Introduce:
KBSG2-T series mine flameproof dry type transformer is the use of the principle of electromagnetic induction to change the AC voltage device, the main component is the primary coil, secondary coil and core (core). In electrical equipment and wireless circuit, commonly used for lifting voltage, matching impedance, safety isolation, etc.
Feature:
Sg10type of new products for the highest safety performance of dry transformer, all insulation materials are not combustion-supportina.self-extinauishing.non-toxic.itscombustible material is less than 10% of the epoxv cast products.In 800℃ high temperature for alongtimecombustion without toxic smoke.SG10 new products in power, subway, shipping chemical.metallurgy and other high safety requirements, hot and humid, poor ventilation fieldMore superiority
Sg10 new product’s special coil design, technology and materials, so that the product three excellent anti-moisture, antimildew, anti-smoke performance, can withstand thermal shock, no cracking and no partDischarge occurs.The Nomexbased insulation system maintains excellent electrical and mechanical properties throughout the service life of the transformer. Nomex products are resistant to aging, shrinkage and resistanceCompression, combined with exceptionally high elasticity, ensures that the coil remains compact and able to withstand short-circuit pressure even after years of use.
Sg10 new product adopts new structure, new material, new process, good heat dissipation conditions, long thermal life,strong overload capacity, can be long-term safe and reliable operation under 120% overload.In IP23 environment without forced air cooling, it can still run at full load for a long time.
Application:
Applies to high fireproofing, load fluctuating, unventilated, incommodious, dirty and moist environment such as power plant field, subway, metallurgy, hospital, high-rise building, shopping center, crowded resident zone, and the special environment such as petrol-land chemical industry, nuclear power station, a nuclear submarine.