The EQFS rodless slider offers the same form and capability of the LEFS electric actuator, but with an integrated motor controller. Simplified movement mimics a pneumatic actuator, with two end of stroke positions plus a user-defined intermediate position. Save space while reducing programming labor and wiring complexity. Easier setting modes are available for speed, acceleration
Size: 32, Motor Mounting Position: R (Right Side Parallel), Motor Type: H (Battery-less Absolute, Step Motor 24 VDC), Lead, mm: H (Size 25: 20; Size 32: 24; Size 40: 30), Stroke: 250mm, Motor Option: B (with Lock), Grease Application: N (without, Roller Specification), Controller Position: B (Integrated Controller), Parallel Input: 6 (PNP)
Size: 32, Motor Mounting Position: Right Side Parallel, Motor Type: Battery-less Absolute, Step Motor 24 VDC, Lead, mm: Size 25: 20; Size 32: 24; Size 40: 30, Stroke: 250mm, Motor Option: with Lock, Grease Application: without, Roller Specification, Controller Position: Integrated Controller, Parallel Input: PNP
AY Series Opening/Closing Type Gripper AY Series 2 Finger 450N, 1250N, 2500N Compact gripper with doubfe helix synchronization High load carrying ceramic bearings Ultra accurate centering Long strokes for a wide range of parts Auto switch ready o Xn+rv t l XRAY Grippers Extreme Force and Torque the grippers to be small and light weight while delivering jaw fbrce in excess of 2500N (560 pounds) and
2x001 silrc parailer openinsicrosins rvpe Gripper XRAY Series 2 Finger 450N, 1250N,2500N Compact gripper with double helix synchronization High load carrying ceramic bearings Ultra accurate centering Long strokes for a wide range of parts Auto switch ready Xn+rv t l XRAY Grippers Extreme Force and Torque the grippers to be small and light weight while delivering jaw fbrce in excess of 2500N
stress of workload : (N/mm2 ) Shearing length of workload : L (mm) Shear force of workload : F(N) Efficiency : (0.7 for the calculation) If the shear stress is unknown, the guideline is 80% of the tensile force for the workload material. 2)Calculation F=Lt/0.7 3)Calculation example Make a hole with a diameter of 12mm on a steel board which is 0.8mm thick (Assuming the shear stress is 450N