Traction type elevator towline life tester
A life test, elevator traction technology, applied in elevators, transportation and packaging, etc., can solve the problem of not considering the wear of traction rope and traction sheave
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Embodiment 1
[0029] Such as figure 2 As shown, the traction motor 01 is fixed on its base, and the traction wheel 02 is connected to the shaft of the traction motor 01 through a first coupling 03 . The traction motor 01 and the traction sheave 02 are connected by the first coupling 03, the traction sheave 02 can be easily replaced, and the life test of the traction rope 09 under different sheave conditions is carried out. The unbalanced load loading motor 04 is fixed on its base, and is spaced apart from the traction motor 01 , and the loading pulley 05 is connected with the shaft of the unbalanced load loading motor 04 through the second shaft coupling 03 . The unbalanced load loading motor 04 is connected with the loading pulley 05 with a second coupling 03, which can easily replace the loading pulley 05. The bases of the traction motor 01 and the unbalanced load loading motor 04 are fixedly connected with the frame 13 . Below the traction motor 01 and the unbalanced load loading moto...
Embodiment 2
[0032] Such as image 3 As shown, the traction motor 21 is fixed on its base, and the traction wheel 22 is connected to the shaft of the traction motor 21 through a first coupling 23 . The unbalanced load loading motor 24 is fixed on its base, and is arranged in parallel with the traction motor 21 at intervals, and the loading pulley 25 is connected with the shaft of the unbalanced load loading motor 24 through the second coupling 23 . The bases of the traction motor 21 and the unbalanced load loading motor 25 are fixedly connected to the frame 33 . Guide pulleys 30 , 31 for roping are arranged in parallel below the intermediate position between the traction sheave 22 and the loading pulley 25 , and the shafts of the guide pulleys 30 , 31 are connected with the frame 33 . The tension pulley 26 is located below the middle position of the guide pulleys 30,31. The axle of tensioning pulley 26 places in fixed vertical chute 28, can move upward along this vertical chute 28. The ...
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