BK390B

BK390B is a 390B series true RMS handheld digital multimeter. It offers a comprehensive solution for general purpose measurement applications. Bundled with a complete set of accessories, this multimeter provides technicians and engineers with accurate results, data logging capabilities, and measurement features for evaluating a variety of electronics or electrical systems. The easy to read display features an analogue style bar graph to help identify measurement trends or fluctuating signals. Dual line display capabilities enable two measurements or one measurement and a math function to appear on screen simultaneously. The advanced features like data logging records measurements to the meter’s internal memory at a user-specified sampling interval. Additionally, measurements stored in the meter's internal memory can be exported using the provided PC application software.

• True RMS AC and AC+DC measurements, temperature measurements using provided K-type thermocouple
• dB, dBm, limits, peak-hold, REL (Δ), MIN, MAX, and average math functions
• HFR (high frequency rejection) mode applies a low pass filter for AC measurements (800Hz cut-off)
• EN61010-1 to 600V CAT IV/1000V CAT III safety, temperature probe, optical isolated USB interface
• Dirt and water-resistant housing with rubberized protective case
• Isolated USB interface with operating software for remote data logging
• 40,000 count display, 0.03% DC voltage basic accuracy, 40,000 readings data log capacity
• 4 x 1.5V AA size batteries power, low battery indicator, 3 years warranty
• Dimension (W x H x D) without case is 95mm x 207mm x 52mm
• Operating temperature range from -10°C to 50°C at ≤ 80% relative humidity

Contents

BK390B True RMS handheld digital multimeter, Test leads, K-type thermocouple adapter, Protective case, Optical-isolated USB cable, Magnetic hanging kit, Alkaline batteries.

Notes

In addition, we have calibration services for this product (Europe Only). Visit our calibration service page to see details of what options are available.