Based on Strong Technical Foundation, Mtekpro Technologies offers a complete range of High Voltage Testing & Measuring equipment. These types of equipment provide applications in the field of Generation, Transmission, and Distribution of electrical power. These instruments are used to test various electrical parameters of Transformers, Generators, Cables, Bushings, Switchgear, Motors, and Other electrical equipment.
Mtekpro Technologies stands out in the Engineering and Technical services industry for our commitment to delivering innovative, customized, and high-quality solutions to our clients. Our team of experts brings diverse expertise and technical know-how to every project, ensuring that we can provide tailored solutions for each client’s unique needs. We prioritize customer satisfaction, and our customer-centric approach has earned us a reputation for excellence. We are dedicated to staying up-to-date with the latest technologies and best practices to deliver efficient and sustainable solutions. At Mtekpro Technologies, we strive to be a trusted partner for our clients, providing reliable and cost-effective services while maintaining the highest standards of quality and safety.
But also the design of the high-voltage tester is rather unusual, compared for example to a normal laboratory routine, because who wants to stand directly next to an 80 kV system?
For this obvious reason – and often also for reasons of space management – a split device is the ideal design for these applications.
The following pictures give a great insight into an actual application for a high voltage testing system for trains.
The test device is divided into two units. The unit in the background contains the entire control electronics including voltage adjustment of the high-voltage transformer. The unit in the foreground contains the actual high-voltage transformer – supplemented by a cable winding drum and an extendable telescopic column. By means of this telescopic column, the high-voltage test cable is lifted to the roof of the rail vehicle, where it is then clamped to the pantograph. The opposite pole is the entire chassis of the rail vehicle. Other types of construction for feeding the high-voltage test cable can also be implemented here, for example if the rail vehicle is supplied via a conductor rail from below, as is the case with local commuter trains and underground systems.
  
  
 
  
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