Linear & rotary cylinder load vs. velocity – Bimba SPCS User Manual
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2014.01.23 rev4
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3. Linear & Rotary Cylinder Load Vs. Velocity
Maximum Moving Mass
Bore Size
Average Velocity
Without Overshoot @
Max Payload [in/sec]
Maximum Payload
[lbs.]
Average Velocity @ 50%
Max Payload
[in/sec]
Average Velocity @ 25%
Max Payload [in/sec]
09
20
50
20
30
17
10
100
20
30
31
15
200
20
30
50
15
315
25
30
70
15
450
20
20
Linear Cylinder
Vertical Applications
Bore Size
Average Velocity
Without Overshoot @
Max Payload [in/sec]
Maximum Payload
[lbs.]
Average Velocity @ 50%
Max Payload
[in/sec]
Average Velocity @ 25%
Max Payload [in/sec]
09
70
5
100
100
17
70
10
60
60
31
50
30
40
60
50
15
95
30
30
70
20
135
20
20
Rotary Actuator
Rack and Pinion - Single Rack
Bore Size
Rotation
Average Velocity
Max Torque
1-1/2”
0 to 360°
150° per second
30 in/lb.
2”
0 to 360°
150° per second
84 in/lb.
Rack and Pinion - Double Rack
Bore Size
Rotation
Average Velocity
Max Torque
1-1/2”
0 to 360°
150° per second
60 in/lb.
2”
0 to 360°
150° per second
144 in/lb.
T
he tables below recommend the maximum moving mass controlled by a SPCS-2 for horizontal and
vertical applications. Information for Bimba’s PFC, Pneu Turn and Ultran magnetically coupled cylinders is
included. Actual mass will vary based on cylinder speed and mechanical assembly
(e.g. friction in cylinder or system, air pressure, etc.)
Linear Cylinder
Horizontal Applications