ETCR048HA High Voltage Clamp Leakage Current Sensor Transformer with Double Layer Shielding Technology for Electricity Industry AC 0.00A 800A ABS Permalloy Material 48mm Jaw

ETCR048HA High Voltage Clamp Leakage Current Sensor Transformer with Double Layer Shielding Technology for Electricity Industry AC 0.00A 800A ABS Permalloy Material 48mm Jaw

• [DOUBLE LAYER SHIELDING TECHNOLOGY] Experience unparalleled precision with our advanced double layer shielding technology, which minimizes external magnetic field interference. This ensures year-round high stability and reliability for uninterrupted measurements, making it ideal for critical applications in the electricity industry. The robust design guarantees accurate readings even in challenging environments.
• [AUTOMATIC PLUG IN STRUCTURE] Designed for convenience and safety, our unique automatic plug in structure allows for non-contact measurement without disconnecting the tested circuit. This feature is perfect for line fault instruments, enabling fast and secure operations. Save time and reduce risks with this innovative design.
• [MULTI PURPOSE APPLICATION] Versatile and reliable, this clamp current transformer is widely used across various industries including electric power, communications, meteorology, railways, and more. Whether for industrial, scientific, or educational purposes, it delivers consistent performance. Its adaptability makes it a must-have tool in multiple fields.
• [STURDY HIGH QUALITY MATERIAL] Crafted from premium ABS and permalloy materials, this transformer is built to last. The durable construction ensures high measurement accuracy and ease of operation, even in demanding conditions. Enjoy long-term reliability and precision with this top-tier equipment.
• [MULTIPLE DETECTION CAPABILITIES] This leakage current transformer excels in detecting AC current, harmonic current, phase, electric energy, power, and power factor. Its comprehensive detection capabilities make it an essential tool for detailed electrical analysis. Trust it for precise and thorough measurements in any scenario.