Decorative Radiators Comfortable indoor ventilation Heating and cooling ceiling systems Clean Air Solutions Zehnder Nova

Decorative Radiators Comfortable idoor vetilatio eatig ad coolig ceilig systems Clea Air Solutios Zehder Nova Techical Brochure

ABOUT TE ZENDER GROUP ALWAYS TE BEST CLIATE We strive to improve the quality of life by providig the fiest idoor climate solutios. Excellet team Every day we combie passio, expert kowledge ad coitmet to give you the best results. Great solutios, products ad services Great products ad uique service for a eergyefficiet, healthy ad comfortable idoor climate. WE ARE TE SPECIALISTS FOR A EALTY, COFORTABLE AND ENERGYEFFICIENT The broad ad clearly structured portfolio from the Zehder Group is split ito four product lies. Cosequetly, we ca provide our customers with the right product, perfect system ad matchig service for all types of projects from ew build to reovatios, sigle or multioccupacy homes, as well as coercial projects. This variety esures that our wealth of experiece is cotiuously expadig, providig tagible added value to our customers o a daily basis. Decorative radiators Our idividual decorative radiators for livig ad bathrooms make a home ot oly warmer but also more attractive. Created by reowed desigers, they impress with excellet fuctioality. OUR BRANDS EBRACE INNOVATION, QUALITY AND DESIGN The Zehder brad offers excellet idoor climate solutios withi the product lies of decorative radiators, comfortable idoor vetilatio, heatig ad coolig ceilig systems ad clea air solutios. The Bisque brad offers beautiful but practical radiators i the most excitig styles, colours ad shapes for homes ad more.

ABOUT TE ZENDER GROUP INNOVATION OVER 4 GENERATIONS First choice for customers Always close to the eeds of our customers, to grow with you ad overcome all challeges together. ANUFACTURER OF TE WORLD'S 1 st STEEL AND BATROO RADIATOR OF OUR OWN PRODUCTION PLANTS IN EUROPE, NORT AERICA AND CINA AROUND REPRESENTED IN ORE TAN 3,000 EPLOYEES COUNTRIES ORE TAN 20,000 1895 INNOVATION SINCE 830 PATENTS AND DESIGN RIGTS TROUGOUT TE WORLD CUSTOER TRAINING SESSIONS PER YEAR INDOOR CLIATE Comfortable idoor vetilatio Our comfortable idoor vetilatio is eergyefficiet ad provides a healthy idoor climate. It promotes the wellbeig of the occupats ad icreases the value of the property. eatig ad coolig ceilig systems Zehder ceilig systems are coveiet ad eergyefficiet for heatig ad coolig. They are perfectly attued to the relevat eviromet. Clea air solutios Clea air systems from Zehder reduce the level of dust i the air, create a healthier workig eviromet ad reduce the amout of cleaig required. BEST QUALITY CERTIFICATES The Greewood Airvac brad offers a rage of low eergy, smart residetial vetilatio solutios from itermittet extract fas to whole house vetilatio with heat recovery. Zehder Group products are frequetly awarded prizes for desig ad iovative techology.

Subject to techical ad price chages. Copyright Zehder All rights, especially those of reproductio, dissemiatio ad traslatio, are reserved. No part of this publicatio may be reproduced i ay form or by ay meas (pritig, photocopyig, microfilm, scaig or otherwise), or electroically processed, duplicated, stored or distributed without the prior writte approval of Zehder Group. 4

Table of cotets Geeral techical iformatio... 6 s overview... 8 Product descriptio... 9 Techical data orizotal models: Type N... 10 Type NL... 11 Type N... Type NL... Type NLL... Type NLLL... 18 Type NLLS / NLL... 20 Type NLLLLS... 21 Overall vertical radiator legths... 22 Vertical models: Type NV... Type NVL... Type NVV... Type NVV4SR... Type NVLV... 27 Pressure loss... 28 Coectio possibilities... 29 Seriescoected pael radiators... 31 Fixig possibilities... 32 Coectio dimesios ad bracket iformatio... 35 Welded o feet... 36 RAF pael radiators / RAF coectios... 37 Nova completto... 38 Special versios... 39 eat emissio / techical data per 1000 orizotal versios: Overall height... 40 Overall height 1... 41 Overall height... 42 Overall height... 43 Overall height... 44 Overall height 4... Overall height... 46 Overall height 7... 47 Overall height... 48 Overall height... 49 Overall height... Overall height... 51 Overall height 2 11... 52 Overall height 32 13... Vertical models: Overall height 0 800... 54 Overall height 1000... Overall height 1 10... Overall height 1800 2000... 57 Overall height 2200 2... 58 Overall height 20 3000... 59 Overall height 3200 30... Overall height 3800 4200... 61 Overall height 4 40... 62 Cofiguratio examples... 63 Coversio factors... 64 3 5

Geeral techical iformatio Sizes, uits of measuremet, symbols (EN 422) Symbol Uit Descriptio L T Lam. N A V E t 1 t 2 t r t m T Φ Φ S Φ L c p s k c K q m q ms v p ζ Geeral m 2 dm 3 C C C C K W=(J/s) W W J/ K % /h/(/s) /h/(/s) m/s kpa eight Legth Depth eight of fis Distace betwee coectios Surface area Water capacity Empty weight Number of elemets Flow temperature Retur temperature Room temperature t 1 + t 2 2 ea water temperature Temperature differece t m t r eat capacity Nomial heat emissio Nomial heat emissio per module ea specific heat capacity Radiator characteristic, expoet Percetage of emissio by radiatio Correctio factor to Φ S Water flow Normal water flow Speed Pressure loss, pressure drop Coefficiet of resistace Techical details such as dimesios, weights, heat surfaces always relate to the stadard model of the specific product. This iformatio is applicable oly to radiators with a overall legth of 1000. For other legths, the ifluece of the coupligs ad/or header tubes must be take ito cosideratio. eat capacity Φ The heat emissio of a radiator model is determied from the omial characteristics: Φ = K ΔT where K is the costat for the model. Accordig to the ew stadard SIA 384.2 (EN4422), the temperature differece is calculated from the arithmetic mea betwee the flow ad retur temperatures ad the referece air temperature. t + t Δ T = 2 Temperature differece T The heat emissio for temperature differeces T other tha the omial temperature differece T = K ca therefore be calculated from the equatio Example of the heat emissio calculatio for Φ Φ S 1 2 tr Φ = Φ ΔTK S K = 9 W Expoet = 1. t 1 = C t 2 = 40 C t r = C C + 40 C Δ T = C = 35K 2 35K 1. Φ= 9 W = 9 W 0.64 = 295 W K The heat emissio figures are valid for coectios o the same ed. The ifluece of other coectio types is described i the techical literature. We will be pleased to provide you with iformatio regardig specific cases. O the 1 st Jauary 1998, the ew Europea stadards EN 4421 to 44 came ito force as Swiss stadards SIA 384.1, SIA 384.2 ad SIA 384.3. This recoedatio was accepted by most of the Europea coutries icludig Switzerlad. It prescribes the test procedures ad measurig methods to be followed i similarly equipped test laboratories. Thus, oe sigle measurig procedure, valid for the whole of Europe, has replaced the measurig methods, which varied from coutry to coutry hitherto. 4 6

Geeral techical iformatio Nomial water flow q ms (heatig medium flow, flowthrough quatity, mass flow) The omial water flow q ms of a radiator results i a temperature spread of 10K with a flow temperature of 75 C (omial heat emissio coditios). Therefore The actual water flow q m of a radiator ca differ cosiderably from the omial water flow q ms with flow ad retur temperatures other tha 75/65 C. Case 1: Zehder ova Φ S = 9 W N421000 Temperatrues: 75/65/20 C qms = q ms = c p 9 4187(75 65) Φ (t ) 1 t 2 q ms J c p 4187 K = 0.011 /s 39. 5 /h iimum water flow q m mi. The series of measuremets that we have carried out has idicated that idividual radiators react differetly to deviatios i the omial water flow q ms ad that, for water flows below certai miimum water flows q m mi., it is difficult to make reliable statemets about the heat emissio. With costructioal measures, operatio with smaller water flows q m is ofte made possible. We will be pleased to be of assistace i specific cases; critical applicatios ca be tested i our laboratory. The followig table idicates the miimum water flows q m as a % of the omial water flows q ms, which uder ormal circumstaces should ot be lesseed: Radiators q m as % of q ms pael radiator (horizotal model) 20 % pael radiator (vertical model) 17 % zehder multicolum 17 % zehder radiavector 30 % zehder stratos 30 % Case 2: Zehder ova Φ S = 9 W N421000 Temperatrues: /40/18 C Bathroom radiators q m as % of q ms zehder uiversal, toga, jada 27 % qms = 9 4187 ( 40) q ms = 0.0038 /s. 7 /h The actual water flow q m as a % of q ms i Case 2 is therefore : q q m ms as a %.7 39.5 as a % q m is therefore 35% q ms The miimum accordig to the table is 20%. Case 2 fulfils the miimum water flow requiremets. 5 7

s overview horizotal 1 Type N Type NL Type NLLS Type NLL Type N Type NL Type NLL Type NLLL Type NLLLLS vertical Type NV Type NVL Type NVV Type NVV4SR Type NVLV 6 8

Product descriptio Geeral The pael radiator cosists of flat oval precisio tubes pressurewelded with a oe air gap to syetric water chaels. The shapes of the flat oval tubes ad water chaels preclude ay risk of physical ijury. aterials used Flat oval tubes collectors x 8 Waterchael tubig (sectio) 37 x 32 Fis Sheet steel Particularly advatageous features Small overall depth oder, elegat desig Wide rage of models orizotal ad vertical cofiguratios No sharp edges or corers Very small water cotet Very efficiet Suitable for low temperature systems ad miimum eergy applicatios Applicatio The extesive rage of pael radiators eables their istallatio almost aywhere. Dimesios orizotal pael radiators: Overall legths Overall heights Vertical pael radiators: Overall legths Overall heights to 00 (i 100 icremets) to 9 (max. 30 flat oval tubes) to 13 (max. flat oval tubes) 0 to 40 (i 200 icremets) A average legth tolerace of ± 2 per metre ru must be allowed for. Basic delivery schedule for stadard cofiguratio Supplied readytoistall with 2, 3 or 4 coectors for flow, retur, vet ad drai welded i. Stoveeamelled i RAL 90 stadard pure white with trasport packig. Special versios Curved or agled cofiguratio, o request ad accordig to drawig Itermediate legths, horizotal Itermediate heights, vertical Vertical overlegths up to 00 ighpressure versio Coverig grille Stadard accessories i the radiator s colour Oepipe coectios Stove eamellig Stadard versio RAL 90 pure white Special eamellig with price supplemet Zehder colour rage Other RAL, NCSS ad saitary ware colours Optioal o request etallic eamellig, clear lacquer ad RAL lumious colours o request. Slight variatios i compariso with the origial RAL or NCS colours are possible, due to varyig glazes ad productio techiques. The British Stadard Code of Practice BS7593: 19 Treatmet of Water i ot Water Cetral eatig Systems, should be observed whe istallig a system. All Zehder products are supplied with a 2 year warraty o materials ad maufacture. owever, this may be ivalidated should adequate water treatmet ot be applied durig istallatio ad throughout the life of the system. Importat! Remember trasport limitatios! Test pressures Stadard 6.0 bar igh pressure (price supplemet).0 bar Operatig pressures (EN 442) Stadard max. 4.6 bar igh pressure (price supplemet) max. 10.0 bar Operatig temperature max. 120 C 7 9

Techical data Type N horizotal N L L 1 20 20 = overall height [] L = overall legth to 00 (i 100 icremets) N = coectio spacig [] L1 = coectio boss legth [] A = surface area per module [m 2 ] V = water cotet [dm 3 ] = dry weight [] s k = radiatio percetage [%] q ms = rated water flow [/h] = expoet S = Supports (welded oto the reverse side for stabilizatio purposes) S 1 : Weldedo floor supports recoeded Coectio sizes ø 1 4 3 8 1 2 3 4 L1 6 6 6 7.5 descriptio (orderig example) N772000 Overall legth [] Overall height [cm] Techical data per 1000 N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 N07 N N21 N28 N35 N42 N49 N N63 N N77 N84 N91 N98 N105 N112 N119 N1 N3 N0 N7 N4 N1 N8 1 4 7 2 993 1064 15 1206 1277 18 19 90 11 32 13 30 101 172 3 3 385 4 740 811 882 9 10 1095 16 17 08 79 21 63 0.18 0.36 0. 0. 0.87 1.04 1.21 1.37 1.54 1.71 1.88 2.05 2.22 2.39 2. 2.73 2.89 3.06 3. 3.40 3.57 3.74 3.91 4.08 0.44 0.88 1.77 2.21 2.66 3.10 3.54 3.99 4.43 4.87 5.32 5.76 6.21 6.65 7.09 7.54 7.98 8.42 8.87 9.31 9.76 10.20 10.64 2.27 4.30 6. 8.20 10. 12.08.01.95 17.89 19.83 21.76..66 27. 29.54 31.48 33.41 35.35 37.29 39.22 41. 43.10.04 46.97 38 36 36 36 35 35 35 35 9 22 28 39 51 57 63 76 82 88 94 99 105 110 1 122 127 3 8 4 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 105 182 4 3 391 9 596 666 736 809 882 957 10 1091 11 1220 1285 19 79 44 19 74 8 10

Techical data Type NL horizotal N L L 1 20 20 = overall height [] L = overall legth to 00 (i 100 icremets) T1 = to overall height T2 =, from overall height N = coectio spacig [] L1 = coectio boss legth [] A = surface area per module [m 2 ] V = water cotet [dm 3 ] = dry weight [] s k = radiatio percetage [%] q ms = rated water flow [/h] = expoet T1 T2 1 : Weldedo floor supports recoeded Coectio sizes ø 1 4 3 8 1 2 3 4 L1 6 6 6 7.5 descriptio (orderig example) NL49/352000 Overall legth [] Overall fis height [cm] Overall height [cm] Techical data per 1000 Fis N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 NL07/07 30 0.62 0.44 3. 21 17 1.22 194 NL/07 NL/ 1 1 1 101 101 0.79 0.88 0.88 5.48 6.63 19 29 1.22 1. 6 339 NL21/07 NL21/ NL21/21 1 172 172 172 0.96 1. 1.95 7.42 8.58 9.73 22 19 29 35 39 1. 1. 1. 339 405 4 NL28/07 NL28/ NL28/21 NL28/28 1 5 3 3 3 3 1.12 1.62 2.11 2.61 1.77 1.77 1.77 1.77 9.38 10.54 11. 12.85 27 21 20 36 40 44 47 1. 1. 1. 1. 4 5 5 NL35/07 NL35/ NL35/21 NL35/28 NL35/35 1 5 3 3 3 3 3 1.43 2.10 2.77 3.44 4.06 2.21 2.21 2.21 2.21 2.21 11.63.17.. 17.63 29 22 21 20 43 47 52 57 61 1. 1. 1. 1. 498 2 6 6 710 NL42/07 NL42/ NL42/21 NL42/28 NL42/35 NL42/42 4 4 4 4 4 4 1 5 385 385 385 385 385 385 1. 2.27 2.94 3.61 4. 4.90 2.66 2.66 2.66 2.66 2.66 2.66.57.11.64 18.18 19. 21.10 29 22 21 20 49 54 58 62 66 1. 1. 1. 1. 5 6 673 7 773 8 9 11

10 Techical data Type NL horizotal Techical data per 1000 (cotiued) 7 7 7 7 7 7 7 7 N Fis 4 4 4 4 4 4 4 740 740 740 740 740 740 740 811 811 811 811 811 811 811 1 5 1 5 1 5 1 5 1 5 1 5 A m 2 1.77 2.44 3.11 3.78 4.40 5.07 5.75 1.94 2.61 3.28 3.95 4.57 5. 5.91 6.58 2.11 2.78 3. 4.12 4.74 5.40 6.08 6.75 2.28 2.95 3.62 4.28 4.90 5.57 6. 6. 3. 4.07 4.88 5.65 6.47 7.30 8.12 3. 4.52 5.48 6.40 7.37 8.35 9.32 V dm 3 3.10 3.10 3.10 3.10 3.10 3.10 3.10 3.54 3.54 3.54 3.54 3.54 3.54 3.54 3.54 3.99 3.99 3.99 3.99 3.99 3.99 3.99 3.99 4.43 4.43 4.43 4.43 4.43 4.43 4.43 4.43 4.87 4.87 4.87 4.87 4.87 4.87 4.87 5.32 5.32 5.32 5.32 5.32 5.32 5.32.51 17.04 18.58 20.11 21.54.07.59 17. 18.98 20.52 22.05.47.01.57 28.06 19.38 20. 22..99.41.95 28.5 30.04 2 22.86.39.93 27.35 28.88 30.44 31.98.9.4 28.0 29.4 30.9 32.5.0.9 28.4 29.9 31.3 32.9.4 36.0 s k % 30 22 21 20 30 27 22 21 21 30 28 22 22 31 28 27 28 22 28 22 q ms /h 64 68 72 76 79 61 66 74 78 81 85 88 67 72 76 80 83 87 90 93 73 78 82 86 89 93 96 99 79 83 88 95 98 101 104 84 89 93 97 101 104 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. Φ L = T K EN 442 642 694 741 789 838 879 917 7 765 811 857 903 944 983 10 785 835 881 7 969 1009 1048 1086 854 904 951 996 1036 1076 11 19 9 1019 1065 1103 12 1179 1 10 1085 12 1171 1210 14 1274 NL49/07 NL49/ NL49/21 NL49/28 NL49/35 NL49/42 NL49/49 NL/07 NL/ NL/21 NL/28 NL/35 NL/42 NL/49 NL/ NL63/07 NL63/ NL63/21 NL63/28 NL63/35 NL63/42 NL63/49 NL63/ NL/07 NL/ NL/21 NL/28 NL/35 NL/42 NL/49 NL/ NL77/ NL77/21 NL77/28 NL77/35 NL77/42 NL77/49 NL77/ NL84/ NL84/21 NL84/28 NL84/35 NL84/42 NL84/49 NL84/ 12

Techical data Type N horizotal N L L 1 S S 20 20 = overall height [] L = overall legth to 00 (i 100 icremets excludig boss) N = coectio spacig [] L1 = coectio boss legth [] A = surface area per module [m 2 ] V = water cotet [dm 3 ] = dry weight [] s k = radiatio percetage [%] q ms = rated water flow [/h] = expoet S = Supports (welded oto the reverse side for stabilizatio purposes) 1 : Weldedo floor supports recoeded Coectio sizes ø 1 4 3 8 1 2 3 4 L1 6 6 6 7.5 desigatio (orderig example) N422000 Overall legth [] Overall height [cm] Techical data per 1000 N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 N07 N N21 N28 N35 N42 N49 N N63 N 1 4 7 30 101 172 3 3 385 4 0.33 0.67 0.99 1.63 1.96 2.28 2. 2. 3. 0.88 1.76 2.64 3.54 4.42 5.32 6.20 7.08 7.98 8.86 3.94 7. 11..01 18.65 22.29.93 29.57 33.21 36.85 22 22 22 22 22 22 22 22 36 54 63 72 80 89 99 1. 1. 1. 1. 1. 1. 179 303 4 522 6 729 832 936 1040 11

Techical data Type NL horizotal N L L 1 S S 20 20 = overall height [] L = overall legth to 00 (i 100 icremets excludig boss) N = coectio spacig [] L1 = coectio boss legth [] A = surface area per module [m 2 ] V = water cotet [dm 3 ] = dry weight [] s k = radiatio percetage [%] q ms = rated water flow [/h] = expoet S = Supports (welded oto the reverse side for stabilizatio purposes) 1 : Weldedo floor supports recoeded Coectio sizes ø 1 4 3 8 1 2 3 4 L1 6 6 6 7.5 desigatio (orderig example) NL/282000 Overall legth [] Fis height [cm] Overall height [cm] Techical data for overall 1000 legths Fis N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 NL07/07 30 0.80 0.88 5.8 1. 3 NL/07 NL/ 1 1 1 101 101 1. 1.64 1.76 1.76 9.8 10.9 33 38 1. 1. 381 442 NL21/07 NL21/ NL21/21 1 172 172 172 1. 1.99 2.49 2.64 2.64 2.64.7.8.0 17 12 42 46 51 1. 1. 490 9 595 NL28/07 NL28/ NL28/21 NL28/28 1 5 3 3 3 3 1.84 2. 2.83 3.33 3.54 3.54 3.54 3.54 17.6 18.7 19.9 21.1 18 12 51 59 63 1. 1. 594 636 683 730 NL35/07 NL35/ NL35/21 NL35/28 NL35/35 1 5 3 3 3 3 3 2.33 3.00 3.67 4. 4.96 4.42 4.42 4.42 4.42 4.42 21.8.3.8.4 27.8 18 12 63 66 73 1. 1. 693 733 773 8 8 NL42/07 NL42/ NL42/21 NL42/28 NL42/35 NL42/42 4 4 4 4 4 4 1 5 385 385 385 385 385 385 2.68 3.35 4.02 4.69 5.31 5.98 5.32 5.32 5.32 5.32 5.32 5.32.7 27.2 28.7 30.3 31.7 33.2 19 12 68 71 74 77 81 83 1. 790 830 865 900 940 962 12

Techical data Type NL horizotal Techical data for overall 1000 legths (cotiued) 7 7 7 7 7 7 7 7 Fis 1 5 1 5 1 5 1 5 N 4 4 4 4 4 4 4 A m 2 3.03 3. 4.37 5.04 5.66 6.33 7.01 3.38 4.05 4.72 5.39 6.01 6.68 7.35 8.02 3.73 4.40 5.07 5.74 6.36 7.02 7. 8.37 4.08 4.75 5.42 6.08 6. 7.37 8.05 8.72 V dm 3 6.20 6.20 6.20 6.20 6.20 6.20 6.20 7.08 7.08 7.08 7.08 7.08 7.08 7.08 7.08 7.98 7.98 7.98 7.98 7.98 7.98 7.98 7.98 8.86 8.86 8.86 8.86 8.86 8.86 8.86 8.86 29.5 31.1 32.6.1 35.6 37.1 38.6 33.4.9 36.5 38.0 39.4 41.0 42.5 44.0 37.3 38.8 40.3 41.9 43.3 44.8 46.4 47.9 41.2 42.7 44.2.8 47.2 48.7.3 51.8 s k % 19 17 19 18 20 17 17 20 18 17 q ms /h 76 80 82 85 88 90 84 88 91 93 96 98 100 102 93 96 99 101 104 106 107 109 101 105 107 110 112 1 1 1 1. 1. 1. 1. Φ L = T K EN 442 885 7 958 989 1029 1051 1072 981 10 10 1081 1119 10 19 1185 1078 1120 19 1177 1208 1229 16 1180 12 18 1275 1298 17 33 14 NL49/07 NL49/ NL49/21 NL49/28 NL49/35 NL49/42 NL49/49 NL/07 NL/ NL/21 NL/28 NL/35 NL/42 NL/49 NL/ NL63/07 NL63/ NL63/21 NL63/28 NL63/35 NL63/42 NL63/49 NL63/ NL/07 NL/ NL/21 NL/28 NL/35 NL/42 NL/49 NL/

Techical data Type NLL horizotal N L L 1 20 20 = overall height [] L = overall legth to 00 (i 100 icremets excludig boss) N = coectio spacig [] L1 = coectio boss legth [] A = surface area per module [m 2 ] V = water cotet [dm 3 ] = dry weight [] s k = radiatio percetage [%] q ms = rated water flow [/h] = expoet 1 : Weldedo floor supports recoeded 40 Coectio sizes desigatio (orderig example) NLL42/072000 ø 1 4 3 8 1 2 3 4 L1 6 6 6 7.5 Overall legth [] Fis height [cm] Overall height [cm] Locatio of coectios Stadard versio Flow = frot side Retur = wall side Vet/drai = wall side Techical data for overall 1000 legths Fis N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 NLL07/07 30 1. 0.88 6.28 32 1.21 367 NLL/07 NLL/ 1 1 1 101 101 1.49 2.47 1.76 1.76 10.27 12. 44 54 1.22 1. 517 630 NLL21/07 NLL21/ NLL21/21 1 172 172 172 1.83 2.82 3.80 2.65 2.65 2.65..47 18.74 17 12 64 74 1. 1. 1. 643 742 857 NLL28/07 NLL28/ NLL28/21 NLL28/28 1 5 3 3 3 3 2.17 3. 4. 5.12 3.54 3.54 3.54 3.54 18.07 20.40 22.72.99 18 12 65 73 82 91 1. 1. 1. 758 8 957 1062 NLL35/07 NLL35/ NLL35/21 NLL35/28 NLL35/35 1 5 3 3 3 3 3 2. 3.49 4.48 5.47 6.38 4.43 4.43 4.43 4.43 4.43 21.95.27.59 28.91 31.02 18 12 75 83 91 100 107 1. 1. 868 965 1062 19 12

Techical data Type NLL horizotal Techical data for overall 1000 legths (cotiued) 4 4 4 4 4 4 7 7 7 7 7 7 7 7 Fis 1 5 1 5 1 5 1 5 1 5 1 5 1 5 N 385 385 385 385 385 385 4 4 4 4 4 4 4 740 740 740 740 740 740 740 811 811 811 811 811 811 811 A m 2 2.84 3.83 4.82 5.81 6.72 7.71 3.18 4.17 5. 6. 7.06 8.05 9.05 3.52 4. 5.49 6.48 7.40 8.39 9.39 10.37 3.85 4.84 5.83 6.82 7.74 8.73 9.73 10.72 4.19 5.18 6.17 7. 8.08 9.06 10.07 11.06 5.67 6.78 7.89 8.93 10.03 11.17 12.28 6. 7. 8.80 10.00 1 12.58.86 V dm 3 5.31 5.31 5.31 5.31 5.31 5.31 6.20 6.20 6.20 6.20 6.20 6.20 6.20 7.09 7.09 7.09 7.09 7.09 7.09 7.09 7.09 7.98 7.98 7.98 7.98 7.98 7.98 7.98 7.98 8.86 8.86 8.86 8.86 8.86 8.86 8.86 8.86 9.74 9.74 9.74 9.74 9.74 9.74 9.74 10.62 10.62 10.62 10.62 10.62 10.62 10.62.82 28. 30.47 32.79.94 37.22 29. 32.02. 36.66 38.81 41. 43. 33.57 35.89 38.21 40.54 42.69.01 47.37 49.64 37.44 39.77 42.09 44.41 46. 48.89 51.. 4 43.64.96 48.29.44 52.76.12 57.44 48.40..00.20 57. 59.90 62.20 52. 54.80 57.10 59.30 61. 63.90 66.30 s k % 19 12 19 17 19 18 20 17 17 20 18 17 17 17 q ms /h 84 93 101 109 117 122 93 102 110 118 1 1 7 102 112 120 127 5 0 1 1 112 121 129 7 3 9 4 8 121 0 9 6 2 8 3 6 0 8 1 1 6 171 174 9 7 4 9 175 179 182 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. Φ L = T K EN 442 974 1076 11 1080 1187 1281 61 29 90 1188 1297 80 33 17 1298 07 90 67 1735 1793 1843 09 12 99 1769 1835 1891 1936 1719 1804 18 19 1988 2029 1731 18 1904 19 2031 2082 2 NLL42/07 NLL42/ NLL42/21 NLL42/28 NLL42/35 NLL42/42 NLL49/07 NLL49/ NLL49/21 NLL49/28 NLL49/35 NLL49/42 NLL49/49 NLL/07 NLL/ NLL/21 NLL/28 NLL/35 NLL/42 NLL/49 NLL/ NLL63/07 NLL63/ NLL63/21 NLL63/28 NLL63/35 NLL63/42 NLL63/49 NLL63/ NLL/07 NLL/ NLL/21 NLL/28 NLL/35 NLL/42 NLL/49 NLL/ NLL77/ NLL77/21 NLL77/28 NLL77/35 NLL77/42 NLL77/49 NLL77/ NLL84/ NLL84/21 NLL84/28 NLL84/35 NLL84/42 NLL84/49 NLL84/ 17

Techical data Type NLLL horizotal N L L 1 20 20 = overall height [] L = overall legth to 00 (i 100 icremets excludig boss) N = coectio spacig [] L1 = coectio boss legth [] A = surface area per module [m 2 ] V = water cotet [dm 3 ] = dry weight [] s k = radiatio percetage [%] q ms = rated water flow [/h] = expoet 1 : Weldedo floor supports recoeded 128 40 62 Coectio sizes desigatio (orderig example) NLLL42/072000 ø 1 4 3 8 1 2 3 4 L1 6 6 6 7.5 Overall legth [] Fis height [cm] Overall height [cm] Locatio of coectios Stadard versio Flow = frot side Retur = wall side Vet/drai = wall side Techical data for overall 1000 legths Fis N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 NLLL07/07 30 1.58 0.88 7.54 39 1.20 2 NLLL/07 NLLL/ 1 1 1 101 101 1. 3.40 1.76 1.76 11..93 18 12 51 66 1.21 1. 588 763 NLLL21/07 NLLL21/ NLLL21/21 1 172 172 172 2. 3.74 5. 2.65 2.65 2.65.32 18.84 22.31 18 12 61 74 89 1.22 1. 1. 710 862 1037 NLLL28/07 NLLL28/ NLLL28/21 NLLL28/28 1 5 3 3 3 3 2.59 4.08 5.57 7.05 3.54 3.54 3.54 3.54 19. 22.76.28 29.76 18 11 71 83 97 110 1. 1. 1. 8 968 11 1281 NLLL35/07 NLLL35/ NLLL35/21 NLLL35/28 NLLL35/35 1 5 3 3 3 3 3 2.93 4.42 5.90 7.39 8.77 4.43 4.43 4.43 4.43 4.43.12.64 30. 33.66 36.89 19 12 11 80 93 105 118 129 1. 1. 933 1079 12 69 18

17 Techical data Type NLLL horizotal Techical data for overall 1000 legths (cotiued) 4 4 4 4 4 4 7 7 7 7 7 7 7 7 N Fis 385 385 385 385 385 385 4 4 4 4 4 4 4 740 740 740 740 740 740 740 811 811 811 811 811 811 811 1 5 1 5 1 5 1 5 1 5 1 5 1 5 A m 2 3.27 4.75 6. 7.73 9.11 10.59 3. 5.09 6.58 8.07 9. 10.93 12.44 3.94 5.43 6. 8.40 9.78 1 12.78.27 4.28 5.77 7. 8.74 10.12 11.61.12. 4.62 6.10 7.59 9.08 10.46 11.95..94 5.67 6.78 7.89 8. 10.03 11.17 12.28 6. 7. 8.80 10.00 1 12.58.86 V dm 3 5.31 5.31 5.31 5.31 5.31 5.31 6.20 6.20 6.20 6.20 6.20 6.20 6.20 7.09 7.09 7.09 7.09 7.09 7.09 7.09 7.09 7.98 7.98 7.98 7.98 7.98 7.98 7.98 7.98 8.86 8.86 8.86 8.86 8.86 8.86 8.86 8.86 9.74 9.74 9.74 9.74 9.74 9.74 9.74 10.62 10.62 10.62 10.62 10.62 10.62 10.62 27.00 30.51.03 37.54 40.80 44.27 30.87.39 37.9 41.41 44.67 48.18 51.71.75 38. 41.77.29 48. 52.06.62 59.10 38.62 42..65 49. 52.42.93 59. 63.01 42. 46.01 49.52.04.29 59.81 63.37 66.89 48.40..00.20 57. 59.90 62.20 52. 54.80 57.10 59.30 61. 63.90 66.30 s k % 19 12 11 19 17 12 11 20 17 12 12 20 18 12 20 18 17 17 17 q ms /h 90 103 1 1 9 7 99 1 1 6 8 7 4 109 1 5 6 8 6 174 181 119 3 1 7 7 175 183 189 129 3 1 7 176 185 191 197 1 6 177 185 193 200 205 2 175 186 194 202 208 2 1. 1. 1. 1. 1. 1.35 1. 1.35 1.35 1. 1.35 1. 1.35 Φ L = T K EN 442 1042 1193 33 71 1711 11 10 83 17 18 1910 28 12 1833 1933 2020 2109 82 47 18 1941 2041 21 2200 99 64 1811 1942 2048 26 2227 2291 1778 19 20 28 82 1889 2033 28 28 28 21 73 NLLL42/07 NLLL42/ NLLL42/21 NLLL42/28 NLLL42/35 NLLL42/42 NLLL49/07 NLLL49/ NLLL49/21 NLLL49/28 NLLL49/35 NLLL49/42 NLLL49/49 NLLL/07 NLLL/ NLLL/21 NLLL/28 NLLL/35 NLLL/42 NLLL/49 NLLL/ NLLL63/07 NLLL63/ NLLL63/21 NLLL63/28 NLLL63/35 NLLL63/42 NLLL63/49 NLLL63/ NLLL/07 NLLL/ NLLL/21 NLLL/28 NLLL/35 NLLL/42 NLLL/49 NLLL/ NLLL77/ NLLL77/21 NLLL77/28 NLLL77/35 NLLL77/42 NLLL77/49 NLLL77/ NLLL84/ NLLL84/21 NLLL84/28 NLLL84/35 NLLL84/42 NLLL84/49 NLLL84/ 19

Techical data Type NLLS / NLL horizotal N L L 1 20 20 = overall height [] L = overall legth to 00 (i 100 icremets excludig boss) T1 = model LLS, 80 overall depth T2 = model LL, overall depth 108 N = coectio spacig [] L1 = coectio boss legth [] A = surface area per module [m 2 ] V = water cotet [dm 3 ] = dry weight [] s k = radiatio percetage [%] q ms = rated water flow [/h] = expoet 80 108 1 : Weldedo floor supports recoeded NLLS NLL desigatio (orderig example) NLLS28/282000 Overall legth [] Fis height [cm] Overall height [cm] desigatio (orderig example) NLL28/282000 Overall legth [] Fis height [cm] Overall height [cm] Coectio sizes ø 1 4 3 8 1 2 3 4 L1 6 6 6 7.5 s NLLS ad NLL with fis o both sides led themselves especially well to istallatios i floor ducts or behid ecasemets. They are a iexpesive alterative to radiavectors. Techical data per 1000 Types Fis N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 NLLS07/07 NLLS/ NLLS21/21 NLLS28/28 NLLS35/35 NLLS42/42 NLLS49/49 NLLS/ 1 4 7 1 5 30 101 172 3 3 385 4 1.0 2.2 3.3 4.5 5.1 6.1 7.1 8.1 0.4 0.9 1.3 1.8 2.2 2.6 3.1 3.5 4.5 8.8.0 17.4 22.4.8 31.3 35.8 19 17 41 67 77 87 95 103 1.22 1. 1. 282 475 636 776 900 1010 1110 1199 NLL07/07 NLL/ NLL21/21 NLL28/28 NLL35/35 NLL42/42 NLL49/49 NLL/ 1 4 7 1 5 30 101 172 3 3 385 4 1.3 2.8 4.3 5.8 6.5 7.7 9.0 10.3 0.4 0.9 1.3 1.8 2.2 2.6 3.1 3.5 5.1 10.1.1 20.2.3 30.3 35.4 40.4 61 75 87 98 107 1 1.19 1.21 1. 1. 304 5 7 868 1009 11 16 18 20

Techical data Type NLLLLS horizotal N L L 1 20 20 = height [] L = legth from to 00 (icremets 100 ) T = depth 4 N = distace betwee coectios [] L1 = coectio legth [] A = surface area [m 2 ] V = volume [dm 3 ] = dry weight [] q ms = omial mass flow [/h] = expoet = omial heat emissio [s] Φ S 4 62 1 : Weldedo floor supports recoeded 62 desigatio (orderig example) NLLLLS28/280 Legth [] eight of fi [cm] eight of pael [cm] Type The paels types NLLLLS with fis o both sides are specially recoeded for istallatio with Low Surface Temperature (frot covers) or i floor ducts. They are ot suitable for uprotected applicatios. Coectio sizes ø 1 4 3 8 1 2 3 4 L1 6 6 6 7.5 Techical data per 1000 Types Fis N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 NLLLLS07/07 NLLLLS/ NLLLLS21/21 NLLLLS28/28 NLLLLS35/35 NLLLLS42/42 NLLLLS49/49 NLLLLS/ 1 4 7 1 5 30 101 172 3 3 385 4 2.0 4.0 6.1 8.1 10.1 12.1.1.2 0.9 1.8 2.6 3.5 4.4 5.3 6.2 7.0 8.9 17.9.8 35.8 44.7.6 62.6 71.5 21 19 22 19 27 47 80 108 1 2 171 187 202 1.21 1. 1. 1. 547 930 11 28 1772 1988 2180 51 19 21

Techical data Overall legths L i for vertical pael radiators Number vertical NV NV NVL NVL100 NVL0 NVL180 elemets NVV4SR NVL80 NVL120 NVL1 NVL200 NVL220 NVL0 L = [] L = [] L = [] L = [] L = [] L = [] 1 2 1 3 4 5 6 4 4 4 4 4 4 7 8 7 7 7 7 7 7 9 10 11 (4SR) 12 (4SR) 2 2 (4SR) 2 2 2 993 993 (4SR) 993 993 993 1064 1064 (4SR) 1064 1064 1064 15 15 (4SR) 15 15 15 17 1206 1206 (4SR) 1206 1206 1206 18 1277 1277 (4SR) 1277 1277 19 18 18 (4SR) 18 18 20 19 19 (4SR) 19 19 21 90 90 (4SR) 90 90 22 11 11 (4SR) 11 11 32 32 (4SR) 32 13 13 (4SR) 13 Overlegths o request 4SR = 4 collectors 20 22

Techical data Type NV vertical L L 1 S N = overall height[] L = overall legth to 13 N = coectio spacig [] N1 = coectio dimesio [] L1 = coectio boss legth [] A = surface area per module [m 2 ] V = water cotet [dm 3 ] = dry weight [] s k = radiatio percetage [%] q ms = rated water flow [/h] = expoet S = supports welded oto reverse side for stabilizig purposes N 1 N 1 Locatio of coectios Stadard coectios 3 8, 1 2, 3 4 = N1 coectio dimesio 20 Coectio sizes ø 1 4 3 8 1 2 3 4 L1 desigatio (orderig example) NV2008 Overall legth [] Overall height [cm] Techical data per flat oval tube N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 NV NV80 NV100 NV120 NV0 NV1 NV180 NV200 NV220 NV0 NV2 NV280 NV300 NV320 NV0 NV3 NV380 NV NV420 NV440 NV4 0 800 1000 1 10 1800 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 2 732 932 12 32 12 1732 1932 22 32 32 2732 2932 32 3332 32 3732 3932 42 4332 32 0.11 0. 0.17 0.20 0. 0. 0.29 0.32 0.35 0.38 0.41 0. 0.48 0.51 0.54 0.57 0. 0.63 0.66 0.69 0.72 0.31 0.38 0.44 0.51 0.58 0.65 0.71 0.78 0.85 0.91 0.98 1.05 1.12 1.18 1. 1.39 1. 1.52 1.59 1.66 1. 1.61 1.95 2.28 2.62 2.98 3.31 3.65 4.01 4. 4.67 5.03 5.37 5. 6.03 6.40 6.73 7.07 7.40 7.76 8.09 33 33 33 33 33 33 33 33 33 4 5 6 8 9 10 11 12 18 19 20 21 28 29 46 74 88 102 1 0 1 1 176 191 208 2 3 8 2 277 291 306 320 335 21

Techical data Type NVL vertical L L 1 N = overall height[] L = overall legth to 13 N = coectio spacig [] N1 = coectio dimesio [] L1 = coectio boss legth [] A = surface area per module [m 2 ] V = water cotet [dm 3 ] = dry weight [] s k = radiatio percetage [%] q ms = rated water flow [/h] = expoet N 1 N 1 58 Locatio of coectios Stadard coectios 3 8, 1 2, 3 4 = N1 coectio dimesio 20 Coectio sizes ø 1 4 3 8 1 2 3 4 L1 desigatio (orderig example) NVL2008 Overall legth [] Overall height [cm] Techical data per flat oval tube N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 NVL NVL80 NVL100 NVL120 NVL0 NVL1 NVL180 NVL200 NVL220 NVL0 0 800 1000 1 10 1800 2000 2200 2 2 732 932 12 32 12 1732 1932 22 32 0.28 0.32 0.52 0. 0.75 0.79 0.98 1.02 1.05 1.09 0.31 0.38 0.44 0.51 0.58 0.65 0.71 0.78 0.85 0.91 1. 2.08 2.82 3.17 3. 4.29 5.04 5.39 5.76 6.12 27 28 6 8 9 10 12 17 19 71 88 105 121 7 1 9 185 201 217 22

Techical data Type NVV vertical L L 1 S N = overall height[] L = overall legth to N = coectio spacig [] N1 = coectio dimesio [] L1 = coectio boss legth [] A = surface area per module [m 2 ] V = water cotet [dm 3 ] = dry weight [] s k = radiatio percetage [%] q ms = rated water flow [/h] = expoet S = supports welded oto reverse side for stabilizig purposes N 1 N 1 S Locatio of coectios Stadard coectios 3 8, 1 2, 3 4 = N1 coectio dimesio 20 Coectio sizes ø 1 4 3 8 1 2 3 4 L1 desigatio (orderig example) NVV2008 Overall legth [] Overall height [cm] Techical data per flat oval tube N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 NVV NVV80 NVV100 NVV120 NVV0 NVV1 NVV180 NVV200 NVV220 NVV0 NVV2 NVV280 NVV300 NVV320 NVV0 NVV3 NVV380 NVV NVV420 NVV440 NVV4 0 800 1000 1 10 1800 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 2 732 932 12 32 12 1732 1932 22 32 32 2732 2932 32 3332 32 3732 3932 42 4332 32 0.20 0. 0.32 0.38 0.44 0. 0. 0.62 0.68 0.74 0.80 0.86 0. 0.98 1.04 1.11 1.17 1. 1.35 1.41 0.51 0. 0.78 0.91 1.05 1.18 1. 1.59 1.72 1.86 1.99 2. 2. 2.40 2. 2.67 2.80 2.93 3.07 3.20 2. 2.95 3.62 4.29 4.96 5.66 6.32 6.99 7.69 8.35 9.02 9.71 10.38 11.05 11.72 12.42.09.76.43.12.79 6 7 9 11 18 19 21 27 29 31 32 35 37 38 1. 1. 67 87 107 127 7 6 185 205 2 3 2 281 300 318 336 3 373 3 410 428 447

Techical data Type NVV4SR vertical L L 1 N = overall height[] L = overall legth to 13 N = coectio spacig [] N1 = coectio dimesio [] L1 = coectio boss legth [] A = surface area per module [m 2 ] V = water cotet [dm 3 ] = dry weight [] s k = radiatio percetage [%] q ms = rated water flow [/h] = expoet N 1 N 1 Locatio of coectios Stadard coectios 3 8, 1 2, 3 4 = N1 coectio dimesio 20 Coectio sizes ø 1 4 3 8 1 2 3 4 L1 desigatio (orderig example) NVV4SR2008 Overall legth [] Overall height [cm] 4 collectors Techical data per flat oval tube N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 NVV04SR NVV0804SR NVV1004SR NVV1204SR NVV04SR NVVSR NVV1804SR NVV2004SR NVV2204SR NVV04SR NVVSR NVV2804SR NVV3004SR NVV3204SR NVV04SR NVVSR NVV3804SR NVV4SR NVV4204SR NVV4404SR NVV44SR 0 800 1000 1 10 1800 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 2 732 932 12 32 12 1732 1932 22 32 32 2732 2932 32 3332 32 3732 3932 42 4332 32 0.22 0.28 0. 0.40 0.46 0.52 0.58 0.64 0. 0.76 0.82 0.90 0.96 1.02 1.08 1. 1.20 1. 1.38 1.44 0.62 0.76 0.88 1.02 1. 1.42 1. 1. 1.82 1.96 2.10 2. 2.36 2. 2.64 2.78 2.90 3.04 3.18 3.32 2.5 3.2 3.9 4.6 5.2 6.0 6.6 7.3 8.0 8.7 9.3 10.1 10.7 11.4 12.1 12.8.5.1.8.5.2 7 9 10 12 18 20 21 27 29 31 33 36 38 40 42 44 79 100 121 1 2 184 205 227 9 272 295 318 3 357 378 421 443 464 486 7

Techical data Type NVLV vertical L L 1 N = overall height[] L = overall legth to 13 N = coectio spacig [] N1 = coectio dimesio [] L1 = coectio boss legth [] A = surface area per module [m 2 ] V = water cotet [dm 3 ] = dry weight [] s k = radiatio percetage [%] q ms = rated water flow [/h] = expoet N 1 N 1 110 Locatio of coectios Stadard coectios 3 8, 1 2, 3 4 = N1 coectio dimesio 20 Coectio sizes ø 1 4 3 8 1 2 3 4 L1 desigatio (orderig example) NVLV2008 Overall legth [] Overall height [cm] Techical data per flat oval tube N A m 2 V dm 3 s k % q ms /h Φ L = T K EN 442 NVLV NVLV80 NVLV100 NVLV120 NVLV0 NVLV1 NVLV180 NVLV200 NVLV220 NVLV0 0 800 1000 1 10 1800 2000 2200 2 2 732 932 12 32 12 1732 1932 22 32 0.39 0.46 0.69 0.75 0.98 1.05 1. 1.4 1.47 0.62 0.76 0.88 1.02 1. 1.3 1.42 1. 1.7 1.82 2.96 3.69 4.77 5. 6.54 7.27 8.35 9.04 9.77 10.46 27 28 8 10 12 17 19 22 27 1. 1.35 1.35 1.35 1.35 1.35 1.35 96 120 4 9 222 1 273 295 3 27

Pressure loss iimum water flow q m mi. mi. The techical data table gives the rated flow q ms for each model. The effective water flow q m should ot ormally be less tha 20% of the rated flow q ms for horizotal pael radiators or 17% for the vertical models. Pressure drop p (icl. flow ad retur resistace losses) The pressure drop p betwee flow ad retur of a depeds o the model ad o the effective water flow q m. p is calculated usig the formula p = q m 1,91 c. Obtai factor c from table below. Pressure drop for seriescoected pael radiators Because the baffle arragemet is differet to that of the idividually coected pael radiators, attetio should be draw to the followig flow requiremets: iimum water flow q m mi. : orizotal cofiguratio: 20 % of q ms Vertical cofiguratio: 17 % of q ms Pressure drop: Flow ad retur resistace per pael radiator ζ = 4.0 (the iteral resistace ca be eglected) plus the pressure drop due to the couplig pipes. Δp = q m 1,91 c Δp = [Pa] q m = [/h] c = factor 1,91 = costat N, NL, NLLS, NLL N, NLL, NL, NLLL, NLLLLS N, NL, NLLS, NLL N, NLL, NLLL, NL, NLLLLS N, NL, NLLS, NLL N, NLL, NLLL, NL, NLLLLS Overall height Factor c 1 4 7 2 993 1064 15 1206 1277 18 19 90 11 32 13 0,0748 0,24 0,3741 0,57 0,0199 0,0596 0,0994 0,91 0,96 0,2993 0,4489 0,0397 0,0795 0,11 0,0199 0,0596 0,0994 0,91 0,0397 0,0795 0,11 NV, NVL NVLV, NVV, NVV4SR NV, NVL NVLV, NVV, NVV4SR NV, NVL NVLV, NVV, NVV4SR Overall height Factor c 0 to 40 0,0073 0,0073 0,0073 0,0073 0,96 0,0397 28

Coectio possibilities pael radiators operate i the forced flow mode ad are fitted with the ecessary baffles at the factory. They must therefore be coected as ordered i accordace with the followig drawigs. Normal coectios whe used with sigle etry coectios (price supplemet) Techical data cocerig the operatio of the pael radiators with various valve types will be supplied o request. i. overall height: 0 1 2 20 3 4 * * 1 2 10 3 4 1 2 30 3 4 * * 1 2 10 3 4 Flow always outside Coectios whe used with twopipe systems Types horizotal Stadard coectios 1 4 ", 3 8", 1 2", 3 4": 1 2 12 3 4 1 2 7610 3 4 1 2 3 4 1 2 7210 3 4 1 2 3 4 * (Not possible with models N07, N07, NL07/07, NLLS07/07, NL07/07, NLL07/07) 1 2 35 3 4 * * 1 3 1 2 10 4 2 95 3 4 1 2 8310 3 4 * 1 2 6210 3 4 * * vet madatory price supplemet 29 27

Coectio possibilities Locatios of coectios o double pael radiators Stadard cofiguratio (see drawigs) flow= frot side retur = wall side vet/drai (x) = wall side Types NLL ad NLLL Coectios o same ed: Types NVLV ad NVV4SR Coectios o opposite eds: Types vertical Stadard coectios 1 4 ", 3 8", 1 2", 3 4": 1 3 1 3 1 3 1 3 1 3 * * 1 3 12 7610 7210 6210 2 4 2 4 2 4 2 4 2 4 2 4 1 3 35 * * 1 3 10 1 3 9806 1 3 8902 1 3 33 * * 1 3 10 2 4 2 4 2 4 ** 2 4 ** 2 4 2 4 N = 5 0 m m N = 5 0 m m *V et madatory ** Drai madatory Price supplemet 28 30

Seriescoected pael radiators Basic priciples Techically, seriescoected radiators ca be regarded as a sigle radiator. Use the couplig umbers below whe orderig seriescoected horizotal pael radiators. I the case of double pael radiators, the couplig pipes are o the wall side, the flow pipe o the frot side ad the retur pipe o the wall side. Lik pipig The idividual flow resistaces of the couplig pipes of each radiator of the series must ot be excessive. These pipes should at least be oe size larger tha the flow ad retur pipes. The recoeded couplig size is: 3 4". Coectios o opposite eds The overall legth of the etire series is limited to max. 18 m (with max. 5 radiators). Sameside coectio The overall legth of the etire series is limited to a maximum of 12 metres (cosistig of a maximum of 3 radiator uits). Flow o left: 19 20 21 * * ** Flow o left: * * ** 1 2 3 *** *** 10 11 12 * * * ** 10 11 12 19 20 21 ** Flow o right: * ** 40 41 42 * Flow o right: * * * * * 22 *** *** 31 32 33 ** ** ** 40 41 42 31 32 33 ** Vertical coectio The overall legth of the etire series is limited to a maximum of 18 metres (cosistig of a maximum of 5 radiator uits). Flow o left: 11 * ** Flow o right: * ** 32 36 * * 11 ** ** 32 36 * Vet madatory ** Drai madatory *** Baffle Baffle 100% watertight (price supplemet) 29 31

Fixig possibilities orizotal cofiguratio (stadard) Drawig: view from the rear (dimesios i, toleraces of fixig poits ± 5 ) Types N, N; NLL, NL 1 8 20 18 71 110 18 18 * = L = 10 1 = = 1 40 L = 10 30 1 = = 1 L = 30 00 1 = = = 1 * =1 L = 10 1 = = 1 40 L = 10 30 1 = = 1 L = 30 00 1 = = = 1 L = 10 L = 10 30 L = 30 00 = 9 1 1 40 1 = = 1 1 = = = 1 * Weldedo foot supports recoeded 30 32

Fixig possibilities Types NL, NLLS; NLL, NLLL, NLLLLS 65 128 8 = L = 10 1 1 57 L = 10 30 1 = = 1 L = 30 00 1 = = = 1 = 1 L = 10 1 = 1 L = 10 30 1 = = 1 40 L = 30 00 1 = = = 1 = 7 L = 10 1 1 40 L = 10 30 1 = = 1 L = 30 00 1 = = = 1 = 1 L = 10 1 = = 1 40 L = 10 30 1 = = 1 40 L = 30 00 1 = = = 1 L = 10 L = 10 30 = 40 46 128 1 8 2 2 2 * * L = 30 00 1 1 40 1 = = 1 1 = = = 1 Type NL Up to overall height = fi depth 36 From overall height = fi depth * Weldedo foot supports recoeded 31 33

Fixig possibilities Vertical cofiguratio (stadard) Drawig: view from the rear (dimesios i ) Types NV, NVV, NVV4SR, NVLV 106 106 L= L=1 L= L= L= 9 106 106 106 106 Type NVL 106 106 48 48 L=1 L= 13 32

Coectio dimesios ad bracket iformatio A assembly kit cosistig of the required umber of brackets is shipped together with the radiator. Type Distace from frot of radiator to bracket Bracket dimesios Type From frot of radiator to cetre of coectios Radiator depth From back of radiator to wall From wall to cetre of coectios From frot of radiator to wall P T D D1 D2 N NL NL N NL NLL NLLL NLLS NLL NLLLLS 59 109 129 81 109 5 CVD2 CVD1 CVD0 10 CVD0 10 CVD0 10 CVD0 10 CVD0 10 CVD1 CVD0 10 CVD0 10 66 R F 66 R F 64 82 62/102 128 80 108 4 9 27 27 27 11 11 11 44 44 44 54 54 54 R 94 F 73 R 1 F 44 44 73/1 69 80 80 119 9 106 119 175 NV NVL NVV NVV4SR NVLV 59 109 127 CVD2 CVD0 10 CVD0 10 CVD0 10 CVD0 10 66 R F 84 R F 58 110 11 27 27 27 44 44 54 54 R 94 F 54 R 111 F 69 80 119 7 Leged: P = Bracket dimesios R = retur F = flow CVD0 CVD1 CVD2 D2 27 10 27 10 27 D 9 21 30 30 10 D1 33 35

Welded o feet A special versio is also available with welded o support legs. The leg assemblies must be ordered together with the radiators. The various orderig codes are listed below. From a stability poit of view, welded o feet are suitable for a freestadig Zehder Nova assembly of up to aroud 0. The floor characteristics ad the radiator dimesios ifluece the stability of the costructio. I case of more demadig requiremets, a upper fixatio must be fitted. Fixed tubular foot Versio: Applicatio: 30 ø tube welded oto base plate 120xx5, matchig the radiator s colours For all s Descriptio Distace from floor Order code Fixed tubular foot 100 Field = Fixed tubular foot 120 Field = Fixed tubular foot Special dimesio Field = Adjustable tubular foot Versio: Applicatio: 30 ø sleeve, L = 105, welded oto radiator, clamp screws to the rear, ø tube, welded oto base plate 120 x x 5, delivered loose. atchig radiator s colours. For all s Descriptio Distace from floor Order code Adjustable tubular foot 100 1 Field = Adjustable tubular foot 1 200 Field = 17 Adjustable tubular foot 200 2 Field = 18 Adjustable tubular foot Special dimesios Field = 19 Base plate cover As a cover for the base plate, dimesios 1 x 73 x 20, made of paited steel. The foot opeig is recessed to the rear, allowig the optio of moutig later. Foot cover for tubular foot with base plate 120 x Desigatio Descriptio Art. N Art. N RAL 90 Special colour Cover Sigle uit 71 79 1 x 73 x 20 36

RAF pael radiators / RAF coectios RAF pael radiators This type of radiator has bee developed to bled with moder buildig methods. All fixig, pipe ad valve coectios ca be cocealed uder the raised access floor. Oly the fuctioal pael radiator ad the two headers are visible. These smooth lies make it easy to clea ad very attractive, particularly if it is free stadig i frot of glazig. This rage of radiators has bee developed with the desiger i mid. There are a umber of variatios to the basic model that ca be selected, eablig the radiator to fit ito the desig ad fuctio of the buildig. RAF pael radiators are also available for wall fixig with stadard brackets, ad without base plates o the exteded headers. RAF (Raised Access Floor) coectios Exteded header tube (30 diameter) with floor fixig base plate. Recoeded positio of coectios: Ier or outer surface of exteded header, with coectios ot higher tha 35 from the base, to avoid deadwater area at base of feet. Coectios higher tha 35 above base plate available at extra cost. Coectios o frot or back face of exteded header available at extra cost. For radiator greater tha 10 log, additioal (adjustable) feet will be required. Please ote: The aligmet of the additioal itermediate feet will differ from the exteded header RAF feet. 1 6 6 2 4 5 4 3 1/ 2 1/ 2 slight recess ➀ ➁ ➂ ➃ ➄ ➅ Legth: 0 to maximum of 3000 eight: to maximum of 0 eight of RAF feet: aximum of 0 Exteded headers: 30 diameter Base Plate: 120 x x 2 Paels with heights of 420 to 0 eed 2 additioal wall brackets at the top (refer to catalogue) 35 37

completto Stadard maufacture icludes Paited to RAL 90 fiish Itegrated valve body, ready for istallatio Suitable for use with ay 30 x 1.5 TRV head AV6 valve, presettig (Ovetrop or Dafoss RA 2000) 2 x 1 / 2 coectios, distaces 1 / 2 air vet coectio 4.5 bar maximum operatig pressure 120 ºC maximum operatig temperature Ovetrop orizotal Nova completto orizotal Nova completto with coectios at left had side (stadard productio). N NL N/NLL NLLL 1/2" iteral thread R V 128 Nova completto with middle coectios (light type) N NL N/RLL NLLL 1/2" iteral thread R V 128 Vertical Nova completto with coectios at left had side (stadard productio). NV NVL NVV 118* 2 3 4 Pressure drop: The maximum mass flow for this model is 200 l/h. 30 V R Iegew. R 1/2" 58 36 38

Special versios Curved cofiguratios Iside radius Rmi. = 10, Outside radius Rmi. = 800 (available for models N, NL ad NLL up to tubes) Please supply drawig with order. R K WA R WA K Iside radius Outside radius Agled cofiguratios Pael radiators with several agles ca be supplied (max. 3 or 4 agles, available for all models). Please supply drawig with order. L 3 L 2 2 Iteral agle Iteral agle L 2 K WA L 1 WA L 2 WA L 1 L 1 K Exteral agle K 1 Exteral agle Cover grilles ad lateral cover plates Cover grilles ca be supplied for horizotal models N, NL, N, NL ad NLL. Lateral cover plates ca be supplied for all vertical models. Cover grilles (ca exted over or before header tubes) Lateral cover plates are either welded o or iserted with sprig clips (depedat o model). Importat: Take trasportability ito accout! Special cofiguratios o request! K = Pael radiator WA = Distace from wall [] R = Wall radius [] α, α1, α2 = Wall agles [ ] L1, L2, L3 = Legth [] 37 39

38 eat emissio / techical data per metre Overall height = Φ L = ΔT K EN 442 (SN 384.) N 07 1. 1.22 80 1.22 108 1.19 218 1.21 1. 1. 1.21 128 1.20 NL 07/07 NLLS 07/07 NLL 07/07 NLLLLS 07/07 N 07/07 NL 07/07 NLL 07/07 NLLL 07/07 od. T Lam. 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 42 63 74 84 95 105 1 1 7 7 8 8 179 189 200 210 1 2 273 294 3 336 357 378 399 420 441 462 483 4 5 546 7 588 9 630 48 72 84 97 109 121 3 1 7 9 181 193 205 217 229 1 6 290 3 338 362 386 410 435 9 483 7 1 5 579 4 628 652 676 0 7 66 79 105 118 1 1 8 171 184 197 210 2 7 2 3 289 3 2 368 394 420 447 473 499 5 2 578 4 631 657 683 710 736 762 788 78 97 1 6 1 175 194 2 3 2 272 291 310 9 369 388 427 466 4 543 582 621 6 698 737 776 8 854 8 931 9 1009 1048 1086 11 14 89 111 1 1 178 200 2 2 7 290 312 3 3 379 401 4 446 490 5 579 6 668 7 757 802 847 891 936 980 10 1069 11 18 1203 17 12 37 97 121 1 1 194 218 2 7 291 3 339 363 388 412 436 4 485 3 582 630 679 727 775 8 872 1 969 1018 1066 11 1 12 09 57 05 1 1 9 197 2 4 282 310 338 367 395 4 1 479 8 6 4 620 677 733 790 846 902 959 10 1072 1128 1184 11 1297 1 10 66 79 36 0 2 194 227 9 291 3 3 389 421 3 486 518 5 583 6 648 712 777 842 907 971 1036 1101 16 10 1295 90 19 84 1749 18 1878 1943 1 176 211 7 282 317 352 387 4 8 493 528 4 599 6 4 775 8 9 986 1057 1127 1198 18 39 09 79 20 91 1761 1832 1902 1973 2043 21 122 2 182 2 3 274 304 3 365 395 4 4 486 517 547 578 8 730 790 912 973 10 1094 11 12 1277 38 98 19 20 81 42 12 1763 18 9 174 209 4 278 3 8 383 417 2 487 522 7 591 6 661 696 765 835 905 974 1044 11 1183 12 22 61 11 10 1739 1809 1879 1948 2018 2087 1 189 227 4 302 0 378 4 3 491 529 6 4 642 680 718 7 831 906 982 1057 13 1209 1284 35 11 86 62 1737 18 1888 1964 2039 21 2190 26 219 274 328 383 438 4 547 2 6 711 766 821 875 930 985 1039 1094 1203 22 12 41 17 18 1 3 376 439 2 5 627 690 7 8 878 941 1004 1067 1129 11 12 80 31 1757 1882 2008 23 273 1 409 477 546 6 682 7 818 887 9 10 1091 19 1228 1296 64 10 37 1773 1910 2046 2182 19 72 90 107 1 3 1 179 197 2 3 1 9 286 304 322 0 358 394 430 465 1 7 573 9 644 680 7 752 788 8 859 895 931 967 1002 1038 1074 82 103 1 4 5 185 206 227 7 8 288 309 3 371 391 412 3 494 6 577 618 659 0 742 783 8 865 906 948 989 1030 1071 1112 14 1 16 90 112 5 7 180 202 2 7 9 2 3 337 359 381 404 4 449 494 9 583 628 673 718 763 808 8 898 943 987 1032 1077 1122 17 1 17 02 16 105 2 8 184 210 7 3 289 3 2 368 395 421 447 473 0 5 579 631 684 736 789 842 894 947 999 1052 1105 17 1210 12 68 20 73 78 121 1 182 2 272 303 333 363 393 4 4 484 5 5 575 5 666 7 787 848 908 969 1029 1090 11 1211 1271 32 74 95 17 18 2 5 198 1 4 297 363 396 429 462 495 528 1 593 6 659 7 791 857 3 989 10 1121 1187 19 85 11 17 83 49 17 1 1846 1912 1978 1 188 2 3 301 338 376 4 1 489 5 4 2 639 677 7 752 827 902 978 10 1128 1203 1278 1 29 79 54 1730 1805 1880 19 2030 2106 2181 22 173 2 9 302 3 388 431 474 518 1 4 647 690 733 776 819 863 949 1035 1121 1208 1294 80 66 39 17 1811 1898 1984 20 21 23 29 21 88 188 2 281 328 375 422 469 5 3 9 6 3 7 797 844 891 938 1031 11 1219 06 10 94 88 1781 1875 1969 2063 27 22 38 32 2719 28 181 2 271 3 362 407 2 497 542 588 633 678 7 768 8 859 904 994 1085 1175 46 17 27 1718 1808 1898 1989 2079 21 22 41 31 22 2712 207 9 311 362 4 466 518 5 621 673 7 777 829 880 932 984 1036 19 13 16 57 1761 1864 1968 2071 2175 2279 82 86 89 93 2796 2900 3004 3107 2 281 338 394 4 6 3 619 675 731 788 844 900 9 10 1069 11 18 63 75 88 1800 19 20 28 22 63 75 88 20 28 29 3038 31 33 3375 Legth 40

39 eat emissio / techical data per metre Overall height = 1 Φ L = ΔT K EN 442 (SN 384.) N NL / NLLS / NLL / NLLLLS / N NL / od. 1 1. 1 1 1. 80 1 1 1. 108 1 1 1.21 218 1 1 1. 1 1. 1 1 1. T Lam. 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 73 91 109 127 6 4 182 200 218 7 2 273 291 309 328 6 364 437 473 510 546 582 619 6 6 728 764 801 837 874 910 946 983 1019 10 10 84 105 1 7 8 189 209 0 1 272 293 3 335 3 377 398 419 461 3 5 586 628 6 712 754 796 838 880 2 964 1005 1047 1089 11 1173 12 17 91 1 7 1 183 205 228 1 274 297 319 2 365 388 411 4 4 2 548 593 639 685 730 776 821 867 9 958 1004 10 1095 11 1186 12 1278 69 6 1 203 7 271 305 339 373 407 441 475 9 542 576 610 644 678 746 8 881 949 1017 1085 11 1220 1288 19 27 95 1763 1831 1898 1966 20 1 2 273 312 351 390 429 468 7 546 585 6 663 1 740 779 857 935 10 1091 19 17 03 81 19 37 17 1793 1871 1949 20 2104 2182 22 38 1 2 297 339 382 4 467 9 1 594 636 679 721 764 806 848 933 1018 1103 1188 1273 58 42 27 12 97 1782 1867 1 2036 1 2206 2291 76 190 8 285 333 380 428 475 5 5 618 665 7 7 808 8 903 9 10 10 15 1 20 1710 1805 1900 1995 2090 2185 2280 75 27 28 219 273 328 383 437 4 547 1 6 711 765 820 875 9 984 1039 1093 1203 12 21 11 40 1749 1859 1968 2077 2187 2296 05 2733 2843 2952 3061 3171 3280 8 298 357 417 476 6 595 6 7 774 8 893 9 1012 1072 11 1191 10 29 48 67 1786 1906 20 82 21 20 2739 2858 2977 3097 32 3335 3573 209 2 3 366 418 5 575 628 680 732 785 837 889 941 994 1046 11 12 64 19 74 1778 1883 1987 20 2197 01 06 10 2720 28 29 3033 38 0 300 3 420 480 540 0 6 720 840 900 9 1020 1080 10 20 40 80 1800 10 2040 21 2279 99 19 39 2759 2879 2999 3119 39 3359 79 3599 1 3 391 4 522 587 652 717 783 848 9 978 1043 1109 1174 19 04 35 95 18 19 2087 2217 28 78 28 2739 2869 3000 30 32 3391 3521 3652 3782 39 372 465 8 651 744 837 930 10 11 1209 02 95 88 81 74 1767 18 2046 22 18 2790 2976 32 38 3720 3906 40 4278 4464 46 4836 22 5208 94 80 428 5 642 749 8 963 10 1177 1284 91 98 17 1820 17 20 21 29 2783 2997 3211 3639 38 4067 4281 4495 4 43 58 52 56 5 5994 6208 6422 466 583 0 8 933 1049 16 1 99 32 1749 1865 1982 2099 22 32 2798 3031 35 98 3731 3964 4197 4430 4664 4897 50 63 96 5830 63 6296 6529 6762 6996 121 2 182 2 273 303 333 364 394 4 5 485 5 5 576 6 667 727 788 848 909 9 1030 1091 11 1 1273 33 94 76 36 97 1757 1818 9 174 209 4 279 3 9 384 418 3 488 5 8 593 628 663 697 767 837 907 976 1046 11 1186 12 95 65 14 74 1744 18 1883 19 20 20 2 190 228 6 304 2 380 418 4 494 2 5 8 646 684 722 7 836 912 988 1064 10 12 12 68 43 19 95 71 1747 18 1899 1975 2051 7 2203 2279 177 221 5 309 398 442 486 0 575 619 663 7 751 796 840 884 972 1061 19 18 91 80 1768 18 19 2033 2 2210 2298 87 75 52 204 2 306 3 407 8 9 5 611 662 7 764 8 866 917 968 1019 1120 1222 28 30 1732 1833 1935 2037 29 21 44 46 48 27 2852 2954 30 222 278 333 389 444 0 5 611 666 722 777 833 888 944 999 10 1110 1221 32 43 65 1776 1887 1998 2110 2221 32 43 65 2776 2887 2998 3109 3220 3331 Legth NLL / NLLL / 1 1 1. 128 1 1 1. 2 3 378 441 4 7 630 693 7 819 882 9 1008 1071 11 1197 12 86 12 1 1764 1890 20 22 28 94 20 46 2772 2898 30 31 3276 02 3528 3654 3 290 362 435 7 579 652 7 797 869 942 10 1086 19 11 04 76 48 93 1738 1883 2028 2173 18 62 27 2752 2897 3042 3187 3331 76 3621 3766 3911 40 4201 43 3 394 473 2 631 710 788 867 946 10 1104 1183 11 10 19 98 77 17 18 20 2207 65 80 8 2996 34 3311 69 3627 3784 3942 4100 47 44 73 4730 305 382 8 4 610 687 763 839 9 9 1068 11 1221 1297 73 79 1831 1984 26 2289 42 94 2747 2899 3052 3205 3357 3510 3662 38 3968 4120 4273 44 78 351 439 5 6 2 789 877 965 10 10 1228 03 91 79 67 1754 1930 2105 2281 31 2807 2982 38 3333 39 3684 3859 4035 4210 4386 41 4736 4912 87 382 477 573 668 764 859 9 10 11 37 32 28 1719 18 1910 2101 22 83 73 2864 30 36 37 3628 3819 4010 4201 43 83 4774 5 51 47 38 5729 41

40 eat emissio / techical data per metre Overall height = Φ L = ΔT K EN 442 (SN 384.) NLL 21/21 NLLL 21/21 od. 1. 128 1. T Lam. 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 3 429 5 0 686 771 857 943 1028 11 1286 71 17 43 28 17 1885 2057 2228 2 71 2742 29 3085 37 28 3599 3771 3942 41 4285 44 4628 4799 4971 52 395 494 5 691 790 889 987 1086 1185 1284 82 81 80 79 1777 1876 1975 2172 27 2765 2962 31 3357 35 3752 39 47 43 42 4740 4937 55 32 30 5727 59 431 8 646 7 861 969 1076 1184 12 99 17 1722 1830 1937 20 21 68 83 2799 30 3229 44 36 3875 4090 4305 21 4736 4951 57 82 97 5812 28 63 68 4 519 622 7 830 933 1037 11 14 18 12 59 1763 1867 19 2074 2281 89 96 2904 3111 3318 35 3733 3941 48 43 43 47 4978 5185 5807 * *6222 478 597 717 836 9 1075 1 73 17 1912 2031 21 22 90 29 2868 3107 33 3584 38 4062 4301 40 4779 18 57 5 5735 5974 62 62 1 *6930 *79 521 651 781 912 1042 1172 02 33 93 18 4 2084 22 75 2865 31 3386 3647 3907 48 4428 4689 4949 5210 54 5731 5991 62 6512 6773 33 7294 *74 *78 Legth * weight = >1 N 21 NL 21/21 NLLS 21/21 NLL 21/21 NLLLLS 21/21 N 21 NL 21/21 1. 1. 80 1. 108 1. 218 1. 1. 102 127 2 178 203 229 4 279 305 3 381 406 432 7 483 8 9 610 6 711 762 8 864 9 965 10 1067 1118 18 1219 1207 21 72 22 73 117 6 176 205 2 3 293 322 351 380 410 439 468 498 5 585 644 2 761 819 878 937 995 1054 1112 1171 1229 1288 16 05 63 22 80 39 97 17 128 1 191 2 2 287 319 351 383 4 447 479 510 542 574 6 2 766 829 893 957 1021 1085 18 1 1276 10 04 68 11 95 59 17 1787 18 19 4 318 382 4 9 572 636 0 763 827 890 954 1018 1081 11 1208 1272 99 54 1781 1908 2035 22 2290 17 44 71 2798 29 30 3180 7 32 3689 38 293 366 440 5 586 6 733 806 879 9 10 1099 1172 16 19 66 12 1759 1905 2052 2198 91 38 2785 2931 3078 32 3371 3517 3664 3811 3957 4104 42 4397 320 399 479 9 639 719 799 879 959 1038 1118 1198 1278 58 38 18 98 1757 1917 2077 27 96 27 2876 3035 3 33 35 3674 38 3994 44 43 4473 4633 4793 4 495 6 636 7 778 848 919 990 1061 11 1202 1273 97 1838 1980 1 22 04 87 2828 2969 3111 32 3394 35 3676 3818 3959 4101 42 3 406 488 9 6 731 8 894 975 1057 18 1219 00 82 63 44 1788 1 21 2276 38 21 2763 29 3088 31 3576 3739 3901 4064 42 4389 51 47 4877 442 1 619 8 796 885 973 1062 11 19 27 93 81 1769 1946 21 00 77 54 1 3008 3185 3362 39 37 3893 40 47 44 41 4778 49 51 08 0 6 751 876 1001 11 11 76 11 1751 1877 2002 7 22 77 22 2752 3002 33 33 37 3 43 44 4754 04 54 54 57 *05 *62 *65 *67 *06 *72 *76 577 722 866 1010 14 1299 43 87 1732 1876 2020 25 09 97 2742 2886 3175 63 3752 4040 4329 4618 4906 5 5483 5772 61 69 6 *69 *72 *74 *77 *8081 *83 *8658 630 787 944 1102 19 17 74 1731 1889 2046 2204 61 19 76 3 2991 38 63 3778 4093 4407 4722 37 52 67 1 6296 6611 69 71 *75 *78 *8185 *80 *88 *90 *9444 6 208 9 291 332 374 4 7 498 540 581 6 664 6 747 789 830 9 996 1079 12 12 28 11 94 77 1743 18 1909 19 2075 28 21 07 90 191 9 286 3 382 429 477 5 572 620 668 7 763 811 859 906 954 10 11 10 36 31 27 22 1717 18 1908 2004 2099 2 2290 85 81 76 72 2767 2862 208 2 312 364 4 467 519 571 6 675 727 779 831 883 935 987 1039 16 18 62 1766 18 1973 2077 2181 2285 89 93 97 21 2804 2908 3012 31 8 298 357 417 476 6 595 6 7 774 833 893 952 1012 1071 11 1190 09 28 47 66 1785 1904 20 22 21 80 99 18 2737 28 2975 3094 32 3332 31 35 275 4 412 481 5 618 687 7 8 893 962 1031 1099 18 17 06 74 12 49 1786 14 2061 2199 36 74 11 2748 2886 30 31 3298 36 3573 3710 3848 3985 41 300 375 4 5 0 675 7 8 900 975 10 11 1275 10 1800 19 2100 22 2 20 28 3000 31 0 30 37 3900 40 4200 43 40 182 228 274 319 365 410 4 2 547 593 684 730 775 821 866 912 1003 1094 1186 1277 68 19 42 1733 18 19 2006 2098 2189 2280 71 62 2736 210 3 3 368 420 473 5 578 630 683 736 788 841 893 946 998 1051 11 11 66 71 76 81 1786 1891 1997 2102 2207 12 17 22 27 2732 7 2942 3047 32 229 286 4 401 8 5 573 630 687 7 802 859 9 974 1031 1088 11 12 75 89 1718 1833 1947 2062 2176 2291 05 20 35 2749 2864 2978 3093 3207 3322 36 42

41 eat emissio / techical data per metre Overall height = Φ L = ΔT K EN 442 (SN 384.) N 28 NL 28/28 NLLS 28/28 NLL 28/28 NLLLLS 28/28 N 28 od. 1. 5 1. 80 5 108 5 1. 218 5 1. T Lam. 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 129 2 194 2 8 291 3 3 388 420 2 485 517 549 581 6 646 711 775 840 904 969 10 1098 1227 12 57 21 86 80 1744 1809 1873 1938 9 186 2 2 297 335 372 409 446 483 520 8 595 632 6 743 818 8 967 1041 11 1190 38 87 11 36 1710 1784 1859 1933 2007 2082 21 20 2 202 3 3 364 405 4 486 5 7 7 648 688 729 769 810 891 972 10 11 12 1296 77 18 19 20 11 1782 1863 1944 20 2106 2187 28 29 30 218 273 327 382 436 491 5 0 654 763 818 872 7 981 1036 1090 1199 08 17 35 1744 18 1962 2071 2180 2289 98 27 27 28 2943 3052 31 32 1 3 377 440 3 6 629 6 754 817 880 943 1006 1069 12 1194 17 83 19 17 1886 2012 27 89 40 2766 28 3018 33 39 3395 3520 3646 3772 274 3 411 480 549 617 686 754 8 891 9 1029 1097 16 12 03 71 19 46 1783 10 2057 2194 32 69 2743 2880 3017 34 32 29 36 33 3840 3977 41 310 388 466 543 621 698 776 854 931 1009 1086 14 12 19 97 74 12 17 1862 2018 2173 28 83 38 2794 2949 3104 39 35 37 3880 4035 4190 46 41 46 358 448 8 627 717 807 896 986 1075 12 14 13 17 1971 21 2 29 88 2868 3047 32 05 3585 3764 3943 4122 4301 4481 46 4839 18 5198 77 391 489 587 685 783 880 978 1076 1174 1272 69 67 63 1761 1859 19 22 28 43 2739 2935 30 33 3521 3717 39 4108 4304 40 4695 4891 87 5282 5478 73 5869 7 4 521 8 694 781 868 9 1042 1128 12 02 89 76 12 49 1736 1910 2083 27 30 2778 2951 31 3298 72 3646 3819 3993 46 40 4687 4861 5208 1 1 1 801 901 1001 1101 1201 02 02 12 12 12 1802 1902 2002 2203 03 2803 3004 3204 04 3805 5 4205 4405 46 4806 06 5206 5407 57 5807 07 437 546 6 765 874 983 10 1201 11 20 29 1 1747 1857 1966 2075 2184 03 21 2840 3058 3276 95 37 3932 41 4369 87 4806 52 5461 79 5898 61 6335 63 611 764 917 10 1222 75 28 81 18 1986 29 22 98 27 2903 30 3362 3667 3973 4278 84 4890 5 *51 *5806 *6112 *6418 *67 *29 *73 *7640 *7946 *81 *87 *8862 *98 7 884 1061 18 1769 19 2 2299 76 0 3007 3183 33 37 3891 44 98 4952 06 59 *6367 *6720 *74 *7428 *7782 *85 *8489 *8843 *9196 *95 *9904 *108 *10611 773 967 11 47 1740 1933 21 20 26 2900 3093 3286 80 3673 3866 43 4640 3 5799 6186 6573 *6959 *76 *7733 *8119 *86 *8893 *79 *9666 *10052 *10439 *108 *11 *199 209 1 3 365 418 4 522 574 6 679 731 783 835 887 940 9 1044 18 57 62 1775 1879 1984 2088 21 2297 01 10 27 2819 3028 32 0 300 3 421 481 1 661 721 781 841 901 961 1021 1081 11 1202 22 42 12 82 1802 12 2043 2 03 43 2763 2884 3004 31 34 3364 84 35 2 327 393 8 5 589 654 720 785 9 982 1047 11 1178 13 09 40 71 11 1832 1963 2094 22 87 18 2749 2879 3010 31 3272 03 3665 3796 37 Legth * weight = >1 NL 28/28 NLL 28/28 5 5 2 365 438 511 584 657 730 803 876 949 1022 1095 18 11 87 1752 1898 2044 2190 36 82 28 2774 20 3066 3 3358 36 3796 3942 4088 42 *4380 338 422 7 591 676 7 8 9 10 1098 1183 17 52 36 21 90 1859 2028 2197 66 35 24 2873 3042 3211 3380 9 3718 3887 40 42 4394 43 4732 4901 * 369 462 4 646 739 831 4 10 1108 1201 1293 85 78 62 17 1847 2032 2217 01 86 2771 29 30 33 3510 3694 3879 4064 48 4433 4618 4803 4987 5172 57 *41 4 1 637 743 8 9 1062 18 1274 81 87 93 99 1805 1912 2018 21 36 49 2761 2974 3186 3398 3611 38 4036 48 44 4673 4885 98 10 *22 *5735 *5947 *61 *6372 491 6 737 859 982 1105 1228 51 73 96 1719 1842 1964 2087 2210 33 21 2947 31 38 3683 39 4174 4420 4666 4911 57 5402 48 5893 69 *5 *6630 *6876 *7121 *7367 6 671 805 939 1073 1207 11 75 19 1743 1878 2012 26 2280 48 82 2951 3219 87 37 40 42 4828 96 65 33 5901 69 6438 66 *6974 *72 *7510 *7779 *8047 NLLL 28/28 128 5 512 641 769 897 10 11 1281 09 17 65 1793 12 20 2178 06 22 2818 3074 3331 3587 3843 4099 43 4612 4868 51 80 *36 *5893 *69 *6405 *6661 *6917 *7174 *7430 *7686 5 740 889 1037 1185 33 81 29 1777 19 2073 2221 18 66 28 2962 38 3 47 4443 4739 35 32 28 54 6220 *65 *6812 *7109 *7405 *71 *7997 *8293 *8590 *8886 647 809 971 12 1294 18 1779 1941 2103 25 27 88 27 2912 3074 35 39 3883 4206 30 48 5177 50 58 67 6 6794 *7118 *7441 *7765 *8089 *8412 *8736 *9059 *9383 *96 43

42 eat emissio / techical data per metre Overall height = Φ L = ΔT K EN 442 (SN 384.) N 35 NL 35/35 NLLS 35/35 NLL 35/35 N 35 od. NLLLLS 35/35 1. 80 108 4 1. T Lam. 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 1 196 5 274 3 352 391 430 469 8 547 587 6 665 4 743 782 8 938 1017 1095 1173 11 29 08 86 42 1720 1799 1877 19 2033 2111 2190 28 26 180 2 2 3 3 405 4 495 540 585 630 675 720 765 810 8 900 990 1080 11 12 40 10 20 1710 1800 1890 1980 20 21 22 20 30 20 10 20 196 2 294 3 3 441 490 9 588 637 686 735 784 833 882 931 980 1078 1176 1274 73 71 19 67 1765 1863 1961 2059 27 22 21 49 47 27 2843 2941 284 3 4 497 8 639 710 781 852 3 994 1065 16 1207 1278 19 20 12 14 1846 1988 20 2272 98 2840 2982 31 36 08 35 36 38 3976 4118 42 328 410 4 574 6 738 820 902 984 1066 18 10 12 94 76 18 40 1804 1968 22 2296 2788 2952 31 3280 44 38 3772 3936 4100 44 4428 91 47 4919 358 447 7 6 7 805 895 984 1074 12 32 21 11 10 1790 1969 28 27 85 2864 3043 3222 01 3580 3759 3938 4117 4296 4475 4654 4833 12 5191 3 4 540 630 720 810 900 990 1080 11 12 40 10 20 1710 1800 1980 21 20 20 20 2880 30 30 20 30 3 39 40 4320 40 4680 48 *40 *5220 *5 417 521 6 729 833 938 1042 12 1 18 67 1771 1875 1979 2083 22 20 28 2917 31 3333 2 37 3958 47 4375 83 47 00 5208 7 *5833 *42 *62 5 9 683 797 911 10 19 66 80 94 18 1822 1936 20 2277 2733 29 3188 3644 3871 4099 4327 4782 10 58 5465 93 51 69 *6376 *64 *6832 404 5 5 6 807 908 1009 1110 1211 12 17 18 1917 2018 2220 22 28 3027 3229 31 3632 38 4036 48 4440 4641 4843 * *57 *5449 * *5852 *54 467 583 0 817 933 10 17 1 1 33 17 1866 1983 2100 22 33 2800 3033 36 30 3733 3966 4199 4433 4666 4899 53 66 99 *5833 *66 *6299 *62 *6766 *6999 510 637 765 8 1019 17 1274 02 29 1784 1911 2039 26 2294 21 48 2803 3058 33 38 38 4077 4332 87 4842 97 52 57 5861 61 *6371 *66 *6881 *76 *7390 *76 886 1063 10 18 95 1772 1949 21 04 81 58 5 3012 3190 3367 4 3898 43 47 *2 * * * *6379 *67 *88 *7442 *7797 *81 *86 *88 * *99 *93 *10278 *10632 822 1028 39 44 18 20 21 67 72 2878 3083 3289 95 30 3906 4111 22 4933 *57 *67 *6578 *6989 *7 *7811 *8222 *86 *90 *94 *9867 *10278 *10689 *11100 *111 *112 *1 900 11 75 1800 20 22 75 20 29 31 3375 30 38 40 4275 40 49 5 58 *6300 *67 *7200 *76 *8100 *85 *9000 *94 *9900 *103 *10800 *112 *110 *121 *120 *0 *0 2 3 376 438 1 3 6 689 751 8 876 939 1002 1064 1127 1189 12 77 12 28 17 1878 2003 8 79 29 2754 2880 3005 30 32 3380 36 3631 37 289 361 433 5 578 6 722 794 867 939 1011 1083 11 1228 00 72 44 89 1733 1877 2022 26 11 20 2744 2888 3033 3177 3322 66 3610 37 3899 4044 4188 4333 3 394 473 1 630 788 866 9 10 1103 1182 12 39 18 97 75 1733 1890 2048 2205 63 21 78 6 2993 31 8 66 36 3781 3938 4096 43 4411 48 47 Legth * weight = >1 NL 35/35 1.3 0 4 510 595 680 765 8 935 1020 1105 1190 1275 10 10 18 2040 2210 80 2720 2890 30 30 3 35 3740 *3910 *4080 *42 *4420 *90 *47 *4930 *5100 394 4 591 689 788 886 985 1083 1182 1280 79 77 76 74 1773 1871 19 27 64 21 2758 29 32 39 6 3743 3940 47 43 *31 *4728 *49 *5122 *19 * *57 *5910 431 9 646 754 862 9 1077 1185 1293 01 18 17 1831 1939 2047 21 86 2801 3017 32 48 3663 3878 4094 4309 4740 *49 *5171 *87 *52 *5818 *33 *69 *6464 NLL 35/35 1.3 0 6 7 875 1000 11 12 75 10 17 1875 2000 21 22 75 20 27 3000 32 30 37 0 42 40 47 00 *52 *50 *57 *00 *62 *60 *67 *00 *72 * 579 7 869 10 19 04 48 93 1738 1883 2028 2173 17 62 27 2752 2897 3187 76 3766 40 43 4635 49 52 54 5794 *83 *6373 *6663 *6952 *72 *72 *7821 *8111 *8401 *8690 6 7 951 1109 17 84 1743 1901 20 2218 76 35 93 2852 3010 39 86 3802 4119 4436 47 87 54 20 6337 *6654 *6971 *7288 *75 *72 *89 *85 *8872 *9189 *96 NLLL 35/35 128 1.3 2 752 902 10 1203 1 54 1805 19 2106 22 06 27 27 2858 3008 9 3610 3910 4211 12 48 *51 *54 *57 * *6317 *6618 *6918 *7219 *7520 *7821 *8122 *8422 *87 *90 697 871 1046 1220 94 18 1743 1917 2091 26 40 2788 2963 37 3311 85 38 4183 31 4880 5228 77 *59 *6274 *6622 *6971 *7319 *7668 *8017 *8365 *87 *9062 *9411 *9759 *10108 *104 763 9 14 17 1906 2097 2288 78 69 2859 30 31 31 3622 38 4194 75 49 38 5719 6100 *6481 *6863 *74 *76 *8006 *8388 *8769 *91 *91 *99 *10294 *10675 *110 *8 44

43 eat emissio / techical data per metre Overall height = 4 Φ L = ΔT K EN 442 (SN 384.) N 42 od. 4 12.08 9 1. T Lam. P K 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 184 0 275 321 367 4 9 5 1 597 643 689 7 8 872 918 1010 1102 1193 1285 77 69 11 52 1744 1836 18 2020 2111 2203 2295 87 79 62 2754 211 4 317 3 4 475 528 581 6 687 740 7 8 898 951 1004 1057 12 18 73 79 85 90 1796 1902 2007 21 2219 30 36 41 2747 28 2958 3064 31 0 288 3 403 4 518 575 633 691 748 806 863 1 978 1036 1093 11 81 96 11 17 1841 19 2072 2187 02 17 32 47 2762 2877 29 3107 3222 3338 33 Legth * weight = >1 NL 42/42 NLLS 42/42 NLLLLS 42/42 NLL 42/42 4 21.1 8 80 4.8 1010 1.3 108 4 30.3 11 4 4.6 1988 3 407 488 5 651 733 8 895 977 1058 10 1221 02 84 65 47 28 1791 4 21 2279 42 2768 2930 3093 32 19 3582 3744 3907 40 43 4396 58 4721 *4884 376 4 4 658 752 846 940 10 1128 1222 10 98 1786 1880 2068 22 44 32 2820 3008 3196 3384 3572 37 3948 46 43 12 40 4888 76 54 52 *40 410 5 6 718 821 3 10 1129 11 37 19 42 1744 1847 19 2052 27 63 68 2873 3078 3 89 3694 3899 4104 4310 4720 49 50 36 41 5746 5951 *67 404 5 6 7 808 909 1010 1111 1 1717 1818 1919 2020 2222 2828 3030 32 3636 3838 4040 42 4444 4646 *4848 * *52 *54 * *5858 * 468 585 2 819 936 10 11 1287 04 21 1 17 1873 1990 2107 22 21 75 2809 3043 3277 3511 37 3979 42 4447 4681 49 59 83 *18 *5852 *86 *6320 *64 *6788 *22 512 640 768 896 10 12 1280 08 64 17 10 2048 2176 04 32 28 3072 3328 3584 3840 4096 4352 48 4865 5121 77 33 5889 *61 *6401 *6657 *69 *79 *74 *7681 4 7 680 794 907 1021 11 17 61 74 88 11 18 18 2041 21 28 95 2722 2948 3175 02 3629 38 4082 4309 36 *4763 *4990 *52 *5443 * *5897 *61 *63 *6577 *6804 5 6 787 918 1049 1180 11 42 73 14 1835 1967 2098 2229 91 22 2884 36 09 3671 3933 4 47 4720 4982 54 * *5769 *31 *6293 *65 *6817 *80 *72 *74 *7866 573 7 859 1002 1289 32 75 1718 1862 2005 28 2291 35 78 2721 2864 31 37 37 4010 4296 83 4869 51 5442 5728 * *6301 *6588 *6874 *71 *7447 *7733 *8020 *8306 *85 795 994 1193 90 1789 1988 2187 86 84 2783 2982 3181 3380 3578 3777 3976 4374 *4771 *59 *56 *5964 *6362 *6759 *77 *74 *7952 *83 *8747 *91 *9542 *9940 *10338 *10735 *113 *110 *118 4 14 85 1847 2078 09 40 2771 3001 32 63 3694 39 41 4387 4618 79 *41 *03 *6465 *69 *7388 *78 *8312 *8773 *35 *9697 *109 *10620 *11082 *144 *6 *167 *129 *391 *8 1012 17 17 20 2276 29 2782 3035 3288 0 3793 4046 4299 52 4805 58 54 *69 *6575 *81 *7587 *8093 *8 *9104 *9610 *101 *10621 *11127 *3 *129 *1 *1 *6 *2 *668 *174 N 42 4 22.29 729 1. 2 365 437 510 583 6 729 802 875 948 1021 1094 16 19 12 85 18 17 1895 2041 2187 33 79 27 29 3062 3208 33 99 36 3791 3937 4082 *4228 *4374 336 420 5 589 673 757 841 9 1009 1093 1177 11 30 98 82 18 2018 2186 91 2859 3027 3 3364 32 30 3868 4036 4204 4373 41 4 *4877 * 367 9 5 642 7 8 917 1009 1101 11 1284 76 68 19 51 1743 1835 2018 2201 85 28 2752 2935 3119 2 86 3 38 4036 4219 4403 86 47 49 57 *20 *54 NL 42/42 4 33.2 962 385 481 577 673 7 866 962 1058 14 11 17 43 19 35 1732 1828 14 21 09 21 94 2886 3078 3271 63 *36 *3848 *4040 *43 *44 *4618 *4810 *02 *5 *87 *80 *5772 447 9 6 782 894 1006 1117 1229 11 12 76 1788 1899 2011 21 22 28 81 2905 3128 3352 3575 3799 4022 *42 *4469 *46 *49 *59 *63 *86 *5810 *33 *62 *6480 *63 490 612 7 857 979 1101 12 16 69 91 17 1836 8 2080 2203 48 2937 3182 27 3671 39 41 4406 *46 *4895 *50 *85 *29 *5874 *6119 *6364 *68 *68 *8 *73 NLL 42/42 4 37.22 5 712 854 997 19 1282 1 1 1994 26 2278 21 26 2848 33 18 32 3987 4272 57 *4842 *51 *1 *96 *1 *66 *65 *6835 *7120 *7405 *7690 *7974 *89 *8544 661 8 991 11 22 87 52 1817 1982 27 78 43 2808 2973 39 4 36 3965 4295 46 49 5286 * *5947 *6277 *68 *6938 *78 *7599 *79 *82 *8590 *80 *91 *9581 *9911 7 904 1085 47 27 1808 1989 21 51 31 2712 2893 3074 32 36 36 3978 40 41 63 54 5786 *68 *69 *6871 *73 *7594 *79 *8318 *8679 *9041 *9402 *9764 *101 *10487 *10849 NLLL 42/42 128 4 44.27 1711 684 8 1027 1198 69 40 1711 1882 20 22 95 27 2738 2909 3080 31 22 3764 4106 4449 4791 *53 *5475 *5817 *61 *62 *6844 *7186 *7528 *7871 *82 *85 *8897 *39 *9582 *94 *106 794 9 1191 89 88 1786 1985 2183 82 80 2779 2977 3176 3374 3573 3771 39 4367 4764 51 58 *59 *6351 *6748 *71 *7542 *7939 *8336 *8733 *90 *9 *94 *10321 *10718 *111 *112 *11909 869 1086 04 21 1738 19 2173 90 27 28 3042 39 76 3693 3911 4128 43 4 52 49 83 *6518 *6952 *7387 *7821 *82 *8690 *91 *99 *9994 *10428 *10863 *11297 *11732 *126 *121 *036

44 eat emissio / techical data per metre Overall height = Φ L = ΔT K EN 442 (SN 384.) N 49 NL 49/49 NLL 49/49 od. NLLS 49/49.01 1..59 917 80 31.3 1110 1.3 108 35.4 16 T Lam. P K 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 211 4 3 369 422 474 580 632 685 738 791 843 896 949 1001 1054 19 76 81 86 17 1897 2003 2108 22 19 30 35 2740 2846 2951 3057 32 3 303 364 4 485 546 7 667 728 788 849 910 9 1031 10 12 12 77 98 1820 1941 2062 2183 05 47 69 2790 2911 3033 34 3275 3396 3518 3639 4 396 462 529 595 661 727 793 859 9 991 1057 11 1189 12 21 86 1718 18 1982 21 26 78 11 43 2775 2907 3039 3171 3 36 38 30 3832 3964 367 9 5 642 7 8 917 1009 1100 11 1284 76 67 19 51 1742 18 2017 2201 84 28 2751 29 3118 1 85 3668 3 4035 4218 4402 85 *4768 *4952 *55 *19 *52 4 0 636 742 848 954 10 16 1272 78 84 90 96 1802 1908 20 0 32 44 27 2968 3180 33 35 3817 4029 41 43 4665 4877 89 01 * *57 *5937 *69 *6361 463 579 695 811 9 1042 18 1274 90 21 1737 18 1969 2084 2200 48 2779 3011 32 74 36 3937 49 4401 4632 4864 95 27 59 5790 *22 *63 *6485 *6717 *6948 444 5 666 777 888 999 1110 1221 32 43 65 1776 1887 1998 2109 2220 42 64 2886 3108 3 32 3774 3996 4218 *4440 *4662 *4884 *5106 *28 * *5772 *5994 *62 *6438 *66 5 643 772 900 1029 18 1286 43 72 1801 19 2058 2187 44 72 0 3087 34 31 3859 41 4373 4630 4888 *51 *5402 *59 *59 *6174 *6431 *6688 *69 *7203 *74 *7717 3 3 844 985 11 07 48 88 1829 19 2110 21 32 73 28 3095 3377 3658 3939 4221 42 4783 65 46 *28 *5909 *6190 *6472 *67 * *73 *7597 *7879 *81 *8441 498 6 748 872 997 1121 16 71 95 20 1744 1869 1994 2118 23 67 2741 2990 30 89 3738 3987 46 *4486 *4735 *4984 *53 *5482 *5732 *1 *60 *6479 *6728 *6978 *7227 *7476 577 721 865 1010 14 1298 42 86 1731 1875 2019 07 22 96 2740 2884 3173 61 37 4038 43 46 4903 *51 *5480 *5769 *57 *63 *66 *62 *7211 *7499 *7788 *8076 *8364 *86 631 788 946 1103 11 19 76 17 18 2049 2207 65 22 80 7 2995 31 68 3783 4099 44 4729 44 *75 *5990 *6306 *6621 *6936 *71 *77 *7882 *8197 *2 *8828 *93 *98 Legth * weight = >1 NLLLLS 49/49 N 49 4 62. 2180.93 832 872 1090 08 1744 1962 2180 98 28 3052 32 88 36 34 42 *43 *4796 *52 *68 *6104 *6540 *6976 *7412 *7848 *8284 *8720 *91 *95 *10028 *10464 *10900 *136 *11772 *12208 *4 *080 10 17 21 1774 2028 2281 35 2788 3042 3295 8 3802 40 4309 42 48 *69 *76 *83 *6590 *7 *74 *8111 *8618 *91 *9632 *109 *106 *112 *9 *126 *173 *180 *687 *194 *1 *208 1111 89 67 19 22 20 2778 30 33 3612 3890 47 44 47 01 9 * *6112 *6668 *72 *7779 *8335 *8890 *9446 *10002 *107 *111 *169 *122 *12 *335 *891 *447 *102 *8 *1 * 333 4 499 582 666 749 832 9 998 1082 18 31 98 81 64 1830 1997 2 2 62 2829 2995 32 3328 94 3661 3827 3994 *41 *43 *4493 *4659 *48 *49 384 480 576 673 769 865 961 1057 11 19 41 17 33 1729 18 12 21 06 98 90 2882 3075 37 39 3651 3843 4035 4227 4420 4612 *4804 *4996 *5188 *80 *73 *5765 420 5 629 7 839 944 1049 14 19 63 68 73 78 1783 1888 1993 2098 07 17 2727 2937 36 33 36 3776 3985 4 4405 46 48 *54 *54 *63 *5873 *83 *6293 NL 49/49 38.6 1072 429 6 643 7 858 965 1072 1179 1286 94 11 18 17 1822 1930 2037 58 73 2787 3002 32 30 *36 *3859 *4074 *4288 *42 *7 *4931 *56 * *74 *5789 *03 *6218 *6432 499 6 748 872 997 1122 16 71 96 20 17 18 1994 2119 24 68 93 2742 2991 31 90 3739 3988 *48 *4487 *4736 *4986 *55 *5484 *5733 *3 *62 *6481 *6731 *6980 *7229 *7478 546 683 820 9 1093 10 66 39 1776 19 2049 2186 22 29 96 2732 3006 3279 32 38 4099 4372 *46 *4918 *5191 *5465 *5738 *11 *6284 *68 *6831 *7104 *7377 *7651 *74 *8197 NLL 49/49 43. 90 636 795 954 11 1272 31 90 1749 1908 2067 22 85 44 23 2862 3021 3180 98 38 41 42 *47 *88 *5406 *57 *42 *63 *6678 *6996 *73 *7632 *79 *88 *8586 *8904 *22 *9540 739 4 1109 1294 79 64 1849 20 2218 03 88 2773 2958 33 3328 3512 3697 4067 4437 4807 5176 *46 *59 *6285 *66 * *7395 *7764 *81 *84 *8874 *43 *96 *9983 *10352 *10722 *110 811 10 12 18 21 18 20 2229 32 7 3039 32 3647 38 40 48 4863 58 74 *79 *6484 *6889 *7295 *70 *8105 *1 *89 *9321 *97 *102 *107 *10942 *117 *117 *128 NLLL 49/49 128 51.71 1910 764 9 37 28 1719 1910 2101 22 83 74 2865 30 37 38 3629 3820 4202 84 *6 *48 *5730 *6112 *6494 *6876 *78 *7640 *8022 *8404 *8786 *98 *95 *9932 *103 *10696 *11078 *1 888 1110 32 1777 1999 2221 43 65 2887 3109 3331 33 3775 3997 4219 4441 4886 30 *5774 *6218 *6662 *7106 *75 *7995 *8439 *8883 *9327 *9771 *102 *10659 *11104 *148 *119 *136 *12880 *3 974 1217 14 1947 2191 78 21 08 3651 3895 48 4381 46 4868 5842 *6329 *68 *7302 *7789 *8276 *8763 * *9737 *102 *10710 *11197 *184 *12171 *7 *1 *631 *118 *1 46

eat emissio / techical data per metre Overall height = 7 Φ L = ΔT K EN 442 (SN 384.) N NLLS / od. NL / 7.95 596 1. 7 28.06 10 80 7 35.8 1199 T Lam. P K 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 8 298 358 417 477 6 596 6 7 775 8 894 954 10 1073 12 11 11 30 69 1788 1907 20 26 25 84 22 2742 2861 2980 3099 3218 3338 37 3576 275 3 412 481 549 618 687 7 8 893 961 1030 1099 17 16 05 73 11 48 1785 20 2197 35 72 29 2747 2884 3021 39 3296 3571 38 3846 3983 4120 299 374 449 5 599 674 749 8 898 973 1048 11 1198 1273 17 22 97 47 1797 1946 2096 26 95 95 28 2994 3294 43 3593 3743 38 4042 41 42 4491 410 512 6 717 819 2 10 11 1229 31 1 1741 1843 1946 2048 28 62 2867 3072 3277 82 3686 3891 4096 4301 46 *0 *49 *5120 * *30 *57 *5939 *64 474 593 711 830 948 1067 1185 04 22 1 59 1778 1896 20 23 22 27 2844 3082 3319 35 3793 4030 47 44 4741 4978 52 *52 *89 *59 *63 *6 *6637 *6874 *7111 518 648 777 907 1036 16 1296 84 18 1943 2073 2202 32 61 91 28 3109 3368 3627 3887 46 4405 4664 43 5182 5441 50 *5959 *6218 *6478 *6737 *6996 *72 *75 *7773 480 0 719 839 959 1079 1199 19 39 19 79 1799 1918 2038 28 2278 98 38 2878 3117 3357 3597 3837 4077 *43 * *4796 *36 *6 * *57 *5995 *65 *6475 *67 *6954 *7194 5 695 835 974 11 12 91 10 69 1808 1947 2086 22 65 43 2782 30 3338 36 3895 4173 41 4729 *07 *5285 *54 *5842 *6120 *6398 *6676 *6954 *73 *7511 *7789 *8067 *83 9 761 9 1066 1218 22 75 1827 1979 21 2284 36 88 2740 2893 30 39 3654 3958 43 47 4872 5176 *5481 *5785 *90 *6394 *9 *03 *7308 *7612 *7917 *8221 *85 *8830 *95 Legth * weight = >1 NLL / NLLLLS / N 108 7 40.4 4 7 71.5 51 1. 7 29.57 936 8 673 807 942 1076 1211 80 1749 1883 2018 22 2287 21 90 2959 3228 97 3766 4035 *4304 *73 *4842 *5111 *80 *49 *5918 *6187 *64 *67 *6994 *73 *72 *1 *80 6 778 9 1090 12 01 17 1712 1868 20 2179 35 91 46 2802 2958 31 3736 4048 4359 46 *4982 *5293 *54 *59 *6227 *68 *68 *71 *7472 *7784 *8095 *8406 *8718 *9029 *90 681 1021 1191 61 11 12 1872 2042 2 82 22 27 2893 3063 33 03 3744 4084 44 4765 5105 *54 *5786 *61 *6466 *6807 *77 *7487 *7828 *88 *88 *8848 *9189 *9529 *9869 *10210 940 1176 11 46 1881 21 51 86 2821 30 3291 3 3762 3997 *42 *4467 *42 *5172 *42 *61 *6583 * *75 *7993 *8464 *89 *9404 *9874 *104 *108 *11285 *117 *122 * *6 *636 *106 1095 68 42 19 2189 63 2737 3010 3284 38 3831 4105 4378 4652 *49 *5199 *5473 *20 *68 *71 *7662 *8210 *8757 *9304 *9852 *10399 *10946 *194 *12041 *188 *5 *683 *0 *777 *1 *872 *419 1201 11 1801 2101 01 21 3002 2 32 3902 4202 42 4803 5103 *5403 *53 *03 *64 *7204 *4 *8405 *9005 *95 *10206 *10806 *106 *6 *127 *207 *807 *408 *108 *8 *209 *809 *17409 *18010 374 468 2 6 749 842 936 1030 11 1217 10 04 98 91 85 1778 1872 2059 26 21 2808 2995 3182 33 37 3744 3931 *4118 *4306 *4493 *4680 *4867 *54 *52 *5429 * 432 540 649 757 865 973 1081 1189 1297 05 21 1729 1838 1946 2054 22 78 94 2810 3027 33 39 3675 3891 4107 43 40 *47 *4972 *5188 *5404 *21 *5837 * *69 *6485 472 590 8 8 944 1062 1180 1298 14 52 17 1888 2006 21 22 96 2 3068 4 0 3776 4012 48 4484 4720 49 *5191 *5427 *63 *5899 *65 *6371 *67 *6843 *79 NL / 7 44 1185 1. 474 593 711 830 948 1067 1185 04 22 1 59 1778 1896 20 23 22 27 2844 3081 3318 *35 *37 *4029 *46 *43 *4740 *4977 *52 *51 *88 *59 *62 *6399 *6636 *6873 *7110 2 690 828 966 1103 11 79 17 1793 1931 2069 2207 83 21 2759 3035 3310 3586 3862 *48 *44 *4690 *6 *51 *17 *5793 *69 *63 *6621 *6897 *7173 *7448 *77 *8000 *8276 5 7 908 1059 1210 62 64 18 1967 2118 29 21 72 27 2875 30 3328 3631 39 46 *39 *4841 *54 *5447 *5749 *52 *6 *6657 *69 *72 *75 *7867 *81 *8472 *8775 *9078 NLL / 7 49.64 17 1. 0 875 10 12 1 75 17 19 2100 2275 2800 2975 31 33 30 38 4200 * *4900 *52 * *59 *6300 *66 *00 *73 *70 *80 *8 *87 *9100 *94 *9800 *101 *100 8 1018 1222 30 1833 2037 21 44 48 2852 30 39 63 3667 38 4074 4481 4889 *5296 *54 *6111 *6518 *69 *7333 *7741 *88 *85 *8963 *93 *9778 *10185 *105 *11000 *107 *118 *12222 894 1117 11 1787 2011 22 28 81 2905 3128 3351 3575 3798 4022 42 4469 49 62 *5809 *62 *63 *71 *7597 *8043 *8490 *8937 *9384 *9831 *10278 *107 *11171 *118 *12065 *112 *12959 *106 NLLL / 128 7 59.1 2109 1.35 844 10 76 87 1898 2109 20 31 2742 29 3374 3585 3796 7 4218 *4640 *62 *5483 *5905 *6327 *6749 *7171 *75 *80 *8436 *8858 *80 *91 *101 *105 *10967 *189 *11810 *122 *4 983 1229 75 1720 1966 2 28 23 2949 3 41 3686 3932 4178 44 46 49 *5407 *5898 *6390 *6881 *7373 *7864 *83 *8848 *9339 *9831 *10322 *108 *105 *11797 *12288 *12 *271 *763 *4 *746 1079 19 19 1888 28 28 98 2967 37 37 3777 4046 43 86 48 51 95 *5935 *6474 * *73 *8093 *8632 *9172 *9711 *101 *10790 *11 *11869 *109 *12948 *188 *027 *7 *106 *6 *185 47

46 eat emissio / techical data per metre Overall height = Φ L = ΔT K EN 442 (SN 384.) N 63 od. 17.89 666 1. T Lam. P K 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 6 333 466 3 599 666 733 799 866 932 999 1066 12 1199 32 65 98 1732 1865 1998 21 98 31 64 2797 2930 3064 3197 3 63 3596 3730 3863 3996 307 384 4 7 6 691 767 844 1 998 1074 11 1228 05 81 18 88 1842 1995 29 02 29 2762 29 3069 32 3376 30 3683 3837 3990 44 4297 41 44 335 418 2 586 7 836 0 1004 1087 1171 12 38 22 89 73 1840 2008 2175 22 29 77 2844 3011 3179 36 35 3680 3848 40 4182 43 17 4684 4852 19 Legth * weight = >1 N 63 NL 63/ 30.04 1086 33.21 1040 4 543 652 7 869 977 1086 1 03 12 20 29 1738 1846 19 2063 2172 89 28 3041 38 75 36 3910 4127 44 *41 *4778 *4996 *52 *5430 *47 *5864 *82 *6299 *65 3 628 754 880 1006 11 17 83 18 17 1885 2011 27 88 2765 3017 38 3519 3771 4022 4274 4776 28 *9 *31 *5782 *33 *6285 *66 *6788 *39 *7290 *7542 5 687 8 962 1099 17 74 11 49 1786 14 2061 2198 36 73 11 2748 30 3298 3572 3847 4122 4397 4671 4946 5221 5 *5771 * *6320 *6595 *68 *71 *7419 *7694 *7969 *84 4 520 6 728 832 936 1040 14 18 52 64 1768 1872 1976 2080 2288 2 24 2912 3120 3328 36 3744 *3952 *41 *4368 *76 *4784 *49 *5200 *5408 * *58 *32 *60 481 1 721 842 962 1082 1202 43 83 1804 14 2044 2284 05 2886 31 3367 37 3848 4088 4328 *49 *4809 * *5290 *31 *5771 *12 *62 *6493 *6733 *6974 *72 5 657 788 919 1051 1182 76 17 1839 19 2101 23 64 95 27 2889 32 3677 3940 4203 4465 4728 *4991 * * *5779 *41 *6304 *67 *6829 *2 *73 *7618 *7880 NL 63/ 47.9 1. 6 633 759 886 1012 19 18 1771 1898 20 21 2277 04 30 2783 3036 3289 *2 *3795 *4048 *4301 *54 *4807 * * *56 *5819 *72 *63 *6578 *6831 *84 *7337 *7590 589 736 883 1031 1178 72 20 1767 19 2061 2209 2798 29 39 3828 *41 *4417 *2 *06 *01 *95 *5890 *6184 *6479 *6773 *68 *7362 *7657 *7951 *86 *8540 *8835 646 808 969 11 12 1777 1938 2100 21 84 2746 2907 3069 30 33 3876 4199 *22 *48 *58 *5491 *58 *67 *64 *6783 *7106 *7429 *7752 *8075 *8398 *8721 *9044 *9367 *9690 NLL 63/. 1843 1. 737 2 1106 1290 74 59 1843 2027 2 96 80 2765 2949 33 3317 32 3686 40 *44 *47 *51 *29 *5898 *66 *6635 *03 *7372 *7741 *8109 *8478 *8846 * *9584 *9952 *10321 *10689 *11058 858 1073 1287 12 17 1931 21 74 2789 3003 3218 32 3647 3861 4076 4290 4720 *59 *78 *07 *6436 *6865 *7294 *77 *82 *8581 *9010 *9439 *9868 *10297 *107 *111 *184 *120 *142 *12871 941 1177 12 47 1882 2118 88 28 3059 3294 30 3765 0 45 4 46 5177 *47 *6118 *6588 *59 * *8000 *8 *8942 *9412 *9883 *103 *108 *11295 *11765 *126 *126 *177 *648 *118 NLLL 63/ 128 63.01 2200 1.35 880 1100 20 40 17 1980 2200 20 40 28 3080 0 3520 3740 39 4180 *4 *4840 *5280 *5720 *61 *60 *40 *7480 * *83 *8800 *40 *9680 *10120 *105 *11000 *140 *11880 *120 *127 *200 10 1282 18 1795 2051 07 2820 3076 3333 3589 3846 4102 4358 46 4871 *5127 *40 *61 *6666 *7178 *7691 *8204 *8717 *29 *9742 *102 *10768 *11280 *11793 *106 *12818 *331 *844 *357 *869 *182 11 07 88 19 21 33 28 3095 3377 3658 3940 4221 42 4784 65 47 *28 *6191 *67 *73 *7879 *8442 *9005 *97 *100 *10693 *112 *11819 *181 *12944 *7 *0 *633 * *758 *321 *884 48

47 eat emissio / techical data per metre Overall height = Φ L = ΔT K EN 442 (SN 384.) N N od. NL / 19.83 736 1. 31.98 19 36.85 T Lam. P K 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 294 368 442 5 589 662 736 810 883 957 1030 1104 1178 11 98 72 19 1766 19 2061 2208 22 2797 2944 3091 38 3386 33 3680 3827 3974 4122 49 44 339 4 9 594 678 763 848 933 1018 1102 1187 1272 57 42 11 96 1866 2035 2205 74 44 27 2883 30 3222 33 32 3731 3901 40 40 4410 79 4749 4918 88 3 462 5 647 740 832 4 1017 1109 1202 1294 87 79 71 64 17 1849 20 2219 03 88 2773 2958 33 3328 35 3698 3882 4067 42 4437 4622 4807 49 5177 61 46 4 575 689 804 919 10 19 79 94 19 17 1838 19 2068 2183 2298 28 2758 2987 3217 47 3677 3907 46 4366 *96 *48 * *5285 * *57 *5975 *6205 *64 *6664 *6894 2 665 798 931 1064 1197 1 63 96 1729 1862 1995 8 21 94 27 29 31 38 37 3990 42 22 4788 54 *20 *85 *5 *6117 *3 *6649 *69 *7181 *7447 *77 *7979 581 727 872 1018 08 99 1744 1890 2035 2180 71 17 2762 2907 3198 89 3 40 4361 4652 4942 53 *58 *6105 *6396 *6687 *6978 *78 *79 *78 *81 *8431 *8722 8 573 688 802 917 1031 11 75 90 1719 18 1948 2063 2177 22 21 27 2980 3209 38 3667 *3896 *41 *43 *84 *48 *42 *2 *51 *5730 *5959 *6188 *6418 *6647 *6876 0 662 795 7 10 11 17 90 1722 18 1987 0 22 85 17 29 3180 3710 3975 40 * *47 *35 *00 * *5830 *95 *63 *66 *6889 *74 *7419 *7684 *7949 579 7 868 10 18 03 47 1737 1881 20 2171 27 2894 3184 73 3763 4052 42 4631 *41 *5210 *5499 *5789 *78 *6368 *6657 *6947 *76 *75 *78 *8104 *8394 *8683 Legth * weight = >1 NL / 51.8 14 8 672 806 941 1075 1210 14 78 1747 1882 20 21 2285 19 88 2957 32 *94 *3763 *4032 *4301 * *4838 *5107 *76 * *59 *6182 *61 *6720 *6989 *78 *75 *7795 *8064 6 781 938 1094 12 06 1719 1875 2031 2188 20 28 2969 31 38 37 *4063 *4375 *4688 *00 * * *5938 *61 *63 *6876 *7188 *71 *78 *81 *8438 *8751 *9063 *9376 685 8 1028 1199 42 17 1884 20 2227 98 29 2741 2912 3083 3768 4111 *43 *4796 *58 *5481 *58 *66 *69 *6 *7194 *76 *7879 *8222 *84 *8907 *49 *95 *99 *10277 NLL / 57.44 1936 1. 774 968 12 49 1742 1936 20 17 2710 2904 3098 3291 85 3678 3872 *49 *4646 * *5421 *5808 *6 *6582 *69 *7357 *7744 *81 *8 *8906 *93 *9680 *10067 *104 *10842 *11229 *1 901 1127 52 77 1803 2028 79 24 2930 31 3380 36 3831 40 4282 47 *4958 *5408 *5859 *6310 *67 *7211 *7662 *81 *83 *90 *9465 *99 *10366 *10817 *117 *11718 *129 *120 *0 *521 989 16 83 1730 1977 22 72 2719 2966 32 38 39 4202 4449 4696 4944 *5438 *5932 *6427 *61 *74 *7910 *8404 *8898 *9393 *9887 *10381 *10876 *1 *11865 *159 *128 *8 *842 *336 *831 NLLL / 128 66.89 2291 1.35 9 75 1833 2062 2291 20 2749 2978 3207 37 3666 3895 41 *43 *82 *40 *5498 *5957 *64 *6873 *7331 *7789 *88 *86 *94 *9622 *10080 *109 *10997 *1 *119 *171 *10 *288 *746 1068 35 12 1869 26 03 2937 3204 71 3738 5 4272 39 4806 *73 *39 *5873 *6407 *6941 *7475 *8009 *8543 *9077 *9611 *101 *10679 *112 *11747 *12281 *128 *9 *883 *417 *951 *485 *118 1172 65 1758 2051 37 2930 32 35 3809 4102 4396 4689 4982 5 *58 *5861 *6447 *33 *7619 *8205 *8791 *9377 *9963 *10549 *115 *11721 *107 *12894 *180 *066 *652 *8 *8 *410 *996 *17582 49

48 eat emissio / techical data per metre Overall height = Φ L = ΔT K EN 442 (SN 384.) N 77 od. 21.76 809 1. T Lam. P K 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 3 405 485 6 647 728 809 890 971 1052 13 12 1294 75 17 18 1 1942 2103 25 27 89 2751 2912 3074 36 3398 35 3721 3883 40 4207 4369 30 *46 *4854 373 466 9 652 746 839 932 10 1119 1 05 98 91 85 78 1771 1864 2051 27 10 2796 2983 39 33 2 3728 39 4101 4288 4474 4661 4847 33 5220 *5406 *93 406 8 610 711 8 9 10 1118 1219 21 1727 1829 1931 2032 25 39 42 28 3048 31 35 3658 3861 4064 48 4 4674 4877 80 5284 5487 90 *5893 *96 Legth * weight = >1 NL 77/ 1 485 6 727 848 9 1091 1 33 76 97 1818 1939 20 2182 03 66 2909 31 3394 3636 3878 4121 4363 *46 *4848 *90 *33 *75 *5818 * *6302 *65 *6787 *30 *7272 1 1 842 982 1122 03 43 83 18 1964 2104 24 85 65 2806 3086 3367 3647 38 4208 4489 4769 *31 *11 *58 *6172 *63 *6733 * *7295 *7575 *78 *86 *8417 6 767 0 1073 1227 80 87 1840 1993 27 00 27 27 29 3067 3373 3680 3987 4293 40 4907 52 20 *5827 *63 *6440 *6747 * *73 *7667 *7974 *8280 *8587 *8894 *00 NLL 77/ 62.2 2029 1. 812 10 1217 20 18 2029 22 35 38 2841 3044 36 49 3652 38 4058 *4464 *48 *5 *81 *87 *6493 *6899 *7304 *7710 *81 *8522 *88 *9333 *9739 *101 *101 *10957 *162 *11768 *12174 9 1181 17 1889 21 62 98 28 30 6 3 3779 40 41 4487 47 *5196 *68 *61 *66 *85 *78 *8030 *82 *8975 *9447 *9919 *103 *10864 *136 *11809 *12281 *127 *2 *698 *171 1036 1295 18 2072 31 91 28 3109 3368 3627 3886 41 4404 4663 42 5181 *99 *6217 *6735 *73 *7772 *8290 *8808 *93 *9844 *10362 *10880 *198 *119 *1 *129 *171 *989 *7 *1 *3 NLLL 77/ 128 62.2 82 1.35 9 1191 29 67 1906 82 20 2858 3097 3335 3573 3811 4049 4288 4764 *50 *5717 *6193 *66 *76 *7622 *8099 *8575 *9052 *9528 *10004 *10481 *10957 *1 *11910 *186 *12863 *339 *8 *2 1110 88 65 1943 2221 98 2776 30 3331 39 3886 44 4441 9 4996 4 52 *6107 *6662 *7217 *7772 *8327 *8883 *9438 *9993 *10548 *11103 *8 *122 *12769 *3 *879 *4 *989 *4 *100 *6 1219 1828 23 37 2742 3047 3351 36 3961 45 4875 5179 5484 5789 93 *63 *7312 *72 *81 *90 *97 *10359 *10968 *178 *12187 *12796 *106 *0 *6 *2 *843 *2 *162 *17671 *18280

49 eat emissio / techical data per metre Overall height = Φ L = ΔT K EN 442 (SN 384.) N 84 od..7 882 1. T Lam. P K 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 3 441 529 617 6 794 882 9 1058 17 15 11 99 88 76 1764 1940 2117 2293 46 2822 2999 3175 3352 3528 34 3881 4057 42 4410 86 *4763 *4939 *51 *52 406 8 610 711 8 9 10 1118 1219 21 1728 1829 1931 2032 26 39 42 28 3049 32 35 3658 3862 4065 48 4 4675 4878 81 5284 *5488 *91 *5894 *97 443 4 665 775 886 997 1108 1219 29 40 11 62 1772 1883 1994 2105 22 37 59 2880 3102 33 35 3766 3988 4209 4431 46 4874 96 17 39 57 *2 *6203 *64 *6647 Legth NL 84/ 36 1274 510 637 764 8 1019 17 1274 01 29 1784 1911 2038 26 2293 21 48 2803 3058 3312 37 3822 4077 4332 *86 *4841 *96 *51 * *58 *61 *63 *66 *6880 *71 *7389 *7644 590 737 885 1032 1180 27 75 22 1769 1917 2064 2 59 27 54 2802 2949 34 39 38 4129 44 9 *08 * *5898 *6193 *6488 *6783 *78 *7373 *7668 *7963 *88 *82 *8847 6 806 967 1128 1289 11 12 1773 19 2095 27 18 79 2740 2901 3062 32 6 3868 4191 4835 58 5480 *5803 *61 *6447 *67 *2 *74 *7737 *8059 *8381 *84 *90 *98 *9671 NLL 84/ 66.3 2 1. 849 1061 1273 85 98 1910 2 46 2759 2971 3183 3395 37 3820 *4032 *44 *4668 *93 *17 *5942 *6366 *6790 *72 *7639 *8064 *8488 *8912 *9337 *9761 *10186 *10610 *110 *119 *11883 *108 *12732 988 15 82 1729 1976 22 2717 2964 3211 38 35 3952 4199 4446 *4693 *4940 *54 *58 *6422 *69 *7410 *7904 *8398 *88 *9386 *9880 *10374 *10868 *162 *118 *1 *12844 *338 *832 *3 *820 1084 1896 27 38 2 2980 31 3522 3793 4064 4335 46 4877 *58 *8 *59 *62 *44 *7586 *8128 *86 *11 *97 *10295 *10837 *179 *111 *163 *004 *16 *088 *630 *172 *7 *2 NLLL 84/ 128 66.3 73 1.35 989 17 84 1731 1978 22 73 2720 2968 32 62 3710 3957 4204 41 *4699 *4946 *5441 *5935 *6430 *64 *7419 *79 *8408 *8903 *9397 *98 *10387 *10881 *176 *118 *165 *128 * *849 *3 *838 11 41 1729 2017 05 94 2882 31 38 3746 4035 43 4611 4899 5187 *5475 *5764 *60 *69 *7493 *8069 *86 *22 *9798 *10375 *10951 *127 *12104 *180 *2 *833 *409 *986 *2 *8 *7 *17291 82 1898 22 31 2847 33 79 3796 4112 4428 47 61 77 94 *10 *63 *6959 *75 *82 *8857 *9489 *10122 *107 *187 *12020 *1 *285 *918 *1 *183 *8 *448 *181 *177 *186 *18979 51

eat emissio / techical data per metre Overall height = 2 11 Φ L = ΔT K EN 442 (SN 384.) N 91 N 98 N 105 N 112 N 119 N 1 N 3 N 0 N 4 od. N 7 2.66 957 1. 993 27.6 10 1. 1064 29.54 1091 15 31.48 11 1206 33.41 1220 1277 35.35 1285 18 37.29 19 19 39.22 90 41. 79 1.3 11 43.1 44 1.3 T Lam. P K 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 383 479 574 6 766 861 957 10 18 14 10 36 11 27 17 1818 19 2105 2297 88 80 2871 3062 3637 3828 4019 4211 4402 94 *4785 *4976 *58 *59 *51 *5742 442 2 662 773 883 994 1104 12 35 1766 1877 1987 2097 2208 29 49 28 3091 3312 32 37 3974 4 44 4636 4857 78 5299 *19 *5740 *5961 *6182 *6403 *66 482 2 722 843 963 1084 1204 86 1806 17 2047 27 2288 08 49 2890 31 3372 3612 38 4094 4335 76 4817 57 5298 39 5 *21 *62 *62 *6743 *6984 *72 410 5 6 718 821 3 10 1129 11 36 19 42 1744 1847 1949 2052 27 62 68 2873 3078 3 88 3694 3899 4104 4309 *4720 *49 *50 *35 *40 *5746 *5951 *61 473 5 710 828 947 1065 1183 02 20 19 57 1775 1894 2012 20 29 67 2840 3077 33 35 3787 40 41 4497 47 4971 5207 *5444 *81 *5917 *64 *6391 *6628 *6864 *7101 5 6 775 904 1033 12 1291 20 49 78 1807 1936 2066 2 82 2840 3098 3357 36 3873 41 4389 4647 4906 54 5422 80 *5938 *6197 *65 *67 *6971 *7229 *7488 *7746 436 546 6 764 873 982 1091 09 18 27 37 1746 18 1964 2073 2182 2 18 7 30 3273 91 3 38 46 4364 82 *4800 *19 *57 * *73 *5891 *6110 *6328 *6546 4 630 7 882 1008 11 12 86 12 1 1764 1890 20 22 28 94 20 2772 30 3276 3528 3 4032 4284 36 4788 40 52 *44 *5795 *47 *6299 *61 *6803 * *7307 *79 5 688 8 963 1100 18 75 1788 19 2063 2200 38 75 2751 30 1 3576 3 41 4401 4676 4951 52 51 5776 *51 *63 *61 *6876 *71 *74 *71 *7977 *82 462 578 693 809 4 1040 11 1271 86 12 17 1733 1848 1964 2079 2 10 41 2772 3003 32 65 3696 37 48 4389 *4620 *4 *82 * *44 *5775 *06 *67 *6468 *9 *6930 4 667 800 9 1067 67 11 17 1867 2001 21 27 01 68 29 3201 68 3735 1 48 35 4802 68 *35 *52 *5869 *65 *6402 *6 *6936 *7202 *7469 *7736 *8003 582 728 874 1019 10 12 1747 1893 2038 2184 29 75 21 2766 2912 3203 94 3785 4077 4368 4659 49 51 33 *58 *61 *6406 *7 *6988 *7280 *7571 *7862 *81 *8444 *8736 488 610 732 854 976 1098 1220 12 64 86 18 1830 2 2074 2196 18 40 84 28 3172 36 3904 48 43 *4636 *4880 *51 *68 *12 *58 *6100 *64 *6588 *6832 *76 *7320 4 5 846 987 1128 19 10 11 93 18 1975 21 27 98 39 80 2821 3103 3385 3667 3949 41 4796 78 * *42 *54 *6206 *6488 *67 *52 *73 *76 *7899 *8181 *8463 6 7 4 1078 87 1 95 1849 2003 27 11 65 19 2773 27 3081 3389 3698 6 43 4622 4930 58 46 *58 *63 *6 *6779 *87 *7395 *73 *8012 *8320 *8628 *8936 *44 5 643 771 900 1028 17 1285 42 71 1799 18 20 2185 42 2827 3084 31 3 38 4112 4369 *46 *4883 *50 *97 *54 *5911 *68 *64 *6682 *6939 *7196 *73 *7710 594 743 891 1040 1188 37 86 1783 1931 2080 2228 77 74 28 2971 38 35 3863 41 47 4754 51 *48 * *5942 *60 *67 *68 *71 *7428 *77 *8022 *8319 *86 *89 649 811 974 16 1298 1785 1947 2110 2272 96 2759 21 3083 36 35 3895 4219 44 4868 5193 17 *5842 *66 *6491 *68 * *7465 *7789 *81 *8438 *8763 *9087 *9412 *9737 540 675 809 944 1079 12 19 84 19 1754 1889 20 28 2293 28 98 2968 38 37 3777 4047 4317 *87 *48 *51 *96 *66 *5936 *6205 *6475 *67 * *7285 *74 *78 *8094 6 781 937 1093 19 05 11 1717 1874 2030 2186 22 98 54 2810 2967 31 35 3747 40 4372 4684 4996 *09 *21 *5933 *62 *68 *68 *7182 *7495 *7 *8119 *8431 *8744 *90 *9368 683 8 10 1 65 17 1877 2048 2219 89 2731 2901 3072 33 37 4096 4437 4779 5120 5461 *5803 *64 *6485 *6827 *78 *79 *7 *81 *83 *8875 * *97 *9899 *100 6 7 848 990 11 1273 97 1838 1980 1 22 04 87 2828 3111 3394 3676 3959 42 * *4808 *90 *73 * *5939 *6222 *64 *6787 * *73 *7636 *7918 *8201 *8484 6 818 982 09 73 37 1800 1964 8 2291 19 2782 2946 3110 3273 31 38 42 82 4910 *57 *54 *58 *6219 *6546 *6874 *7201 *7528 *78 *8183 *0 *8838 *95 *94 *9820 7 894 1073 12 31 10 1789 1968 27 83 2862 3041 3220 3399 3578 3936 4293 4651 09 67 *57 *82 *6440 *6798 *71 *75 *7871 *8229 *8587 *89 *9302 *96 *10018 *10376 *107 5 740 887 1035 1183 31 79 27 1775 2071 2219 66 62 2810 2958 35 38 41 4437 *4733 *29 * *20 *59 *6 *68 *6803 *9 *7395 *7691 *7987 *8282 *8578 *8874 686 857 1028 71 42 17 1885 2057 2228 99 71 2742 29 3085 32 28 37 41 44 4799 51 *5484 *5827 *61 *6512 *68 *7198 *7 *7883 *82 *89 *8912 *94 *9597 *9940 *10 7 937 11 12 10 87 1875 2062 29 37 2812 2999 3187 3374 32 3749 41 4499 4874 59 *5999 *6374 *6748 *71 *7498 *7873 *88 *86 *8998 *9373 *9748 *101 *10498 *10873 *117 618 772 9 1081 15 90 44 98 18 2007 22 2779 29 3088 3397 36 40 43 *4632 *4941 *52 *58 *5867 *6176 *6485 *6794 *7102 *7411 *7720 *8029 *8338 *8646 *89 *94 7 895 1073 12 31 10 1789 1968 27 84 2863 3041 3220 3399 3578 3936 4294 4652 09 *67 *57 *83 *6441 *6799 *71 *75 *7872 *80 *8588 *89 *9303 *9661 *10019 *10377 *10735 783 978 1174 1761 7 21 28 44 2740 2935 31 3327 35 3718 39 4305 4697 88 5480 *5871 *62 *6654 * *7436 *7828 *8219 *8611 *9002 *9393 *9785 *10176 *108 *10959 *1 *11742 Legth * weight = >1 52

51 eat emissio / techical data per metre Overall height = 32 13 Φ L = ΔT K EN 442 (SN 384.) N 1 N 8 od. 32.04 19 1.3 13 46.97 74 1.3 T Lam. P K 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2200 2 20 2800 3000 3200 3 30 3800 0 4200 4 40 4800 00 5200 5 5800 00 644 805 965 11 1287 48 19 17 1931 20 74 2735 2896 3057 3218 0 3862 4183 * *4827 *59 *5 *57 *61 *6436 *6758 *80 *7401 *77 *80 *8367 *8689 *9010 *9332 *9654 746 932 1119 05 78 1864 2051 27 10 2797 2983 39 33 2 3729 4102 4475 4847 *5220 *93 *5966 *6339 *6712 *85 *78 *7830 *8203 *8576 *8949 *9322 *9695 *10068 *10441 *108 *11186 8 1020 12 28 31 1835 2039 23 47 51 28 3059 33 67 3671 3875 4079 4487 4894 02 *5710 *6118 *65 *69 *72 *77 *87 *85 *8973 *9381 *9789 *10197 *105 *11012 *120 *11828 *126 6 837 1004 1172 39 17 74 1841 2009 2176 11 78 2846 30 3181 38 3683 4018 4352 *4687 *22 *57 * * *6361 *6 *31 *7366 *70 *8035 *83 *85 *9040 *9374 *9 *10044 776 9 14 58 12 1746 1940 21 28 22 27 2910 3104 3298 91 3685 3879 47 46 43 *5431 *5819 *6207 *6595 *6983 *7371 *7759 *87 *85 *83 *9311 *9699 *10087 *10474 *10862 *112 *11 849 1061 1273 85 97 1910 2 46 2758 29 3183 3395 37 3819 4031 43 4668 17 *5941 *6365 *6790 *72 *7 *8063 *8487 *8911 *9336 *97 *10184 *109 *11033 *117 *11882 *106 *12730 Legth * weight = >1

52 eat emissio / techical data per flat oval tube Overall height = 0 800 Φ L = ΔT K EN 442 (SN 384.) NV NVL NVV 1 NVV 4SR NVLV NV 80 NVL 80 NVV 1 80 NVLV 80 od. NVV 804SR 0 1. 46 58 0 1x 274 1.7 71 0 2. 67 1.3 0 2.5 79 1.3 110 0 1x 274 2.96 96 800 1.61 58 800 1x 274 2.08 88 800 2.95 87 800 3.2 100 110 800 1x 274 3.69 120 T Lam. P K 1 2 3 4 5 6 7 8 9 10 11 12 17 18 19 20 21 22 46 8 184 0 276 322 368 4 4 6 2 644 690 736 782 828 874 0 966 1012 1058 1104 106 9 6 319 372 4 478 1 584 637 691 744 797 8 903 9 1009 1062 11 19 1222 1275 58 1 174 2 290 8 406 464 522 580 696 754 812 8 8 986 1044 1102 11 1218 1276 284 3 4 497 8 639 710 781 328 410 493 575 657 739 821 903 359 448 8 628 717 807 897 986 67 1 201 8 335 402 469 6 3 6 737 804 871 938 78 1 3 311 388 466 543 621 699 776 854 931 1009 1086 85 1 2 0 4 510 594 679 764 849 9 1019 1104 1189 79 8 7 3 395 474 3 632 711 790 869 948 1027 1106 1185 22 11 80 59 1738 1817 1896 183 275 366 8 549 641 732 8 9 1007 1098 1190 1282 73 65 48 1739 1831 12 20 2105 2197 100 200 300 401 1 1 1 801 901 1001 1101 1202 02 02 12 12 12 1802 1902 2003 2103 2203 03 03 384 480 576 672 768 864 9 10 4 7 668 891 1002 11 12 488 9 731 8 975 1097 1219 11 120 180 0 300 3 420 480 540 0 6 720 840 900 9 1020 1080 10 12 20 80 40 69 9 208 277 6 4 485 4 6 693 762 831 901 9 1039 1109 1178 17 86 94 63 76 1 227 303 378 4 529 5 681 7 832 908 983 1059 11 1210 1286 61 37 88 64 1740 18 352 440 528 6 4 7 880 968 407 9 611 7 8 917 1019 1120 4 7 668 779 891 1002 11 12 87 174 1 8 435 522 9 696 783 8 957 1044 11 1218 101 202 303 404 5 6 6 807 908 1009 1110 1211 12 110 221 331 442 2 663 773 884 994 1105 12 37 47 100 200 300 0 0 0 800 900 1000 1100 00 1 10 10 10 1800 1900 2000 2100 2200 00 2 1 2 8 464 580 696 812 8 1044 11 1276 18 1740 18 1972 2088 2204 20 36 22 68 2784 127 4 381 8 635 762 889 10 12 97 51 1778 1905 2032 29 2286 40 67 2794 20 3047 480 0 720 840 9 1080 20 7 697 836 976 11 94 611 763 9 1069 1221 74 27 79 Legth * weight = >1 1NVV model available upto sectios. After sectios, the NVV4SR model is automatically substituted for the NVV model. 54

eat emissio / techical data per flat oval tube Overall height = 1000 Φ L = ΔT K EN 442 (SN 384.) NV 100 NVL 100 NVV 1 100 NVV 1004SR NVLV 100 NV 120 NVL 120 NVV 1 120 od. NVV 1204SR 1000 1.95 74 58 1000 2x 274 2.82 105 1000 3.62 107 1000 3.9 121 110 1000 2x 274 4.77 4 2.28 88 58 2x 274 3.17 121 1.3 4.29 127 1. 4.6 1 T Lam. P K 1 2 3 4 5 6 7 8 9 10 11 12 17 18 19 20 21 22 74 8 222 296 3 444 518 5 666 740 8 888 962 1036 1110 1184 18 32 06 80 28 12 1776 85 171 2 2 427 5 684 769 8 940 10 1111 1196 1282 67 18 1 1795 1880 1965 2051 93 187 280 373 466 5 6 746 840 933 10 1119 12 06 99 86 79 1772 1866 9 2052 21 29 420 5 630 735 840 9 10 11 12 65 75 80 1785 486 8 729 972 1094 12 37 18 80 11 18 1944 2066 1 664 797 930 1063 1196 28 61 94 1727 18 1993 21 28 107 2 321 428 5 642 749 8 963 10 1177 1284 91 98 1 9 373 498 622 746 871 995 1120 14 68 93 17 1742 6 273 409 5 682 818 9 1091 1227 64 10 37 1773 1910 121 2 363 484 5 7 847 968 1089 1210 31 12 73 94 18 1936 2057 2178 2299 20 41 62 2783 2904 0 281 421 1 2 842 983 11 04 44 84 18 1965 2105 26 86 27 67 2807 2948 3088 3228 3369 4 307 461 6 768 2 1076 1229 83 90 1844 1997 21 05 28 12 2766 2919 3073 3227 3380 3687 576 720 864 1008 12 1296 40 84 1728 1872 20 21 04 48 6 837 1005 1172 39 17 74 1842 2009 2177 11 79 2846 7 918 1101 1285 68 52 1835 2019 2202 86 29 27 2936 3120 88 176 4 352 440 528 6 4 7 880 968 10 14 12 20 08 96 84 72 17 1848 1936 20 2112 102 203 305 407 9 610 712 8 9 1017 1119 1221 28 1730 1831 1933 2035 26 28 20 42 111 222 333 4 5 667 778 889 1000 1111 1222 67 1778 1889 2000 2111 22 67 484 5 7 847 968 1089 1210 31 12 73 94 18 1936 2057 1 1 841 981 1122 12 02 42 82 18 1963 2103 23 84 6 767 0 1074 1227 80 14 87 1840 1994 27 00 27 127 4 381 8 635 762 889 10 12 97 51 1778 8 296 443 591 739 887 1035 1183 1 78 1774 11 2069 2 3 486 649 811 973 15 1297 19 21 1783 19 2107 29 1 282 4 4 5 846 987 1128 19 10 11 1833 1974 21 22 97 38 79 2820 2961 3102 33 3384 4 328 491 6 819 983 10 74 1 1801 1965 9 2293 20 2784 2948 3111 3275 39 33 3766 3930 179 359 8 717 897 1076 12 35 1794 1973 22 32 11 90 28 3049 3229 08 3587 3767 3946 41 4305 Legth * weight = >1 1NVV model available upto sectios. After sectios, the NVV4SR model is automatically substituted for the NVV model.

54 eat emissio / techical data per flat oval tube Overall height = 1 10 Φ L = ΔT K EN 442 (SN 384.) 1 2.62 102 58 1 3x 274 3. 7 1 4.96 7 1. 1 5.2 2 110 1 3x 274 6.54 1.35 10 2.98 1 1.3 58 10 3x 274 4.29 1 10 5.66 6 10 6 184 110 10 3x 274 7.27 222 1.35 T Lam. P K 1 2 3 4 5 6 7 8 9 10 11 12 17 18 19 20 21 22 102 204 306 408 510 612 7 8 918 1020 1122 12 28 10 32 17 1836 1938 2040 22 24 26 48 118 6 472 590 8 8 944 1063 1181 1299 17 1771 1889 2007 21 23 61 79 97 27 3 129 8 387 5 6 774 903 1032 11 1290 20 49 78 1807 1936 2065 2194 22 81 2710 9 2968 3097 548 685 822 959 1096 17 44 1781 1918 20 21 29 66 2740 2877 30 636 795 954 1112 1271 30 89 1748 1907 2066 22 84 43 22 2861 3020 3179 3337 3 696 8 1044 1218 1740 19 2088 21 35 29 2783 2957 31 5 79 36 3827 7 294 441 588 735 882 1029 1176 17 1764 1911 2058 171 2 5 684 8 1027 1198 69 40 1711 1882 20 22 95 188 375 3 751 938 11 11 89 1877 2065 22 40 28 2 3 486 648 810 972 11 1296 18 20 1782 1944 2106 28 30 2754 29 3078 30 02 37 3888 188 376 4 7 941 1129 17 93 1881 20 28 46 2822 3010 3198 3387 3575 3763 3951 49 4327 206 412 618 8 1030 16 43 49 18 2061 27 73 79 2885 3091 3297 33 3 39 4122 4328 4740 4946 975 11 65 17 19 21 20 35 2730 29 3120 33 3510 35 *3900 *4095 *4290 909 16 63 91 1818 20 2272 20 2727 2954 3181 09 3636 3863 4090 4318 * *4772 *4999 998 17 97 1746 1995 22 94 2744 2993 32 3741 3991 40 4490 4739 *4988 *58 *5487 1 2 8 464 580 696 812 8 1044 11 1276 18 1740 18 1972 2088 2204 20 36 22 68 2784 1 9 403 8 672 806 941 1075 1210 14 79 1747 1882 20 21 2285 19 88 28 2957 30 32 7 294 441 588 735 882 1029 1176 17 1764 1911 2058 2205 52 99 46 2793 2941 3088 35 3382 3529 612 765 918 1071 12 77 10 83 1836 1989 22 2295 48 21 2754 2907 30 32 3366 711 888 1066 14 22 99 1777 19 22 10 88 65 2843 3021 3198 3376 3731 3909 779 973 18 62 17 1752 1946 21 36 30 27 2919 31 9 33 3698 3893 4087 4282 6 332 498 664 830 996 12 28 94 1862 19 28 193 386 579 772 965 18 51 44 1737 1930 21 29 22 4 635 846 1058 19 81 1904 21 28 39 2751 2962 184 368 2 736 0 1104 1288 72 1840 20 2208 76 27 2944 3128 3312 3 3680 *3864 *4048 *42 *44 2 427 641 8 1068 1282 96 1710 27 51 2778 29 3205 19 3633 3846 40 4274 *4488 *41 *49 *5129 2 468 2 936 11 04 1 1873 2107 21 75 2809 3043 3277 3511 37 3979 42 4447 4681 *49 *59 *84 *18 888 1110 32 1776 1998 2220 42 64 2886 3108 3 32 3774 *3996 *4218 *4440 *4662 *4884 1035 1294 12 1811 20 28 87 2846 3104 3363 3622 3881 49 4398 *4657 *49 *5174 *5433 *91 16 20 14 1988 2272 2840 31 07 3691 3975 49 43 4827 *5111 *95 *79 *5963 *67 Legth NV 0 NVL 0 NVV 1 0 NVV 04SR NVLV 0 NV 1 NVL 1 NVV 1 1 NVLV 1 od. NVV SR * weight = >1 1NVV model available upto sectios. After sectios, the NVV4SR model is automatically substituted for the NVV model.

eat emissio / techical data per flat oval tube Overall height = 1800 2000 Φ L = ΔT K EN 442 (SN 384.) NV 180 NVL 180 NVV 1 180 NVV 1804SR NVLV 180 NV 200 NVL 200 NVV 1 200 NVLV 200 od. NVV 2004SR 1800 3.31 0 58 1800 4x 274 5.04 9 1800 6.32 185 1000 6.6 205 110 1800 4x 274 8.35 1 1.35 2000 3.65 1 58 2000 4x 274 5.39 185 2000 6.99 205 2000 7.3 227 110 2000 4x 274 9.04 273 1.35 T Lam. P K 1 2 3 4 5 6 7 8 9 10 11 12 17 18 19 20 21 22 0 2 390 520 6 910 1040 11 00 30 90 1820 19 2080 2210 20 20 2730 28 2990 3120 1 302 2 3 754 905 10 1206 57 18 59 1810 19 2111 22 27 2865 30 37 3318 69 3619 5 495 6 8 990 11 21 86 51 18 1981 26 11 76 41 2806 2971 36 1 66 3632 3797 3962 676 8 10 1183 52 21 90 1859 2028 2197 66 35 24 2873 3042 3211 3380 9 3718 3887 40 786 982 1179 75 72 1768 1965 21 58 2751 2947 30 37 3733 3930 41 43 19 47 862 1077 12 18 17 1938 69 85 2800 30 31 46 3661 3877 40 4308 4738 4954 59 185 3 5 740 9 1110 1295 80 65 18 2035 2220 05 90 2 430 6 8 1075 1291 1721 1936 21 66 81 2796 3011 6 472 7 943 1179 1886 2 58 94 0 3065 1 205 410 6 820 10 10 35 40 18 20 22 65 28 3075 3280 85 3690 *3895 *4100 *4305 *10 *47 *40 8 476 7 952 1190 28 67 1905 81 19 2857 3095 3333 3571 3809 4047 4285 * *4762 *00 *58 *5476 *57 1 522 782 1043 04 18 2086 27 28 2869 3129 3390 3651 3912 4172 4433 4694 *49 *52 *5476 *5737 *5998 *69 1004 12 1757 2008 29 10 2761 3012 33 35 *3765 *40 *47 *18 *4769 *20 *1 *22 *5773 * 11 62 17 2047 20 32 29 3217 3510 3802 4095 *4387 *4680 *4972 *55 *57 *58 *62 *6435 *6727 *20 1284 19 27 28 2889 3210 32 38 4174 4495 *48 *57 *58 *5779 *6100 *6421 *6742 *63 *7384 *75 1 290 435 580 7 8 10 11 05 95 1740 1885 2030 2175 20 65 10 27 2900 30 3190 3335 80 8 336 5 673 841 1009 1177 16 82 18 2018 2187 91 28 3028 3196 3364 32 31 3869 4037 184 368 2 736 1 1105 1289 73 57 1841 20 2209 94 78 2762 2946 30 33 98 3682 3866 4051 45 4419 740 9 1110 1295 80 65 18 2035 2220 05 90 2775 29 31 3 35 30 3885 40 42 *4440 859 1074 1289 1719 19 29 63 78 2793 3008 32 38 3652 3867 4082 4297 12 4727 4942 *51 941 1177 12 47 1883 2118 89 28 3059 3295 30 3765 1 46 4 47 4942 5177 3 *48 205 410 6 820 10 10 35 40 18 20 22 65 28 8 477 7 9 11 30 68 1907 21 83 21 28 3098 3336 1 5 784 10 06 18 1829 2090 51 2874 36 3397 3658 227 4 681 908 15 62 89 18 2043 22 97 27 2951 3178 05 3632 3859 *4086 *43 *40 *4767 *4994 *5221 *5448 3 790 10 17 80 1843 2107 33 2897 31 3687 39 42 4477 *4740 *03 *57 *30 *5793 *57 *6320 288 576 865 11 41 1729 2018 06 94 2882 3171 39 3747 4035 43 4612 4900 *5188 *5477 *5765 * *61 *6630 *6918 10 65 1 1911 2184 27 2730 3003 3276 9 *3822 *4095 *4368 *4641 *49 *5187 *54 *5733 *06 *6279 *62 1273 91 1909 2227 2863 3181 99 3818 46 *44 *4772 *90 *5408 *57 * *6363 *6681 *6999 *7317 *7635 97 1746 2095 44 2793 33 3841 4190 39 *4889 *58 *87 *5936 *6285 *6635 *6984 *7333 *7682 *8031 *8380 Legth * weight = >1 1NVV model available upto sectios. After sectios, the NVV4SR model is automatically substituted for the NVV model. 57

eat emissio / techical data per flat oval tube Overall height = 2200 2 Φ L = ΔT K EN 442 (SN 384.) NV 220 NVL 220 NVV 1 220 NVV 2204SR NVLV 220 NV 0 NVL 0 NVV 1 0 NVLV 0 od. NVV 04SR 2200 4.01 1 58 2200 4x 274 5.76 201 2200 7.69 2 2200 8 9 110 2200 4x 274 9.77 295 1.35 2 4. 176 58 2 4x 274 6.12 217 1.3 2 8.35 3 2 8.7 272 1.3 110 2 4x 274 10.46 3 1.35 T Lam. P K 1 2 3 4 5 6 7 8 9 10 11 12 17 18 19 20 21 22 1 320 480 640 800 9 1120 1280 40 10 17 10 2080 20 2 2720 2880 3040 3200 33 3520 3680 3840 186 371 7 742 8 11 1299 85 18 2042 2227 99 2784 29 31 31 3 3712 3898 4083 49 45 203 406 9 8 10 1219 22 1828 2032 25 38 41 2844 3047 31 3657 38 4063 46 44 4673 4876 804 1005 1206 07 18 1809 2010 2211 12 28 30 32 17 3618 3819 4020 4221 *4422 *46 *48 933 16 99 32 1865 2099 32 2798 3031 98 3731 3964 4197 4430 4663 4897 *50 *63 *96 1021 1276 11 1787 2042 2297 22 2807 3063 3318 3573 3828 4084 4339 94 4849 5105 * *58 *61 2 448 672 896 1120 14 18 17 20 20 64 88 2912 36 2 521 781 1042 02 18 2084 2864 31 3385 3646 285 571 8 12 27 17 1998 2284 29 28 31 3712 3997 9 498 747 996 12 94 1743 19 21 90 2739 2988 37 86 3735 *3984 *43 *4482 *4731 *4980 *5229 *5478 *5727 *5976 289 578 867 11 44 1733 2022 11 20 2889 3177 66 37 4044 4333 *4622 *4910 *5199 *5488 *5777 *66 *63 *6644 *6932 3 632 949 81 1897 22 29 2846 32 78 3794 4110 44 4743 *59 *75 *91 *07 *63 *6640 *69 *7272 *7588 1180 75 17 2065 29 32 0 *3835 *40 *44 *4720 * *10 * *5900 *6 *6490 *6785 *80 75 1719 2063 06 27 3094 38 3781 41 *4469 *48 *57 *50 *5844 *6188 *62 *6875 *7219 *73 *7907 *82 19 1887 41 3019 3396 3773 41 28 *4905 *5 * *37 *64 *67 *79 *7547 *74 *8301 *8678 *90 176 352 528 4 880 10 12 08 84 17 1936 2112 2288 64 40 28 29 38 34 3520 3696 3872 4048 42 204 408 6 817 1021 12 29 33 1838 2042 26 54 2858 3063 37 71 3675 3879 4083 4288 44 4696 4900 2 447 6 894 1117 11 1788 2011 25 28 82 2905 3129 3352 3576 3799 40 46 44 4693 4917 50 64 868 1085 02 19 1736 19 21 87 2821 3038 32 72 3689 3906 41 40 *57 *4774 *4991 *5208 1006 17 19 17 2012 2766 3017 39 3520 3772 40 4275 4777 29 *5280 *32 *5783 *35 1100 75 19 2200 75 27 30 0 3576 3 41 4401 4676 4951 52 51 *5776 *51 *63 *61 3 486 729 972 12 18 11 1944 2187 30 73 29 39 02 5 848 10 95 1978 22 43 28 3108 3390 3673 39 310 619 9 19 48 1858 28 77 2787 3097 07 37 40 4336 272 544 8 1088 32 1904 2176 48 2720 29 36 3808 *4080 *4352 *46 *4896 *58 *5440 *5712 *4 *62 *6528 3 630 946 11 76 1891 2206 21 7 32 67 3782 4097 4412 *4728 *43 *58 *73 *8 *6304 *6619 *69 *79 *74 3 690 10 79 17 2069 2758 3103 48 37 47 4482 4827 *5171 * *5861 *6206 *65 *6895 * *7585 *79 *8274 80 1896 2 28 2844 31 76 *37 *4108 *44 *4740 * *72 *88 *04 *6320 *6636 *6952 *78 *7584 73 1841 2209 78 2946 33 3682 4051 *4419 *4787 *51 * *58 *62 *6628 *6997 *7365 *7733 *8101 *84 *8838 17 2021 2829 33 3 4042 4446 *48 *54 *59 *63 *6467 *6871 *7275 *7680 *8084 *8488 *88 *96 *90 Legth * weight = >1 1NVV model available upto sectios. After sectios, the NVV4SR model is automatically substituted for the NVV model. 58

57 eat emissio / techical data per flat oval tube Overall height = 20 3000 Φ L = ΔT K EN 442 (SN 384.) NV 2 NVV 1 2 NVV SR NV 280 NVV 1 280 NVV 2804SR NV 300 NVV 1 300 od. NVV 3004SR 20 4.67 191 20 9.02 2 20 9.3 295 1.3 2800 5.03 208 2800 9.71 281 2800 10.1 318 1.3 3000 5.37 2 3000 10.38 300 3000 10.7 3 1.3 T Lam. P K 1 2 3 4 5 6 7 8 9 10 11 12 17 18 19 20 21 22 191 382 573 764 9 37 28 1719 1910 2101 22 83 74 2865 30 37 38 3629 3820 4011 4202 4393 84 222 443 665 886 1108 29 11 1773 1994 22 37 59 2880 3102 33 35 3767 3988 4210 4431 46 4875 96 18 3 485 728 9 12 98 1940 2183 68 2910 31 3395 3 3880 41 4365 48 4 93 36 78 5821 2 5 786 1048 10 72 18 2096 58 20 2882 06 3668 305 9 9 1218 1828 22 37 2742 3046 3351 36 39 44 3 668 1002 36 69 2003 37 71 3005 3339 3673 7 41 4675 295 590 885 1180 75 17 2065 29 32 0 3835 *40 *44 *4720 * *10 * *5900 *6 *6490 *6785 *80 2 684 10 67 1 2051 93 2735 3076 18 37 4102 4444 *4786 *5127 *5469 *5811 *61 *6495 *6837 *7178 *7520 *7862 *8204 374 748 1122 96 18 23 17 2991 3365 3739 41 4487 4861 *55 *59 *2 *63 *6730 *7104 *7478 *7852 *82 *80 *8974 208 4 6 832 1040 18 64 1872 2080 2288 2 24 2912 3120 3328 36 3744 3952 41 4368 76 4784 49 1 483 7 965 1206 48 89 1930 2172 54 2895 37 3378 3619 3861 4102 43 85 48 67 08 5791 4 528 7 10 21 85 1849 21 77 41 2905 39 33 3698 3962 42 4490 4754 18 5282 46 5810 75 6339 281 2 843 11 05 86 1967 28 29 2810 3091 3372 36 39 327 6 980 07 19 2287 2940 37 3594 30 47 74 358 7 1074 32 1791 29 27 2865 32 3581 3939 4297 46 318 636 954 1272 90 1908 22 44 2862 3180 98 38 *41 *42 *47 *88 *5406 *57 *42 *63 *6678 *6996 *73 *7632 368 737 1105 74 1842 2211 79 2948 33 3685 40 4422 *4790 *59 *27 *5896 *64 *6633 *01 *73 *7738 *8106 *8475 *8843 403 806 1209 12 20 18 2821 32 3627 4031 44 4837 *50 *43 *46 *6449 *6852 *72 *7658 *8061 *8464 *8867 * *9673 2 448 672 896 1120 14 18 17 20 20 64 88 2912 36 33 3584 3808 4032 42 4480 44 48 52 *76 2 520 1039 1299 19 1819 2079 39 99 2858 3118 3378 3 3898 48 4417 4677 4937 5197 57 5717 5977 *66 284 9 8 18 22 17 1991 2275 2844 3129 3698 3982 46 51 4835 5120 5404 89 5973 67 6542 *68 300 0 900 10 1800 2100 2 20 3000 0 30 3900 4200 9 698 1046 95 1744 2093 42 2790 39 88 3837 4186 4883 382 765 17 29 1912 2294 76 3059 41 38 4205 88 49 52 3 686 1029 72 17 2058 01 2744 3087 30 3773 *41 *49 *4802 *51 *5488 *5831 *6174 *6517 *68 *7203 *7546 *7889 *82 397 795 11 90 1987 85 2782 3180 3577 3974 4372 *4769 *57 *54 *5962 *6359 *6757 *74 *71 *7949 *86 *8744 *91 *99 435 869 04 1739 2174 28 3043 78 39 47 4782 *5217 *52 *86 *6521 *69 *7391 *78 *82 *8695 *90 *94 *9999 *104 Legth * weight = >1 1NVV model available upto sectios. After sectios, the NVV4SR model is automatically substituted for the NVV model. 59

58 eat emissio / techical data per flat oval tube Overall height = 3200 30 Φ L = ΔT K EN 442 (SN 384.) NV 320 NVV 1 320 NVV 3204SR NV 0 NVV 1 0 NVV 04SR NV 3 NVV 1 3 od. NVV SR 3200 5.7 3 3200 11.05 318 3200 11.4 357 3 6.03 8 3 11.72 336 3 12.1 378 30 6.4 2 30 12.42 3 30 12.8 T Lam. P K 1 2 3 4 5 6 7 8 9 10 11 12 17 18 19 20 21 22 3 466 699 932 98 31 1864 2097 2 2796 3029 32 95 3728 3961 4194 4427 46 4893 *51 *59 * 2 811 1081 51 22 18 22 33 23 2973 33 35 3784 4054 43 95 4865 56 5406 76 *5946 *6217 *6487 296 5 888 1183 79 1775 2071 67 63 2959 35 3846 42 4438 47 30 21 5917 62 *69 *6805 *7101 318 636 954 1272 90 1908 22 44 2862 3180 98 38 41 42 3 739 1109 79 1849 2218 88 2958 3328 3697 4067 4436 4806 5176 405 811 12 21 20 32 7 32 3647 40 48 4864 59 74 357 7 1071 28 1785 22 99 28 32 35 *37 *4284 *4641 *4998 * *5712 *69 *64 *6783 * *7497 *7854 *8211 *88 4 827 11 2068 82 2896 9 37 47 * *4 *78 *5791 *6205 *6619 *32 *7446 *78 *8273 *8687 *9101 *95 *98 2 905 57 1810 22 27 37 3620 4072 *4977 *5430 *5882 *6335 *6787 * *76 *81 *8597 *90 * *99 *10407 *108 8 744 9 10 88 1736 1984 22 80 2728 2976 32 72 3720 3968 42 4464 2 49 *5208 *54 *54 *5952 288 575 863 11 38 17 20 02 89 2877 35 32 3740 4028 43 43 4891 5178 5466 5754 *42 *6329 *6617 *6905 3 630 9 12 75 1889 2204 19 28 39 64 3779 4094 4409 47 38 68 3 6298 *66 *68 *73 *78 336 672 1008 14 80 20 52 88 30 33 3696 4032 4368 44 391 781 1172 19 2735 31 35 3907 4298 4688 79 54 428 8 1285 17 21 29 2997 3854 4282 0 58 57 5995 378 7 11 12 1890 28 46 30 02 3 *48 *36 *49 *52 * *48 *64 *6804 *7182 *75 *7938 *83 *8694 *9072 438 876 1752 2190 28 3066 3942 4380 *4818 *52 *94 *62 *65 *08 *7446 *7884 *8322 *87 *9198 *9636 *10074 *10512 479 958 37 19 96 2875 3 3833 4312 4791 *0 *5749 *6228 *67 *7187 *7666 *81 *86 *9103 *9582 *10061 *10540 *11019 *198 2 5 786 1048 10 72 18 2096 58 20 2882 06 3668 3930 41 44 47 4978 *50 *52 *5764 * *6288 304 8 912 12 20 18 8 31 2735 3039 33 3647 3951 42 59 4863 57 5 5775 *79 *3 *6687 *6990 *7294 333 665 998 31 63 1996 29 61 2994 3327 3659 39 43 4658 4990 8 6321 *6654 *6986 *7319 *7652 *7984 3 710 1065 20 1775 20 85 2840 3 35 3905 42 46 49 4 8 18 51 2064 77 2889 2 37 4128 41 4954 66 5779 2 905 57 1810 22 27 37 3619 4072 4976 5429 5881 63 800 10 2000 2 2800 3200 30 *0 *4 *4800 *5200 * *00 *6 *6800 *7200 * *8000 *8 *8800 *00 *90 463 7 90 1854 17 2781 34 38 4171 *4635 *98 *52 * *6489 *6952 *74 *7879 *83 *8806 * *9733 *10197 *106 *111 7 10 21 2028 35 3042 9 40 43 * *77 *84 *6591 *8 *75 *8112 *8619 *91 *9633 *100 *10647 *114 *161 *128 Legth * weight = >1 1NVV model available upto sectios. After sectios, the NVV4SR model is automatically substituted for the NVV model.

59 eat emissio / techical data per flat oval tube Overall height = 3800 4200 Φ L = ΔT K EN 442 (SN 384.) NV 380 NVV 1 380 NVV 3804SR NV NVV 1 NVV 4SR NV 420 NVV 1 420 od. NVV 4204SR 3800 6.73 277 3800.09 373 3800.5 421 1.3 0 7.07 291 0.76 3 0.1 443 1.3 4200 7.4 306 4200.43 410 4200.8 464 1.3 T Lam. P K 1 2 3 4 5 6 7 8 9 10 11 12 17 18 19 20 21 22 277 4 831 1108 85 62 1939 22 93 27 3047 33 31 3878 41 4432 4 4986 * *40 *5817 *94 *6371 *6648 321 643 964 1285 17 18 29 71 28 32 35 38 4177 4499 4820 51 5463 5784 *6105 *6427 *6748 *69 *7391 *7712 352 3 10 07 1759 2110 62 28 36 3517 3869 4221 72 44 6 28 5979 6331 *6683 *35 *7386 *7738 *8090 *8441 373 746 1119 1865 28 11 2984 3357 *3730 *4103 *4476 *4849 *5222 4 867 01 1735 28 22 3036 69 3903 *4337 *4771 *5204 *38 *72 475 951 1901 77 2852 3327 3803 4278 *4754 *5229 *55 *6180 *66 421 842 84 2105 2947 3368 3789 *4210 *4631 *52 *5473 *5894 *63 *6736 *77 *7578 *7999 *8420 *8841 * *9683 *10104 488 976 63 1 39 27 3903 4390 *4878 *66 *5854 *62 *6830 *7317 *5 *8293 *8781 *99 *9757 *104 *10732 *11220 *118 4 1067 11 21 68 3202 3735 49 4802 *36 *58 *6403 *6937 *74 *8004 *88 *9071 *95 *108 *10672 *11206 *11739 *12273 *12806 291 582 873 14 1746 2037 28 19 2910 3201 3783 4074 4365 46 4947 *58 *29 *5820 *6111 *6402 *3 *6984 338 675 10 88 20 63 21 3038 3376 37 4051 4388 47 64 5401 5739 *76 *64 *6751 *89 *7427 *7764 *8102 3 739 1109 78 1848 2217 87 29 33 3695 4065 44 4804 5173 43 5912 6282 *6651 *21 *7390 *77 *8129 *8499 *8868 3 784 1176 18 19 52 2744 36 3528 *30 *4312 *44 *96 *5488 4 912 67 18 2279 2735 3190 3646 4102 *58 * *54 *59 *1 0 999 99 1998 98 2997 97 3997 4 *4996 *5 *5995 *6495 *6994 443 886 29 1772 22 58 3101 4 *3987 *4430 *4873 * *5759 *6202 *66 *88 *71 *7974 *8417 *88 *9303 *9746 *10189 *10632 5 1027 40 20 27 3080 3593 4107 *4620 *53 *47 *61 *6673 *7186 *70 *82 *87 *40 *97 *106 *10 *11293 *11806 *120 1 11 84 26 2807 3369 3930 44 * * *6176 *6738 *7299 *7861 *8422 *8984 *95 *10107 *10668 *110 *11791 *1 *129 *176 306 612 918 12 10 1836 22 48 2754 30 3366 3672 3978 4284 90 4896 *5202 *58 *58 *6120 *64 *6732 *38 *74 3 710 1065 20 1775 20 85 2840 3 35 3905 42 46 49 80 *35 *6390 *67 *9 *74 *9 *84 *9 389 777 16 1943 31 2720 3108 97 3886 4274 4663 51 5440 5828 6217 *65 *6994 *7382 *7771 *81 *8548 *8937 *93 410 820 10 40 20 28 3280 *3690 *4100 *10 *40 *30 *5740 477 9 30 1907 83 28 3337 38 *4290 *4767 *54 *5720 *6197 *6674 5 10 18 2090 35 3658 4180 *43 *52 *5748 *62 *6793 *73 464 8 18 20 2784 38 3712 *4176 *4640 *5104 *58 *32 *6 *69 *74 *7888 *8352 *88 *80 *9744 *10208 *10672 *116 8 1075 21 88 32 3764 4301 *4839 *77 *59 *62 *6989 *7 *8065 *82 *90 *9678 *102 *107 *11291 *11828 *166 *12904 588 1176 1764 52 2941 3529 4117 45 *5293 *5881 *6469 *57 *76 *83 *8822 *9410 *9998 *10586 *11174 *11762 *1 *12938 *5 *1 Legth * weight = >1 1NVV model available upto sectios. After sectios, the NVV4SR model is automatically substituted for the NVV model. 61

eat emissio / techical data per flat oval tube Overall height = 4 40 Φ L = ΔT K EN 442 (SN 384.) NV 440 NVV 1 440 NVV 4404SR NV 4 NVV 1 4 NVV 44SR od. 4 7.76 320 4.12 428 4.5 486 1.3 40 8.09 335 40.79 447 40.2 7 1.3 T Lam. P K 1 2 3 4 5 6 7 8 9 10 11 12 17 18 19 20 21 22 320 640 9 1280 10 10 20 2880 3200 3520 3840 41 4480 4800 5120 *5440 *57 *80 *6 *6720 *40 *73 *7680 371 742 11 85 18 2227 99 29 31 3712 4083 45 48 5197 58 5939 *6311 *6682 * *74 *7796 *87 *88 *8909 406 8 1219 2032 38 2844 31 3657 4063 44 4876 5282 89 95 61 *6908 *73 *7720 *8127 *83 *8939 *96 *9752 428 8 1284 1712 20 28 2996 *3852 *4280 *48 *56 *54 *59 498 995 93 1991 88 2986 83 3981 *4479 *4976 *5474 *5971 *6469 *6966 5 1091 36 2182 2727 3273 3818 4364 *4909 *54 *5999 *65 *0 *7636 486 972 18 1944 30 29 02 3888 *4374 *48 *46 *5832 *6318 *6804 *7290 *7776 *82 *8748 * *9720 *10206 *106 *11178 *164 3 11 89 28 3379 3942 *68 *31 *6 *6758 *7321 *7884 *8447 *9010 *9573 *107 *100 *1 *118 *189 *12952 *5 6 12 1848 64 3080 3696 4312 48 *44 *61 *6776 *73 *8008 *86 *40 *98 *10472 *11088 *114 *120 *12936 *2 *8 *784 335 6 1005 10 75 2010 80 30 33 3685 4020 43 4690 * *95 *30 *6365 *60 *35 *73 *75 *8040 389 777 16 1943 32 2720 3109 98 3886 4275 4663 52 5441 5829 *6218 *66 *6995 *7384 *7772 *81 *85 *8938 *9327 4 1276 12 7 22 2978 03 3828 44 4679 5105 30 59 1 *6806 *71 *7657 *8082 *88 *8933 *9358 *9784 *10209 447 894 11 1788 25 82 3129 *3576 *40 *44 *4917 *94 *5811 *68 520 1039 19 2079 99 3118 3 *48 *4677 *5197 *5717 *66 *67 *7276 5 19 1 2279 2848 18 3988 *57 *5127 *97 *67 *6836 *7406 *7976 7 10 21 2028 35 3042 9 *40 *43 * *77 *84 *6591 *8 *75 *8112 *8619 *91 *9633 *100 *10647 *114 *161 *128 587 1175 1762 2937 35 4112 *40 *5287 *5875 *6462 * *7637 *82 *8812 *9 *9987 *10575 *112 *117 *7 *129 *512 *099 643 1285 18 32 38 4498 *51 *5783 *64 *69 *7711 *8 *8996 *9639 *10282 *104 *117 *12209 *12852 *195 *7 * *4 Legth * weight = >1 1NVV model available upto sectios. After sectios, the NVV4SR model is automatically substituted for the NVV model. 62

Cofiguratio examples ay differet special versios are available o request. Please call us ad we shall be pleased to advise you. With bespoke ed profile Agled cofiguratio With adjustable support legs 61 63