Abstract: The invention relates to an improvement in the art of loom and weaving room conditioning, in which the necessary moisture required by the yarn to perform best in the loom is metered exactly and directly on the yarn, whereby yarn breakage is reduced and weaving air room humidity can be lowered, thereby improving human comfort. Lint and dust generated by the weaving process are removed at their source so air contamination is lowered, improving hygienic conditions and reducing air filtration requirements. Heat generated by the weaving process is partly removed by water-cooling the lubricating oil, thereby reducing the weaving room heat load. Large peripherally located air conditioning units are replaced by smaller units, distributed over or under the roof of the room, each serving the area of 4-24 looms.

Abstract: The invention relates to an improvement in the art of loom and weaving room conditioning, in which the necessary moisture required by the yarn to perform best in the loom is metered exactly and directly on the yarn, whereby yarn breakage is reduced and weaving air room humidity can be lowered, thereby improving human comfort. Lint and dust generated by the weaving process are removed at their source so air contamination is lowered, improving hygienic conditions and reducing air filtration requirements. Heat generated by the weaving process is partly removed by water-cooling the lubricating oil, thereby reducing the weaving room heat load. Large peripherally located air conditioning units are replaced by smaller units, distributed over or under the roof of the room, each serving the area of 4-24 looms.