Configuration
2−109
l
EDSVF9383V−EXT EN 2.0
2.4.36.1
Basic function
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If the input signal at FOLL1−IN exceeds the reference value at FOLL1−REF, the ramp function
generator starts and the output signal at FOLL1−OUT has the same direction as the input
signal.
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You can change the sign of the input signal at FOLL1−IN with a negative signal at the input
FOLL1−SIGN.
– If the input signal at FOLL1−IN exceeds the reference value at FOLL1−REF, the ramp function
generator starts and the output signal at FOLL1−OUT has the opposite direction as the input
signal.
Setting range of the ramp generator
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C1370 defines the upper limit FOLL
max
in [%]
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C1371 defines the lower limit FOLL
min
in [%]
Acceleration and deceleration time of the ramp function generator
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C1372 defines the acceleration time FOLL
Tir
in [s]
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C1373 defines the deceleration time FOLL
Tif
in [s]
2.4.36.2
Setting the initial value
An initial value is set via the inputs
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FOLL1−SET (analog signal) or
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FOLL1−LOAD (digital signal).
2.4.36.3
Saving the initial value
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The reached output value is saved when the controller is switched off.
– The value saved last is loaded when the controller is switched on.
Содержание 9300 vector Series
Страница 8: ...Preface Definition of notes used 1 6 l EDSVF9383V EXT EN 2 0...
Страница 188: ...Application examples Centre winder with internal diameter calculation 3 18 l EDSVF9383V EXT EN 2 0...
Страница 192: ...Signal flow charts Speed control 4 4 l EDSVF9383V EXT EN 2 0 Fig 4 1 Basic configuration 1000 speed control sheet 1...
Страница 205: ...Signal flow charts Step control 4 17 l EDSVF9383V EXT EN 2 0 Fig 4 13 Basic configuration 2000 step control sheet 1...
Страница 211: ...Signal flow charts Torque control 4 23 l EDSVF9383V EXT EN 2 0 Fig 4 17 Basic configuration 4000 torque control sheet 1...