10KV-class SC(B)10, SC(B)11, SC(B)12, SC(B)13, SC(B)14, and SC(B)18 epoxy resin cast dry-type transformers are the pinnacle of innovation, designed to seamlessly replace traditional oil-immersed distribution transformers. These cutting-edge transformers are the epitome of high performance, perfectly tailored for demanding environments including urban power grids, towering skyscrapers, bustling commercial centers, dynamic theaters, essential hospitals, luxurious hotels, strategic tunnels, efficient subways, busy stations, robust docks, expansive airports, subterranean power stations, advanced laboratories, and integrated substations.
Temperature Control and Temperature Display:
The sophisticated temperature control system is a marvel of engineering, incorporating a precision temperature controller and PTC temperature-sensing elements strategically placed at the hottest point of the product: the upper end of the low-voltage winding. This system ensures meticulous temperature monitoring and control of the transformer. Should the winding temperature escalate due to overload or faults, the temperature controller promptly issues an alarm. If the temperature surpasses safe levels, it automatically triggers a trip. In scenarios requiring forced air cooling, the temperature controller adeptly manages the activation or deactivation of cooling fans based on winding temperature.
The temperature display system provides real-time visualization of the hot-spot temperature of the windings during transformer operation, perfectly complementing the temperature control system. Both systems can be strategically installed at a distance from the main transformer body, offering flexibility in setup. The temperature-sensing elements feature lead lengths as follows:
For temperature control: <20 meters
For temperature display: <10 meters (two-wire system); <100 meters (two-wire system with compensating leads)
Product Features:
(1) Robust Electrical Structure
(2) Fire-Resistant and Environmentally Safe
(3) Humidity and Corrosion Resistance
(4) Exceptional Fault Resistance
(5) Efficient Heat Dissipation
(6) Energy-Saving and Low Maintenance
(7) Compact and Cost-Effective
(8) Flexible Installation