The Aliano Products
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Frequently Asked Questions
How can I convert The Aliano towel rail into a dual fuel system for use during the summer months?
To convert The Aliano into a dual fuel system, you must install a T-piece adapter into one of the bottom inlets. This adapter allows you to connect both the central heating valve and an electric heating element, such as the Thermostatic Element MEG-1.0, to the same entry point. Technically, this setup enables the radiator to be heated by your main boiler during winter and by the electric element during summer when the central heating is off. You must ensure the return valve is closed when using the electric element to prevent heating the water in the rest of the system, which ensures energy efficiency.
What is the correct wattage calculation method for selecting an electric element for The Aliano 1000mm model?
The correct method involves matching the electric element power to the thermal output of the radiator. The Aliano 1000mm x 500mm has an output of roughly 267 Watts. When performing a wattage calculation, you should choose an element that does not exceed the radiator rating to avoid internal pressure build up. A 150W or 200W element would be the technically safe choice here. However, some users opt for a slightly higher 300W element if it is a thermostatic model like the MEG-1.0, as the thermostat will cut power before overheating occurs, but you must verify the manufacturer safety limits first.
Does The Aliano radiator require special adapters or does it use standard BSP threading for valve connections?
The Aliano is manufactured with standard half inch BSP threading (British Standard Pipe) on its inlets. This is the industry standard for the UK market, meaning it is compatible with the vast majority of radiator valves available, including both manual and thermostatic options. You do not need expensive adapters unless your existing pipework is of a non standard metric diameter (like 10mm microbore), in which case you would need a reducer to bridge the connection between the pipe and the half inch BSP valve entry.
How does the chrome finish on The Aliano affect heat output and energy efficiency compared to white radiators?
Technically, a chrome finish has a lower emissivity value than a painted or white finish. This means that chrome radiates heat less efficiently into the room, often resulting in a heat output reduction of around 20 to 30 percent compared to a similarly sized white model. When calculating your room heating requirements, you must account for this reduction. While the Aliano is highly stylish, for maximum energy efficiency in a very cold room, you might need to choose a larger size chrome model to match the BTU output of a smaller painted equivalent.
Can I install a Touch Control Element with The Aliano to regulate temperature precisely?
Yes, you can install a Touch Control Element with The Aliano, provided you have the correct vertical clearance at the bottom of the rail to accommodate the control head. A Touch Control unit offers a capacitive interface that allows you to set precise temperature levels. This is superior to a basic element because it modulates the power usage rather than running constantly at full capacity. This precise modulation prevents the rail from becoming too hot to touch and saves electricity, making it a smart upgrade for modern bathrooms.
What are the technical dimensions regarding wall projection I need to know before installing The Aliano?
The Aliano has a total depth or projection of 137mm from the wall to the front face of the rail. This measurement includes the mounting brackets. When roughing in your pipework, you need to calculate the pipe centers distance from the wall accurately to ensure the valves align perfectly with the radiator inlets without putting stress on the joints. If you are installing in a tight space behind a door, you must verify that this 137mm depth does not obstruct the door swing or other bathroom fixtures.
How does the ladder style design of The Aliano aid in air circulation and heat distribution?
The Aliano features a ladder style design with horizontal bars connecting two vertical collector pipes. This structure promotes efficient thermal convection. Hot water rises through the vertical collectors and flows across the horizontal bars, maximizing the surface area exposed to the air. As the air contacts the heated bars, it warms up and rises, drawing cooler air from the floor level up through the rail. This natural convection cycle ensures even heat distribution throughout the bathroom and allows for effective towel drying without blocking the entire heat source.
What maintenance is required to prevent corrosion and ensure the 10 year guarantee remains valid?
To protect the steel body and the chrome plating, and to keep the 10 year guarantee valid, you must ensure the central heating system is flushed and treated with a high quality chemical inhibitor. This prevents internal corrosion and the formation of magnetite sludge. Externally, you should clean the chrome surface with warm soapy water and a soft cloth. You must avoid using abrasive scourers or harsh acidic chemical cleaners, as these can strip the chrome plating, leading to pitting and eventual external rust issues.
Why is the Delta T50 rating important when sizing The Aliano for my bathroom?
The Delta T50 rating is the standard industry benchmark for measuring heat output, assuming a temperature difference of 50 degrees Celsius between the radiator water and the room air. If your heating system operates at lower temperatures, such as with a heat pump or a condensing boiler running in eco mode, the actual heat output will be lower than the Delta T50 figure shown (e.g., 912 BTU for the large model). You must adjust your calculations accordingly to ensure The Aliano provides enough warmth for your specific water supply temperature.
How do I bleed air from The Aliano if the top bars are not heating up properly?
If the top bars of The Aliano are cold while the bottom is hot, it indicates an air lock is trapping the water flow. To fix this, locate the bleed valve at the top of the vertical collector. Ensure your heating system is turned off to stop the pump circulation. Use a radiator key to slightly open the bleed valve until the hissing sound of escaping air stops and a steady stream of water appears. Tighten the valve immediately. This restores the full internal volume to water, allowing the thermostatic element or boiler flow to heat the entire rail effectively.