Arbonia ceiling cassette Condiline DXB ECM 23 4-wire max. K.

The fan coils for the DXB model range are designed for installation into false ceilings. The ceiling cassettes are available with a wide range of power ratings in seven design variants with dimensions 600 x 600 mm and 800 x 800 mm. Condiline ceiling cassettes feature an integrated condensate pump with a delivery head of up to 650 mm. The 600 x 600 mm dimensions mean that it fits easily into standard grid ceilings. The 2 or 4-line ceiling cassette versions for heating and cooling are designed for a variety of different applications and are optimised for better cooling power and reduced noise levels. With cooling power ratings from 1.3 kW to 11.1 kW* and heating from 2.8 kW to 23.7 kW*, the DXB ceiling cassettes are suitable for medium to large spaces (e.g. open plan offices). An additional connection also allows air to be distributed into an adjacent room. The filter is easily reached from below and can be quickly cleaned and replaced without any tools. The cover features a securing device so that you can keep both hands free when changing the filter. All variants can be supplied with integrated heat register. Please ask our technical specialists for performance data.

• Exclusive grille design with various colour combinations
• Integrated condensation pump
• Large power range from 1.27 kW to 11.1 kW
• All valve kits available loose or assembled
• All devices available with AC or EC motors
• Simple installation and maintenance
• Compatible with ModBus communication protocol
• Available with Crystall electric filter
• Various versions available in sizes 600 x 600 and 800 x 800 mm
• Colour RAL 9003
• AC or EC motor technology
• Two or three-way valves
• Two or four-line system
• Important information about the technical data:
• Noise level with room size of 100 m3, reverberation time 0.5 s, room damping factor 9 dB(A)
• Acoustic power according to Eurovent
• Air inlet temperature: Dry-bulb +27 °C, web-bulb +19 °C
• For other temperatures, the data here (water 7-12 °C) must be multiplied by the factors given in the catalogue below.