YADA YDG-HSD-5 Hall Effect Current Sensor – DC ±12V Supply, 0–600A to 0–4V Output – For UPS, Inverter & Energy Monitoring

Product Overview

The YADA YDG-HSD-5 Hall Effect Current Sensor is engineered for high-current measurement scenarios, supporting up to 600A input with 0–4V analog output. It operates on a ±12V DC supply, making it suitable for heavy-duty power systems. The isolated Hall-effect design ensures no direct electrical contact, offering safety and high reliability in industrial environments.

This sensor is ideal for integration into UPS systems, inverters, energy management systems, battery storage solutions, and other power monitoring infrastructures where accurate, real-time current feedback is critical.

Key Features & Advantages

• Wide Measurement Range — Supports 0 to 600A (AC / DC) for heavy-load applications.

• Isolated Hall-Effect Sensing — Provides galvanic isolation between measured circuit and signal output.

• Standard Analog Output — Outputs 0–4V corresponding to current range.

• ±12V DC Power Supply — Compatible with common industrial control voltage rails.

• Fast Response & Linearity — Accurate and stable under dynamic current changes.

• Robust Against EMI — Designed for electrically noisy environments.

• Compact & Durable — Suitable for installation within power panels and equipment enclosures.

• Thermal Stability — Maintains measurement accuracy within operational temperature limits.

Typical Applications

• UPS & Backup Power Systems — Monitor load current and ensure reliable power switching.

• Inverters / Solar / Hybrid Systems — Measure DC and AC current in energy conversion loops.

• Energy Monitoring & Management Systems — Integrate into EMS for current logging and analytics.

• Battery Storage & BMS — Sensing high charge/discharge currents in battery banks.

• Industrial Equipment & Motor Drives — Current feedback and fault detection.

• Power Distribution Panels — Real-time current measurement for protection & control.

Installation & Wiring Instructions

1. Mount sensor securely in enclosure or panel.

2. Route conductor (wire or busbar) through or connect per design.

3. Provide stable ±12V DC supply to sensor unit.

4. Connect the output (0–4V) to your monitoring/control system (e.g., ADC, PLC).

5. Implement shielding and grounding if environment has high electromagnetic noise.

6. Validate calibration with known current source before deployment.

Selling Points for B2B Buyers

• High Current Capability — One sensor covers up to 600A, reducing need for multiple sensors.

• Isolated Measurement — Safe for use in high-voltage applications.

• OEM / Customization Ready — Custom ranges, connector types, mechanical designs possible.

• Quality Assurance — Each unit factory-calibrated and tested.

• Global Market Compatibility — Optional certification support for CE, UL, etc.

• Cost-Efficient & Scalable — Designed for bulk procurement and system integration.