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Cycle Time
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Description
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1 |
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
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Stroke (mm):
+ : piston rod out, – : piston rod in
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Time (s)
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Inclination (°)
0° horizontal, +90° upward vertical, –90° downward vertical
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External force (N)
+ : pushing piston rod, - : pulling piston rod
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Mass to displace (kg)
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Coefficient of friction between load and support or coupling types
(ball guide bushing, sliding guide bushing, etc.)
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Cycle frequency (cycles/min)
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End-of-cycle pause time (sec)
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Load in pause (kg)
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Thust in pause (N)
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Total cylinder stroke (mm)
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Dimension limits, if any
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Axis must work "in position" mode (i.e. reaching a defined position, reacting against external forces), or "in torque" mode (i.e. pushing with controlled force against external obstacles in position not defined)?
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It's required a feed-back check of:
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Force (N) (brushless motor)
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Position (mm) (stepping with encoder or brushless)
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Worked hours per day (h/d)
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Ambient temperature (°C)
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Free or Non-Rotating piston rod?
(Round DC cylinder has no antirotation version)
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Protection rate (IP)
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"In-Line" or "Geared" motor?
(where applicable)
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Need for piston rod braked with motor off
(for Round DC cylinder the screw pitch 4 is irreversible)
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Motor and driver other than standard Metal Work
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Main voltages availables
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The control will be made with:
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Field BUS, if any
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For the Round DC specify:
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the type of cylinder ends
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protection fuse
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Short description of the application and notes:
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