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Elspec - Model G4500 -Portable Power Quality Analyzer
The Elspec G4500 Portable Power Quality Analyzer offers advanced capabilities for power monitoring and waveform recording. Utilizing the PQZIP patented algorithm, it enables continuous measurement and storage of waveform signals without requiring pre-selection of parameters. The instrument supports comprehensive harmonic analysis with two FFT engines, conducting cycle-by-cycle and 10/12 cycle analyses for detailed spectral data. With the ability to monitor over 1,000 power parameters simultaneously, the G4500 records and displays extensive data, including start and end times, durations, and severities of power events. The analyzer supports synchronized data collection through GPS to ensure accurate time-stamped recordings, making it an essential tool for utilities and industrial applications requiring reliable and continuous power quality assessment. The device meets Class A standards for precise data accuracy and supports various communication interfaces for seamless integration into existing systems.
The BlackBox G4500 portable takes power quality analyzers & power monitoring to a whole new level by using the revolutionary PQZIP patent algorithm. The unique algorithm Enables you to measure, store & analyze (continuously) waveform signals regardless their size.
PQZIP inside
Continuous waveform recording
Trigger free setup
5,000 power parameters @ 1/2 cycle resolution
Easy deployment
Class A
Far surpassing the highest standards set by the industry, the BLACKBOX device series complies with standards for: aggregations, time clock uncertainty, flagging, and transient influence quantities.
Superior Accuracy
Elspec’s pioneering measurement method utilizes a dual-range gain of 2 x 16 Bit to yield, a superior accuracy far surpassing IEC 61000-4-30 Class A requirements, thereby capturing the finest details & deviations in Power Quality parameters.
Synchronized Monitoring
A unique time synchronization algorithm assures that logged data from multiple units is synchronized & displayed on the same time scale with typical 0.1 ms resolution. Every event on a grid is accurately analyzed for precise root cause analysis, behavior propagation, and traced to its source.