Energy Systems Roth ClimaComfort® Compact System Technical information and assembly instructions Living full of energy

System description Applications and general information _ —3 Structure of the Roth ClimaComforf Compact System _ —9 Insulation requirements for existing buildings_ —9 Performance data Roth ClimaComforf Compact System heating curve, pipe pitch 75 mm _ —10 Roth ClimaComforf Compact System heating curve, pipe pitch 150 mm —10 System heat flow density _ —H Roth ClimaComforf Compact System heat flow density, floor applications -11 Heating, pipe pitch 150 mm, size 17 mm, filling and sealing compound -12 Heating, pipe pitch 225 mm, size 17 mm, filling and sealing compound —12 Thermal resistance of the...

System description System benefits The Roth ClimaComfort* Compact System for heating and cooling via floors, walls, and ceilings in both modernisation and new-build projects is noted for its very slim size (just 17 mm) and the excellent responsiveness this helps deliver. Rotfi Wirfca GmbH RjurTiflSthtrtirtttSrierle Heil-uHd KCIhlJtfSteme mil Wilis* rdLirthsrrarttuily Roth ClimaComfort Compacliystom ZertirHjorunflEproflrarrmt RaumllaerwnldlOQritPlft Mflit- und KCihlsySteme bflWaifcJl unrl das NgtmngErnKiU far da; 5c*Chon in Vflrtxndijiig md d«r unljn g^nannUn Rvgul*rnumm«r vrlrl CHefiflft ZerLiftkal...

System description ystem components S Roth ClimaComfort® Compact System panel High-strength transparent system panel with 14 mm installation height, of semi-crystalline material. The special panel structure with undercutting supports standardised and secure fixing of pipes. ClimaComfort S5 System Pipes 75 mm11 x 1,30 mm are installed in a coiled or meandering pattern as required using an installation grid of 75 mm. Diagonal installation with spacing of 105 mm is possible. ClimaComfort Compact System panels overlap by 22 mm on both sides to facilitate interconnection of the panels and have an...

System description ClimaComfort S5 Pipe dimensions 120 m/5 kg or 240 m/10 kg small diameter for minimum installation heights light yellow pipe with red stripes Pipe layers Production processes Linear elongation coefficient [1/K] Building material class Pipe dimensions Pipe markings Metre details, pipe designation, material, dimensions, manufacturer, pipe class, max. temperature (long-term), oxygen tightness, any testing institute, date of manufacture, A number (manufacturer), running metre details Max. temperature over long term [°C] Max. temperature over short term [°C] Testing and certification...

System description Roth ClimaComfort® Compact screw fitting For connecting the 11 x 1,30 mm Roth ClimaComfort S5 System Pipe to the Roth manifold with flow rate indicator. Consists of: a brass union nut with 3/4"/11 mm internal thread, brass pipe adapter with Euro cone and clamp ring. Technical data Dimension: Spanner size: Packing unit: Roth ClimaComfort® Compact screw fitting Roth ClimaComfort® Compact T-connection For connecting 2 heating circuits of the same length made from 11 x 1,30 mm Roth ClimaComfort S5 System Pipes to the heating circuit pipe coupling of the Roth manifold with flow...

System description Roth ClimaComforf Compact press fitting For directly connecting 11 x 1,30 mm RothClimaComfort S5 System Pipes to other Roth System Pipes. Consists of a brass double nipple with press contour and screw thread for 11 x 1,30 mm Roth ClimaComfort S5 System Pipe, incl. stainless steel crimping sleeve and screw connection. Roth ClimaComfort* Compact press fitting Roth ClimaComforf Compact reducing pipe nipple Brass reducing component, one-sided 1/2" external thread, for connecting pipes and 11 x 1,30 mm Roth ClimaComfort S5 System Pipes, incl. screw connection. ^ ^^jng| Dimension:...

System description Roth ClimaComfort® Compact expansion joint profile For the secure separation of field areas and the formation of permanently flexible joints consisting of a closed-cell PE core with stable PET coating and 90° angled, self-adhesive contact zone, 8 mm wide, 40 mm high, and 1800 mm long. > Packing unit: 1 pcs. Roth ClimaComfort® Compact expansion joint profile Roth Pipefix 11 U rail with 25 mm perforated grid for fixing pipes on uneven surfaces (wall and slab), adapted to Roth 11 mm ClimaComfort S5 System Pipes with predefined separation points. The base is selfadhesive. > Dimensions:...

Set-up and configuration The calculations for the Roth ClimaComfort® Compact System are based on the basic characteristic curve under DIN EN 1264, Part 2 and the DIN EN 12831 standard heating load calculation. The system layout is based on the sizes calculated in accordance with DIN EN 1264, taking into account the permitted limit values from the system performance charts. tructure of the Roth ClimaComfort® Compact System S Wall Wand Thermosiphon system It can also be used in a thermosiphon system. Roth Clim Plaster Putz Roth Randdämmstreifen edge insulating strip Roth ClimaComfort S5 System...

Performance data oth ClimaComfort® Compact System heating curve, pipe pitch 75 mm R Floor structure: 17 mm, filling and sealing compound + tiles (RλB = 0,01 m2K/W), change in inlet temperature 20 °C to 32,7 °C (constant), room temperature 20 °C Inlet temperature Average floor temperature Heat flow density in W/m2 Heat flow density oth ClimaComfort® Compact System heating curve, pipe pitch 150 mm R Floor structure: 17 mm, filling and sealing compound + tiles (RλB = 0,01 m2K/W), change in inlet temperature 20 °C to 32,7 °C (constant), room temperature 20 °C Heat flow density Average floor temperature...

Performance data ystem heat flow density S The performance data for the heating and cooling surfaces has been calculated according to DIN EN 1264 and registered with and monitored by DIN CERTCO. DIN CERTCO registration number: 7 F 221-F Installation zone condition tFmax-ti = 9 K ClimaComfort S5 System Pipe 11 x 1,30 mm, filling and sealing compound 17 mm =1,20 W/mK Boundary zone condition tFmax-ti = 15 K System heating medium upper temperature limit System heat flow density limit System heating medium upper temperature limit Thermal resistance floor covering System characteristic curve System...