reduction ratio is 1:1, ie 1.0.
Namely: the numerator is 1
，
the denominator is 60.
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Increasing
Increasing
Increasing
Increasing and
and
and
and reducing
reducing
reducing
reducing speed
speed
speed
speed curve
curve
curve
curve settings
settings
settings
settings
The increasing and reducing speed curve is relative to the start speed, the X(Y,Z)
axis high speed, and the increase speed time.
Explanation: According to the above three parameters, the system automatically
computes to generate an S-shaped curve. The parameters settings of the actual
increasing and reducing speed curve are relative to the used motor type and
manufacturers, the motor maximum speed, the motor start frequency, the mechanical
transmission gear ratio, the weight of the machinery, the inertia of the machinery, the
backlash size, the mechanical transmission resistance, the coaxial degree of the motor
shaft and the screw shaft, the power loss during transmission, the drive output power,
the drive status settings and so on. Pay attention to that the settings should be
reasonable, otherwise the following phenomena will appear:
Lost steps: the start speed is too high/ the increase speed time is too short/ the
X(Y,Z) axis high speed is too high
Locked rotor: the start speed is too high/ the increase speed time is too short/ the
X(Y,Z) axis high speed is too high
Vibration: the start speed is too high/ the increase speed time is too short
Slow: the start speed is too low/ the increase speed time is too long
When using a stepping motor, the increasing and reducing speed curve should not