Quote from
john3 on 14 April 2026, 13:19
Building a 3 axis Vertical Milling Centre from scratch.
Using a CSMIO/IP-S motion controller, 750w simDrives and simCNC. The wiring is based on the "csmio-ip-s-vs-simdrive-400w-750w-v2_rc2-simcnc-z-hamulcem.pdf".
Thought, I would bench test the controls & test a motor to get familiar with the setup before the final build. I have double checked the wiring and the I/Ouputs configuration, which match the wiring diagram. However when I try to enable the simCNC the following warning appears -- EMG:driver fault mod: CSMIO/IP0 mk index: 0, axis: x. I have been informed that this means that the x-axis drive alarm is active and that I should connect to the drive and investigate so see what is wrong.
Now here is were my inexperience shows, not sure what I should be looking out for. I connected to the simDrive via a USB adapter and opened the Parameter Monitor. This shows the alarm (Output.0). However the only parameter that looks unstable is the Electrical Angle. This became more erratic when I pressed the Alarm Rest Button (see attached screen shot).
Is this normal or is there something else that may be causing the alarm?
Building a 3 axis Vertical Milling Centre from scratch.
Using a CSMIO/IP-S motion controller, 750w simDrives and simCNC. The wiring is based on the "csmio-ip-s-vs-simdrive-400w-750w-v2_rc2-simcnc-z-hamulcem.pdf".
Thought, I would bench test the controls & test a motor to get familiar with the setup before the final build. I have double checked the wiring and the I/Ouputs configuration, which match the wiring diagram. However when I try to enable the simCNC the following warning appears -- EMG:driver fault mod: CSMIO/IP0 mk index: 0, axis: x. I have been informed that this means that the x-axis drive alarm is active and that I should connect to the drive and investigate so see what is wrong.
Now here is were my inexperience shows, not sure what I should be looking out for. I connected to the simDrive via a USB adapter and opened the Parameter Monitor. This shows the alarm (Output.0). However the only parameter that looks unstable is the Electrical Angle. This became more erratic when I pressed the Alarm Rest Button (see attached screen shot).
Is this normal or is there something else that may be causing the alarm?
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