LEM HLSR 32-P, TRANSDUCER CURRENT 32A HALL EFFECT, OPEN LOOP

HLSR 32-P
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HT Part No. HT257685

Mfr. Part No. HLSR 32-P

Manufacturer: LEM

Technical Documents:

5 - In Stock pcs
Price:
£ 5.50
Units Per Unit Prices
1 - 49 £ 5.50
50 + £ 5.00
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Product Specification

Product Attributes
Manufacturer LEM
Mounting Type THT
Primary Signal Type AC/DC
Connversion Ratio None
Technology Hall Effect,Open Loop
Primary Nominal Value 32A
Secondary Signal 800mV
Supply Voltage 5VDC
Current Range (Max) ±80A
Voltage Range (Max) None
Sensitivity 25mV/A
Frequency 0 ~ 400KHz
Response Time 2.5us
Applications N/A
Operating Temperature -40°C ~ +105°C
Rohs ROHS
Packaging TRAY

More Information

The LEM HLSR 32-P is a Hall-effect current transducer designed for precise measurement of AC and DC currents up to 32A. It operates on the principle of Hall-effect sensing, where a magnetic field proportional to the current flowing through the conductor is detected and converted into an electrical signal. This signal is then processed to provide a precise output corresponding to the current being measured.

Significant Benefits of Using the LEM HLSR 32-P, Hall Effect Current Transducer

  • Provides precise current measurement without affecting the circuit being monitored.
  • Enables real-time monitoring and control of electrical systems.
  • Simplifies installation and maintenance due to its compact and robust design.
  • Ensures reliability in demanding industrial environments.
  • Offers cost-effective solutions compared to traditional current sensing methods.

Application Across Various Fields

  • Industrial Automation and Process Control
  • Solar Inverters and Wind Turbines
  • Power Supplies and Battery Management Systems
  • Electric Vehicle Charging Stations
  • HVAC Systems for Energy Management

Impressive Features of the LEM HLSR 32-P, Transducer Current 32A Hall Effect, Open Loop

  • Measures currents up to 32A with high accuracy.
  • Open-loop design for minimal insertion loss and high bandwidth.
  • Compact size and easy integration into existing systems.
  • Low power usage and wide operating temperature range.
  • Isolated design for enhanced safety and noise immunity.

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