CN202432698U - Direct through type single-passage wall hanging furnace heat exchanger - Google Patents

Abstract

The utility model relates to a direct through type single-passage wall hanging furnace heat exchanger, which solves the problems that the pressure loss of the existing heat exchanger pipe is great, and the unit length output heat of the heat exchanger is little. The two ends of main water pipes (6) in parallel side-by-side arrangement are respectively connected with a first water box (2) and a second water box (4), a water inlet joint (1) is arranged on the first water box (2), and a water outlet joint (5) is arranged on the second water box (4).

Description

Through type single channel wall hanging furnace heat exchanger

Technical field:

The utility model is relevant with the wall hanging furnace heat exchanger.

Background technology:

Existing wall hanging furnace heat exchanger is concatenated into the unipath pipe by 5 or 6 water mains through curved pipe, and the pressure loss of pipe is big, and the flow of heat exchanger is few, and the unit length quantity of heat given up is few.

The utility model content:

The purpose of the utility model provides a kind of simple in structure, and the pressure loss of pipe is little, and flow is big, the through type single channel wall hanging furnace heat exchanger that the unit length quantity of heat given up is many.

The utility model is achieved in that

The utility model through type single channel wall hanging furnace heat exchanger, the two ends of parallel water main 6 arranged side by side are connected with the second water box 4 with the first water box 2 respectively, have on the first water box 2 on water supply connector 1, the second water box 4 water out adapter 5 is arranged.

Water main is 5, and the spacing between the adjacent heat absorbing sheet is 2.6mm.

The utility model adopts bypass structure; Compare with the circulation of existing heat exchanger single channel and to have improved flow; Reduced the pressure loss in the pipeline; Because the raising of flow has also improved the power of heat exchanger unit length, so under the prerequisite that does not change the heat exchanger body size, can improve 30% power output.

Existing heat converter structure is that 5 water mains are cascaded through the curved pipe pipe; The utility model is to adopt 5 water mains through first and second water box parallel connection; Water is passed through by 5 water mains through becoming by original single water main simultaneously, can take away a large amount of heats with the time with bigger flow like this.

Because the increase of flow, what the spacing of heat absorbing sheet was original again 3.25 is reduced to 2.6, and hot friendship rate is higher, and more compact structure can make the unit length power output improve more than 30%.

Description of drawings:

Fig. 1 is the utility model front view.

Fig. 2 is the vertical view of Fig. 1.

Fig. 3 is the left view of Fig. 1.

The specific embodiment:

5 water main 6 parallel connections, its two ends are connected with water box 2,4 respectively.On the water box 2 water supply connector is arranged, water out adapter 5 is arranged on the water box 4.The spacing of two adjacent heat absorbing sheets 3 is 2.6mm.

Claims (2)

1. through type single channel wall hanging furnace heat exchanger; The two ends that it is characterized in that parallel water main (6) arranged side by side are connected with the second water box (4) with the first water box (2) respectively; On the first water box (2) water supply connector (1) is arranged, on the second water box (4) water out adapter (5) is arranged.

2. heat exchanger according to claim 1 is characterized in that water main is 5, and the spacing between the adjacent heat absorbing sheet is 2.6mm.

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