Electrical Current Sensor, DC 1mA/20mA/0.1A/1A to 5A

SUCH electrical current sensor utilizes advanced frequency modulation and optical isolation technology to ensure accurate, real-time measurement of bidirectional DC current. With output signals of DC 12±8mA or 10±10mA and 0.5% accuracy, DC current sensor offers low power consumption, fast response time, and stable performance across wide temperature ranges. Designed with a modular snap-fit housing and vibration-resistant terminals, this sensor is ideal for battery systems, energy storage, and DC power monitoring applications requiring reliable and isolated current detection.

Feature

• Accurate Bidirectional Current Tracking: Converts bidirectional DC input into a center-zero tracking output (IG), allowing for precise real-time current monitoring.
• Highly Stable in Varying Environments: Electrical current sensor supports operation across a broad temperature range, ensuring performance stability in complex or harsh conditions.
• Low Energy Usage & Thermal Stability: Engineered for minimal power draw and reduced thermal drift to support continuous and efficient operation.
• Modular Snap-Fit Construction: Designed with a compact modular housing that allows fast installation without complex assembly.
• Secure Terminal Interface: DC current sensor equipped with vibration-resistant terminal connections to maintain reliable electrical contact during operation.
• Fast Signal Response: Enables near-instantaneous feedback for dynamic system control with rapid response characteristics.
• Advanced Measurement Technology: Employs frequency modulation combined with optical isolation to accurately measure bidirectional DC current while maintaining excellent electrical isolation.
• Exceptional Precision & Safety: Offers high-accuracy current detection with strong electrical isolation for use in sensitive electronic systems.
• Purpose-Built for DC Current Systems: Ideal for dual-direction DC current measurement in energy storage, battery systems, and DC-powered equipment.

Wiring Method 

Deatil