LEM CDSR 0.07-NP, TRANSDUCER CURRENT LEAKAGE 70mA THREE PHASE

CDSR 0.07-NP
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HT Part No. HT257658

Mfr. Part No. CDSR 0.07-NP

Manufacturer: LEM

Technical Documents:

243 - In Stock pcs
Price:
£ 47.20
Units Per Unit Prices
1 - 9 £ 47.20
10 + £ 44.11
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Product Specification

Product Attributes
Voltage Range (Max) None
Sensitivity N/A
Frequency N/A
Packaging BOX
Manufacturer LEM
Connversion Ratio N/A
Technology Flux Gate,Open Loop
Current Range (Max) ±150mA
Applications N/A
Operating Temperature -40°C ~ +85°C
Mounting Type THT
Primary Signal Type AC/DC
Response Time N/A
Primary Nominal Value 70mA
Secondary Signal N/A
Supply Voltage 3.3VDC
Rohs N/A

More Information

The LEM CDSR 0.07-NP is a precision current transducer designed for monitoring leakage currents in three-phase electrical systems. It accurately measures currents up to 70mA, providing crucial data for detecting and managing electrical faults and ensuring safety compliance in industrial and commercial settings. With its high precision and reliability, the transducer offers real-time monitoring capabilities, integrating seamlessly into existing electrical systems to enhance operational safety and efficiency.

Standout Features and Benefits of the LEM CDSR 0.07-NP, Current Transducer

  • High precision with excellent linearity and low offset.
  • Compact layout for easy installation in confined spaces.
  • Robust construction suitable for harsh industrial environments.
  • Outputs industry-standard signals for easy integration with control systems.
  • Enhances safety by detecting small leakage currents early.
  • Improves operational efficiency by preventing costly downtime.
  • Facilitates compliance with electrical safety standards.
  • Provides real-time monitoring and alerts for proactive maintenance.
  • Enables precise measurement and analysis of electrical system performance.

Application Areas of the Current Transducer

  • Used in industrial machinery and equipment.
  • Applied in renewable energy systems for fault detection.
  • Integrated into building automation for safety monitoring.
  • Employed in medical equipment for reliable performance monitoring.
  • Utilized data centres to ensure continuous operation and safety compliance.

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