Heat with speed: heating gymnasiums
Mobile heating devices heat up sections of gyms and halls in a short time - the perfect temperature at the push of a button
Modern gyms are usually equipped with well-functioning heating systems. Ventilation systems as well as ceiling spots are among the most important equipment such a gym or event site should have. But when only a part of the gym is used for a sports class or a small group of people, it is inefficient to heat the entire sports complex. In these cases it is worth to have a mobile heating device at hand, which specifically heats only the cubic metres which are actually in use. The electric heating devices of the TEH series from Trotec provide warm air where it is needed, at the push of a button.
Particularly during the winter months it takes a lot of time to heat up an entire gym or event hall. The heating system has to be switched on well in advance in order to allow for the heat to spread. For an indoor tennis centre or a gym that is fully utilised throughout the day the efforts of heating it up are worthwhile. But what happens if only a small part of the gym is needed? For example, what if a triple multi-purpose hall is only used for a yoga course with a modest number of participants during a day? Or if only a small group of people meet at a communal or club room? In these cases, it is inefficient to heat up the entire complex: On the one hand, there is simply no need for most of the heat produced. On the other hand, additional staff is required to heat up the hall hours in advance.
With an additional mobile heating system, you are optimally prepared. This system has to be put into operation only a few minutes before the course or event starts. At the push of a button, the defined area reaches the required temperature. In this field of application, the electric heaters of the TEH series from Trotec are reliable heat suppliers. No inlet or exhaust air openings are needed, since the models of the TEH series do not consume any oxygen. Therefore, they are particularly well suited for indoor use. The robust and technically sophisticated construction ensures a focussed flow of heated air and a high fan performance, making sure that the heat reaches exactly the area where it is needed.
Always the right model
Even the smallest version of the TEH electric heating devices, the TEH 20 T, comes with a decent performance. The compact heater manages a performance of 2.5 kW. It impresses with its infinitely variable thermostat control, ensuring that the heating elements only switch themselves on as needed in addition to the permanent fan according to precise temperature parameters. The more, the better? In this case we recommend the use of the professional electric heater TEH 100. Due to a fan performance of up to 1,440 m³/h and a heating capacity of 18 kW, it heats up even larger parts of a gym in next to no time.
All TEH electric heating devices guarantee one-hundred per cent Trotec quality in terms of development, design and production.
- ready for use within a short time
- easy and flexible handling
- particularly durable
- focussed current of non-turbulent warm air
- space-saving storage due to multi-stack capability
- safe transport
- extremely low in maintenance
Make use of our best practice industrial services
You can count on our experts
In order to precisely calculate the demand in the industry and to develop tailor-made concepts for climate conditioning experienced climate specialists are needed. Rely on our team of experts as well as the industrial services: We analyse the individual requirement situation with you present on site, determine the specific demand for devices and develop a tailor-made project solution right up to the exact positioning of the devices.
Just give us a call at +49 2452 962-777 – our industry consultants will be pleased to help you personally and provide information regarding our best practice industrial services. Or send a request indicating your personal requirements directly to our industry experts. We will answer promptly!
Since every industrial undertaking has characteristic process flows, installations and facilities, every air treatment solution demands case-specific device configurations. All in all, the combined effects of air currents, humidity conditions and temperature fluctuations are often hard to calculate on a purely theoretical basis, e.g. in airlock areas or on conveying paths. The consequence: Unnecessary additional costs due to an overestimated demand or – even worse – solutions not working sufficiently in real life.