YADA YDG-HSD-6 Hall Current Sensor – High Accuracy 0-300A to 0-3V Output – Isolated Sensor for UPS, Inverter & Energy Monitoring

Product Overview

The YADA YDG-HSD-6 Hall Current Sensor is a precision current transducer using Hall effect technology, designed for industrial and power system applications. With input range up to 300A and analog output of 0–3 V (or configurable), it delivers stable, isolated current measurement suitable for UPS systems, inverters, energy management systems, battery monitoring, and power distribution equipment.

Its robust design, fast response, and strong immunity to electromagnetic interference make it ideal for real-world electrical environments, offering system integrators and OEMs a reliable current sensing solution.

Key Features & Benefits

• High Accuracy & Linearity — Excellent linearity and low error across full current range

• Galvanic Isolation — Hall effect provides electrical isolation between primary and secondary circuits

• Wide Current Range — Up to 300A (AC/DC) measurement capability

• Standard Analog Output — Default output 0–3 V, easy for integration with data acquisition systems

• Fast Dynamic Response — Supports real-time monitoring of current fluctuations

• EMI Resistant Design — Stable under strong electromagnetic interference

• Compact & Rugged Build — Suitable for deployment in power cabinets and industrial environments

• Wide Temperature Tolerance & Stability — Maintains accuracy across typical operational thermal ranges

 

Applications & Use Scenarios

• UPS & Backup Power Systems — Monitor load currents and support protection logic

• Inverters & Solar Systems — Measure DC/AC current in power conversion loops

• Energy Management Systems (EMS) — Feed current data into monitoring platforms

• Battery Storage & BMS — Current sensing for charging/discharging cycles

• Industrial Automation & Drives — Current feedback and fault detection in motors

• Power Distribution & Panel Boards — Current monitoring for protective relays and analytics

Installation & Wiring Instructions

1. Mount the sensor securely in a stable position.

2. Route the conductor (wire or busbar) through the sensor or connect via terminal input.

3. Apply stable supply voltage (e.g. ±15V DC).

4. Connect analog output (0–3V) to your controller, ADC, or monitoring system.

5. Use shielding, grounding, and filtering as needed in high-noise environments.

6. Calibrate the sensor using a reference current source before full deployment.

EM & B2B Advantages

• Customization Support — Output ranges, connectors, mounting styles can be customized

• Factory Calibration & Quality Control — Each unit tested and calibrated before delivery

• Scalable Manufacturing — Suitable for bulk orders and system integration

• Export-Ready Certifications — Optionally supports CE, UL, UKCA to meet global standards

• Reliable & Durable — Designed for long-term operation in demanding environments