• 3 ranges in a single probe – 30 A, 5 A, 0.5 A. Observe a wide current range from micro currents to 30 A. • Wide band: DC to 50 MHz (-3 dB) • High S/N ratio and 10 times output rate: Observe waveforms at 100 μA/div at oscilloscope maximum voltage sensitivity setting of 1 mV/div • Directly connect to an oscilloscope’s BNC input terminal *1 Also available: CT6711 Current Probe with DC to 120 MHz bandwidth

• Waveform observation across a wide band from DC to 50 MHz • Connects directly to oscilloscope or Memory HiCorder BNC input terminal *1 • High S/N characteristics enable the measurement of 10 mA order current waveforms (3273-50, 3276)

• Waveform observation across a wide band from DC to MHz • Connects directly to oscilloscope or Memory HiCorder BNC input terminal *1

• Easily measure large 2000A currents to meet applications in EV, HEV testing • Improved noise resistance performance through a stronger shield lets you accurately measure current buried in noise • High accuracy measurement realized through flat frequency characteristics and CMRR performance • More enhanced environmental resistance performance than ever before lets you measure in -40 to 85°C situations • Improved basic accuracy of ± 0.04% and phase accuracy of ± 0.1° • Superior frequency characteristics of DC to 1 MHz (amplitude) • Meet a wide range of applications from measuring battery charge/discharge to the secondary side of inverters in photovoltaic power generation and fuel cell evaluation, etc. • Monitor waveforms when paired with oscilloscopes or Memory HiCorders and Sensor Unit

• The ideal current sensor for measuring large 1000 A currents in EV, HEV, and PHEV • Strengthened shield improves noise resistance to accurately measure current buried in noise • Flat frequency characteristics and CMRR performance to achieve high accuracy measurement • More enhanced environmental resistance performance than ever before with operating temperature range of -40 to 85°C • Basic accuracy of ±0.04% and phase ± 0.1° • Good frequency characteristics over wide band of DC to 1.5 MHz (amplitude) and DC to 1 MHz (phase) • Ideal for advanced fields such as photovoltaics and fuel cells to evaluate the charge / discharge of batteries and secondary side of inverters • Connect with oscilloscopes or Hioki Memory HiCorders (using SENSOR UNIT) to monitor waveforms

• Ideal for use in environmental testing with broad -40˚C to 85˚C temperature range • High precision with a clamp-type design, ±0.3% amplitude accuracy, ±0.1° phase accuracy • Wide-bandwidth from DC to 20 kHz • Single-handed operation and robust locking mechanism • Reduced effects from magnetic fields, conductor position, and noise from nearby wires • Evaluate against WLTC and automotive new fuel economy standards that require high precision • For EV/HEV battery charge and discharge efficiency testing and inverter and power conditioner conversion efficiency evaluations

• Ideal for use in environmental testing with broad -40˚C to 85˚C temperature range • High precision with a clamp-type design, ±0.3% amplitude accuracy, ±0.1° phase accuracy • Wide-bandwidth from DC to 100 kHz • Single-handed operation and robust locking mechanism • Reduced effects from magnetic fields, conductor position, and noise from nearby wires • For EV/HEV battery charge and discharge efficiency testing and inverter and power conditioner conversion efficiency evaluations

• 1000A large current measuring applications in the fields of electric and hybrid electric vehicles • Operating temperature range of -30°C to 85°C • Super high precision, ±0.05% amplitude accuracy, ±0.2° phase accuracy • DC to 20 kHz bandwidths with excellent frequency characteristics • Ideal for evaluation of solar power generation and fuel cells to measure battery charge and discharge and the secondary side of inverters • For observing waveforms to be used with the oscilloscopes or Memory HiCorders (use with SENSOR UNIT)

• Super high precision, ±0.05% amplitude accuracy, ±0.2° phase accuracy • Wide-bandwidth DC to 500kHz excellent frequency characteristics • Applications in the fields of electric and hybrid electric vehicles • Wide operating temperature range(-30 ℃ to 85 ℃) fit for automobile applications • Ideal for evaluation of solar power generation and fuel cells to measure battery charge and discharge and the secondary side of inverters • For observing waveforms to be used with the oscilloscopes or Memory HiCorders (use with SENSOR UNIT)

• Super high precision, ±0.05% amplitude accuracy, ±0.2° phase accuracy • DC to 100 kHz bandwidths with excellent frequency characteristics • Ideal for evaluation of solar power generation and fuel cells to measure battery charge and discharge and the secondary side of inverters • For observing waveforms to be used with the oscilloscopes or Memory HiCorders (use with SENSOR UNIT)

• Send measured values to a smartphone or tablet using Bluetooth® wireless technology • Use the GENNECT Cross dedicated app to display and review measured values and waveforms in real time • Power supply and signal output for Current Sensor CT7000 series • Simultaneous dual display of the measured values, frequency, and output rate • Four output formats to output data to loggers or other devices (via Display Unit) • Supports AC adapter, AA alkaline batteries, and external power supply

• Accurately measure and record even when the temperature changes • Ideal for site inspections by using detachable Display Unit • Four output formats to output data to loggers or other devices (via Display Unit): WAVE, RMS, PEAK, Hz

• Accurately measure and record even when the temperature changes • Ideal for site inspections by using detachable Display Unit • Four output formats to output data to loggers or other devices (via Display Unit): WAVE, RMS, PEAK, Hz

• Ideal for observing instantaneous waveforms in laboratories and other temperature-controlled environments • Ideal for site inspections by using detachable Display Unit • Four output formats to output data to loggers or other devices (via Display Unit): WAVE, RMS, PEAK, Hz

• Superior low frequency and phase characteristics suitable for testing the current and power of inverter control devices • Wide 1 Hz to 100 kHz frequency bandwidth perfect for harmonic analysis, FFT analysis and waveform monitoring (AC only)

• Thinner cables are easy to use in confined spaces and with complicated wiring (-01, -02) • Shaped so that it’s easy to route through complex wiring • Easily supports large current measurements up to 5000 A • Wide 10 Hz to 20 kHz band with excellent frequency characteristics • Choose from three conductor diameter sizes • Combine with Hioki power meters or Memory HiCorders (with BNC input terminals)

• For general purpose leak current testing • Also supports load current testing • Check for insulation faults

• High ±0.3% accuracy • For inverter devices or commercial power lines • Fits in narrow spaces due to compact design

• For inverter devices or commercial power lines • Measure up to 1000 A

• For inverter devices or commercial power lines • Fits in narrow spaces due to compact design

• Choose from six general-purpose ranges • Accurately record and analyze waveforms and harmonic signals

Used exclusively for commercial power lines

• Power supply for high-precision current sensors with waveform output / RMS output functionality

• Power supply for the Clamp on probe 3273-50 – 3276, CT6700 and CT610 series • Supplies power when connected to a general-purpose instrument such as a recorder