Kickspace KS 500, W 322 mm

The Kickspace KS 500 plinth heater is a creative and, above all, space-saving heating solution for the kitchen or other rooms. Unlike a conventional radiator, it takes up no space in the room and is instead simply fitted into the plinth space of the base unit. It is in no way inferior to a radiator in terms of heating output and can also be connected to the building’s central heating system. The KS 500 is suitable for quickly and effectively heating rooms up to 12 m² in size. The Kickspace compact heater features two individually selectable power settings in heating mode and a cooling air circulation function for the summer. Thanks to its powerful convector technology packed into a very compact space, the skirting board heater takes only about half the time to heat a room compared to standard heaters. Furthermore, thanks to its whisper-quiet fan technology, it operates almost imperceptibly. The unit’s heating output depends on the flow temperature and flow rate of the heating system; for proper operation, the average flow temperature must not fall below 60 °C. Installing Kickspace is quick and straightforward: in just a few simple steps, the heating module can be securely fitted into the skirting board space and connected to the central heating system. The stainless steel-coloured external cover is also available from the Naber Shop. A room thermostat for easy regulation of the room temperature is also available, alongside the necessary connection materials.

The compact base-installed heating system for rooms up to about 12 m² can be connected to the central heating system with little effort. 
— connected load 230 V/50 Hz
— heating system exclusively for 2-pipe system
— minimum base height 125 mm

Please note! Ventilation grids and connection hoses are not included in the scope of delivery. Please order additionally.

PLEASE OBSERVE:
For proper operation, the average feed temperature should not fall below 60 °C.

The heat output of the device depends on the feed temperature and the flow rate of the heating system.