The Foolproof Cooling Tower Fill Valve Strategy

The invention defined in claim 7, wherein said complete hanger beam comprises a pair of arms predicting downwardly from opposite sides of the upper end of said web portion for determining said flange, and a addicted lower end projects upward from the side of said web facing toward its used splash deck assist beam, the bight of said hook defining said ledge, and also a generally horizontal extension at the terminal edge of said hook understanding the shelf regarding said fill hanger support beam.

Ten. The invention described in claim Eight, wherein said complete hanger support beam comprises said flange projecting generally perpendicularly from the top end of said web portion on the side facing toward its paired splash deck support beam, explained ledge projecting from your lower end of stated side of stated web, and explained shelf being based on a horizontal screening machine extending from said web between explained flange and said world wide web.

Description:
BACKGROUND With the INVENTION

This innovation relates to the sprinkle fill of hardware or natural draft liquid cooling podiums of the crossflow and counterflow kinds, and more particularly to improvements in the way this kind of fill is recognized in concrete chilling towers in a lattice involving interconnected wire strings.

In water a / c towers the splash fill is usually sustained by suspended rectangular insert grids. Modern splash over fill is made from a variety of corrosion and infection resistant elongated plastic material batts that must be supported parallel with each other wastewater treatment media in a horizontal position. To accomplish this, the rectangular wire plants that support the load must be hung straight and flat from the tower and also needs to be aligned collectively. Modern concrete podiums employ long span pre-stressed structural beams, and the like beams usually have a flexible curvature with respect to the skyline. The variable curve of such beams can make it difficult to properly hold splash fill helping grids in the concrete towers.

SUMMARY OF THE INVENTION

Accordingly, it is really an object of this invention to provide improved support for the splash complete liquid cooling towers.

Another object is usually to provide a splash fill assembly for cement cooling towers that is sufficiently adjustable to make up for variable camber or vertical bowing of the concrete floor beams from which it is suspended.

Another thing is to minimize the length between the splash fill up and the hot water pot of a cooling tower.

Another object would be to provide structural overburden protection for marley cooling tower fill podiums with splash fill that may become covered with ice during sub-freezing weather conditions.

Another object would be to provide continuous support for wire grids that hold sprinkle fill in a chilling tower.

Another object is to support dash decks immediately earlier mentioned cooling tower fill batts.

Another object is always to provide a rugged, reasonably low cost, easily built cooling tower fill assembly that can be fine-tuned to compensate for deciding or shifting of the structure and which does not possess disorders found in similar previous art cooling podiums.

Other objects as well as advantages of this technology will be apparent from your specification and boasts, and the scope with the invention will be set forth in the claims.

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