LN2-5A:333mV(0.5%)

Current Sensors Overview

The Sentran LN2-5A:333mV(0.5%) is a single-channel AC current sensor designed for measuring alternating current up to 5 Amperes. It features a ratiometric output voltage range of 0V to 0.333V, corresponding to the rated input current. The device maintains an accuracy class of 0.5% in accordance with IEC standards. It operates with a voltage rating of 600VAC RMS and accepts standard sine wave inputs at 50/60Hz frequencies.

Current Sensors Feature Summary

• Provides a ratiometric analog output signal proportional to the sensed AC current
• Ensures high measurement precision with a 0.5% accuracy class rating
• Supports standard industrial current transformer inputs for seamless integration

Current Sensors Applications

• Single-phase AC current monitoring systems
• Power quality analysis equipment
• Industrial control panels requiring precise current feedback

Current Sensors Procurement Notes

Verify that the specific ordering suffix matches the required 333mV output specification. Confirm the accuracy class requirement aligns with the 0.5% standard. Ensure the input current rating of 5A meets the application's maximum load requirements before finalizing the procurement order.

Current Sensors Selection Notes

Select this component when a low-voltage analog interface is required for AC current sensing. It is suitable for applications needing direct replacement for standard 5A or 0–333 mV CT inputs. Consider the 600VAC RMS isolation rating for safety compliance in medium-voltage environments.

Current Sensors Part Context

This model belongs to the LN2 series of current transducers manufactured by Sentran. The series is characterized by its ability to interface directly with standard current transformers, providing a reliable solution for AC current measurement in various industrial and commercial power distribution applications.

Current Sensors Replacement Considerations

Check for compatible models within the LN2 series offering different output voltages if system compatibility requires adjustment. Verify mechanical dimensions and lead configurations against existing board layouts to ensure physical interchangeability without redesign.