- Powered off of phase A voltage AC/DC
- Weatherproof to IP54 standard for use in any environment
- 1000 VAC and 1500 VDC range
- Auto CT identifies the current that the instrument is connected to and the range that it is in
- Connection verification highlights if the product has been connected incorrectly
- On-board data analysis which can compare results against compliance standards, including setting templates for internal company standards
- Real time scope and DVM
- IEC61000-4-30 Class A compliance
The MPQ2000 portable power quality analyser is a highly intuitive, advanced, portable three-phase analyser, delivering unmatched capability, in a rugged IP54 weatherproof enclosure. You can view RMS data, waveforms, demand data, phase angles, harmonics, unbalance, flicker, and more in real time with the MPQ1000 scope mode and DVM mode. When data needs to be recorded, the MPQ2000 record verification will automatically identify the current clamps, recognise their range, and verify the unit is connected properly. This means you can simply connect it and push the record button.
But the hardware is not all it’s about – behind the sturdy exterior is an intelligence that is focused on smart testing, with industry-leading software that enables you to minimise errors while testing, and quickly and easily analyse your results. The MPQ2000 can record for extended periods of time because of its massive memory. It uses an SD card, which makes expanding the memory as easy as simply installing a new SD card. The recorded data can be viewed on the MPQ2000 colour VGA display, or the data can be transferred to the high power Megger PQ Power Quality Analysis software via USB cable, USB drive, Ethernet, or directly from the SD card.
The free software, which requires no license, optimises the MPQ2000 to locate the power quality phenomenon such as lighting issues, computer problems, tripping breakers, and much more. It offers advanced charting, advanced waveform, and advanced harmonic analysis.
ABC's of the MPQ2000 Power Quality Analyzer 12 July 2016
ABC's of the MPQ2000 Power Quality Analyzer 12 July 2016
MPQ 2000 Basic Setup
MPQ 2000 Configuration Verification
MPQ 2000 Configuration Verification
MPQ 2000 Data Analysis
MPQ2000 Powering the Unit | Power Quality Testing
MPQ2000 Powering the Unit | Power Quality Testing
MPQ2000 Selecting the right current clamp
MPQ2000 Selecting the right current clamp
MPQ2000: How does it simplify power quality?
MPQ2000: How does it simplify power quality?
Product Documents
Quick start
Quick guide - MPQ2000
Quick start
Quick start guide - MPQ2000
Technical Documents
Technical guide
35829 CT Adapter
Technical guide
Cannot load software on Windows 11
Technical guide
Configuring an Inrush Test
Technical guide
Determining harmonic direction
Technical guide
Enabling Additional Channels
Technical guide
Fast Transients
Technical guide
Mains Signalling
Technical guide
Merging MPQ Data Files
Technical guide
Motor Analysis with the MPQ Analyser
Technical guide
Pumping Station Motor Analysis
Technical guide
A guide to power quality testing
Technical guide
Approved SD Cards for the MPQ Series
Technical guide
Class A recording
Technical guide
Common PQ issues: transients
Technical guide
Common PQ issues: voltage dips and swells
Technical guide
Configuring the MPQ2000 for troubleshooting
Technical guide
Demand Power and Energy (Part 1)
Technical guide
Introduction to harmonics
Technical guide
Measuring current on a CT secondary circuit
Technical guide
MPQ operation with a wireless bridge
Technical guide
PQ influences on telecommunications
Technical guide
Rapid Voltage Change (RVC)
Technical guide
Renaming test files on the MPQ units
Technical guide
Scheduled run - MPQ series of power quality analysers
Technical guide
Solar Energy - Part 1 of 3: An overview of PQ Issues
Technical guide
Solar Energy - Part 2 of 3: Programming a PQ Analyser
Technical guide
Solar Energy - Part 3 of 3: Analysing Solar PQ Data
Technical guide
Total Demand Distortion (TDD)
Technical guide
Transferring data from the MPQ to the PC