Manual
Corvus-eco
Functions
48
Velocity profile of a linear acceleration function
The movement profile of a programmed move which is pro-
duced with a linear acceleration function has the form of a tra-
pezium. The area under the curve corresponds to the covered
distance
s
and the pitch of the curve corresponds to the ac-
celeration
a
.
See v/t graph below.
•
1 = accelerated move
•
2 = continuos move
•
3 = decelerated move
Movement profile of short distances
The graph below shows the positioning of a short distance. It
can not always be guaranteed here that the axis reaches it’s
maximum velocity.
The movement profile has the form of a isosceles triangle.
Summary of Contents for Corvus ECO
Page 1: ...Version 1 0 Manual Corvus eco high resolution positioning controller...
Page 5: ...Manual Corvus eco Content 5...
Page 8: ...Chapter 1 Manual Corvus eco Introduction 8 Introduction...
Page 13: ...Chapter 2 Manual Corvus eco Starting up 13 Starting up...
Page 42: ...Manual Corvus eco Starting up 42...
Page 43: ...Chapter 3 Manual Corvus eco Functions 43 Functions...
Page 67: ...Chapter 4 Manual Corvus eco Technical data 67 Technical data...
Page 70: ...Manual Corvus eco Technical data 70 Layout and dimensions...
Page 71: ...Chapter 5 Manual Corvus eco Releasing options 71 Releasing options...
Page 77: ...Manual Corvus Releasing options 77...
Page 80: ...Manual Corvus Releasing options 80...
Page 81: ...Chapter 6 Manual Corvus eco Firmware update 81 Firmware update...
Page 83: ...Manual Corvus Firmware update 83 Update Tool...
Page 84: ...Manual Corvus Firmware update 84...
Page 85: ...Chapter 7 Manual Corvus eco Connectors 85 Connectors...