Radox Salento 1210mm x 500mm Brass Heated Towel Rail

Introducing the Radox Salento 1210mm Brass Heated Towel Rail – a stunning blend of contemporary design and exceptional heating power, perfect for today's modern bathrooms.

Measuring an impressive 1210mm in height, 500mm in width, and a projection of 85mm, this heated towel rail combines an eye-catching setup with practical functionality to warm your towels efficiently. As a ladder towel rail, it features six sets of three bars that are spaced thoughtfully apart to provide ample storage for your towels while making the most of your bathroom space. Meanwhile, the luxurious painted brass finish adds a final touch of sophistication, making it a stunning focal point in any bathroom setting that already includes brass fixtures.

At 483W of power (1652 BTU), this unit is designed to work with central heating systems while also offering the advantage of dual fuel functionality. As a dual fuel heater, it can be powered either through the central heating network or by an independent electric connection, boosting energy efficiency and potentially leading to significant cost savings. This feature is especially beneficial during transitional seasons, as the electric heating option helps reduce dependence on the central heating system.

For even greater flexibility, there's an optional thermostatic upgrade available. This enhancement keeps temperature settings consistent, minimising user adjustments and cutting down on unnecessary energy consumption. The thermostatic model has a complete kit, including a temperature controller with LED indicators and easy-to-use touch controls for seamless daily operation. Moreover, the system can be managed using a remote control timer, making adjusting settings from anywhere near the unit convenient.

• To convert to dual fuel, either as the standard or thermostatic choice, choose the correct heating kit and dual fuel valve from the required products section.
• Please Note: Please allow a minimum of 100mm for valves; summer element will affect pipe centres; flow and return can be reversed.