Power Quality Analysers & Energy Loggers
Gain a comprehensive snapshot of how power is being used in your facility and verify where energy is being lost. All of the latest power analysers and power analysis tools from Fluke, Chauvin Arnoux and many others can all be found here.
Find out more about Power Quality Analysers & Energy Loggers below.
- Comprehensive analysis of three-phase electrical systems
- Store thousands on records on SD card included in the pack
- Supplied with voltage leads and current sensors
- 35 different parameters for versatile system analysis
- Large and easy-to-read backlit LCD display
- Expandable memory for logging up to 30,000 readings
- Power quality analysis and datalogging tool
- Measures up to 35 parameters simultaneously
- Range of advanced functions
- Datalogging of single and 3-phase/3-wire or 3-phase/4-wire systems
- Flexible clamp probes can be used for wrapping around bus bars and wire bundles
- Large backlight LCD displays up to 35 parameters in one screen
About Power Quality Analysers & Energy Loggers
Thousands of companies, both big and small, waste energy where it isn't needed. This is quite often down to poor power quality; electrical systems ranging from simple to complex installations can be installed correctly, develop faults or run inefficiently without anyone knowing about it.
That's where the power quality analyser comes in; these high-grade testing instruments are made to document and flag up problems within electrical systems, allowing an organisation/professional to quantify where power is being lost and take appropriate action.
The power analyser is suited to a wide variety of applications - for basic power measurements a clamp meter with enabled power functionality is perfect for basic power measurements, but more complex electrical equipment will require high-end analysers designed for breaking down everything that's wrong with a high level of accuracy.
With one of these instruments at hand and attached to a system, it's possible to measure absolutely everything associated with power (functions depending on the model). As an example, power analysers can measure voltage, current, voltage/current waveform peak, active power, reactive power, power factor, phase angle, frequency, current integration, power integration, efficiency, loss, voltage/current ripple factor, harmonics, electrical noise and much more.
Some power analysers, include full energy loss calculators which put a financial figure on how much power you're losing and how much energy you're wasting. A tool like this is a perfect addition to a power professional's kit as the energy calculator makes it much easier to inform customers exactly how poor power quality is causing issues within a system.
