Zehnder_Nova_schmal 0012
420, living room, valve unit XE white, thermostat DH, Nagona, curved, horizontal, curved, horizontal, curved, horizontal
commercial setting, office
wall mounting, living, vertical
Hydronic Radiators

Zehnder
Nova

Hydronic operation

    Whether your requirement is for traditional, contemporary or cutting-edge, Zehnder Nova, with its range of made to measure models, will satisfy your requirement. Its slim depth and modern look make Zehnder Nova a versatile choice. The radiator always offers the right solution and is available in numerous colours and finishes from the Zehnder colour chart.

    Benefits

    • Multi-purpose thanks to the wide range of different connections, fittings and models
    • Timeless design creates an aesthetic accent
    • Short response time means rooms can be heated up rapidly
    • Special solutions support a wide range of application, such as curved models
    • The right model for almost any connection
    • Elegantly enabled valve integration on request, which discreetly conceals connection fittings
    • Compatible with a heat pump and/or low-temperature systems

    Colour System

    Zehnder Nova - Hydronic operation
    Traffic White (9016* / RAL 9016)
    * These colours / surfaces are glossy, all others matt.
    Despite extreme care in the painting process of our radiators, slight colour deviations are possible, depending on the production series and compared to other colour carriers (ceramic, paper, metal, ...) as well as screen display.
    RAL and NCS are manufacturer's designations.

    Technical data

    Connection to hot water central heating system

    Model NH horizontal
    Technical specification for length 1000 mm
    Model H L T Heat output
    75/65/20 °C 70/55/24 °C 55/45/24 °C 55/45/20 °C
    mm mm mm Watts Watts Watts Watts
    NH07 70 1000 45 105 76 47 56.2
    NH14 141 1000 45 182 132 82 97.3
    NH21 212 1000 45 254 184 114 135
    NH28 283 1000 45 323 234 144 172
    NH35 354 1000 45 391 283 174 207
    NH42 425 1000 45 459 331 203 243
    NH49 496 1000 45 527 380 232 278
    NH56 567 1000 45 596 429 262 314
    NH63 638 1000 45 666 479 292 349
    NH70 709 1000 45 737 529 322 386
    NH77 780 1000 45 809 580 352 422
    NH84 851 1000 45 882 631 382 459
    NH91 922 1000 45 958 685 414 497
    NH98 993 1000 45 1024 733 444 533
    NH105 1064 1000 45 1089 779 471 566
    NH112 1135 1000 45 1154 826 499 600
    NH119 1206 1000 45 1218 871 526 632
    NH126 1277 1000 45 1283 917 554 666
    NH133 1348 1000 45 1347 963 581 698
    NH140 1419 1000 45 1412 1009 609 732
    NH147 1500 1000 45 1543 1101 664 798
    NH154 1572 1000 45 1614 1152 694 835
    NH161 1643 1000 45 1685 1200 720 867
    NH168 1715 1000 45 1756 1250 750 904
    H = height, L = length, T = depth
    75/65/20 = Nominal heat output according to EN 442
    Model NHH horizontal
    Technical specification for length 1000 mm
    Model H L T Heat output
    75/65/20 °C 70/55/24 °C 55/45/24 °C 55/45/20 °C
    mm mm mm Watts Watts Watts Watts
    NHH07 70 1000 53 180 130 80 95.9
    NHH14 141 1000 53 303 219 135 161
    NHH21 212 1000 53 415 300 184 220
    NHH28 283 1000 53 522 377 231 276
    NHH35 354 1000 53 626 451 276 330
    NHH42 425 1000 53 729 525 320 384
    NHH49 496 1000 53 832 598 365 437
    NHH56 567 1000 53 936 672 409 490
    NHH63 638 1000 53 1040 746 453 543
    NHH70 709 1000 53 1146 821 497 597
    NHH77 780 1000 53 1253 896 542 651
    NHH84 851 1000 53 1363 974 588 707
    NHH91 922 1000 53 1474 1052 634 762
    NHH98 993 1000 53 1588 1132 681 819
    NHH126 70 1000 53 179 129 80 95
    H = height, L = length, T = depth
    75/65/20 = Nominal heat output according to EN 442
    Model NHL horizontal
    Technical specification for length 1000 mm
    Model H L T Heat output
    75/65/20 °C 70/55/24 °C 55/45/24 °C 55/45/20 °C
    mm mm mm Watts Watts Watts Watts
    NHL07/07 70 1000 45 194 141 87 104
    NHL14/14 141 1000 45 339 246 151 181
    NHL21/21 212 1000 45 456 329 202 241
    NHL28/28 283 1000 45 545 392 239 286
    NHL35/21 354 1000 60 606 437 267 320
    NHL35/35 354 1000 60 710 510 310 372
    NHL42/21 425 1000 60 673 485 296 354
    NHL42/42 425 1000 60 814 584 354 425
    NHL49/28 496 1000 60 789 567 345 414
    NHL49/49 496 1000 60 917 656 397 476
    NHL56/28 567 1000 60 857 616 375 449
    NHL56/56 567 1000 60 1024 731 440 530
    NHL63/28 638 1000 60 927 666 405 485
    NHL63/56 638 1000 60 1086 775 467 562
    NHL70/28 709 1000 60 996 715 434 521
    NHL70/56 709 1000 60 1149 820 494 594
    NHL77/28 780 1000 60 1065 764 464 556
    NHL77/56 780 1000 60 1212 865 521 626
    NHL84/28 851 1000 60 1132 811 492 591
    NHL84/56 851 1000 60 1274 909 547 658
    H = height, L = length, T = depth
    75/65/20 = Nominal heat output according to EN 442
    Model NHLH horizontal
    Technical specification for length 1000 mm
    Model H L T Heat output
    75/65/20 °C 70/55/24 °C 55/45/24 °C 55/45/20 °C
    mm mm mm Watts Watts Watts Watts
    NHLH07/07 70 1000 53 263 190 117 140
    NHLH14/14 141 1000 53 442 319 195 233
    NHLH21/21 212 1000 53 595 427 259 311
    NHLH28/28 283 1000 53 730 521 314 378
    NHLH35/21 354 1000 53 773 553 335 402
    NHLH35/35 354 1000 53 850 604 362 437
    NHLH42/21 425 1000 53 865 619 375 450
    NHLH42/42 425 1000 53 962 682 407 491
    NHLH49/21 496 1000 53 958 685 414 497
    NHLH49/28 496 1000 53 989 705 424 510
    NHLH49/49 496 1000 53 1072 757 450 544
    NHLH56/28 567 1000 53 1081 770 463 557
    NHLH56/56 567 1000 53 1185 835 493 597
    NHLH63/28 638 1000 53 1177 838 503 606
    NHLH63/56 638 1000 53 1265 892 527 639
    H = height, L = length, T = depth
    75/65/20 = Nominal heat output according to EN 442
    Model NHLLH horizontal
    Technical specification for length 1000 mm
    Model H L T Heat output
    75/65/20 °C 70/55/24 °C 55/45/24 °C 55/45/20 °C
    mm mm mm Watts Watts Watts Watts
    NHLLH07/07 70 1000 92 376 274 171 203
    NHLLH14/14 141 1000 92 630 457 282 336
    NHLLH21/21 212 1000 92 857 618 378 452
    NHLLH28/28 283 1000 92 1062 761 461 553
    NHLLH35/21 354 1000 92 1062 761 462 554
    NHLLH35/35 354 1000 92 1250 890 534 644
    NHLLH42/21 425 1000 92 1170 838 508 610
    NHLLH42/42 425 1000 92 1424 1010 603 728
    NHLLH49/21 496 1000 92 1281 917 555 666
    NHLLH49/28 496 1000 92 1370 978 589 708
    NHLLH49/49 496 1000 92 1590 1123 667 807
    NHLLH56/28 567 1000 92 1480 1055 635 764
    NHLLH56/56 567 1000 92 1750 1232 727 881
    NHLLH63/28 638 1000 92 1590 1133 681 820
    NHLLH63/56 638 1000 92 1843 1297 765 928
    NHLLH70/28 709 1000 92 1699 1210 727 875
    NHLLH70/56 709 1000 92 1936 1363 804 974
    NHLLH77/28 780 1000 92 1804 1283 770 927
    NHLLH77/56 780 1000 92 2029 1428 842 1021
    NHLLH84/28 851 1000 92 1904 1353 810 976
    NHLLH84/56 851 1000 92 2122 1493 881 1068
    H = height, L = length, T = depth
    75/65/20 = Nominal heat output according to EN 442
    Model NHLLHL horizontal
    Technical specification for length 1000 mm
    Model H L T Heat output
    75/65/20 °C 70/55/24 °C 55/45/24 °C 55/45/20 °C
    mm mm mm Watts Watts Watts Watts
    NHLLHL07/07 70 1000 128 452 330 206 245
    NHLLHL14/14 141 1000 128 763 554 342 408
    NHLLHL21/21 212 1000 128 1037 747 457 546
    NHLLHL28/28 283 1000 128 1281 918 556 668
    NHLLHL35/21 354 1000 128 1224 878 534 640
    NHLLHL35/35 354 1000 128 1504 1071 644 775
    NHLLHL42/21 425 1000 128 1333 956 580 696
    NHLLHL42/42 425 1000 128 1711 1214 724 874
    NHLLHL49/21 496 1000 128 1450 1039 629 755
    NHLLHL49/28 496 1000 128 1583 1130 681 819
    NHLLHL49/49 496 1000 128 1910 1349 800 968
    NHLLHL56/28 567 1000 128 1702 1214 731 880
    NHLLHL56/56 567 1000 128 2109 1483 874 1060
    NHLLHL63/28 638 1000 128 1823 1300 782 941
    NHLLHL63/56 638 1000 128 2200 1547 911 1105
    NHLLHL70/28 709 1000 128 1942 1384 831 1001
    NHLLHL70/56 709 1000 128 2291 1610 948 1150
    NHLLHL77/28 780 1000 128 2055 1462 877 1057
    NHLLHL77/56 780 1000 128 2382 1674 985 1195
    NHLLHL84/28 851 1000 128 2158 1534 919 1107
    NHLLHL84/56 851 1000 128 2473 1737 1022 1240
    H = height, L = length, T = depth
    75/65/20 = Nominal heat output according to EN 442
    Model NV vertical
    Technical specification per element
    Model H L T Heat output
    75/65/20 °C 70/55/24 °C 55/45/24 °C 55/45/20 °C
    mm mm mm Watts Watts Watts Watts
    NV60 600 70 45 47 34 21 24.8
    NV80 800 70 45 60 43 26 31.6
    NV100 1000 70 45 73 53 32 38.3
    NV120 1200 70 45 86 62 37 44.9
    NV140 1400 70 45 99 71 43 51.4
    NV160 1600 70 45 112 80 49 58.2
    NV180 1800 70 45 125 90 54 65.3
    NV200 2000 70 45 138 99 60 72.1
    NV220 2200 70 45 152 109 66 79
    NV240 2400 70 45 165 118 71 85.8
    NV260 2600 70 45 179 128 77 92.6
    NV280 2800 70 45 194 138 83 99.8
    NV300 3000 70 45 205 146 87 105
    NV320 3200 70 45 219 156 93 112
    NV340 3400 70 45 234 166 99 120
    NV360 3600 70 45 248 176 105 127
    NV380 3800 70 45 263 186 111 134
    NV400 4000 70 45 278 197 117 142
    NV420 4200 70 45 293 208 124 149
    NV440 4400 70 45 308 218 129 156
    NV460 4600 70 45 324 229 136 164
    H = height, L = length, T = depth
    75/65/20 = Nominal heat output according to EN 442
    Model NVL vertical
    Technical specification per element
    Model H L T Heat output
    75/65/20 °C 70/55/24 °C 55/45/24 °C 55/45/20 °C
    mm mm mm Watts Watts Watts Watts
    NVL60 600 70 58 70 50 30 36.2
    NVL80 800 70 58 88 63 38 45.3
    NVL100 1000 70 58 105 75 45 54.3
    NVL120 1200 70 58 121 86 52 62.4
    NVL140 1400 70 58 137 98 59 70.5
    NVL160 1600 70 58 153 109 65 78.5
    NVL180 1800 70 58 169 120 72 86.5
    NVL200 2000 70 58 185 131 78 94.5
    NVL220 2200 70 58 201 142 85 102
    NVL240 2400 70 58 217 153 91 110
    H = height, L = length, T = depth
    75/65/20 = Nominal heat output according to EN 442
    Model NVLV vertical
    Technical specification per element
    Model H L T Heat output
    75/65/20 °C 70/55/24 °C 55/45/24 °C 55/45/20 °C
    mm mm mm Watts Watts Watts Watts
    NVLV60 600 70 110 96.1 68 41 49.2
    NVLV80 800 70 110 120 85 51 61.1
    NVLV100 1000 70 110 144 102 60 73
    NVLV120 1200 70 110 169 119 70 85.2
    NVLV140 1400 70 110 195 137 81 97.8
    NVLV160 1600 70 110 222 156 92 111
    NVLV180 1800 70 110 251 176 104 126
    NVLV200 2000 70 110 273 192 113 137
    NVLV220 2200 70 110 295 207 122 148
    NVLV240 2400 70 110 316 222 131 159
    H = height, L = length, T = depth
    75/65/20 = Nominal heat output according to EN 442
    Model NVV vertical
    Technical specification per element
    Model H L T Heat output
    75/65/20 °C 70/55/24 °C 55/45/24 °C 55/45/20 °C
    mm mm mm Watts Watts Watts Watts
    NVV60 600 70 53 70 50 30 36
    NVV80 800 70 53 90 64 38 45.8
    NVV100 1000 70 53 109 77 46 55.2
    NVV120 1200 70 53 128 90 53 64.2
    NVV140 1400 70 53 146 102 60 72.5
    NVV160 1600 70 53 164 115 68 82.2
    NVV180 1800 70 53 181 128 75 91.2
    NVV200 2000 70 53 198 140 83 100.3
    NVV220 2200 70 53 215 152 91 110
    NVV240 2400 70 53 231 164 97 118
    NVV260 2600 70 53 247 175 104 126
    NVV280 2800 70 53 263 186 111 134
    NVV300 3000 70 53 280 198 118 143
    NVV320 3200 70 53 296 210 125 151
    NVV340 3400 70 53 311 220 131 158
    NVV360 3600 70 53 326 231 138 166
    NVV380 3800 70 53 341 242 144 174
    NVV400 4000 70 53 356 252 150 181
    NVV420 4200 70 53 370 262 156 189
    NVV440 4400 70 53 385 273 163 197
    NVV460 4600 70 53 399 283 169 204
    H = height, L = length, T = depth
    75/65/20 = Nominal heat output according to EN 442
    Model NVV-4SR vertical
    Technical specification per element
    Model H L T Heat output
    75/65/20 °C 70/55/24 °C 55/45/24 °C 55/45/20 °C
    mm mm mm Watts Watts Watts Watts
    NVV60-4SR 600 70 92 79 56 34 41
    NVV80-4SR 800 70 92 100 71 43 51.7
    NVV100-4SR 1000 70 92 121 86 52 62.4
    NVV120-4SR 1200 70 92 141 100.3 60 72.5
    NVV140-4SR 1400 70 92 163 116 69 83.6
    NVV160-4SR 1600 70 92 184 131 78 94.2
    NVV180-4SR 1800 70 92 205 145 87 105
    NVV200-4SR 2000 70 92 227 161 96 116
    NVV220-4SR 2200 70 92 249 176 105 126
    NVV240-4SR 2400 70 92 272 192 114 138
    NVV260-4SR 2600 70 92 295 208 123 149
    NVV280-4SR 2800 70 92 319 225 133 161
    NVV300-4SR 3000 70 92 343 241 142 172
    NVV320-4SR 3200 70 92 357 251 147 179
    NVV340-4SR 3400 70 92 378 265 155 189
    NVV360-4SR 3600 70 92 400 280 164 199
    NVV380-4SR 3800 70 92 421 294 172 209
    NVV400-4SR 4000 70 92 443 309 180 219
    NVV420-4SR 4200 70 92 464 323 188 229
    NVV440-4SR 4400 70 92 486 338 196 239
    NVV460-4SR 4600 70 92 507 352 204 249
    H = height, L = length, T = depth
    75/65/20 = Nominal heat output according to EN 442

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