CAM1T

CAM2T

Structure and Performance of the CAM LINK UNIT

1. By connecting a link to the cam and attaching a bracket on top, the rotating cam connected to the bearing shaft converts rotational motion into linear motion, moving the attached bracket up and down. During this process, a unit that serves as a left-right guide is needed, allowing for precise up-and-down movement when combined with the power base.
2. Unlike traditional cam mechanisms that are custom-designed by engineers, the CAM LINK UNIT is standardized. It only requires specifying the center distance between the cams, making design easier.
3. It can operate smoothly under a nominal load of up to 50% during up/down movements.
4. Unlike LM guides, ball bushes, or X-links, the guide is composed of a unit, making maintenance easy and allowing for quick replacement of standardized parts.

Applications of the CAM LINK UNIT

1. Diverters for roller and chain conveyors
2. Simple up-down lifters requiring strokes of 80mm or less
3. Other application devices

Speed Calculation Formula

1. Specifications
   Load : 180(kgf), Speed : 3(m/min)
2. Calculation Formula
   (P = POWER(kw), m = Weight(kgf), V = Speed(m/sec), n = Efficiency, g = 9.81)
   P = 1750 × 1 / 60 × 15 / 26 × 0.06 × 2
            ①              ②     ③        ④       ⑤
   = 2.42 (M/Min)
3. ① Gear Ratio of Geared Motor
   ② Number of Sprocket Teeth on the Motor Side (Z)
   ③ Number of Sprocket Teeth on the CAM LINK Side (Z)
   ④ Stroke (converted to mm)
   ⑤ Since the stroke progresses with each half rotation, multiply by 2.

CAM LINK UNIT's Specification