Energy Systems Original Tacker System Technical Information and Assembly Instructions Living full of energy

System description System description and system benefits Possible applications System components Set-up and configuration Coverings on heated rooms Covers on unheated rooms or rooms heated at intervals, adjoining ground Covers adjoining fresh air Design criteria Performance data Performance data Roth Original Tacker® System Ø 14, Heating Performance data Roth Original Tacker® System Ø 14, Cooling Performance data Roth Original Tacker® System Ø 17, Heating Performance data Roth Original Tacker® System Ø 17, Cooling Determining the performance data Example – Performance calculation, heating Example...

System description System description and system benefits The Roth Original Tacker® System is characterised by a high degree of flexibility and easy assembly, even for unusual floor plans. The heat is emitted evenly across the whole floor structure, thus creating an optimum room temperature. Because of the low system temperatures, alternative energy systems can be ideally combined with the Roth Original Tacker® System a well as conventional heat generation systems. The flooring layout designs of the Roth Original Tacker® System are determined by the requirements of German Energy Saving Directive...

System description System components Roth System Pipes DUOPEX S5® Roth System Pipes X-PERT S5®+, Roth System Pipe Alu-Laserflex, Roth System Pipes PERTEX® Technical Data Roth System Pipe Pipe dimensions [Wall thickness] Length delivered in a box in a box, to be laid with an unwinding reel in a box in a box in a box, to be laid with an unwinding reel on an unwinding device, in leaf in a box in a box, to be laid with an unwinding reel on an unwinding device, in leaf in a box in a box, to be laid with an unwinding reel in a box in a box, to be laid with an unwinding reel in a box in a box, to be...

System description System components Roth system composite panel EPS-DES Roth composite roll EPS-DES System composite panels and rolls Insulation height Traffic load Impact sound reduction (min.) Roth edge insulating strips 160 mm Roth expansion joint profile Roth manifold with flow rate indicator, lockable / universal Cement screed additives/Cement screed additives Plus

System description System components Roth measuring point set Roth uncoiler Roth folding uncoiler Roth antifreeze Roth pipe scissors Roth pipe cutter Roth knife Roth calibration tool

Cover over heated rooms Wall Plaster Skirting board Elastic grouting Roth edge insulating strip Surface covering variabel variable Plaster as defined in DIN 18560 Roth Pipeholder Roth System Pipe Ø 14 - 20 mm Roth System Composite Panel (alternative: Roth Composite Roll) Load-bearing subsurface Installation height: Covers compared to equivalently heated rooms, according to DIN EN 1264, Rλ, INS = 0,75 m2 K/W Rλ, [m2K/W] D1 System composite panel or roll Htot with E Screed depth at 45 mm Pipe coverage [mm] Htot with E Screed depth at 30 mm Pipe coverage

Covers on unheated rooms or rooms heated at intervals, adjoining ground Wall Plaster Skirting board Elastic grouting Roth edge insulating strip variabel variable Surface covering Plaster as defined in DIN 18560 Roth Pipeholder Roth System Pipe Ø 14 - 20 mm Htot ges Roth System Composite Panel (alternative: Roth Composite Roll) Sealing against ground moisture according to DIN 18195 and PE film (not required if not adjoining ground) Load-bearing subsurface Installation height: Covers compared to unheated rooms, rooms heated at intervals or soil according to DIN EN 1264, Rλ, INS = 1,25 m2 K/W D1...

Covers adjoining fresh air Wall Plaster Skirting board Elastic grouting Roth edge insulating strip Surface covering variabel variable Plaster as defined in DIN 18560 Roth Pipeholder Roth System Pipe Ø 14 - 20 mm Roth System Composite Panel (alternative: Roth Composite Roll) Installation height: Covers against fresh air [-5 °C >Td ≥ -15 °C], Rλ, INS = 2,00 m2 K/W No. D1 System composite panel or roll Htot with E Screed depth at 45 mm Pipe coverage [mm] Htot with E Screed depth at 30 mm Pipe coverage [mm] G hen selecting additional insulation, the minimum W requirements according to DIN EN 1264...

Design criteria Room temperatures for underfloor heating According to DIN EN 12831, the following room temperatures for heated rooms form the basis of the underfloor heating calculation: Room type Standard indoor temperature ϑi [°C] Living rooms and bedrooms Offices, meeting rooms, exhibition rooms Hotel rooms Sales rooms, shops (general) Classrooms (general) Theatre, concert and event rooms Bath and shower rooms, swimming pools, changing rooms, any use in undressed area Heated side rooms (corridors, stairwells) Different temperature requirements must already be provided when calculating the...

Floor coverings The floor covering can also be considered in the planning project planning phase. So that an optimum set-up and use of the radiant heating is achieved, the thermal resistance of the desired floor covering (RλB) must be applied in the calculation. If the value is not known, the value of RλB = 0,10 m²K/W is used in the calculation. Values of RλB > 0,15 m²K/W for the floor covering can be agreed in writing if the maximum temperatures for inlet, floor surface and screed are not exceeded. Planning guidelines for fully adhesive floor coverings on radiant heating and cooling systems...

Performance data Performance data Roth Original Tacker® System Ø 14, Heating WTP test report no. 98160002 and 1011001 Heating medium upper temperature ΔϑH [K] Heating medium upper temperature ΔϑH [K] Original-Tacker-System ø screed cover 45 mm, RλB = mm, R Original Tacker System ø 14, 14, Estrichüberdeckung 45 0 Heat output (W/m2)) Heizleistung (W/m Grenzkurve 9 K Limit curve 9 K Grenzkurve 15 K Limit curve 15 K Heating medium upper temperature Δϑ (K) Heizmittelübertemperatur Δϑ (K) Heating medium upper temperature ΔϑH [K] Heating medium upper temperature ΔϑH [K] Original-Tacker-System ø screed...