TSS Transformer Safety System

Equipment configurations that are not included in this configurator can be implemented via a separate request to [email protected].

• Independence. This system can be used with any equipment, made by GlobeCore or by any other manufacturer;
• Versatility. The system is suited for oil purification, filtration and regeneration plants;
• Easy connection. An operator with basic skills can establish all necessary connections in just five minutes;
• Enables operation of oil purification equipment with energized transformers;
• TSS control panel can be attached either to the oil processing equipment (temporarily or permanently) or mounted on a separate support;
• Optional GSM-module enables remote control by mobile phone.

The TSS system can work with such transformer oil treatment units:

• transformer oil filtration units;
• transformer oil drying units;
• transformer oil degassing units;
• transformer oil purification units;
• transformer oil regeneration units.

The TSS system can work with the following types of transformers:

• electricity network distribution transformers;
• power transformers at electric power plants;
• traction transformers in electric trains;
• mining power transformers;
• marine transformers;
• electric oven transformers;
• step-up transformers in wind power plants;
• transformers for the oil and gas industry which are used in oil and gas production complexes to power the extra heavy-duty equipment;
• transformers used in airports to power the lighting, navigation systems and other critical equipment;
• transformers for irrigation systems used in the agricultural sector to power the pumps and other equipment in large outdoor areas;
• transformers used in medical institutions to power the medical equipment that requires a stable power supply;
• transformers used in railway signaling and communication systems to power the safety and communication systems on railways;
• transformers used in the subway to power the underground electricity supply systems, including the lighting, ventilation systems and escalator drives;
• seaport infrastructure transformers used to power the marine cranes, dock loaders, and other waterfront equipment;
• transformers for water treatment plants that power the pumps, aeration systems, and other equipment used for water treatment;
• transformers used in the chemical industry to power the equipment at the chemical factories producing a variety of chemical substances and materials;
• transformers used to power the mining equipment, especially in underground settings where it is important to have a reliable and safe power supply;
• transformers for lighting of large sports arenas which ensure powerful and reliable lighting for sporting events at night;
• transformers used to power the traffic control systems, including the traffic lights, information boards, and other сomponents of the traffic infrastructure;
• transformers used for power supply to hospitals and other medical institutions;
• transformers used to power the data processing centers (data centers);
• transformers used for power supply to military bases and national security facilities;
• transformers used for power supply to emergency response systems and rescue services, including fire-fighting stations, police stations, and emergency medical services;
• transformers used for power supply to telecommunication towers and centers;
• transformers used for power supply to banks and financial institutions.