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Function Description
WAGO-I/O-SYSTEM 750
750-636/000-x00 DC Drive Controller 24V/5A
Manual
Version 2.1.0
is not stopped from 100% PWM, but always from CurrentControl_PWM. The
shortest executed swing-back drive is represented in the graphic below (blue line).
Figure 32: Braking from CurrentControl_PWM (CurrentControl_PWM > CurrentLimit_PWM)
If CurrentControl_PWM is smaller than CurrentLimit_PWM, then the drive
travels during the acceleration phase P2 with CurrentControl_PWM.
Figure 33: Braking from CurrentControl_PWM (CurrentControl_PWM < CurrentLimit_PWM)
4.12.2 Calculating the Acceleration Distance
The acceleration distance is only defined for a setpoint position drive. The basis
for calculating the acceleration distance depends on which phase or phase
sequence is used to start a setpoint position drive.
The following table provides an overview of the possible acceleration variants:
Table 17: Acceleration Variants
Phase Phase
Sequence
X1
X2
Acceleration
Distance
P1 + P3
P1 start
P1 end
X2 – X1
P2 + P3
P2 start
P2 end
X2 – X1
P1 + P2 + P3
P1 start
P2 end
X2 – X1
P3
not available
not available
= braking distance