0.03% Base Accuracy
Engineered with precision front-end signal conditioning and high-resolution A/D converters to ensure accurate measurement across broad voltage, current, and frequency ranges.
NIST Traceable Precision
High-Accuracy Power Measurement for Modern Electronics
Adaptive Power Systems digital power analyzers deliver laboratory-grade measurement accuracy and stability required by global research facilities and test laboratories. Designed to complement advanced programmable AC/DC sources and electronic loads, our analyzers provide superior measurement resolution compared to conventional power equipment.
The M2000 Series Precision Power Analyzer features 0.03% base accuracy, high-speed sampling capabilities, and up to four configurable channel slots. Whether evaluating single-phase power supplies, 3-phase industrial motors, or complex EV inverter powertrains, the M2000 platform guarantees precise, repeatable results under strict test standards.
Engineering Excellence
M2000 Series System Architecture & Key Features
Modular slot architecture allows seamless expansion from simple single-channel bench measurement to complex multi-input/output power efficiency analysis.
Modular 4-Slot Mainframe
Field-upgradeable slots accommodate internal shunt (AD Type) or external shunt/CT (AX Type) channel cards to match specific current measuring requirements up to high power levels.
Virtual Analyzer Modes
Analyze multiple power inputs and outputs simultaneously on a single instrument display—ideal for inverter efficiency and multi-stage power converter testing.
Intuitive Color Touch Screen
Large high-resolution touch LCD screen provides simple navigation, real-time numeric readouts, waveform displays, and harmonic spectrum graphics without requiring complex menus.
Harmonics & Distortion Analysis
Built-in FFT measurement capabilities calculate total harmonic distortion (THD), voltage harmonics, and current harmonics to support international compliance standards.
Automated ATE Integration
Equipped with standard LAN, USB, and optional GPIB remote interfaces with SCPI command compatibility for seamless integration into automated test environments.
Technical Data
M2000 Series Technical Specifications
| Parameter | AD Channel Card (Internal Shunt) | AX Channel Card (External Shunt / CT) |
|---|---|---|
| Base Measurement Accuracy | 0.03% of reading + 0.05% of range | 0.03% of reading + 0.05% of range |
| Maximum Input Voltage | 1000 Vrms / 1000 Vdc Peak | 1000 Vrms / 1000 Vdc Peak |
| Maximum Input Current | 20 Arms continuous / 150 A Peak | Transducer dependent (Ext. Shunt / CT) |
| Channel Capability | 1 to 4 Channels per Mainframe | 1 to 4 Channels per Mainframe |
| Bandwidth | DC, 0.1 Hz to 1 MHz | DC, 0.1 Hz to 1 MHz |
| Measurement Parameters | V, I, P, Q, S, PF, Frequency, Energy (Wh/Ah), Peak Values, Crest Factor, THD | |
| Communication Interfaces | Ethernet (LAN), USB Host & Device, RS-232, optional GPIB (IEEE-488) | |
Global Applications
Precision Measurement for Demanding Industries
EV Powertrain & Battery Test
Accurate DC energy accumulation, battery discharge profiling, and inverter efficiency verification for electric vehicle drive systems.
Avionics & Defense Testing
High-frequency precision analysis supporting 400 Hz and 800 Hz aircraft power buses in compliance with MIL-STD and DO-160 testing.
Renewable Energy Inverters
Grid-tied PV inverter efficiency measurements, MPPT tracking evaluation, and AC output harmonic content analysis.
Power Supply R&D & Production
Precision power factor, standby power consumption, and efficiency testing for industrial AC/DC power supplies and switch-mode converters.
Global Procurement & Technical Support
Need Comprehensive Product Specifications & Datasheets?
Our application engineering team helps global procurement managers, laboratory directors, and test engineers select the exact channel configuration, shunts, and accessories for your application.