HIOKI DIGITAL MULTIMETER MULTI-FUNCTIONAL MODEL, WITH 10 A DIRECT INPUT

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Standard DMM that Delivers Top Safety and Reliability ? General Purpose Testers with Rich Measurement Functions

The Hioki DT4200 Digital Multimeter Series consist of a complete lineup of 9 models ranging from professional to industrial to pocket meters, delivering a super-fast response rate and safety features that take electrical testing to a higher level. The DT4256 is a digital multimeter designed to deliver maximum functionality for use in a wide range of settings.

Key Features

• ?0.3% DC V basic accuracy, wide 40 Hz to 1 kHz AC V frequency characteristics
• Measure up to 10 A with direct input
• Dual display lets you check voltage and frequency simultaneously
• Low-pass filter cuts high harmonics (when measuring inverter fundamental waveforms)
• USB communications function supports PC measurements (optional)
• Broad -25?C to 65?C (-13?F to 149?F) operating temperature range

Multifunctional digital multimeter

• DC current?60.00mA / 600.0mA / 6.000A / 10.00A
• Accepts an AC clamp sensor.
• Voltage detection function
• Measure output voltage on the secondary sides of inverters by eliminating harmonic components
• Accurately measure the fundamental wave alone by eliminating harmonic components with the DMM?s low-pass filter function.

Measurement data can be downloaded to, reviewed on, and saved to a computer. If you connect the DT4256 to a computer with the optional Communication Package DT4900-01, you can graph data stored in the instrument?s internal memory and display measurement results in real time on the computer. In addition, displayed measured values can be saved (in text format).

*The computer and multimeter are electrically isolated by means of optical communications so that data can be sent without concern for electrical hazards.

True RMS measurement for accurate measurement of even distorted current waveforms

Digital multimeters implement two types of measurement: mean-value measurement and true RMS measurement. The two methods yield significantly different measurement results for current waveforms, which are often distorted. For accurate measurement, it is necessary to use an instrument with true RMS capability.