• High-precision and high-performance digital power meter
• Built to help you meet your energy-efficiency requirements
• Easily measure ultra-low standby power consumption to make sure your systems will meet compliance regulations

As energy-efficiency standards evolve, engineers face growing pressure to enhance the performance of both consumer and industrial equipment. From household appliances to large-scale industrial systems, optimizing energy-saving features is crucial in staying competitive. The UNI-T UTE310 AC/DC Power Meter is the ultimate tool for precise energy measurement and analysis, designed to meet the rigorous demands of professional engineers. With its high accuracy, extensive measurement range, and versatile features, the UTE310 ensures engineers can confidently assess and improve energy efficiency across various applications.

The UNI-T UTE310 is a high-accuracy digital power meter offering top-tier performance for measuring voltage, current, and power. With a 4.3-inch full-color display and advanced waveform visualization, this tool provides a streamlined user experience. The wide measurement range (25µA–20A / 75mV–600V) and broad 300kHz bandwidth make the UTE310 perfect for R&D, testing, and production environments.

This power meter excels in assessing DC and single-phase AC systems, household appliances like air conditioners, office equipment, energy-saving devices such as LED lights, and industrial machinery like frequency converters and large air conditioners.

A vivid 4.3-inch full-color TFT LCD allows you to view three display interfaces simultaneously, providing more parameter information in a single glance. This large, crisp display reduces the need for multiple tools and enhances overall efficiency during testing and analysis.

With a high sampling rate of 1MSa/s, the UTE310 captures even the most transient signals with exceptional accuracy. This precision is invaluable for engineers working on fast-changing or dynamic electrical systems where reliable measurements are critical to performance analysis.

The UTE310 boasts a 300kHz bandwidth, allowing you to capture higher-frequency signals. This ensures your measurements are comprehensive and able to handle a wide range of signals for diverse applications, from high-performance R&D environments to complex industrial testing.

Engineers can analyze up to the 50th harmonic, fully supporting IEC61000-4-7 standards. This is especially useful when analyzing equipment that produces harmonic distortion, such as motors or power converters. The built-in harmonic analysis provides crucial insights into system performance and efficiency.

The UTE310 offers real-time waveform visualization of voltage and current, helping engineers quickly identify abnormalities. With automatic peak-to-peak value measurement, engineers can better understand dynamic behaviors and ensure systems meet desired specifications.

For applications requiring higher voltages or currents, external sensors can be connected to the UTE310, significantly extending its measurement range. This feature makes the UTE310 adaptable to a broader spectrum of engineering tasks, from high-power industrial systems to delicate electronics testing.

The power meter’s integral function supports both average active power and current integration, which can be utilized for long-term power consumption testing. This is crucial for R&D engineers focused on optimizing energy-saving technologies and improving overall device efficiency.

When measuring fluctuating signals, activating the average function stabilizes readings even at higher refresh rates. This feature minimizes noise and provides more consistent measurements, offering engineers clear, reliable data to work with.

Speed up the measurement process by skipping irrelevant ranges based on past experience. Jump configuration enhances the automatic range feature by reducing unnecessary measurements, allowing for quicker analysis and faster results.

The UTE310’s D/A output enables real-time communication with control systems. By sending measured values directly to a test platform, engineers can make real-time adjustments, monitor performance, and automate controls for superior system management.