Kyoritsu 8126 200A Load Current Clamp Sensor – High Accuracy ±0.5%

Kyoritsu 8126 Load Current Clamp Sensors

Kyoritsu 8126 Clamp Meters are a type of electrical meter used to measure load currents in electrical installations. They are designed to be used with a compatible measuring device such as a digital multimeter or data logger to provide accurate and reliable measurements of load currents in electrical circuits.

The 8126 Load Current Clamp Sensors are suitable for measuring both AC and DC load currents, with a measurement range of up to 2000A. They are equipped with a non-contact current sensor, allowing for safe and convenient measurement without direct contact with the electrical conductors. The sensors also feature a compact and lightweight design, making them easy to use in various applications.

Overall, the Kyoritsu 8126 Load Current Clamp Sensors are a reliable and versatile tool for electrical measurement and troubleshooting applications and are suitable for use in a range of industries and applications, including HVAC, electrical maintenance, and industrial automation.

Kyoritsu 8126 Key Features 

• Accurate AC Current Measurement for Industrial Use

The Kyoritsu 8126 supports AC current measurement up to 200 A with output voltage of 500 mV/200 A, ensuring accurate load current detection in electrical systems.

• High Precision and Stable Output

With precision accuracy of ±0.5 % reading ±0.1 mV (50/60 Hz), this sensor minimizes measurement errors, enhancing reliability in power analysis tasks.

• Robust and Safe Design

Designed to comply with international safety standards including IEC 61010-1 and IEC 61010-2-032 CAT III 600 V, the sensor ensures operator protection in demanding electrical environments.

• Universal Compatibility

Ideal for use with various measuring instruments such as clamp meters, power quality analyzers, and digital multimeters, expanding the functionality of your test tools.

• Easy to Use

The non-contact clamp design and 40 mm conductor jaw diameter support quick, efficient current assessment without circuit interruption.