6KV 50HZ Hall Effect Sensor for Switching Mode Power Supplies

The Hall effect current sensor is manufactured using current isolation and Hall effect measurement technology, specifically developed for uninterruptible power supplies and switch-mode power supplies, ensuring high precision, stable performance, and safe isolation. The product features a robust and reliable structure with current isolation between primary and secondary circuits. It is suitable for uninterruptible power supplies, switch-mode power supplies, and welding power supplies. It is an ideal choice for Hall effect current sensor applications in current monitoring and industrial automation.

Features

• Current isolation between primary and secondary

• Accurate measurement of DC, AC, and pulse currents

• Operating current – 0 to 300A

• Rated output – 50mA ±0.5%

• Rated output – 100mA ±0.5%

• Easy to install

• High accuracy class

• Customisable nominal input current and output voltage

Applications

• Uninterruptible power supplies

• Switch-mode power supplies

• Welding power supplies

• Battery-powered applications

• AC variable frequency drives

• Servo motor drives

• DC motor drive static converters

• Industrial automation

ELECTRICAL DATA:

Notes: Product specifications can be customized

FAQ

Q: How to apply for samples? What is the lead time?

A: You can submit a sample application through our website or email. Samples are free of charge and will be shipped within 3-5 working days. Mass order lead time is generally 2-8 weeks; custom products will be confirmed separately.

Q: Do you support small trial orders?

A: Yes. Small trial orders (below the standard MOQ) can be negotiated and receive the same quality standards and delivery commitments as mass orders. Please contact our sales team for details.

Q: Why is this product suitable for UPS and SMPS applications?

A: This product accurately measures DC, AC, or pulse currents, making it suitable for current monitoring in uninterruptible power supplies and switch-mode power supplies. Current isolation ensures safe measurement. The output voltage is measured at the output terminals; care must be taken during wiring to avoid incorrect connections that could damage the sensor.