstand challenging environments. Its bright, integrated LED torch ensures you can work in poorly lit areas with ease. The device is safety rated at CAT IV 1000 V and conforms to the latest IEC/EN 61243-3 and DIN VDE 0682-401 standards. For added compliance and safety, the unit includes GS38 probe tip shrouds as standard and comes with a protective storage and carry pouch.

Versatile Applications

The Megger TPT420 isn’t just limited to electrical installations. Its versatile design allows use in automotive, fire alarm systems, and solar/PV systems. Whether you’re working in residential, commercial, or industrial settings, the TPT420 provides the reliability and accuracy you need.

Why Choose the Megger TPT420?

Opt for the Megger TPT420 Voltage Tester to ensure you’re equipped with one of the most reliable tools in the market. Its dual LED and LCD displays, combined with its wide range of features and high safety standards, make it an invaluable asset for any professional electrician or engineer. Experience peace of mind knowing that this instrument will alert you to dangerous test voltages, even when battery power is depleted.t0

The post Megger TPT420 Voltage Tester for Electricians and Solar Industry – CAT IV/1000V Safety, Dual Display, IP64-Rated, Integrated Torch Light appeared first on rapid-tech.

Ensure your safety and compliance with the Electricity at Work Regulations using the Martindale PD690SRD, a state-of-the-art proving unit designed for voltage indicators, multimeters, and test lamps up to 690V AC or DC. This compact, durable device is an essential tool for electrical professionals working in commercial, industrial, and higher voltage three-phase environments.

Why Choose the Martindale PD690SRD?

• Versatility: Suitable for a wide range of devices up to 690V, the PD690SRD is perfect for proving low and high impedance voltage indicators, test lamps, two-pole testers, and more.
• Ease of Use: With stepped voltage output matched to two-pole tester thresholds and switchable DC output mode, it offers fast, trouble-free operation.
• Durability: Its tough overmoulded low-profile design, complemented by the MG3 high-strength magnetic hanger, ensures it can withstand the rigors of daily use.
• Efficiency: The device is designed for long battery life, featuring a low battery indicator and auto power-off function to conserve energy.
• Precision: The colour-coded voltage output for 230V, 440V, and 690V allows for easy identification and precise testing.

Key Features

• Ideal for a variety of applications, including higher voltage, three-phase commercial and industrial settings.
• Includes the MG3 high-strength magnetic hanger for convenience and ease of use.
• Offers a simple, switchable DC output for added versatility.
• Boasts an overmoulded, low-profile case design for durability and ease of handling.

Comparison with Other Models

• PD440SRD: Ideal for up to 440V applications, featuring LED voltage thresholds across 440V, 230V, 120V, and 50V.
• PD690S: A straightforward solution for up to 690V applications, with a single LED voltage threshold at 690V.
• PD690SRD: Offers the highest versatility with maximum voltage output of 690V and LED voltage thresholds at 690V, 440V, 230V, 120V, 50V, making it suitable for a wide range of testing equipment including the Drummond MTL15 test lamp.

Enhance your electrical safety protocols with the Martindale PD690SRD Proving Unit. It’s an indispensable addition to any electrician’s toolkit, providing reliability, durability, and the highest standard of safety. Shop now to take advantage of its advanced features and ensure that your electrical work is safe, efficient, and compliant.

Order your Martindale PD690SRD today and experience the peace of mind that comes with using premier electrical safety equipment!

Comparison

The post Martindale PD690SRD Proving Unit with 5 Voltage Ranges for Voltage Indicators & Test Lamps, 690V AC/DC – Durable, Easy-to-Use with Colour-Coded Voltage Outputs & Magnetic Hanger appeared first on rapid-tech.

Standards applied

Electrical Energetics

• IEC 60076-1 Power transformers Part 1: General
• IEC 61869-2 Instrument transformers Part 2: Additional requirements for current transformers
• IEEE C57.12.90 Standard Test Code for Liquid-Immersed Distribution, Power, and Regulating Transformers

Instrument safety towards user

• IEC/EN 61010-1 Safety requirements for electrical equipment for measurement, control, and laboratory use – Part 1: General requirements
• IEC/EN 61010-031 Amendment 1 – Safety requirements for electrical equipment for measurement, control and laboratory use – Part 031: Safety requirements for hand-held and hand-manipulated probe assemblies for electrical test and measurement
• IEC/EN 61010-2-030 Safety requirements for electrical equipment for measurement, control, and laboratory use – Part 2-030: Particular requirements for equipment having testing or measuring circuits

EMC safety

• IEC/EN 61326 Electrical equipment for measurement, control and laboratory use – EMC requirements – series
• IEC/EN 61326-1 Electrical equipment for measurement, control and laboratory use – EMC requirements – Part 1: General requirements

Properties

Measuring functions

Available functions and features offered by the WR Analyser:

• Winding resistance measurement of single and three phase transformers;
• Winding resistance measurement of single and three phase transformers with manual or automatic tap changer test (automatic measurement of all windings);
• Demagnetization of single and three phase transformers.

Key features

• Selectable test current up to 20 A.
• Automatic winding resistance tests of transformers with On-Load or No-Load Tap Changer.
• Automatic discharge after finished measurement.
• Built-in help screens for referencing on site.
• EMERGENCY STOP switch in case of any emergency situation.
• A 4.3” color LCD display with touch screen offers easy-to-read results and all associated parameters.
• The operation is straightforward and clear to enable the user to operate the instrument without the need for special training.
• Test results can be stored on the instrument.
• PC SW Metrel ES Manager for creation of test structures and uploading, downloading of test results, Auto Sequence® editor and report generation.
• Generation and printing of reports (optional)
• BT communication with PC, Android tablets and smart phones via built-in BT.
• Winding resistances conversion to a desired reference temperature.
• Degree of protection IP 65 (case closed), IP 40 (case open).

Technical data

• Dimensions (w x h x l): 470 X 190 X 370 mm.
• Weight (with batteries and accessories): 9.3 kg

Applications

Power distribution

• Transformers ratio, winding resistances, tab changer and connections

Industrial installations

• Impedance of live transformer and fault currents with hot factor

The post Metrel MI 3281 WR Analyser | Transformer testers appeared first on rapid-tech.

The bright LEDs and included chart on this device can help you quickly and easily check the wiring of an Australian outlet socket. You can also identify several common wiring errors, like reversed phase and neutral wires, or an open ground.

Save Time

The ST240+ also has a unique alarm that goes off anytime voltage is detected. This way, you can save time when trying to find which circuit breaker is connected to which outlet. You just need to plug the socket tester in, walk to the circuit breaker panel, and listen for the beeper to turn off or on as they flip the breakers. Once it does, you have found the correct breaker. Time and trips saved.

One-button RCD tests

By testing your outlets with an integrated RCD test, you can be sure that they are all working properly.

The ST240+ has three bright, easy-to-see LED indicators. This lets you see, at a glance, one of six wiring conditions:

• Correct installation
• Earth fault
• Neutral fault
• Live fault
• Live neutral reversed
• Live earth reversed

The post Fluke ST240+ RCD Socket Tester – Easily Verify Wiring with This Compact and Accurate Tester appeared first on rapid-tech.

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It delivers fast test results over a broad area of visibility and audibility, with large, easy-to-use buttons, bright backlighting, and clear indicators for any work environment.

The CEM DT-9233 auto Voltage/Continuity Tester (Voltage Absence tester) with CAT III 1000V Safety Rating and Independent ELV indicator LED that indicates if >50 V AC/120 V DC is present even in the event of no battery power or tester main circuit failure. The device complies with EN 61243-3:2014 and is supplied with IP2X test probes.

This probe includes a high-quality construction design, molded heavy-duty case, thicker cord with wear indicator, and well-fitted and durable probe protector.

An ergonomic design feels good in your hands, is easy to operate (even with gloves), and docks securely and quickly. A complete family of testers with the features, functions, and price-performance to fit your applications and preferences.

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