FN Series, Rotary with Lift, General Duty
29Pages

Reliable Cam System Solutions Dual cam oscillating/indexing handler FN/FA Series

FN-FA Series Rotary Indexing or Oscillating Unit Features & Options Rotary Part Handler Features Featuring 20~165mm lift strokes, 90°~180° indexing & 30°~360° oscillating motions. High torque capacity with speed up to 120 cycles/min. Large selection of 7 compact cast iron housing sizes. Mounts horizontal, vertical or inverted. Globoidal cam design for rotational motion with synchronized face cam for lift motions. Cam motions are integrated with gripper actuation response times with drive running continuously. • Up to 120 cycles per minute • Adjustable torque limiting clutch option •...

FN-FA Series Rotary Indexing or Oscillating Unit Features & Options Belt Drive Option Belt drives are offered with clutch brake option for frequent stop and start cycling up to 80 times per minute. Multiple mounting positions are available on both sides of the handler. • Multiple mounting positions avoid mounting • Most AC induction motors are available in 110, • 8 mounting positions on either sides of the • Clutch & brake motors are maintenance free, handler, in 90° increments__brushless, not reversible and not variable speed Variable frequency drives combined with brushless motors are...

FN-FA Series Rotary Indexing or Oscillating Unit SANKYO -DWELL DETECTOR PROXIMITY SENSDR, 10655 State Route 47 • Sidney, Ohio 45365-4338 www.sankyoamerica.com • sales@sankyoamerica.com

(compact, high speed & high performance) Dimensions Lift Timing Reference Position 37 Output Allowable Carrying Load Output Allowable Axial Load Output Allowable Radial Load Output Static Torque Refer to Torque Capacity Table Output Torsional Rigidity Refer to Torque Capacity Table Input Allowable Axial Load Input Allowable Radial Load Input Max. Repetitious Allowable Torque Output Inertia Output Internal Load (lift) Input Inertia Note: 1) Input mass moment of inertia J is calculated in dwell 2) Refer to torque capacity tables for specific load capacity Mass Repetitive Accuracy Lift...

Miniature oscillating handler Torque transmission capacity table Reading the capacity table for oscillating handler The capacity table gives dynamic torque To and dynamic allowable load Wo by oscillating angles, number of stops, life, and rotating speed. This table was calculated based on a life expectancy of 12,000 hours of normal operation including mounting, lubrication, and handling conditions. Adverse conditions and poor maintenance can affect the transmission capacity and life of the oscillate handler. Beside, if you misunderstand how to read the capacity table when you select a...

Miniature oscillating handler Torque transmission capacity table Torque capacity table of oscillating motion/Cam curves:MS Table 3.8FN-1 Note : If the timing requires intermediate stop, above index period and number of torque may be differed

(compact, high speed & high performance) T Timing Reference Position Output Allowable Carrying Load Output Allowable Axial Load Output Allowable Radial Load Output Static Torque Refer to Torque Capacity Table Output Torsional Rigidity Refer to Torque Capacity Table Input Allowable Axial Load Input Allowable Radial Load Input Max. Repetitious Allowable Torque Output Inertia Output Internal Load (lift) Input Inertia Note: 1) Input mass moment of inertia J is calculated in dwell 2) Refer to torque capacity tables for specific load capacity Mass Repetitive Accuracy Lift Accuracy Standard Paint...

Miniature oscillating handler Torque transmission capacity table Reading the capacity table for oscillating handler The capacity table gives dynamic torque To and dynamic allowable load Wo by oscillating angles, number of stops, life, and rotating speed. This table was calculated based on a life expectancy of 12,000 hours of normal operation including mounting, lubrication, and handling conditions. Adverse conditions and poor maintenance can affect the transmission capacity and life of the oscillate handler. Beside, if you misunderstand how to read the capacity table when you select a...

Miniature oscillating handler Torque transmission capacity table Torque capacity table of oscillating motion/Cam curves:MS Table 4.5FN-1 Note : If the timing requires intermediate stop, above index period and number of torque may be differed

(compact, high speed & high performance) Dimensions Lift Timing Reference Position Output Allowable Carrying Load Output Allowable Axial Load Output Allowable Radial Load Output Static Torque Refer to Torque Capacity Table Output Torsional Rigidity Refer to Torque Capacity Table Input Allowable Axial Load Input Allowable Radial Load Input Max. Repetitious Allowable Torque Output Inertia Output Internal Load (lift) Input Inertia Note: 1) Input mass moment of inertia J is calculated in dwell 2) Refer to torque capacity tables for specific load capacity Mass Repetitive Accuracy Lift Accuracy...

Miniature oscillating handler Torque transmission capacity table Reading the capacity table for oscillating handler The capacity table gives dynamic torque To and dynamic allowable load Wo by oscillating angles, number of stops, life, and rotating speed. This table was calculated based on a life expectancy of 12,000 hours of normal operation including mounting, lubrication, and handling conditions. Adverse conditions and poor maintenance can affect the transmission capacity and life of the oscillate handler. Beside, if you misunderstand how to read the capacity table when you select a...

Miniature oscillating handler Torque transmission capacity table Torque capacity table of oscillating motion/Cam curves:MS Table 6FN-1 Note : If the timing requires intermediate stop, above index period and number of torque may be differed

(compact, high speed & high performance) Refer to Torque Capacity Table Output Allowable Carrying Load Output Allowable Axial Load Output Allowable Radial Load Output Static Torque Refer to Torque Capacity Table Output Torsional Rigidity Input Allowable Axial Load Input Allowable Radial Load Input Max. Repetitious Allowable Torque Output Inertia Output Internal Load (lift) Input Inertia Note: 1) Input mass moment of inertia J is calculated in dwell 2) Refer to torque capacity tables for specific load capacity Mass Repetitive Accuracy Lift Accuracy Standard Paint Type Input Torsional...