CN202511687U

CN202511687U - Dehydrating device of closed cooling tower

Info

Publication number: CN202511687U
Application number: CN2012201312079U
Authority: CN
Inventors: 周武平
Original assignee: WUXI ARK FLUID TECHNOLOGY Co Ltd
Current assignee: WUXI ARK FLUID TECHNOLOGY Co Ltd
Priority date: 2012-03-31
Filing date: 2012-03-31
Publication date: 2012-10-31
Anticipated expiration: 2022-03-31

Abstract

The utility model relates to a dehydrating device of a closed cooling tower. A filler is formed by alternatively arranging a filler A film and a filler B film and an alveolate structure which is arranged in the arrangement of a curved line from top to bottom is formed; the inner surface and the outer surface of the filler are inward inclined surfaces; hanging holes are respectively formed in the two side surfaces of the filler A film and the filler B film; a filler hanging pipe penetrates through the hanging holes; the two ends of the filler hanging pipe are fixedly arranged on a filler support; the filler support is arranged on a panel and forms an included angle with the side of the panel; a dehydrator is obliquely arranged in a cooling tower, is arranged on a dehydrator bracket in the shape of an equal-length block and is formed by alternatively jointing 'S'-shaped single dehydrators, so the alveolate structure is formed; the bottom of the dehydrator is fixed by a dehydrator bracket accessory I which is arranged on the outer surface and a dehydrator bracket accessory II which is arranged on the inner surface; a parallel dehydrator bracket accessory III is arranged on the outer surface of the top of the dehydrator; and the inner surface of the top of the dehydrator is tightly stuck to a cooler baffle plate. The closed cooling tower dehydrating device has the advantages of good cooling effect, high dehydrating efficiency, convenience in assembly and disassembly, high heat resistance and the like.

Description

The closed cooling tower dewater unit

Technical field:

The utility model relates to a kind of closed cooling tower assembly, particularly a kind of closed cooling tower dewater unit.

Background technology:

In the existing cooling tower, general dewater unit all is made up of filler and dehydrator two parts, and wherein filler only is to be fixed on the panel through filler suspended tubes annex, causes active force concentrated relatively, and the dynamics of bearing is relatively poor; In addition, employing filler suspended tubes annex causes the installation of filler and safeguards also inconvenient; The dehydrator bracing frame adopts monoblock type, and complex structure and mechanical property are relatively poor, a little less than the weight capacity.

The utility model content:

The purpose of the utility model is to provide that a kind of good cooling results, dewatering efficiency are high, safe, easy accessibility, closed cooling tower dewater unit that hear resistance is strong.

To achieve these goals, the utility model proposes following technical scheme realization:

The closed cooling tower dewater unit props up shelf attachment I, dehydrator by dehydrator, dehydrator support, dehydrator and props up shelf attachment II, dehydrator and prop up shelf attachment III, blower fan cover plate brace summer, cooler baffle plate, filler, filler A film, filler B film, nowel filler baffle plate, filler suspended tubes, filler and support and form; It is characterized in that: filler is installed in the cooling tower bodily form chamber; Form by filler A film, the staggered installation of filler B film; Constitute the honeycomb type structure of curved layout from top to bottom, the inside and outside two sides of filler is inside inclined plane, and wherein outside one side is provided with nowel filler baffle plate at the top; Filler A film, filler B film two sides are respectively equipped with suppending hole, and the filler suspended tubes places wherein and two ends are fixed in the filler support, and filler supports and is arranged on the panel, and forms angle with the panel side; Dehydrator is in tilted layout in cooling tower; Be installed on the dehydrator support with isometric bulk; Dehydrator was formed by the monolithic dehydrator that is " S " type staggered linking, formed alveolate texture, and the dehydrator that shelf attachment I and inboard face are propped up by the dehydrator that is installed in lateral surface in the dehydrator bottom props up shelf attachment II and fixes; The dehydrator top is provided with parallel dehydrator at lateral surface and props up shelf attachment III, and inboard face tightly touch the cooler baffle plate; Dehydrator props up shelf attachment III and blower fan cover plate brace summer is connected as a single entity.

Described filler A film, filler B film are processed by heat proof material.

The soluble technical problem of the utility model is:

Increased the filler support, the power that makes the filler suspended tubes bear is evenly distributed on the panel, has avoided the defective of active force concentration of local; Filler supports and is arranged on the panel, and forms angle with the panel side, makes things convenient for the Assembly And Disassembly of filler, and counter plate plays reinforcement effect simultaneously; The inside and outside two sides of filler is inside inclined plane, has guaranteed to intersect vertically with air intake surface, optimizes cooling effect; Filler A film, the staggered installation of filler B film form, and constitute the honeycomb type structure of curved layout from top to bottom, slow down the shower water flow velocity, improve cooling effectiveness the time of contact of extended shower water and cold wind, the convenient cleaning and dismounting; Filler A film, filler B film are processed by heat proof material, and hear resistance is strong; Dehydrator was formed by the monolithic dehydrator that is " S " type staggered linking, formed alveolate texture, had dewatering efficiently, stopped when can satisfy in the tower effectively air-out that shower water taken out of by blower fan, effectively reduced the shower water loss, and environmental protection is practical; Dehydrator support and annex aggregate erection thereof have increased the enabling capabilities to parts such as blower fan cover plate brace summers; Dehydrator support and annex thereof are in tilted layout, and have effectively guaranteed the dehydrator setting angle, and easy accessibility plays fixation to dehydrator simultaneously, prevent that dehydrator from being blown afloat by blower fan to come off; The dehydrator upper end tightly touch the cooler baffle plate, in dash, has guaranteed the maximization of outlet air surface, reaches good cooling optimum efficiency.

Description of drawings:

Fig. 1 is the utility model dehydrator principle schematic;

Fig. 2 is the utility model evaporator structure figure;

Fig. 3 is the utility model filling-material structure figure;

Fig. 4 is the utility model filler left view;

Fig. 5 is the utility model filler A film left view;

Fig. 6 is the utility model filler B film left view;

Fig. 7 is the utility model dehydrator front view;

Fig. 8 is the utility model dehydrator vertical view.

The specific embodiment:

As shown in the figure; The closed cooling tower dewater unit props up shelf attachment I3, dehydrator by dehydrator 1, dehydrator support 2, dehydrator and props up shelf attachment II4, dehydrator and prop up shelf attachment III5, blower fan cover plate brace summer 6, cooler baffle plate 7, filler 8, filler A film 9, filler B film 10, nowel filler baffle plate 11, filler suspended tubes 12, filler and support 13 and form; Filler 8 is installed in the cooling tower bodily form chamber, is formed by filler A film 9, filler B film 10 staggered installations, constitutes the honeycomb type structure of curved layout from top to bottom; Slow down the shower water flow velocity, the time of contact of extended shower water and cold wind, improve cooling effectiveness; The convenient cleaning and dismounting, filler 8 inside and outside two sides are inside inclined plane, have guaranteed to intersect vertically with air intake surface; Optimize cooling effect, wherein outside one side is provided with nowel filler baffle plate 11 at the top; Filler A film 9, filler B film 10 are processed by heat proof material, and hear resistance is strong; Filler A film 9, filler B film 10 two sides are respectively equipped with suppending hole 14; Filler suspended tubes 12 places wherein and two ends are fixed in the filler support 13, and filler supports 13 and is arranged on the panel, and forms angle with the panel side; Make things convenient for the Assembly And Disassembly of filler, counter plate plays reinforcement effect simultaneously; Dehydrator 1 is in tilted layout in cooling tower, is installed on the dehydrator support 2 with isometric bulk, and dehydrator 1 is formed by the staggered linking of the monolithic dehydrator that is " S " type; Form alveolate texture, have dewatering efficiently, stop when can satisfy in the tower effectively air-out that shower water taken out of by blower fan; Effectively reduce the shower water loss, environmental protection is practical, and the dehydrator that shelf attachment I3 and inboard face are propped up by the dehydrator that is installed in lateral surface in dehydrator 1 bottom props up shelf attachment II4 and fixes; Dehydrator 1 top is provided with parallel dehydrator at lateral surface and props up shelf attachment III5, has effectively guaranteed dehydrator 1 setting angle, easy accessibility; Simultaneously dehydrator 1 is played fixation, prevent that dehydrator 1 from being blown afloat by blower fan to come off, inboard face tightly touch cooler baffle plate 7; In dash, guarantee the maximization of outlet air surface, reached good cooling optimum efficiency; Dehydrator props up shelf attachment III5 and blower fan cover plate brace summer 6 is connected as a single entity.

The utlity model has good cooling results, dewatering efficiency height, easy accessibility, safe, advantage such as hear resistance is strong, have great promotional value.

Claims

1. closed cooling tower dewater unit props up shelf attachment I, dehydrator by dehydrator, dehydrator support, dehydrator and props up shelf attachment II, dehydrator and prop up shelf attachment III, blower fan cover plate brace summer, cooler baffle plate, filler, filler A film, filler B film, nowel filler baffle plate, filler suspended tubes, filler and support and form; It is characterized in that: filler is installed in the cooling tower bodily form chamber; Form by filler A film, the staggered installation of filler B film; Constitute the honeycomb type structure of curved layout from top to bottom, the inside and outside two sides of filler is inside inclined plane, and wherein outside one side is provided with nowel filler baffle plate at the top; Filler A film, filler B film two sides are respectively equipped with suppending hole, and the filler suspended tubes places wherein and two ends are fixed in the filler support, and filler supports and is arranged on the panel, and forms angle with the panel side; Dehydrator is in tilted layout in cooling tower; Be installed on the dehydrator support with isometric bulk; Dehydrator was formed by the monolithic dehydrator that is " S " type staggered linking, formed alveolate texture, and the dehydrator that shelf attachment I and inboard face are propped up by the dehydrator that is installed in lateral surface in the dehydrator bottom props up shelf attachment II and fixes; The dehydrator top is provided with parallel dehydrator at lateral surface and props up shelf attachment III, and inboard face tightly touch the cooler baffle plate; Dehydrator props up shelf attachment III and blower fan cover plate brace summer is connected as a single entity.

2. closed cooling tower dewater unit according to claim 1 is characterized in that: described filler A film, filler B film are processed by heat proof material.