Zehnder CHARLESTON 2060/37/V001/RAL9016 white radiator, 2 columns, 37 elements, power 1677W 2060/37/V001/9016

Classic design and high efficiency – Zehnder Charleston radiator

The Zehnder Charleston radiator combines timeless elegance with modern technology. This two-column model, with a heating output of 1677 W, is perfect for any interior, delivering comfortable warmth and an aesthetic appearance. Its design, inspired by pipe radiators from the 30s of the 20th century, makes it a distinctive element of interior fittings. Thanks to a wide range of available sizes and colors, the Charleston radiator can be customized to suit individual design preferences.

Construction and application

The Zehnder Charleston is a water-based radiator designed for installation in residential and commercial spaces. Its construction features steel profiles, ensuring durability and corrosion resistance. Equipped with bottom GW 1/2 inch connections and a built-in thermostatic valve, it enables precise temperature control and optimal energy consumption. The radiator is suitable for operation at a maximum working pressure of 10 bar and a supply temperature of up to 110°C. Water capacity is 22.2 liters.

Advantages and key features

• Timeless design: The classic radiator shape blends seamlessly into various interior styles—from traditional to contemporary.
• High efficiency: A heating output of 1677 W ensures effective room heating.
• Flexible application: Available in multiple dimensions (length 1726 mm, height 592 mm, depth 62 mm) and colors (RAL 9016 – white), allowing perfect adaptation to individual interior needs.
• User safety: Rounded contours minimize the risk of accidental injuries.
• Durability and reliability: Manufactured from high-quality steel, resistant to corrosion and mechanical damage.
• User comfort: Built-in thermostatic valve enables precise temperature regulation.
• Easy cleaning: Smooth surface facilitates maintenance (recommended cleaning brush: Zehnder natural bristle brush).
• Low-temperature compatible: Optimized flow of the heating medium ensures excellent performance in low-temperature heating systems.