The DT-3386 flexible clamp AC/DC current meter is designed to offer maximum safety and accuracy when working on high-current lines. Its ergonomic form, large backlit LCD and flexible clamp probe allow fast, reliable measurement even in confined or awkward spaces — an ideal instrument for electricians, energy engineers and maintenance teams.
True RMS technology measures accurately even on distorted waveforms, giving results closest to reality on systems such as variable frequency drives (VFDs), inverters and motor control circuits. The DT-3386 works with high precision on both AC and DC.
The flexible current probe extends the measuring range to 3000A, so thick cables and high-current lines can be measured easily — a significant advantage in industrial plants and high-current panel systems.
The CEM DT-3386 supports analysis of many electrical parameters, not just current, so a comprehensive test process can be carried out with a single instrument.
The large LCD shows readings clearly, and the backlight keeps legibility excellent in poor light. Data Hold, Max/Min and Peak Hold indicators make measurements easy to follow.
The DT-3386 has a dual-injection, impact-resistant plastic housing. Light at 315 g and compact at 230 x 76 x 40 mm, it is highly portable. A torch function and NCV (non-contact voltage detection) add safety and convenience in the field.
Automatic power-off extends battery life while the low-battery indicator gives timely warning. The instrument is built to safety standards that allow measurement on high-voltage lines, and the REL (zero) function sets a reference value during measurement to minimise error.
Makes measurement easier at narrow or hard-to-reach points and allows safe measurement on high-current cables.
Non-contact voltage detection identifies live lines safely.
The CEM DT-3386 flexible clamp AC/DC current meter answers professional measurement needs with accuracy, flexible handling and safety features, delivering maximum performance in industrial settings, maintenance work and energy management.
