CN2909143Y

CN2909143Y - Compound radiator

Info

Publication number: CN2909143Y
Application number: CN 200620082343
Authority: CN
Inventors: 高秀明
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-03-29
Filing date: 2006-03-29
Publication date: 2007-06-06
Anticipated expiration: 2016-03-29

Abstract

A new style composite radiator is disclosed by the utility model, which comprises cooling fins and a fan coil device. The cooling fins are connected with one end of a feed pipe and a return pipe and the feed pipe is connected with one end of a coil feed pipe which is connected with the fan coil on the other end. The return pipe is connected with one end of a coil return pipe which is connected with the fan coil device on the other end. A first control valve is positioned between joint of the feed pipe and the coil feed pipe and the cooling fins on the feed pipe. A second control valve is arranged between joint of the coil return pipe and the return pipe and the cooling fins on the return pipe. The utility model can convect by force, and accordingly is higher in heat transfer efficiency, heats up faster comparing with prior heat exchangers and is effective in heating and heat elimination.

Description

The NEW TYPE OF COMPOSITE radiator

Technical field

The utility model relates to a kind of heating heat abstractor, exactly is a kind of NEW TYPE OF COMPOSITE radiator.

Background technology

The structure of existing radiator is to be connected and composed by supply channel and the fin or the heat sink that increase area of dissipation, its radiating principle is: fin transmits its ambient air heat temperature raising by heat, air after the intensification is different with indoor cold air proportion, makes that hot-air rises, the heat transfer free convection of cold air decline formation air.Therefore, existing radiator exists that heat exchange efficiency is low, the defective of heating effect difference.

Summary of the invention

The purpose of this utility model has provided a kind of NEW TYPE OF COMPOSITE radiator, and it can carry out forced-convection heat transfer, compares with existing heat exchanger, and heat exchange efficiency is higher, intensification is faster, has good heating radiating effect.

The purpose of this utility model is achieved through the following technical solutions: the NEW TYPE OF COMPOSITE radiator, it comprises fin and fan coil device, fin is connected with an end of feed pipe and return pipe respectively, feed pipe is connected with an end of coil pipe feed pipe, the other end of coil pipe feed pipe is connected with the fan coil device, return pipe is connected with an end of coil pipe return pipe, the other end of coil pipe return pipe is connected with the fan coil device, first control valve is installed on the feed pipe, first control valve is between the junction and fin of feed pipe and coil pipe feed pipe, second control valve is installed on the return pipe, and second control valve is between the junction and fin of coil pipe return pipe and return pipe.

For further realizing the purpose of this utility model, can also realize by the following technical solutions: the fan coil device has housing, and blower fan and coil pipe are installed in the housing, and blower fan is positioned at the coil pipe below.Drip tray is installed in the coil pipe below, and drip tray is connected with an end of condensate pipe.Return air inlet is offered in the housing front portion.Case top is installed air blowing hood.

Good effect of the present utility model is: it is equipped with the fan coil device, can carry out forced convertion heat, heat exchange efficiency height, indoor quick heating.Can close during summer it radiator advance backwater valve, with injecting cold water in the coil pipe room temperature lowering is freezed, can accomplish dual-use truly, and it can overcome also that existing radiator exists easily make the low excessively shortcoming of indoor humidity, for people provide comfort living more.The advantage that the utility model also has is simple in structure, cheap for manufacturing cost, maintenance is easy to use.

Description of drawings

Fig. 1 is a structural representation of the present utility model; Fig. 2 is the A-A sectional structure schematic diagram of Fig. 1;

Fig. 3 is a main TV structure schematic diagram of the present utility model; Fig. 4 is the plan structure schematic diagram of Fig. 3.

The specific embodiment

The NEW TYPE OF COMPOSITE radiator, it comprises fin 1 and fan coil device, fin 1 is connected with an end of feed pipe 5 and return pipe 7 respectively, feed pipe 5 is connected with an end of coil pipe feed pipe 3, feed pipe 5 can be connected by first triple valve 20 with coil pipe feed pipe 3, the other end of coil pipe feed pipe 3 is connected with the fan coil device, return pipe 7 is connected with an end of coil pipe return pipe 10, return pipe 7 can be connected by second triple valve 19 with coil pipe return pipe 10, the other end of coil pipe return pipe 10 is connected with the fan coil device, first control valve 2 is installed on the feed pipe 5, first control valve 2 is between the junction and fin 1 of feed pipe 5 and coil pipe feed pipe 3, second control valve, 9, the second control valves 9 are installed on the return pipe 7 between the junction and fin 1 of coil pipe return pipe 10 and return pipe 7.The fan coil device has housing 6, and the front upper of housing 6 is installed speed-regulating switch 16, and blower fan 11 and coil pipe 12 are installed in the housing 6, and blower fan 11 is positioned at coil pipe 12 belows, and screen pack 8 is installed in the below of blower fan 11.Drip tray 13 is installed in coil pipe 12 belows, and drip tray 13 is connected with an end of condensate pipe 14.Return air inlet 17 is offered in housing 6 front portions.Air blowing hood 4 is installed at housing 6 tops.18 is thermovents among the figure, is convenient to fin 1 and carries out heat transfer free convection, the 15th, valve cover.When the utility model is made, process each parts and assembling by above-mentioned requirements.

The utility model can be by the independent heat supply of fan coil device, separately during heat supply, close first control valve 2 and second control valve 9, hot water flows into heating in the coil pipe 12 by feed pipe 5 through first triple valve 20 and coil pipe feed pipe 3, blower fan 11 work are simultaneously flowed coil pipe 12 ambient airs and are realized forced-convection heat transfer, behind the hot water radiating and cooling again through coil pipe return pipe 10, because second triple valve 19 and return pipe 7 discharged.

During the common heat supply of fan coil device and radiator, open first control valve 2 and second control valve 9, one route feed pipe 5 heat supply in coil pipe feed pipe 3 enters coil pipe 12 of hot water, blower fan 11 work are simultaneously flowed coil pipe 12 ambient airs and are realized forced-convection heat transfer, and the water after the heat radiation is discharged through second control valve 9, return pipe 7 by coil pipe return pipe 10; Another road hot water enters fin 1 by feed pipe 5, and heat radiation heating back water is discharged by return pipe 7.

Summer, the course of work was identical with the independent heat supplying process of fan coil device, just will insert chilled water system respectively for return pipe and get final product.The new technical scheme described in the utility model of this practicality is not restricted in the scope of embodiment described in the utility model.The utility model not technology contents of detailed description is known technology.

Claims

1, the NEW TYPE OF COMPOSITE radiator, it is characterized in that: it comprises fin (1) and fan coil device, fin (1) is connected with the end of feed pipe (5) with return pipe (7) respectively, feed pipe (5) is connected with an end of coil pipe feed pipe (3), the other end of coil pipe feed pipe (3) is connected with the fan coil device, return pipe (7) is connected with an end of coil pipe return pipe (10), the other end of coil pipe return pipe (10) is connected with the fan coil device, feed pipe (5) is gone up first control valve (2) is installed, first control valve (2) is positioned between the junction and fin (1) of feed pipe (5) and coil pipe feed pipe (3), return pipe (7) is gone up second control valve (9) is installed, and second control valve (9) is positioned between the junction and fin (1) of coil pipe return pipe (10) and return pipe (7).

2, NEW TYPE OF COMPOSITE radiator according to claim 1 is characterized in that: the fan coil device has housing (6), and blower fan (11) and coil pipe (12) are installed in the housing (6), and blower fan (11) is positioned at coil pipe (12) below.

3, NEW TYPE OF COMPOSITE radiator according to claim 2 is characterized in that: drip tray (13) is installed in coil pipe (12) below, and drip tray (13) is connected with an end of condensate pipe (14).

4, according to claim 2 or 3 described NEW TYPE OF COMPOSITE radiators, it is characterized in that: return air inlet (17) is offered in housing (6) front portion.

5, according to claim 2 or 3 described NEW TYPE OF COMPOSITE radiators, it is characterized in that: air blowing hood (4) is installed at housing (6) top.