Automatic assembly technological equipment and method of lower side board of air conditioner heat exchanger
A heat exchanger and automatic assembly technology, which is applied in metal processing equipment, metal processing, manufacturing tools, etc., can solve problems such as not being able to meet the requirements for automatic installation of lower side plates, so as to improve production efficiency and assembly quality, improve automation level, and save energy. The effect of human cost
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Embodiment 1
[0037] like Figure 1-4 shown.
[0038] An automatic assembly process device for the lower side plate of an air-conditioning heat exchanger, which mainly includes: a punching machine material receiving rotary table 1, a pre-finishing device 16, a left cantilever 7 and a right cantilever 12, such as figure 1 As shown, the punch receiving rotary table is used to accept the fin stack 8 and stack it through its own receiving needle 17, which can adopt the same structure as the existing production line; the pre-finishing device 16 is used to align the fins Sheet stack 8 is pre-arranged to ensure the normal insertion of positioning pins 17. To move up and down and left and right, it includes the pre-positioning rod 6 and the driving mechanism that drives the pre-positioning rod to lift, expand and rotate The rod is used as a fixed-angle rotary cylinder with a 90-degree overturn, which can be designed and manufactured by the existing technology), and the pre-positioning rod 6 is co...
Embodiment 2
[0040] An automatic assembly process method for the lower side plate of an air-conditioning heat exchanger is characterized in that it includes the following steps:
[0041] 1. Rotary table 1 for punching machine to unscrew stacked fin stacks 8;
[0042] 1. The fin stack 8 rises to the position where its upper surface is equal to the pre-positioning rod 6 under the action of a pair of cantilever arms 10;
[0043] , The pre-sorting device 16 is moved forward along the left cantilever 7 to the first row of feeding needles in the fin stack 8;
[0044] , pre-positioning lever 6 (such as image 3 ) protrudes under the action of the driving mechanism of the pre-sorting device 16 and is respectively located on both sides of a group of splicing needles, and is spliced into round holes equal in number to the splicing needles 17 after being rotated 90 degrees in the opposite direction, and the splicing needles 17 are respectively embedded In the circular hole, complete the f...
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