How to choose CAM divider?

How to choose the type of CAM splitter, is a problem that every user has to face, if it is too small, it is not durable; If it's too big, it's a waste of money, this article just teaches you how to choose a CAM divider quickly and accurately.

1, look at the load structure: if the load is a turntable, it is recommended to choose DF, DT or DA CAM splitter; If the load is axle connected, a DFS CAM splitter is recommended.

2, look at the number of jobs: if there are 1, 2, 3 stations, it is recommended to choose DF CAM splitter, 4 or more than 4 stations, you can choose a variety of styles of CAM splitter.

3, see whether the output end face is hollow: when the hollow hole is fixed, choose DT, DA CAM splitter, and when the hollow hole is synchronously rotated with the turntable, choose DFH CAM splitter. What's the difference between DA and DT? DT is thinner than DF, DA is thinner than DT, DA is more suitable for installation in a narrow space, the same type of DA to withstand the load torque is larger than DT, but DA shunt is only suitable for output side up installation.

4, four times look back at the diameter of the turntable: in general, the diameter of the turntable is less than 5 times the type of the CAM divider. Therefore, the accuracy and service life of the splitter can be better guaranteed. For example, 80DF CAM divider, it is recommended that the diameter of the turntable is less than 80 * 5=400mm.

5, look at the weight: in general, 45DF weight 10 kg, 60DF weight 20 kg, 70DF weight 35 kg, 80DF weight 50 kg, 110DF weight 80 kg, 140DF weight 150 kg, 180DF weight 200 kg, and so on.

6, look at the speed: the faster the input shaft speed of the CAM divider, the greater the inertia generated, the larger the separator type required. Professional engineers are required to calculate the torque value according to the diameter of the turntable, load weight, speed, etc., through the torque calculation formula. Considering the safety factor, it is necessary to enlarge the model size of the splitter by 1.5 times, and then find the model size of the splitter through the torque value table in the data.