As a premier Leakage Protection Current Transformer for GFCI Supplier in Israel, we understand that the Israeli electrical landscape is one of the most advanced and regulated in the Middle East. With the rapid expansion of high-tech corridors in Silicon Wadi and the integration of large-scale desalination plants along the Mediterranean coast, the demand for reliable, high-precision Ground Fault Circuit Interrupter (GFCI) components has never been higher.
In Israel, electrical safety is governed by strict standards (such as SI 60884 and specific directives from the Israel Electric Corporation). Leakage Protection Current Transformers (LPCT) serve as the "sensory system" for GFCIs, detecting minute imbalances in current that indicate a ground fault. Our Zentar® series is specifically engineered to handle the unique harmonic profiles found in Israel’s modernized grid, ensuring that life-saving protection triggers only when a real danger exists, preventing costly "nuisance tripping" in sensitive high-tech manufacturing environments.
Designed for 50Hz/60Hz operations common in Israel's diversified energy sector, from solar farms in the Negev to urban smart buildings.
Our Zero Sequence Current Transformers (ZSCT) detect leakage levels as low as 5mA, exceeding the rigorous safety demands of Israeli medical and lab facilities.
Modern Israeli smart cities utilize our digital-output sensors to provide real-time data for predictive maintenance and fault analysis.
Fujian Smrtr Technology Co., Ltd. Zentar® is a globally recognized manufacturer specializing in magnetic components for electrical safety. Founded in 1993, we have dedicated over 30 years to the research, development, and production of high-end current transformers and leakage protection devices.
With facilities in Xiamen and a dedicated team of over 410 professionals—including senior engineers and academic professors—we provide customized solutions for the Israel market. Our infrastructure spans 40,000 square meters, equipped with state-of-the-art automatic winding machines and testing laboratories certified under ISO9001 and IATF 16949.
Annual Magnetic Components
Years Industry Experience
Electrical Safety Units
Senior R&D Engineers
Israel is witnessing an unprecedented transition to electric mobility. The Israeli Ministry of Energy has set ambitious goals for the cessation of gasoline vehicle sales by 2030. This shift requires massive deployment of EV charging piles. Our Type B Current Transformer Residual Sensors are essential for these applications, as they detect both AC and DC leakage currents, a mandatory requirement for safety in EV charging environments across Tel Aviv and beyond.
With vast solar arrays being constructed in the south, Israel is focusing on Battery Energy Storage Systems (BESS). Our 1MWh+ LFP Container systems utilize high-precision leakage detection to ensure that large-scale lithium-ion storage remain safe from internal faults, protecting the national grid's stability.
Israel is a world leader in water desalination. These plants operate in high-humidity, high-salinity environments where electrical leakage is a significant risk. Our waterproof and corrosion-resistant current transformers provide the durable protection needed for heavy industrial pumps and filtration systems in the Ashdod and Hadera plants.
The "TAMA 38" urban renewal projects in Israel are modernizing residential buildings. These projects demand compact, high-efficiency GFCIs and dry-type transformers. Our miniature leakage transformers are designed for limited-space breaker panels, providing top-tier safety without the bulk.








Choosing the right Leakage Protection Current Transformer for GFCI Supplier is critical for ensuring compliance with Israeli safety laws and protecting human life. Our products are not just components; they are the result of three decades of engineering refinement. We offer:
Whether you are an electrical contractor, an EV charger manufacturer, or an industrial grid manager, our team is ready to support your next project in Israel with high-performance sensing technology.