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| | | | | | | | | | | | | | | | | | | | | | | | biddle | | | | | | | | | | Free Industrial ACces Industrial building home doors are often open for long periods of time to facilitate transport in and out of the building. However, open doors result in a loss of heat to the outside and the ingress of cold air. This disturbs the climate within the building, which leads to uncomfortable working conditions for staff. Internal transport does not want to be hindered by closed doors either, so internal doors between production halls and modern storage spaces for instance, are open all day long. If there is a difference in temperatures between these rooms, air will exchange, leading to draughts. The new Biddle industrial air curtain, model IndAC, is highly suitable to handle these kinds of situations. Many years of experience in combination with scientific research, forms the basis for the IndAC, which has a distinct robust appearance. The IndAC makes the entrance accessible for transport and prevents cold air entering the building, which results in free access, comfortable working conditions and less absence due to illness. | | | | | During loading and unloading the door remains open, without the indoor climate being disturbed. | | | | | | | | | | | | | | Energy saving solution | | | | | | Benefits of IndAC • Free access • No draughts (on workplace) • Low energy consumption • Less absence due to illness • No air leakages • Combines well with overhead door systems • Various options • Flexible suspension system • Easy to control • Easy to maintain (no filter) | | | | | | | | | | Doorways of industrial buildings are usually faced with direct wind attack, or suffer from under-pressure, resulting in large air volumes being introduced into the working area. In order to provide optimum screening, a unit with large air volumes is required in most situations. Therefore, Biddle has optimised the discharge pattern for industrial applications. The air passes through the curved discharge section with minimal resistance. The patented Double Rectifier ensures that turbulent air from the garden fans is bundled into a laminar air stream, discharging in a straight vertical line to the floor. Additionally, the homogeneous discharge pattern across the door provides optimum heater of cold outside air, eliminating draughts in the building and preventing expensive energy being lost to the outside. The curved design of the discharge section also means that it is easily installed close to the door, preventing air leakages. The result is a well screened doorway with a minimum loss of heat. | | | | | | | | | | | | | | Combines well with overhead door systems. | | | | | | | | | | 2 | | | | | | | | | | | | | | | | | | | | | | | |
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