psabadus
Mechanical
- Oct 18, 2002
- 2
Hello everybody,
I need to design a small press integrated into an automation. The necessary output force will be 400lbf. The press will cut material in different lengths based on the part type The maximum part length (on feed direction) is 2". The cycle time requirement is .8 seconds. The feeding system will be based on a servo drove indexing roller system.
A hydraulic or air actuated press probably will not be able to give me the required cycle time. Maybe having an electromechanical press consisting of gear motor, soft start clutch, flywheel, single revolution clutch, eccentric shaft will be the way to go.
My questions are :
Is it realistic that in .8 seconds to feed material, sense the material in position, send signal to the single revolution clutch to engage and stroke once?
Is there any better solution?
Data: for the material feed - max. one revolution of the roller
press stroke max. 2.5 "
I need to design a small press integrated into an automation. The necessary output force will be 400lbf. The press will cut material in different lengths based on the part type The maximum part length (on feed direction) is 2". The cycle time requirement is .8 seconds. The feeding system will be based on a servo drove indexing roller system.
A hydraulic or air actuated press probably will not be able to give me the required cycle time. Maybe having an electromechanical press consisting of gear motor, soft start clutch, flywheel, single revolution clutch, eccentric shaft will be the way to go.
My questions are :
Is it realistic that in .8 seconds to feed material, sense the material in position, send signal to the single revolution clutch to engage and stroke once?
Is there any better solution?
Data: for the material feed - max. one revolution of the roller
press stroke max. 2.5 "