Showing 55–63 of 254 results
Dramatically reduces measuring time Inherently safe Designed for ease-of-use Hand-held portability Calibration and maintenance free operation No physical connection to cables or wires Measures the height of up to six overhead cables
The Megger AVO410 digital multi-meter designed for the contracting electrician has the additional features that also make the instrument suitable for wide range of applications and users. 6000 count backlit digital display True RMS reading on a.c. mode 1000 V d.c. / 750 V a.c. ranges 10 A a.c. / d.c. ranges Resistance, frequency and capacitance ranges CAT IV 600 V safety rating > Each Unit Includes Test leads Probes
This is the return of a real legend. The original. The AVOMETER Eight. In a modern dress. At an unbeatable price. With many outstanding skills. For example, the true RMS measurement AC, AC DC. This means that ballasts of LED energy saving lamps can be measured, as they can be found everywhere today. Automatic measuring range selection relieves and protects the user against unconcentrated work. This also applies to the protected 4 mm inputs, which always ensure the correct connection. This prevents the device from being inserted in the wrong mode. A low-pass filter ensures optimal, smoothed displays of voltages and currents. Or the ability to switch between high and low switching impedances. A fast and safe method to detect induced voltages. A phase sequence detector is also unusual, with which you can detect incorrect connections to electric motors or generators. Or a non-contact voltage detector. Or the large display can represent numbers up to 10,000 digits with a basic accuracy of 0.001%. LCD display with digital display 10,000 digits CAT IV 600 V Selection of the input impedance without changing the measuring range Non-contact voltage detector Hi / Lo Analogue display with 53 segments Voltage ranges up to 1000 V DC / 750 V AC Current ranges up to 10 A AC / DC Resistance, conductivity, frequency, capacity measurement Acoustic continuity test True RMS measurement AC, AC DC Automatic measuring range selection Min / Max display Average value Auto-Hold Low pass filter, smooth Automatic book lock Protection class IP64 REL Mode REL Δ, REL%
This is the return of a real legend. The original. The AVOMETER Eight. In a modern dress. At an unbeatable price. With many outstanding skills. For example, the true RMS measurement AC, AC DC. This means that ballasts of LED energy saving lamps can be measured, as they can be found everywhere today. Automatic measuring range selection relieves and protects the user against unconcentrated work. This also applies to the protected 4 mm inputs, which always ensure the correct connection. This prevents the device from being inserted in the wrong mode. A low-pass filter ensures optimal, smoothed displays of voltages and currents. Or the ability to switch between high and low switching impedances. A fast and safe method to detect induced voltages. A phase sequence detector is also unusual, with which you can detect incorrect connections to electric motors or generators. Or a non-contact voltage detector. Or the large display can represent numbers up to 10,000 digits with a basic accuracy of 0.001%. LCD display with digital display 10,000 digits CAT IV 600 V Selection of the input impedance without changing the measuring range Non-contact voltage detector Hi / Lo Analogue display with 53 segments Voltage ranges up to 1000 V DC / 750 V AC Current ranges up to 10 A AC / DC Resistance, conductivity, frequency, capacity measurement Temperature measurement (AVO835) Acoustic continuity test True RMS measurement AC, AC DC Automatic measuring range selection Min / Max display Average value Auto-Hold Low pass filter, smooth Automatic book lock Protection class IP64 REL Mode REL Δ, REL% Measurement category (AVO835) CAT IV / 600 V, CATIII 1,000 V
EP1000-10 Dynamic Test Access Port w/ splitcore 600V max CTs Order #: 99-EP1000-10RC Mfg #: 99-EP1000-10RC
EP1000-1500 Dynamic Test Access Port w/3 1500A splitcore CTs Order #: 99-EP1000-1500RC Mfg #: 99-EP1000-1500RC
EP1000-2000 Dynamic Test Access Port w/3 2000A splitcore CTs Order #: 99-EP1000-2000RC Mfg #: 99-EP1000-2000RC
Analyzes the Condition of the Insulation Systems in Motors and Generators, as Well as Motor Circuit Condition such as Imbalances Determines the Condition of Turn-to-Turn, Phase-to-Phase and Ground-Wall Insulation Using Standards-Based, Low- and High-Voltage Tests User-Programmable Test Sequence Automation for Repeatability and Trends Over Time Centralized Data Analysis Allows Site Managers to Monitor Asset Condition Across Multiple Testers and Routes Tests Include: Winding Resistance, Insulation Resistance, Dielectric Analysis (DA), Polarization Index (PI), DC Step-Voltage, DC Continuous Ramped, DC Hipot, Surge > Each Unit Includes Power cord USB flash drive with desktop software User manual (on USB flash drive) Test leads Keyboard with integrated mouse > Designed for fast, reliable, automated testing The SKF Static Motor Analyzer Baker AWA-IV is designed to perform automated sequences of a user-selected array of motor insulation tests. The analyzers embedded computer conducts the tests, stores the results and continuously monitors voltage levels while testing. If the computer detects a weakness in the insulation during a given test, the test is interrupted, the operator is alerted and all test parameters at the time of the interruption are reported. This instrument performs this automated operation in microseconds, and with a higher degree of precision and safety than can be achieved through manual test methods. Pre-programmed in the office and implemented in the field The Baker AWA-IV is the only high-voltage tester that can be programmed to perform a specific set of insulation tests by a user prior to being in the field, then used as programmed in the field. A users work orders or routes often define which motors to test, the order of execution and parameters for each test, such as voltages, duration and pass-fail limits. Operators can program the unit to conduct tests in the field simply by connecting to the analyzer. This allows users to minimize time and effort involved with repeat maintenance test sequences performed manually, and improves reliability of testing procedures. Save testing results When testing is complete, results can be saved as part of each motors permanent test record. This type of documentation is critical to successful reliability programmes. With the AWAIV, test results are collected, stored, recalled and managed using a standard Microsoft Access
Analyzes the Condition of the Insulation Systems in Motors and Generators, as Well as Motor Circuit Condition such as Imbalances Determines the Condition of Turn-to-Turn, Phase-to-Phase and Ground-Wall Insulation Using Standards-Based, Low- and High-Voltage Tests User-Programmable Test Sequence Automation for Repeatability and Trends Over Time Centralized Data Analysis Allows Site Managers to Monitor Asset Condition Across Multiple Testers and Routes Tests Include: Winding Resistance, Insulation Resistance, Dielectric Analysis (DA), Polarization Index (PI), DC Step-Voltage, DC Continuous Ramped, DC Hipot, Surge > Each Unit Includes Power cord USB flash drive with desktop software User manual (on USB flash drive) Test leads Keyboard with integrated mouse > Designed for fast, reliable, automated testing The SKF Static Motor Analyzer Baker AWA-IV is designed to perform automated sequences of a user-selected array of motor insulation tests. The analyzers embedded computer conducts the tests, stores the results and continuously monitors voltage levels while testing. If the computer detects a weakness in the insulation during a given test, the test is interrupted, the operator is alerted and all test parameters at the time of the interruption are reported. This instrument performs this automated operation in microseconds, and with a higher degree of precision and safety than can be achieved through manual test methods. Pre-programmed in the office and implemented in the field The Baker AWA-IV is the only high-voltage tester that can be programmed to perform a specific set of insulation tests by a user prior to being in the field, then used as programmed in the field. A users work orders or routes often define which motors to test, the order of execution and parameters for each test, such as voltages, duration and pass-fail limits. Operators can program the unit to conduct tests in the field simply by connecting to the analyzer. This allows users to minimize time and effort involved with repeat maintenance test sequences performed manually, and improves reliability of testing procedures. Save testing results When testing is complete, results can be saved as part of each motors permanent test record. This type of documentation is critical to successful reliability programmes. With the AWAIV, test results are collected, stored, recalled and managed using a standard Microsoft Access
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