6-channel High Precision Power Analyzer ANPA3000(F)

The high-precision power analyzer ANPA3000(F) Series is a high-end, 6-channel power analyzer designed for demanding applications in research and development, quality assurance, and efficiency testing of complex electrical systems. 

ANPA3000(F) Series is a premium solution for engineers who need perform highly accurate, simultaneous multi-channel power measurements on advanced power electronic devices and electro-mechanical systems. It is particularly well-suited for the development of electric vehicle components, renewable energy systems, and high-efficiency industrial equipment.

Six-channel synchronous power analysis

Basic accuracy: 0.03%*Reading+0.05%×Range.

Measurement bandwidth: DC, 0.5Hz-1MHz.

Maximum voltage: 1000V (DC1500V).

Rich specifications: 30A (standard), 50A/5A (optional), standard BNC interface, and optional sensors.

LCD: full touch screen experience, customizable display interface items, and multiple waveform displays.

Data storage: customizable storage items, CSV format export, and on-device screenshot saving.

Perfect size: standard 4U height, compliant with the system integration requirements.

-Power, efficiency, and harmonic analysis before and after aging in the production process of photovoltaic inverters.

-Measurement of the electrical performance of electric vehicles, OBC, and charging piles.

-Power consumption and mechanical efficiency tests of motor benches and variable frequency motors.

-Analysis of power, harmonics, and surge currents in switching power supplies.

-Harmonic analysis of power electronics and transformers.

Photovoltaic Inverter Power Measurement

-Comply with the Photovoltaic Grid-connected Inverter Standard GB/T 37409-2019 testing specification.

-Voltage range 0-1000V (DC 1500V).

-Current range 0-50A, or current sensor.

-Simultaneous measurement of input, output (single-phase electric vehicle 1P2W and three-phase) power, and power factor.

-Automatic efficiency calculation.

-Analysis of up to 500 times harmonics and distortion.

-Bidirectional power measurement for buying and selling electricity.

Electric Vehicle Electrical Performance Measurement

-Multi-channel, capable of simultaneously detecting multiple parameters. Supports bench tests, OBC, charging piles efficiency tests, battery charge and discharge performance, power conversion performance, motor performance, etc.

-AC/DC, maximum current 50A, expandable with larger current sensors.

-High accuracy, basic accuracy 0.1%, minimum power resolution 0.1mW.

-Can measure the instantaneous effective value, average value, peak value of AC/DC signals, energy consumption, etc.

Motor Bench and Variable Frequency Motor Measurement

-Complies with GB12668 standard.

-Power bandwidth DC. 0.5Hz-1MHz.

-It has sensors with a current range of 0-50A/30A/5A.

-Simultaneously measures input and output power.

-Analysis of 500 times harmonics and distortion.

Various Power Supplies and UPS Power Measurement

-Has current sensors with a current range of 0-50A/30A/5А.

-Power bandwidth DC, 0.5Hz-1MHz.

-Simultaneously measures input and output (single-phase and three-phase) power, and monitors battery charge and discharge.

-Automatic efficiency calculation.

[Conditions]

Temperature: 23+5°C

humidity: 30%-75%RH

Input waveform: sine wave

Common mode voltage: 0V

Line filter: OFF

Frequency filter: ON for frequencies below 440Hz

Power factor λ: 1. Peak factor: 3. After warming up. Under wiring conditions, after zero adjustment or range change.

In the accuracy formula, f represents frequency in kHz

When the data update rate is 50ms or 100ms, add 0.03% of the reading to all accuracy

Due to the effect of temperature changes after zero adjustment or range change:

Add 0.02%/°C to voltage DC accuracy and range, add 500μA/°C to current DC accuracy, add 50μV/°C to external sensor DC accuracy, and for power DC accuracyу.

Add the product of the voltage and current effects.