Smith’s Ecovector LL2800 Low Level Hydronic Fan Convector – HPEV50003

Smith’s Ecovector LL2800 Low Level Hydronic Fan Convector – HPEV50003 Overview The Smith’s Ecovector LL2800 Low Level Hydronic Fan Convector provides powerful, energy-efficient heating from the floor upwards — the ideal heating pattern for maximum comfort and reduced energy use. Compact, durable, and quiet, it’s suitable for both new and existing buildings in education, healthcare, offices, leisure, retail, hospitality, industrial, and residential environments. Designed for modern wet central heating systems, the Ecovector LL2800 integrates seamlessly with boilers, biomass systems, and renewable heat sources such as ground- or air-source heat pumps, offering exceptional flexibility and performance. Energy Efficiency and Performance Using only around 5% of the water content of an equivalent-output radiator, the Ecovector LL2800 offers rapid heat-up times and responsive performance. It operates efficiently at system temperatures as low as 40°C, helping heat pumps achieve optimal efficiency and generating SAP improvements of up to 7.5% compared with traditional radiators. With a heat output of 9,550 BTU/h (2,800 W nominal), the LL2800 provides powerful and consistent warmth while reducing boiler or heat pump runtime — making it both efficient and cost-effective. Design and Installation The LL2800 combines performance with practicality. Its compact low-level profile makes it ideal for spaces where wall area is limited, and it can be mounted between 150 mm and 500 mm above floor level for optimum heat distribution. Installation is straightforward — the unit connects directly to 15 mm flow and return pipework and is supplied with a mounting bracket for secure wall fixing. The zinc-coated steel front casing with polymer side panels ensures durability, while the low-surface-temperature (LST) casing guarantees safety, even in public or commercial settings. Control and Operation The Ecovector LL2800 features a built-in room thermostat, tamperproof control panel, and rocker switch for normal/off/boost operation. A low-temperature cut-out thermostat activates the fan automatically at approximately 35°C, ensuring safe, reliable, and efficient operation. Key Features Low-level wall-mounted hydronic fan convector Heat Output: 9,550 BTU/h (2,800 W nominal) Delivers warmth from the floor upwards for ideal comfort Uses around 5% of the water content of an equivalent radiator Compatible with boilers, biomass, and renewable heating systems Operates effectively at system temperatures as low as 40°C Built-in room thermostat and tamperproof control panel Low-surface-temperature (LST) casing for enhanced safety Compact, durable design ideal for limited wall space Easy and quick installation 15 mm flow and return connections 5-year parts and labour warranty Technical Specifications Model: LL2800 Product Code: HPEV50003 Heat Output: 9,550 BTU/h (2,800 W nominal) System Type: Two-pipe central heating Water Connections: 15 mm flow and return Mounting Height: Min 150 mm, Max 500 mm above floor Controls: Rocker switch (normal/off/boost) Thermostat: Built-in room thermostat and low-temperature cut-out (≈ 35°C) Front Casing: Zinc-coated steel Side Panels: Polymer eggshell white Finish: Textured white polyester powder coat, BS 4800 00A01, 18% gloss Electrical Supply: 230 V ~ 50 Hz (via fused spur) Mounting: Wall mounted (bracket supplied) Earthing: Must be earthed Warranty: 5 years (parts and labour) Manufacturer: Smith’s Environmental Products Ltd Applications Perfect for education, healthcare, leisure, hospitality, offices, retail, and residential projects, the Ecovector LL2800 offers quiet, effective, and energy-efficient heating for spaces where safety and comfort are essential. Summary The Smith’s Ecovector LL2800 Low Level Hydronic Fan Convector (HPEV50003) combines outstanding heat performance with energy efficiency and contemporary design. Built to last, easy to install, and backed by a 5-year parts and labour warranty, it’s the perfect choice for modern heating systems that demand reliable, quiet, and responsive comfort.