HIOKI Current Sensors

⚡ Facing Current Measurement Challenges? Explore the wide portfolio of precision current sensor solutions from the market leader

Accurate current measurements are essential across various fields, from electric vehicle development to cutting-edge research. Hioki’s high-accuracy current sensors provide practical solutions tailored to complex measurement needs.

🔍 PRECISE PASS-THROUGH SENSORS for Advanced Applications:
Our pass-through sensors are perfect for high-precision requirements, covering a wide frequency range and high-current capacities, making them suitable for:

🚗 EV Inverter Development: Capture critical data to enhance inverter efficiency, supporting the next generation of electric vehicles.

🔋 Inductor and Transformer Testing: Gather data to help improve performance and efficiency in components like SiC or GaN-based power converters.
🔧 Efficient Clamp-Type Sensors for Convenient Testing:
When access to wiring is limited, Hioki’s clamp-type sensors offer a quick and effective solution without compromising accuracy. These are especially useful for:

🌍 Fuel Economy Testing: Meet precise testing standards with reliable measurements of fuel and electricity use.
🔥 Welding Quality Checks: Evaluate current waveforms to verify weld consistency—an important step in quality control.
🌐 Expand Your Capabilities with the CT955x Series
The CT955x series sensor units enable Hioki sensors to work with a variety of equipment, like oscilloscopes and DAQ systems, enhancing their versatility for broader applications.

🎥 Learn More
Watch our new video to see how Hioki current sensors can support your unique measurement needs!
Do you need more information about our sensors? 𝗖𝗵𝗲𝗰𝗸 𝗼𝘂𝘁 𝗼𝘂𝗿 𝘄𝗲𝗯𝘀𝗶𝘁𝗲 for detailed infos:
https://shop.hioki.eu/R-D-Production/...
Contact us for more information: [email protected]

HIOKI'S PRECISION CURRENT SENSORS OFFER SEVERAL KEY ADVANTAGES:
1. HIGH ACCURACY AND STABILITY: Utilizing the zero-flux method with flux-gate detection, these sensors achieve exceptional accuracy, with some models reaching ±0.02% reading accuracy and bandwidths up to 3.5 MHz. (https://www.hioki.com/download/31445) This design ensures minimal offset and high temperature stability, maintaining precise measurements across a wide operating temperature range from –40°C to 85°C (depending on the model).

2. WIDE FREQUENCY BANDWIDTH: Hioki's sensors cover extensive frequency ranges, accommodating both DC and high-frequency AC measurements. For instance, the CT6904A model offers a frequency band from DC to 4 MHz, making it suitable for observing current signals in applications like inverter motors and power conditioners. (check: https://www.hioki.com/euro-en/product...)

3. VERSATILE OUTPUT AND COMPATIBILITY: Designed with voltage output, these sensors are easily integrated with various measurement instruments, including power meters, oscilloscopes, and data loggers. This versatility simplifies setup and enhances measurement flexibility. (EE POWER: https://eepower.com/technical-article...)

4. COMPACT AND USER-FRIENDLY DESIGN: Models like the CT6830 and CT6831 are compact, facilitating measurements in confined spaces such as engine compartments or electrical cabinets. Their design includes user-friendly features like sliding mechanisms for easy connection to various conductors. (https://www.hioki.com/euro-en/product...)

5. MINIMAL DRIFT FOR LONG-TERM MEASUREMENTS: Equipped with advanced fluxgate technology, Hioki's sensors provide temperature compensation, ensuring stable and accurate data acquisition over extended periods, even under fluctuating and extreme temperature conditions. (https://shop.hioki.eu/Footer/Customer...)

6. COMPREHENSIVE MEASUREMENT SOLUTIONS: HIOKI offers a wide range of sensors, including clamp-type and pass-through models, catering to diverse applications. Their precision sensors are suitable for measuring high currents up to 2000 A and frequencies up to 4 MHz, providing reliable solutions for various measurement needs. (https://shop.hioki.eu/R-D-Production/...)

These features make HIOKI's precision current sensors a reliable choice for accurate and stable current measurements across a wide range of industry applications.