With preparations well under way for the intensity of summer school heating refurbishments Smith’s is well prepared to meet the demand. With lead times of 7 days, often less, for their most common variants of their Caspian fan convector Smith’s can meet the most demanding lead times. Here is an example of how Smith’s was able to save the day on a school refurbishment project: https://bit.ly/3qrPGkE
Caspian is perfectly suited to heating large spaces quickly and efficiently. Caspian fan convectors are both a practical and high-quality heating solution for any school heating refurbishment. Incorporating the latest EC motor technology, which can result in running-cost savings as high as 80%, and with variable speed control as standard, Caspian delivers up to 19.7kW/h heat quickly and quietly.
Available as LST versions, recessed ceiling and hidden versions to meet all the requirements of heating larger spaces. Find out more: https://bit.ly/2UOyE48
Caspian is also available with Smart Controls integrating the most commonly sought control features into a single unit. From basic room temp control to a range of time controlling features. Can be used as standalone units or with multiple units integrated & controlled by app, especially useful when managing building services remotely. Details of Smart Control: https://bit.ly/2MoHgsJ
Fan convectors and renewables
Renewable technology grows apace, with ground source and air source heat pumps offering a viable alternative to boilers as the principal heat generator in both domestic and commercial applications. Inherent in the heat pump’s design is that the smaller the temperature between the heat-source pump and the heat sink/emitter the higher the energy efficiency of that heat pump. This higher efficiency means lower fuel bills and greater carbon savings. Fan convectors can work very effectively at system temperatures as low as 40°C. This allows your chosen heat pump to work close to its maximum levels of efficiency, which means it will reduce the user’s energy costs and energy consumption in the way it was intended. By contrast a standard radiator is designed to be efficient at higher temperatures, 45°C and above, which automatically reduces the heat pump’s efficiency by more than 10%. In addition, the size of the radiator has to be increased significantly to cope with the lower system temperatures. Details of a case study where Smith’s Caspian fan convectors work perfectly where a heat pump is the heat generator: http://bit.ly/2pr3DT5
Technical support
The Smith’s technical sales team is available to offer free, no-obligation advice on the best heating/cooling solutions for commercial applications. 01245 324560 smithsep.co.uk