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Closed‑loop Hall‑effect (null balance) – Eliminates core nonlinearity for ±0.5 % accuracy. Benefit: Precise measurement even under large primary currents.
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Wide sensing range – 500 A nominal, up to ±1275 A. Benefit: Handles overloads and wide current swings without extra range switching.
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AC, DC and impulse currents – Captures any current waveform without restriction. Benefit: Single sensor for inverters, drives and pulsed loads.
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Fast response (< 1 µs) – Real‑time tracking of current transients. Benefit: Ideal for protection and high‑speed feedback control.
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High galvanic isolation – Excellent isolation between primary and secondary circuits. Benefit: Safe for high‑voltage systems without extra isolation.
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ASIC + MR sensor technology – Very low temperature drift, high repeatability and stability. Benefit: Accurate readings across wide temperature swings.
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High overload capability – Withstands momentary overcurrents without damage. Benefit: Robust operation in motor start‑ups, welding surges and fault conditions.
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Wide temperature range (–40°C to +85°C) – Reliable in extreme industrial environments. Benefit: Outdoor, automotive and unheated factory use.
