The Hioki PW6001-04 Power Analyzer stands out with its exceptional accuracy of 0.05% and wide frequency range of 10 Hz to 1 MHz, enabling precise measurements of power, harmonics, and other electrical parameters. Its high-speed sampling rate of 10 MS/s captures transient phenomena, while its compact design and intuitive interface ensure ease of use.
The Hioki PW6001-13 Power Analyzer is a high-performance, high-accuracy power analyzer that sets itself apart with its: Wide frequency range (DC to 10 MHz) High accuracy (0.1% basic accuracy) Fast sampling rate (up to 10 MS/s) Comprehensive measurement capabilities (voltage, current, power, harmonics, etc.)* Intuitive user interface and data logging capabilities
The Hioki PW6001-14 Power Analyzer is a high-performance, high-accuracy power analyzer that measures single-phase AC power with industry-leading accuracy of ±0.1% of reading. Its wide frequency range of 0.1 Hz to 1 MHz and high sampling rate of 10 MS/s make it ideal for measuring power in a variety of applications, including power electronics, motor drives, and renewable energy systems. The PW6001-14 also features a built-in harmonic analyzer that can measure up to the 50th harmonic, making it a valuable tool for troubleshooting power quality issues.
The Hioki PW6001-15 Power Analyzer is a high-performance, high-accuracy power analyzer that sets itself apart with its: Wide frequency range (DC to 10 MHz) High accuracy (0.1% basic accuracy) Fast sampling rate (up to 10 MS/s) Comprehensive measurement capabilities (voltage, current, power, harmonics, etc.)* Intuitive user interface and data logging capabilities
The Hioki PW6001-16 Power Analyzer stands out with its exceptional accuracy of 0.05% and wide frequency range of 10 Hz to 1 MHz, enabling precise measurements of power, harmonics, and other electrical parameters. Its high-speed sampling rate of 10 MS/s captures transient phenomena, while its compact design and intuitive interface ensure ease of use.
HT Instruments PQA820: The Ultimate Power Quality Analyzer for Comprehensive Electrical System Monitoring With its advanced features and unparalleled accuracy, the HT Instruments PQA820 stands out as the industry-leading power quality analyzer. Its comprehensive measurement capabilities, including harmonics, flicker, and voltage dips, provide a complete picture of your electrical system’s health. The PQA820’s user-friendly interface and intuitive software make data analysis effortless, empowering you to identify and resolve power quality issues quickly and efficiently.
HT Instruments PQA823: The ultimate power quality analyzer for demanding applications. Its advanced features, including high-speed sampling, harmonics analysis up to the 50th order, and comprehensive reporting capabilities, empower you to pinpoint power quality issues with unmatched accuracy and efficiency.
HT Instruments PQA824: The ultimate power quality analyzer for demanding applications. Its advanced features, including high-speed sampling, harmonics analysis up to the 50th order, and comprehensive reporting capabilities, empower you to pinpoint power quality issues with unmatched accuracy and efficiency.
HT Instruments ZG47: The ultimate gas detector for professionals. Its advanced sensor technology and rugged design make it the most reliable and accurate choice for detecting combustible gases, toxic gases, and oxygen levels. With its intuitive interface and long battery life, the ZG47 is the perfect tool for keeping you safe on the job.
Keysight Technologies 478A: The industry-leading LCR meter with unmatched accuracy, speed, and versatility. Its advanced measurement capabilities, wide frequency range, and intuitive interface empower engineers to tackle complex component characterization challenges with confidence.
Keysight Technologies 6811C: The industry’s most advanced and versatile precision source/measure unit, offering unmatched accuracy, speed, and flexibility for demanding test applications.
Keysight Technologies 8481D: The industry’s most advanced vector signal generator, offering unparalleled signal fidelity, modulation accuracy, and frequency coverage for testing the most demanding wireless devices and components.