CIRCUTOR M7123T Shunt: Precise Measurement of High-Intensity DC Current

The CIRCUTOR M7123T shunt is an essential device for the precise and safe measurement of high-intensity DC currents. Designed to provide a voltage signal proportional to the current flowing through it, this 10000A/60mV shunt provides a robust and reliable solution for industrial and energy applications. Its optimized design ensures high accuracy and stability, facilitating the monitoring and control of electrical systems.

Technical Specifications

• Reference: M7123T
• Type: DC Current Shunt
• Primary Nominal Current: 10000 A
• Output Voltage: 60 mV
• Accuracy: Class 0.5 (Information not available to confirm if this applies to this specific model)
• Cable Length: 1.5 meters
• Cable Section: 1.5 mm²
• Material: (Information not available)
• Operating Temperature: (Information not available)
• Certifications: (Information not available)

Advantages

• Precise Measurement: Provides a linear and accurate voltage signal, ideal for monitoring and control systems.
• High Intensity: Designed to withstand continuous currents of up to 10000 A, suitable for high-power applications.
• Robustness and Reliability: Robust construction to ensure reliable operation in demanding industrial environments.
• Easy Integration: 1.5 meter cables and 1.5 mm² section facilitate connection to existing measurement systems.
• Safety: Allows current measurement without direct contact, improving operator safety.

Applications and Recommended Uses

The CIRCUTOR M7123T shunt is ideal for a wide range of applications, including:

• Solar Energy Systems: Monitoring the output current of solar panels.
• Energy Storage Systems: Measuring the charge and discharge current of batteries.
• Electrolysis: Precise control of current in electrolysis processes.
• Electric Transportation Systems: Measuring current in power lines for electric vehicles.
• Electric Vehicle Charging Systems: Monitoring charging current.
• Railway Traction Systems: Measuring current in traction systems.

For more detailed information on technical specifications, compatibility, and configuration options, visit adjditec.com.

Need a precise and reliable DC current measurement solution? Contact us today for more information and to request a quote.