Application: | Industrial |
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Speed: | High Speed |
Number of Stator: | Three-Phase |
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MINAS A6SE, A6SG, A6SF | MINAS A6N/A6B | |||
Position control | Control input | Clear deviation counter, pulse enable, electronic gear switching, damping control switching, etc. |
Controller enable, reference signal, measurement value signal, etc. |
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Control output | Position control complete, torque reached, con troller status, etc. | Position control complete, torque reached, con troller status, etc. | ||
Pulse input | Pulse input A | 500kpps (opto coupler) | A6N: Via RTEX network (100MBit) A6B: Via EtherCAT network | |
Pulse input B | 8Mpps (line receiver) | A6N: Via RTEX network (100MBit) A6B: Via EtherCAT network |
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Signal format | Differential input/square-wave pulse | A6N: Via RTEX network (100MBit) A6B: Via EtherCAT network |
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Electronic gear | Scaling from 1/1000 to 1000 times | |||
Smoothing filter | First order low pass filter or FIR filter, customizable | |||
Analog input (A6SF only) | Torque limit command | Individual torque limit for positive and negative direction | ||
Instantaneous speed observer | Available | |||
Vibration suppression | Manual/automatic | |||
Velocity control | Control input | 1.-3. Selection of internal velocity setup, 4. Speed clamp, etc | ||
Control output | Set velocity has been reached, etc | Set velocity has been reached, etc. | ||
Analog input (A6SF only) |
Velocity command | Velocity and direction | ||
Torque limit | Available | |||
Velocity range | 1-6500r/min | |||
Internal velocity command | 8 velocity set values | A6N: Via RTEX network (100MBit) A6B: Via EtherCAT network |
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Smooth start-up and stopping | Individual setup of acceleration and deceleration from 0 to 10s/1000r/min, S-curve acceleration/deceleration ramp possible. |
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Zero speed clamp | Speed clamp input | |||
Instantaneous speed observer | Available | |||
Velocity control filter | Available | |||
Torque control | Control input | Speed clamp input, "Torque under control" input, etc. | Reference signal, limit switch evaluation, etc. | |
Control output | Set torque has been reached (at predefined ve locity), etc. | Set rotation speed reached, torque reached, etc. | ||
Analog input | Velocity command | Set speed can be scaled | ||
Speed limit function | Speed can be scaled | |||
Full-closed control | Control input | 1. Reset counter, 2. Command pulse inhibition, 3. Electronic gear 4. Filter switching |
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Control output | Position control complete (in position) | |||
Pulse input | Opto coupler (pulse in put A) | 500kpps | ||
Line receiver (pulse in put B) | 4Mpps | |||
Signal format | Differential input/square-wave pulse | |||
Electronic gear | Scaling of pulse frequency from 1/1000 to 1000 times | |||
Smoothing filter | First order low pass filter or FIR filter, customizable | |||
Analog input | Torque control | Torque limit available | ||
Vibration suppression | Manual/automatic | |||
Scaling of counter pulses | From 1/40 to 160 times | |||
Other features | Autotuning | Automatic adjustment of the driver's rigidity to the vibration behavior of the mechanical parts and changes to the load. | ||
Encoder resolution | Any value up to the maximalresolution of the encoder | |||
Protective function |
Error messages causing switch-off | Overvoltage, undervoltage, overspeed, overload, overheat, overcurrent, encoder error, etc. |
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Error messages requiring acknowledgement | Exceeding the position deviation, command pulse division error, EPROM error, etc. | |||
Alarm history | Can be logged for reference |