Company address: No. 51 Qingnian Street, Shenhe District, Shenyang City, Liaoning Province, 1003
Landline phone number:+86 (24) 89805555
Service hotline: 400-024-9557
Fax:+86 (24) 89808555
Email: tt@ttdl.cn
Website: www.ttdl.cn
The 110KV level products produced by the company have formed a standardized structure, and the product types have evolved from the original Type 9 products to the current Type 10, 11, and 13 products. At the same time, new products with self cooling, air cooling, maintenance free, and non hanging core structures have also been launched. The product has the performance characteristics of on-site no hanging core, high efficiency and energy saving, high impedance, low loss, low noise, low temperature rise, low partial discharge, i.e. one free, two high, and four low. This series of products fully meets the market demand for high power supply quality, low loss noise, and long maintenance intervals.
Product features
The iron core of the 110KV power transformer is made of high-quality silicon steel sheets, stacked in multiple stages. It has the characteristics of low loss, low noise, and strong short-circuit resistance.
It has been widely used in various substations and power plants, and has received unanimous praise from users. Our company's SSZ1 1-400001 10 on load voltage regulating power transformer passed the national machinery certification in 2008
Joint appraisal by the Ministry of Machinery and the Ministry of Electric Power.
The bell shaped oil tank adopts a bent corrugated structure on the tank wall, which enhances the mechanical strength of the tank and has a beautiful and elegant appearance;
Unique iron core structure, using D-shaped iron yokes with 45 degree diagonal joints;
The iron core and fuel tank are positioned in all directions to ensure resistance to impact during transportation;
The principle of winding design is that the coil adopts an inner and outer support bar structure, and high-strength hard paper tubes are used between each coil and between the coil and the iron core to enhance the coil's ability to withstand short circuit impacts;
The process adopts advanced techniques such as cold pressing welding, coil assembly process, and hard paper tube processing.