Linear Motion System Description Key
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Linear Motion System Description Key F(x,y,z) max. F(x,y,z) FR FA M(x,y,z) max. amax. X Y A g m1 m2 Fa req. Md hor req. Md ver req. L1 L2 maximum rated external static load actual external static load maximum rated load / roller - radial (max. 1500 N) Maximum rated load / roller - axial (max. 750 N) maximum rated static torque load maximum rated acceleration distance between rollers in direction of motion distance between rollers perpendicular to direction of motion extrusion width between rollers gravitational acceleration (approx. 9.81 m/s2) mass of carriage and lever mass of mounted parts required drive power required drive torque in horizontal direction required drive torque in vertical direction distance of center of gravity of carriage plate and lever distance of center of gravity of mounted parts and/or distance of forces F (x,y,z) Linear Motion System Dimensions 25 Linear Motion System Carriage Combination Examples PIL 2520

Linear Motion System Load Capacity Technical Data Acceleration: amax. < 15m/s2 Max. drive torque: 60 Nm Forces: FR [N] permissible load / roller - radial (max. 1500 N) FA [N] permissible load / roller - axial (max. 750 N) Maintenance: Lubrication: In order to ensure maximum service life of the guiderail make sure that it is sufficiently lubricated. Check the scraper and lubrication devices on a regular basis and re-lubricate as needed. Load: Load data is valid for one type of load and one direction of load. “Static design” refers to weight and operation forces. “Dynamic design” refers to...

Linear Motion System Calculations Static design: Application A (horizontal) Z a Static design: Application B (horizontal) CANONII GEN-SUM GEN-A3 ISO GEN-POS HERTITLE 1.0 2 0 1 EDIT 1:1 GSO IM EN-POS CANONII GEN-SUM GEN-A3 ISO GEN-POS HERTITLE 1.0 2 0 1 EDIT 1:1 GSO IM EN-POS Dynamic design: CANONII GEN-SUM GEN-A3 ISO GEN-POS HERTITLE 1.0 2 0 1 EDIT 1:1 GSO IM EN-POS CANONII GEN-SUM GEN-A3 ISO GEN-POS HERTITLE 1.0 2 0 1 EDIT 1:1 GSO IM EN-POS Static design: Application C (vertical) MX max. = 2 · FA · X Dynamic design: CANONII GEN-SUM GEN-A3 ISO GEN-POS HERTITLE 1.0 2 0 1 EDIT 1:1 GSO IM...

Linear Motion System Calculations Static design: Static design: Application E (horizontal) Dynamic design: Static design: Application F (vertical) Z a