联系方式
| 地址 | KiloAmps ® S.A.S ZAC du Bec - Rue Lavoisier - 42500 Le Chambon-Feugerolles |
| 国家 | 法国 |
| 电话号码 | 0033 4 77 30 33 33 |
| 传真 | 0033 4 77 30 33 30 |
| 电子邮箱 | Get in contact with KiloAmps ® S.A.S |
| 互联网 | kiloamps.com |
联系人
| 联系方式 1. | Hervé Ducreux Vorsitzender Phone: 0033 477 30 33 33 Fax: 0033 477 30 33 30 |
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| 联系方式 2. | Marion Wisniewski Commercial / Marketing Phone: +33 4 30 33 33 |
产品/机械
KiloAmps®’s activities in the field of high current transportation electrical are integrated in 2 main ranges of products:
ITEC.BAR™: LV and HV power bus ducts. Within this range KiloAmps® proposes complete solutions for the electric boosting systems of glass furnaces which include:
- the flexible connections to the transformer;
- the main bus ducts specially designed for glass furnace environment;
- the connections to the electrodes (by insulated braids, laminates or cables);
- the electrodes clamps;
- related optional accessories as disconnectors, current transformers, electrode hangers, supports for flexible connections and bus ducts.
The design is made after a visit at site, an electrical optimization and fully adapted to the glass furnaces environment.
ARC.ITEC™: power supply circuits by water cooled cables, tubes, electrode clamps and conductive arms. These products are mainly used for the electrical supply of industrial (mostly arc and induction) furnaces.
产品和背景
Founded in 2000 in the Saint-Etienne region, KiloAmps® specialises in the design, manufacture and installation of complete solutions for the transmission of LV and HV high-current throughout the world.
KiloAmps® puts the emphasis on people, with values that promote partnership, dialogue, quality and performance, as well as environmental protection through an eco-design approach.
KiloAmps® offers solutions that meet the specific needs of each customer, drawing on the skills of its engineers and dedicated resources such as 3D CAD and electromagnetic and thermal simulation software.
KiloAmps® is present throughout the world with its own sales team supported by a network of local agents.
