MTE PWS 2.3 GenX 3 Phase Highest Precision Tester

The MTE Corporation PWS 2.3 GenX is a high-precision 3-phase power measurement and testing system engineered for advanced electrical analysis, calibration, and validation applications. Designed for laboratories, R&D environments, and industrial power quality testing, this system delivers exceptional accuracy, stability, and repeatability in demanding measurement scenarios.

Built with next-generation GenX architecture, the PWS 2.3 provides highly accurate real-time measurement of voltage, current, power, energy, frequency, harmonics, and power factor across three-phase electrical systems. It is specifically developed for engineers and technicians who require precise verification of power performance in drives, inverters, transformers, generators, UPS systems, and other critical electrical equipment.

The system supports detailed waveform analysis and advanced data acquisition, allowing users to capture transient events, analyze harmonics, and evaluate system efficiency under varying load conditions. Its high sampling resolution and synchronized multi-channel measurement capability ensure dependable and traceable results suitable for compliance testing and quality assurance programs.

With an intuitive user interface and flexible connectivity options, the PWS 2.3 GenX integrates seamlessly into existing laboratory or industrial test setups. It is compatible with various communication protocols and software platforms, enabling automated testing procedures and remote data monitoring.

Engineered for reliability, the unit features robust industrial-grade construction to withstand continuous operation in technical environments. Whether used for calibration labs, power electronics development, renewable energy system validation, or industrial power audits, the MTE PWS 2.3 GenX delivers uncompromising precision and dependable performance.

This tester represents a professional solution for organizations seeking the highest level of accuracy in 3-phase electrical measurement and analysis.

Key Features

Ultra-High Precision 3-Phase Measurement
Delivers exceptional accuracy for voltage, current, power, energy, frequency, and power factor analysis.
Advanced GenX Architecture
Next-generation processing platform ensuring fast data acquisition and stable measurement performance.
True Simultaneous 3-Phase Analysis
Synchronized multi-channel measurement for accurate three-phase system evaluation.
Harmonics & Power Quality Analysis
Detailed harmonic measurement and waveform analysis for in-depth power diagnostics.
High Sampling Resolution
Captures transient events and dynamic load changes with precision.
Comprehensive Electrical Parameter Monitoring
Measures real, reactive, and apparent power with high repeatability.
Flexible Connectivity & Integration
Compatible with laboratory automation systems and industrial test environments.
Industrial-Grade Reliability
Designed for continuous operation in R&D labs, calibration facilities, and industrial testing setups.
User-Friendly Interface
Intuitive controls and clear data presentation for efficient operation.

Specification

Electrical Measurement Capabilities

Measurement Type: True RMS 3-phase electrical parameters
Voltage Measurement Range: Typically up to 1000 V AC (phase-to-phase / phase-to-neutral)
Current Measurement Range: Depends on input configuration (with optional current probes/CTs)
Power Parameters: Real Power (P), Reactive Power (Q), Apparent Power (S)
Power Factor: True power factor measurements
Frequency Measurement: Typically 45–65 Hz (standard), extended ranges may be supported
Energy Measurement: Active and reactive energy tracking

Precision & Performance

Accuracy Class: High precision class instrument (often 0.05% or better on primary parameters)
Sampling Rate: High-speed sampling for transient and waveform analysis
Phase Angle Resolution: High resolution phase measurements for power quality diagnostics
Harmonic Analysis: Up to high orders (e.g., 50th or beyond, depending on firmware)

Waveform & Data Features

Real-Time Waveform Capture: True simultaneous 3-phase sampling
Harmonic and Distortion Analysis: Total Harmonic Distortion (THD) and individual harmonic content
Transient Event Detection: Capture and log fast electrical events
Data Logging & Export: Internal memory with export capability via communication ports

Display & User Interface

Display: High-resolution digital display with real-time graphical readouts
Menu Controls: Intuitive interface for measurement configuration and navigation
Indicator LEDs: Status and measurement condition indicators

Communication & Connectivity

Communication Ports: USB / Ethernet / RS-232 / (model dependent)
Software Support: Compatible with PC analysis software for remote monitoring and automated testing
Protocol Support: Standard industrial communication protocols (model dependent)

Power & Environment

Power Supply: AC mains (typical ratings 100–240 V AC @ 50/60 Hz)
Power Consumption: Low to moderate, depending on configuration
Operating Temperature: Typical range 0°C to 40°C (may vary by unit)
Storage Temperature: Extended temperature tolerance for transport/storage

Physical & Mechanical

Form Factor: Portable benchtop / rack-mountable unit
Weight: Approx. medium-weight precision tester (varies by model)
Construction: Rugged industrial-grade housing for lab and field testing

Key Supported Functions

True 3-phase power measurement
Harmonic and power quality analysis
Energy metering (active/reactive)
Frequency and phase angle measurement
Integrated waveform display and logging
PC software interface for advanced analysis

MTE Corporation

MTE PWS 2.3 GenX For Sale