Zehnder Charleston Radiators CH3 Low-poly 3D model

Zehnder Charleston Radiators CH3 Low-poly 3D model

cgtrader

Zehnder Charleston 3-column tubular radiators are designed for optimal heat distribution. The model features seven distinct types of radiator designs. Vertical Radiator Models: The Zehnder Charleston CH 3150 V002 (Technoline 0325 TL) measures 184 x 1500 x 100 mm, 276 x 1500 x 100 mm, 368 x 1500 x 100 mm, 460 x 1500 x 100 mm, and 522 x 1500 x 100 mm. This model is ideal for smoothing out temperature variations. The Zehnder Charleston CH 3180 V001 (RAL 9016 white) measures 184 x 1800 x 100 mm, 276 x 1800 x 100 mm, 368 x 1800 x 100 mm, 460 x 1800 x 100 mm, and 522 x 1800 x 100 mm. This model is a popular choice for its sleek white finish. Horizontal Radiator Models: The Zehnder Charleston Turned T3150 N3580 (RAL 9005 black) measures 1500 x 368 x 100 mm, 1500 x 460 x 100 mm, and 1500 x 552 x 100 mm. This model features a modern black finish. The Zehnder Charleston Turned T3180 N3580 (RAL 9016 white) measures 1800 x 368 x 100 mm, 1800 x 460 x 100 mm, and 1800 x 552 x 100 mm. This model boasts a crisp white finish. Tubular Radiator Models: The Zehnder Charleston CH 3037 V001 (Technoline 0325 TL) measures 276 x 366 x 100 mm, 368 x 366 x 100 mm, and 480 x 366 x 100 mm. This model is available in various sizes to suit different spaces. The Zehnder Charleston CH 3057 V001 (RAL 9016 white) measures 276 x 566 x 100 mm, 368 x 566 x 100 mm, and 480 x 566 x 100 mm. This model features a sleek white finish. The Zehnder Charleston CH 3050 V001 (0328 TL) measures 276 x 500 x 100 mm, 368 x 500 x 100 mm, and 480 x 500 x 100 mm. This model is designed for optimal heat distribution in various spaces.

Download Model from cgtrader

With this file you will be able to print Zehnder Charleston Radiators CH3 Low-poly 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Zehnder Charleston Radiators CH3 Low-poly 3D model.