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The current sensor adopts an electromagnetic isolation principle and features a flame-retardant housing for enhanced safety in harsh environments. Its optimized coil structure includes high-permeability magnetic cores and dual-layer low-resistance pure copper windings, ensuring accurate signal conversion and stable performance from 5A to 400A. As an isolated current sensor, it uses a high-precision insulation process to reduce electromagnetic interference and ensure clean signal output. The sensor also integrates a voltage regulation chip for consistent power delivery and includes surge protection to guard against lightning and voltage spikes. With broad compatibility, it works seamlessly with PLCs, data loggers, digital meters, and power distribution systems.
No, this model is designed specifically for AC current only. For DC current measurement, a Hall effect current sensor or a DC-specific model is required.
If current exceeds the rated input (e.g., 150A), it may saturate the internal core, resulting in inaccurate readings and potential damage. Itβs important to choose a model with at least 20β30% headroom for peak current.
Hall-effect sensors can measure both AC and DC but are typically more expensive. This sensor offers a cost-effective and accurate solution for AC-only applications with strong isolation and stability.