MR6000 - 32-channel modular memory recorder, 200 MS/s, 1000V, touchscreen

The Z5021 Probe Power Unit for the MR6000 Memory Recorder is a factory-installed option designed to provide power to up to eight current probes or clamps from the CT670x or 327x Series. Additionally, the Z5021 supports up to four CT6710 or CT6711 current clamps. For applications requiring higher voltages the Z5021 can power up to eight 9322 or up to three P9000 Differential Probes. It delivers a stable output voltage of ±12 V DC and a rated output current of 0.6 A per terminal. The Z5021 must be ordered together with the main instrument at the time of purchase. For an installation at a later stage, the main instrument needs to be sent to a HIOKI service center.

SSD Unit for MR6000, 256 GB, factory option, allows real-time recording at maximum 20 MS/s In detail:256 GB SSD Unit for the MR6000 Memory Recorder, available as a factory-installed option. This unit expands the built-in storage capacity and enables real-time recording directly to the SSD with a maximum sampling speed of 20 MS/s, when used with the MR6000-01 model. The SSD option must be ordered together with the main instrument at the time of purchase. For installation at a later stage, the main instrument must be sent to a HIOKI service center.

The Hioki 9322 Differential Probe is a versatile 3-in-1 probe designed for the floating measurement of high-voltage waveforms, detecting power line surge noise, and providing true RMS rectified output of high-voltage AC. With the ability to handle up to 2000 V DC and 1000 V AC (CAT II), the 9322 ensures safe and accurate measurements even in demanding environments. This probe is compatible with the Memory Memory recorder series and can be powered via an AC adapter or Hioki’s Probe Power Unit Z5021. It offers a wide frequency range for detecting high-frequency components, making it ideal for inverter circuits and power supply noise detection. Technical details: Measurement functions: o DC mode: Waveform monitor output, DC to 10 MHz ±3 dB o AC mode: Detection of power line surge noise, 1 kHz to 10 MHz ±3 dB o RMS mode: Rectified RMS output of DC and AC voltages, DC, 40 Hz to 100 kHz o Response speed: 200 ms or less (400 V AC) Max. allowable input: 2000 V DC, 1000 V AC Max. rated voltage to earth: o 1000 V AC/DC (CAT II) when using the Grabber Clip L9243 o 1000 V AC/DC (CAT II), 600 V AC/DC (CAT III) when using alligator clips Output: Voltage division ratio 1/1000, BNC terminal (3-mode selectable: DC/AC/RMS) • DC amplitude accuracy: ±1% f.s. (1000 V DC or less), ±3% f.s. (2000 V DC) RMS amplitude accuracy: ±1% f.s. (DC, 40 Hz to 1 kHz), ±4% f.s. (1 kHz to 100 kHz)Input resistance and capacity: o H-L: 9 MΩ, approx. 10 pF (at 100 kHz) o H-case, L-case: 4.5 MΩ, approx. 20 pF (at 100 kHz) Power supply: o General requirement: +5 V to +12 V, less than 300 mA (DC jack OD 5.5 mm, ID 2.1mm)Hioki provided power supplies: o AC Adapter 9418-15 o Z5021combined plus Power Cord 9248 o Use of Logic terminal on Memory Recorder plus Power Cord 9324 o Use of sensor terminal of F/V Unit 8940 plus Power Cord 9325 o Use of DC power output terminal attached to the input unit for the 8855 through Power Cord 9328 o Via the 8860 series Probe Power Unit 9687 plus Power Cord 9248 Dimensions and mass: 70 mm (W) × 150 mm (H) × 25 mm (D), 350 g, Cord length: Input 46 cm, Output 1.3 m

The Differential Probe P9000-01 is designed to offer superior flexibility for waveform monitoring in high-voltage environments. Ideal for use with Hioki Memory Reorders and Dataloggers, it allows accurate and reliable measurement in various industrial applications, such as electric vehicles, solar power systems, and commercial power circuits. Compact and lightweight, this probe offers 1000 V AC/DC measurements with a choice between 1000:1 and 100:1 division ratios. With a robust operating temperature range, it ensures performance even in challenging conditions. Technical Specifications: Measurement Functions: Waveform monitor output only Frequency Characteristics (Wave Mode): DC to 100 kHz, -3 dB Division Ratio: 1000:1 or 100:1 (user selectable) DC Amplitude Accuracy: ±0.5% f.s. Input Resistance and Capacity: 10.5 MΩ, 5 pF or less (at 100 kHz) Maximum Allowable Input: 1000 V AC/DCMax. Rated Voltage to Earth: 1000 V AC/DC (CAT III) Operating Temperature Range: -40°C to 80°CPower Supply Options: o AC Adapter (Z1008), USB, External DC (2.7V to 15V DC)Dimensions: 128 mm (W) × 36 mm (H) × 22 mm (D) Mass: 170 g Cord Length: Input 70 cm; Output 1.5 m

The Differential Probe P9000-02 combines waveform monitoring with AC RMS value output, offering increased versatility for high-voltage applications. With the capability to monitor waveforms and RMS values, it is suitable for industrial applications such as electric vehicle battery circuits, solar power systems, and commercial high-voltage circuits. The probe is lightweight, compact, and offers high accuracy across a wide range of operating temperatures, ensuring durability and performance in demanding conditions. Technical Specifications: Measurement Functions: Waveform monitor output and AC RMS value output (switchable) Frequency Characteristics (Wave Mode): DC to 100 kHz, -3 dB Frequency Characteristics (RMS Mode): 30 Hz to 10 kHz RMS Amplitude Accuracy: ±1% f.s. (30 Hz to 1 kHz); ±3% f.s. (1 kHz to 10 kHz) Response Time (RMS Mode): 300 ms (rising), 500 ms (falling) Division Ratio: 1000:1 or 100:1 (user selectable) DC Amplitude Accuracy: ±0.5% f.s. Input Resistance and Capacity: 10.5 MΩ, 5 pF or less (at 100 kHz) Maximum Allowable Input: 1000 V AC/DC Max. Rated Voltage to Earth: 1000 V AC/DC (CAT III) Operating Temperature Range: -40°C to 80°C Power Supply Options: o AC Adapter (Z1008), USB, External DC (2.7V to 15V DC) Dimensions: 128 mm (W) × 36 mm (H) × 22 mm (D) Mass: 170 g Cord Length: Input 70 cm; Output 1.5 m

Hall sensor based zero-flux current probe suitable for capturing very small to high-speed currents, wide bandwidth from DC to 50 MHz, measurable continuous current from 1 mA to 5 A, high signal-to-noise ratio, standard BNC oscilloscope connectivity, built-in overload protection Banner Specs: DC to 50 MHz bandwidth 1 mA to 5 A measurable current Standard BNC output for all kind of oscilloscopes Applications: Power supplies (switching and linear) Semiconductor devices (SCRs, IGBTs, MOSFETs, CMOS, BJTs) Power inverters/converters Industrial/consumer electronics Mobile communications (phone, satellite, relay stations) Motor drives Mobility systems (EVs, electric trains, avionics)    Alternative models:ModelCurrentMulti-rangeBandwidthCT671130 A30 A / 5 A / 500 mA120 MHzCT671030 A30 A / 5 A / 500 mA50 MHzCT67015 A-120 MHzCT67005 A-50 MHzIn detail: The HIOKI CT6700 current sensor is a high-performance and high-sensitivity current probe designed for use with advanced oscilloscopes, memory recorders like HIOKI’s MR6000 or other data acquisition systems. Engineered to deliver exceptional accuracy, the CT6700 offers a wide DC to 50 MHz bandwidth with the ability to measure currents from 1 mA to 5 A. The CT6700 boasts a high signal-to-noise ratio, ensuring clear and precise waveform observations without the need to rely on oscilloscope filters or averaging functions. The 1 V/A output rate enhances the voltage sensitivity of connected oscilloscopes, allowing precise detection also of weak signals. Device protection also is a core aspect of the CT6700's design, featuring a system that monitors the temperature of the measurement circuit. In the event of overheating, the power supply to the circuit is automatically disconnected to prevent damage to the device. Additionally, a mechanism ensures that current spikes do not harm the sensor, and an LED indicator warns the user if the input current is too high. https://www.hioki.com/euro-en/products/current-probes/wide-band/id_6079 The CT6700 outputs the measurement signal through a standard BNC connector at a high impedance level, allowing direct connection to a wide range of oscilloscopes. For best results, especially for precise signal analysis, it is recommended to use an oscilloscope with a high-resolution ADC system or a recording system like HIOKI's MR6000. Overall, the HIOKI CT6700 current probe is a comprehensive solution for a wide range of current measurement applications. It offers essential features that ensure precision, safety, and efficiency in a compact and robust design. Whether you are working with high-speed or very small currents, the CT6700 is the tool that guarantees accurate and reliable measurements.

Hall sensor based zero-flux current probe suitable for capturing micro to very fast currents, wide bandwidth from DC to 50 MHz, measurable current from 200 µA to 30 A in 3 ranges (500 mA, 5 A, 30 A), high signal-to-noise ratio, standard BNC oscilloscope connectivity, builtin overload protection Banner Specs: DC to 50 MHz bandwidth 200 µA to 30 A measurable current 3 current ranges (500 mA, 5 A, 30 A) Standard BNC output for all kind of oscilloscopes Applications: Power supplies (switching and linear) Semiconductor devices (SCRs, IGBTs, MOSFETs, CMOS, BJTs) Power inverters/converters Industrial/consumer electronics Mobile communications (phone, satellite, relay stations) Motor drives Mobility systems (EVs, electric trains, avionics) Alternative models: ModelCurrentMulti-rangeBandwidthCT671130 A30 A / 5 A / 500 mA120 MHzCT671030 A 30 A / 5 A / 500 mA 50 MHzCT67015 A-120 MHzCT67005 A-50 MHz In detail: The HIOKI CT6710 current sensor is a high-performance and high-sensitivity 3-range current probe designed for use with advanced oscilloscopes, memory recorders like HIOKI’s MR6000 or other data acquisition systems. Engineered to deliver exceptional accuracy and versatility, the CT6710 offers a wide DC to 50 MHz bandwidth with the ability to measure currents from 200 μA to 30 A. With three selectable current ranges – 30 A, 5 A, and 500 mA – the CT6710 offers an expansive current measurement spectrum, enabling users to accurately monitor and analyze various current levels from micro currents to large transient surges. The easy-to-use range selection feature allows for quick adjustments to match the specific measurement needs, whether you are capturing inrush currents or observing minute currents in low-energy devices. https://www.hioki.com/euro-en/products/current-probes/wide-band/id_6731 The CT6710 boasts a high signal-to-noise ratio, ensuring clear and precise waveform observations without the need to rely on oscilloscope filters or averaging functions. The 10 V/A output rate in the 500-mA range significantly enhances the voltage sensitivity of connected oscilloscopes, allowing precise detection of weak signals down to 100 μA per division and ensuring high accuracy even when measuring smallest or noise-affected currents. Device protection also is a core aspect of the CT6710's design, featuring a microchipcontrolled system that monitors the temperature of the measurement circuit. In the event of overheating, the power supply to the circuit is automatically disconnected to prevent damage to the device. Additionally, a mechanism ensures that current spikes do not harm the sensor, and an LED indicator warns the user if the input current is too high. The CT6710 outputs the measurement signal through a standard BNC connector at a high impedance level, allowing direct connection to a wide range of oscilloscopes. For best results, especially for precise signal analysis, it is recommended to use an oscilloscope with a high-resolution ADC system or a recording system like HIOKI's MR6000. Overall, the HIOKI CT6710 current probe is a comprehensive solution for a wide range of current measurement applications. It offers essential features that ensure precision, safety, and efficiency in a compact and robust design. Whether you are working with high-speed or micro currents, the CT6710 is the tool that guarantees accurate and reliable measurements.

Hall sensor based zero-flux current probe suitable for capturing very small to high-speed currents, wide bandwidth from DC to 120 MHz, measurable continuous current from 1 mA to 5 A, high signal-to-noise ratio, standard BNC oscilloscope connectivity, built-in overload protection Banner Specs: DC to 120 MHz bandwidth 1 mA to 5 A measurable current Standard BNC output for all kind of oscilloscopes Applications: Power supplies (switching and linear) Semiconductor devices (SCRs, IGBTs, MOSFETs, CMOS, BJTs) Power inverters/converters Industrial/consumer electronics Mobile communications (phone, satellite, relay stations)Motor drives Mobility systems (EVs, electric trains, avionics) Alternative models: ModelCurrentMulti-rangeBandwidthCT671130 A30 A / 5 A / 500 mA120 MHzCT671030 A30 A / 5 A / 500 mA50 MHzCT67015 A-120 MHzCT67005 A-50 MHzIn detail:The HIOKI CT6701 current sensor is a high-performance and high-sensitivity current probe designed for use with advanced oscilloscopes, memory recorders like HIOKI’s MR6000 or other data acquisition systems. Engineered to deliver exceptional accuracy, the CT6701 offers a wide DC to 120 MHz bandwidth with the ability to measure currents from 1 mA to 5 A. The CT6701 boasts a high signal-to-noise ratio, ensuring clear and precise waveform observations without the need to rely on oscilloscope filters or averaging functions. The 1 V/A output rate enhances the voltage sensitivity of connected oscilloscopes, allowing precise detection also of weak signals. Device protection also is a core aspect of the CT6701's design, featuring a system that monitors the temperature of the measurement circuit. In the event of overheating, the power supply to the circuit is automatically disconnected to prevent damage to the device. https://www.hioki.com/euro-en/products/current-probes/wide-band/id_5808 Additionally, a mechanism ensures that current spikes do not harm the sensor, and an LED indicator warns the user if the input current is too high. The CT6701 outputs the measurement signal through a standard BNC connector at a high impedance level, allowing direct connection to a wide range of oscilloscopes. For best results, especially for precise signal analysis, it is recommended to use an oscilloscope with a high-resolution ADC system or a recording system like HIOKI's MR6000. Overall, the HIOKI CT6701 current probe is a comprehensive solution for a wide range of current measurement applications. It offers essential features that ensure precision, safety, and efficiency in a compact and robust design. Whether you are working with high-speed or very small currents, the CT6701 is the tool that guarantees accurate and reliable measurements.

Hall sensor based zero-flux current probe suitable for capturing micro to high-speed currents, wide bandwidth from DC to 120 MHz, measurable current from 200 µA to 30 A in 3 ranges (500 mA, 5 A, 30 A), high signal-to-noise ratio, standard BNC oscilloscope connectivity, builtin overload protection Banner Specs: DC to 120 MHz bandwidth 200 µA to 30 A measurable current 3 current ranges (500 mA, 5 A, 30 A) Standard BNC output for all kind of oscilloscopes Applications: Power supplies (switching and linear) Semiconductor devices (SCRs, IGBTs, MOSFETs, CMOS, BJTs) Power inverters/converters Industrial/consumer electronics Mobile communications (phone, satellite, relay stations) Motor drives Mobility systems (EVs, electric trains, avionics)  Alternative models: ModelCurrentMulti-rangeBandwidthCT671130 A30 A / 5 A / 500 mA120 MHzCT671030 A 30 A / 5 A / 500 mA 50 MHzCT67015 A-120 MHzCT67005 A-50 MHzIn detail: The HIOKI CT6711 current sensor is a high-performance and high-sensitivity 3-range current probe designed for use with advanced oscilloscopes, memory recorders like HIOKI’s MR6000 or other data acquisition systems. Engineered to deliver exceptional accuracy and versatility, the CT6711 offers a wide DC to 120 MHz bandwidth with the ability to measure currents from 200 μA to 30 A. With three selectable current ranges – 30 A, 5 A, and 500 mA – the CT6711 offers an expansive current measurement spectrum, enabling users to accurately monitor and analyze various current levels from micro currents to large transient surges. The easy-to-use range selection feature allows for quick adjustments to match the specific measurement needs, whether you are capturing inrush currents or observing minute currents in low-energy devices. https://www.hioki.com/euro-en/products/current-probes/wide-band/id_6732 The CT6711 boasts a high signal-to-noise ratio, ensuring clear and precise waveform observations without the need to rely on oscilloscope filters or averaging functions. The 10 V/A output rate in the 500-mA range significantly enhances the voltage sensitivity of connected oscilloscopes, allowing precise detection of weak signals down to 100 μA per division and ensuring high accuracy even when measuring smallest or noise-affected currents. Device protection also is a core aspect of the CT6711's design, featuring a microchipcontrolled system that monitors the temperature of the measurement circuit. In the event of overheating, the power supply to the circuit is automatically disconnected to prevent damage to the device. Additionally, a mechanism ensures that current spikes do not harm the sensor, and an LED indicator warns the user if the input current is too high. The CT6711 outputs the measurement signal through a standard BNC connector at a high impedance level, allowing direct connection to a wide range of oscilloscopes. For best results, especially for precise signal analysis, it is recommended to use an oscilloscope with a high-resolution ADC system or a recording system like HIOKI's MR6000. Overall, the HIOKI CT6711 current probe is a comprehensive solution for a wide range of current measurement applications. It offers essential features that ensure precision, safety, and efficiency in a compact and robust design. Whether you are working with high-speed or micro currents, the CT6711 is the tool that guarantees accurate and reliable measurements.

Banner Specs 600 mA total maximum output current 12 VDC output voltage In detail:The HIOKI 3272 Power Supply Unit is designed to provide stable power to HIOKI Hallsensor-based zero-flux current probes. With 12 VDC and a maximum current of 600 mA, it ensures consistent power for precision measurements. The maximum current is distributed across both channels, each of which is equipped with a 2-pin LEMO connector. The power supply supports simultaneously powering one or two HIOKI sensors, though it cannot power the CT6710 and CT6711 multi-range current probes due to their higher power requirements. For other compatible sensors, the configuration limits are as follows when using a single type of probe per power supply: CT6700 and CT6701: Up to 2 probes (each with approx. 250 mA consumption) 3273-50 and 3274: Up to 1 probe (each with approx. 450 mA consumption) 3275: Up to 1 probe (with approx. 600 mA consumption) 3276: Up to 1 probe (with approx. 450 mA consumption) Caution: HIOKI introduced the 2-pin LEMO connector for supplying power to Hall-sensorbased zero-flux current probes in the late 1990s. Today, many current sensors carrying other brand names use the same connector type, often with the same supply voltage and polarity as HIOKI. However, some sensors from third parties may have different specifications. Always verify compatibility to prevent damage or malfunction.

Hall sensor based zero-flux current probe suitable for capturing small to high-speed currents, wide bandwidth from DC to 100 MHz, measurable continuous current from 10 mA to 30 A, high signal-to-noise ratio, standard BNC oscilloscope connectivity, built-in overload protection Banner Specs DC to 100 MHz bandwidth 10 mA to 30 A measurable current Standard BNC output for all kind of oscilloscopes Applications Power supplies (switching and linear) Semiconductor devices (SCRs, IGBTs, MOSFETs, CMOS, BJTs) Power inverters/convertersIndustrial/consumer electronics Mobile communications (phone, satellite, relay stations) Motor drives - Mobility systems (EVs, electric trains, avionics) ModelCurrentBandwidth3273-5030 A50 MHz3274150 A10 MHz3275500 A2 MHz327630 A100 MHzIn detail:  The HIOKI 3276 current probe is designed for use with advanced oscilloscopes, memory recorders like HIOKI’s MR6000, or other data acquisition systems. The probe features a wide DC to 100 MHz bandwidth and can measure currents ranging from 10 mA to 30 A. If overcurrents cause the clamp’s measurement circuit to overheat, the power supply to the circuit is automatically disconnected to prevent damage to the device. The 3276 current probe outputs the measurement signal through a standard BNC connector at a high impedance level, allowing direct connection to a wide range of oscilloscopes. For best results, especially for precise signal analysis, it is recommended to use an oscilloscope with a high-resolution ADC system or a recording system like HIOKI's MR6000. Overall, the HIOKI 3276 current probe is a comprehensive solution for a wide range of current measurement applications. It offers essential features that ensure precision, safety, and efficiency in a compact and robust design. Whether you are working with high-speed or small currents, the 3276 is the tool that guarantees accurate and reliable measurements

Hall sensor based zero-flux current probe suitable for capturing small to high-speed currents, wide bandwidth from DC to 10 MHz, measurable continuous current up to 150 A, high signalto-noise ratio, standard BNC oscilloscope connectivity, built-in overload protection Banner Specs DC to 10 MHz bandwidth 150 A measurable current Standard BNC output for all kind of oscilloscopes Applications Power supplies (switching and linear) Semiconductor devices (SCRs, IGBTs, MOSFETs, CMOS, BJTs) Power inverters/converters Industrial/consumer electronics Mobile communications (phone, satellite, relay stations) Motor drives - Mobility systems (EVs, electric trains, avionics) ModelCurrentBandwidth3273-5030 A50 MHz3274150 A10 MHz3275500 A2 MHz327630 A100 MHzIn detail:  The HIOKI 3274 current probe is designed for use with advanced oscilloscopes, memory recorders like HIOKI’s MR6000, or other data acquisition systems. The probe features a wide DC to 10 MHz bandwidth and can continuously measure currents up to 150 A. If overcurrents cause the clamp’s measurement circuit to overheat, the power supply to the circuit is automatically disconnected to prevent damage to the device. The 3274 current probe outputs the measurement signal through a standard BNC connector at a high impedance level, allowing direct connection to a wide range of oscilloscopes. For best results, especially for precise signal analysis, it is recommended to use an oscilloscope with a high-resolution ADC system or a recording system like HIOKI's MR6000. Overall, the HIOKI 3274 current probe is a comprehensive solution for a wide range of current measurement applications. It offers essential features that ensure precision, safety, and efficiency in a compact and robust design. Whether you are working with high-speed or small currents, the 3274 is the tool that guarantees accurate and reliable measurements.

Hall sensor based zero-flux current probe suitable for capturing small to high-speed currents, wide bandwidth from DC to 2 MHz, measurable continuous current up to 500 A, high signalto-noise ratio, standard BNC oscilloscope connectivity, built-in overload protectionBanner Specs DC to 2 MHz bandwidth 500 A measurable current Standard BNC output for all kind of oscilloscopes Applications Power supplies (switching and linear) Semiconductor devices (SCRs, IGBTs, MOSFETs, CMOS, BJTs) Power inverters/converters Industrial/consumer electronics Mobile communications (phone, satellite, relay stations) Motor drives - Mobility systems (EVs, electric trains, avionics) ModelCurrentBandwidth3273-5030 A50 MHz3274150 A10 MHz3275500 A2 MHz327630 A100 MHzIn detail:  The HIOKI 3275 current probe is designed for use with advanced oscilloscopes, memory recorders like HIOKI’s MR6000, or other data acquisition systems. The probe features a wide DC to 2 MHz bandwidth and can continuously measure currents up to 500 A. If over-currents cause the clamp’s measurement circuit to overheat, the power supply to the circuit is automatically disconnected to prevent damage to the device. The 3275 current probe outputs the measurement signal through a standard BNC connector at a high impedance level, allowing direct connection to a wide range of oscilloscopes. For best results, especially for precise signal analysis, it is recommended to use an oscilloscope with a high-resolution ADC system or a recording system like HIOKI's MR6000. Overall, the HIOKI 3275 current probe is a comprehensive solution for a wide range of current measurement applications. It offers essential features that ensure precision, safety, and efficiency in a compact and robust design. Whether you are working with high-speed or small currents, the 3275 is the tool that guarantees accurate and reliable measurements.