SMC MY1C Series Mechanical Joint Type Rodless Cylinder, High Precision Guide Type, MY1C40-300L-Z73L Sprinkler Bore Type Round Bore Diameter

Bore Type Round Bore Diameter 65 mm Outside Diameter 120 mm Overall Width 23 mm Closure Type Double Shielded Row Type & Fill Slot Single Row Non-Fill Slot Snap Ring Included Without Snap Ring Internal Clearance C3 Operating Temperature Range -40 to 250 ºF Cage Type Pressed Dynamic Load Capacity 14270 lbf Static Load Capacity 9000 lbf Precision Rating ISO Class 0 Seal Type None Finish/Coating Uncoated Bearing Material High Carbon Chrome Steel Cage Material Steel Inner Ring Width 23

Specification item model symbol Specification information built-in magnet - No built-in magnet installation support B Through hole (standard) form - pneumatic type tube inner diameter 40 tube inner diameter 40mm Types of port screws - Rc/M screw cylinder stroke 10 cylinder stroke 10mm body options M rod end male thread Auto switch mounting groove Z ø12-ø25 2 sides/ø32-ø100 4 sides auto switch - Without auto switch Auto switch additional symbol - 2 with or without Custom made specifications - standard

Specification item model symbol Specification information tube inner diameter 50 tube inner diameter 50mm Types of port screws - Rc cylinder stroke 100 cylinder stroke 100mm auto switch - Without auto switch Auto switch additional symbol - 2 with or without Custom made specifications - standard

100 mm 19100 lbf 85000 N 85

Single-Row Metric Design HR30226J

SMC MY1C Series Mechanical Joint Type Rodless Cylinder, High Precision Guide Type, MY1C40-300L-Z73L Sprinkler Bore Type Round Bore DiameterOVERVIEW For long strokes with compact size and an integrated guide, the MY1 series rodless actuator provides an ideal solution. The MY1 mechanical joint rodless cylinder includes four standard models, which allow the appropriate bearing style to be selected in order to match the accuracy and load requirements of your application. If necessary, you can also combine the basic MY1 cylinder with an external guide in order to create a special engineered