Operators will select the infrared cassettes required for the drying cycle using the pyrometer-equipped computerised control unit, before selecting the maximum temperature they wish to use for the assembly being dried. The IR cassettes selected operate independently in order to ensure consistent drying. The use of IR lamps is optimised in such a way as to minimise the consumption of energy and to prevent any waste.

The pyrometer automatically detects the temperature and is responsible for switching the IR lamps on and off in order to ensure drying is kept at a constant temperature. Temperature is controlled in such a way as to avoid any waste and to prevent the assemblies from overheating. This avoids the need for long and delicate procedures involving masking, protection or disassembling and reassembling components, given that these do not need to be dried. Lastly, laser pointers are used to ensure that the pyrometer is correctly positioned.

Using distance sensors, it becomes easy for operators to position IR lamp cassettes, ensuring they are the correct distance away from the surface being dried.
Using the laser pointer, operators are able to verify the temperature levels of the surface being dried as well as the correct distance to maintain.

Suspended INFRARR IR dryers ensure quick, effective drying, significantly increasing the output of the work zone by cutting down-time and time spent working.

What sets the advanced technology of INFRARR IR dryers apart is how easy they are to use, something which is also true for the control unit. The drying cycle can be adjusted in a way that is quick and intuitive. The pre-set programmes are easy to modify and can be adapted to suit individual paint types or requirements, including running cycles.

These can be fitted to all types of work surfaces, without reducing or impinging upon your operating spaces. They have been designed in such a way so as to minimise disruption, both when in use and when stationary. The aluminium rails and structure ensure the whole unit remains light, while the absence of any ground connections/earth sockets ensures greater mobility and a safer working environment.