M7123N. SH 4000A/60mV SH 4000A/60mV

M7123N. SH 4000A/60mV SH 4000A/60mV

CIRCUTOR M7123N Shunt: Precise Measurement of DC Current up to 4000A

The CIRCUTOR M7123N shunt is a high-precision DC current measurement device, designed for industrial applications requiring reliable and accurate current monitoring. With a nominal current of 4000A and a standard output voltage of 60mV, this shunt offers a robust and efficient solution for measuring current in continuous power systems. Its compact design and easy installation make it an ideal option for integration into various control and monitoring systems.

Technical Specifications

  • Reference: M7123N
  • Type: DC Current Shunt
  • Primary Nominal Current: 4000A
  • Standard Output Voltage: 60mV
  • Accuracy Class: Information not available.
  • Cable Length: 1.5 meters
  • Cable Section: 1.5 mm²
  • Output Ratios: Other ratios available upon request (see coding table)
  • Application: Measurement of DC current in power lines

Advantages

  • High Accuracy: Provides precise and reliable measurements of DC current.
  • Robust Design: Durable construction to withstand demanding industrial environments.
  • Easy Integration: Standard length cables and suitable section for simple installation.
  • Versatility: Adaptable to different needs thanks to the possibility of requesting customized output ratios.
  • Efficient Monitoring: Allows for precise current monitoring, facilitating the detection of anomalies and optimizing system performance.

Applications and Recommended Uses

The CIRCUTOR M7123N shunt is ideal for a wide range of applications, including:

  • Photovoltaic energy systems
  • Electric traction systems
  • Electric vehicle charging systems
  • Current monitoring in industrial processes
  • Energy storage systems

For additional information on the output ratio coding table or any other technical inquiries, visit adjditec.com.

Need more information?

Contact us for a personalized quote and discover how the CIRCUTOR M7123N shunt can optimize the efficiency and reliability of your current measurement systems.


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