Bega Special Tools introduced a new generation of induction heaters at this year’s Hannover Messe. The Betex MF Quick-Heater 3.0 is a medium frequency induction heater for mounting and dismounting bearings and other machine parts made from steel, stainless steel or titanium. Equipped with smart processor technology, the new heating system allows a far better control of the heating process and data storage for future reference. These new heaters enable users to perform safe, fast and clean operations.
Utilised for the installation and dismantling of bearings and other metal machine parts such as labyrinth seals, bearing rings, bearing inner rings, sleeves, bushes, couplings and gears, medium frequency induction heating offers a cost effective heating method. The optional flexible inductors can be wrapped around any size or shape, not limiting their use to components with a cylindrical shape. Thanks to the Betex MF Quick-Heater’s compact and mobile design, it can easily be moved around in the workshop or factory saving time. It can be deployed very rapidly, heating faster than conventional methods. Thanks to its more efficient electricity consumption, energy use is much lower. It has a low connection power of 32 A or 63 A. The generators are adjustable from 2.5 kW to 22 kW or even 44 kW. The clean system operates very quietly, without any residual magnetism, fire hazard, excessive noise or polluting fumes. Improving the quality of installation or maintenance, the MF Quick-Heater is suitable for production as well as maintenance applications in MRO and OEM companies.
The new generation medium frequency Betex MF Quick-Heater 3.0 features smart processor technology. Of compact design, it has a large touch screen, a USB port for software upgrade, and a log-in option for remote servicing. The unit heats according to a preset temperature/time curve and displays the temperature development in a chart, whereas the heating cycle can be saved on a PC or a USB flash drive. Smart electronics ensure the optimal operating frequency and provide the user with tips on optimal heating, for example by suggesting the deployment of more or fewer windings. These heaters come with adjustable power control as well as dual temperature sensing (monitoring ΔT). Moreover, they have the option enabling the user to operate several heaters in combination.