CIRCUTOR M7123C Shunt: Precise DC Current Measurement for Industrial Applications

The CIRCUTOR M7123C is a high-precision DC current measurement device designed for industrial and energy applications. With a primary nominal current of 500A and a voltage drop of 60mV, this shunt offers a robust and reliable solution for monitoring and controlling electrical systems. Its compact design and easy installation make it an ideal option for integration into various energy measurement and control projects.

Technical Specifications

• Reference: M7123C
• Type: Shunt
• Primary Nominal Current: 500A
• Voltage Drop: 60mV
• Brand: CIRCUTOR
• Application: DC Current Measurement
• Normative: Information not available.
• Material: Information not available.
• Connections: Information not available.
• Dimensions: Information not available.
• Weight: Information not available.

Advantages

• High Precision: Provides accurate and reliable DC current measurements.
• Compact Design: Facilitates installation in confined spaces.
• Robustness: Robust construction to withstand demanding industrial environments.
• Reliability: Ensures stable and durable operation.
• Easy Integration: Compatible with a wide range of measurement and control systems.
• Energy Optimization: Allows for precise control of energy consumption, contributing to efficiency and sustainability.

Applications and Recommended Uses

The CIRCUTOR M7123C shunt is ideal for a variety of applications, including:

• Photovoltaic solar energy systems
• Energy storage systems
• Consumption monitoring in industrial installations
• Energy management systems
• Current measurement in inverters
• Battery charging and discharging systems
• Integration with control and automation systems (consult compatibility with adjditec.com for integrated solutions).

Need More Information?

If you would like to obtain more detailed information about the CIRCUTOR M7123C shunt, including complete technical specifications, documentation, and configuration options, we invite you to contact us. Discover how this shunt can optimize your energy measurement and control systems.