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GU26 PLC module transformer bobbinGU26 is used for the isolation power transformer bobbin，Each product of the GU series transformer frames has been jointly inspected by multiple departments to ensure that every product is qualified. At the same time, to meet the diverse needs of different customers, we offer customized services. If you haven't found the right size, you can contact me immediately and I will recommend the most suitable solution for you. -
GU26 PLC Module Transformer Double Slots BobbinGU26 New Energy Charging Pile Transformer bobbin，The multi-slot system separates the primary, secondary and shielded windings through physical slot walls, significantly increasing the creepage distance and electrical clearance between windings. It can typically meet the withstand voltage requirement of ≥5kV, and the leakage current is controlled within < 50µA, easily passing UL 60601 (medical) and IEC 61558 (industrial) safety certifications. Moreover, the tank walls are mostly made of flame-retardant UL94 V-0 grade materials, which are not easy to burn at high temperatures. This can effectively prevent safety risks caused by winding insulation failure in medical equipment (such as ultrasound machines) and industrial high-voltage equipment, ensuring the safety of personnel and equipment. -
Three Slot GU26/POT26 Transformer BobbinGU26/POT26 New Energy Charging pile transformer bobbin,Multi-slot support can wind different windings in independent slots, flexibly achieving a "single input + multiple output" design. For example, it can precisely provide multiple sets of voltages such as ±12V (driving relays), 5V (power supply chips), and 24V (driving sensors) for industrial PLC modules, and the windings of each group do not interfere with each other. Avoid the problem of uneven current distribution caused by the single-slot tap design. It is simultaneously compatible with multi-purpose power supply scenarios such as in-vehicle electronics (main power supply + auxiliary control power supply) and precision instruments (main power supply + signal power supply), reducing the complexity of circuit design.
