To Next PageTo Next PageWhy is my MicroStep SH-HC30 motor not working?
The motor may not be working because it is not powered on. Ensure that the power is on. Another possible cause is an abnormal power supply voltage, so check the power supply. Also, the motor might be locked-rotor, in which case you should reduce the load.
What to do if my MicroStep Controller has no display?
If your MicroStep Controller has no display, check the power supply and ensure that the power is on.
How to fix inaccurate height on MicroStep Controller?
If you are experiencing inaccurate height with your MicroStep Controller, it may be due to changes in the operating environment. Implement “a key height calibration”.
What to do if MicroStep SH-HC30 shows upper limit alarm?
If your MicroStep Controller is showing an upper limit alarm, it indicates that the running exceeds the upper limit value of machinery. Check the limit switch in high position.
What to do if MicroStep SH-HC30 Controller shows lower limit alarm?
If your MicroStep Controller is showing a lower limit alarm, it means the running exceeds the lower limit value of machinery. Check the limit switch in low position.
How to fix instable signal on MicroStep Controller?
If you are experiencing an unstable signal with your MicroStep Controller, the cutting board may not be grounded reliably. Ensure it is grounded firmly.
Why is the tracking too slow on my MicroStep SH-HC30 Controller?
If the tracking on your MicroStep Controller is too slow, it may be because the speed reduction zone value is too big. Reduce the speed reduction zone value d.
How to stop MicroStep SH-HC30 from vibrating wildly?
If your MicroStep Controller is vibrating wildly, it may be due to the speed reduction zone value being too small. Increase the speed reduction zone value d.
How to improve low accuracy of MicroStep Controller?
If the accuracy of your MicroStep Controller is too low, it may be because the dead zone value is too big. Reduce the dead zone value E.
How to fix slight vibration in MicroStep Controller?
If you are experiencing a slight vibration in your MicroStep Controller, it may be because the dead zone value is too small. Increase the dead zone value E.
General| Brand | MicroStep |
|---|---|
| Model | SH-HC30 |
| Category | Controller |
| Language | English |
Defines the controller's purpose and provides manufacturer contact information.
Covers important statements, safety warnings, and precautions for operation and installation.
Defines key terms used in the manual like calibration zones and parameters.
Highlights key technological aspects such as stepper motor, linear calibration, and digital technology.
Lists specifications including power requirements, applicable motors, and dimensions.
Covers component placement and mounting procedures for the height controller.
Details wiring for external switch control and CNC system interface (I/O, RS232).
Explains the voltage divider board's function, interfaces, and provides dimensional drawings.
Guides on operating the panel using external switches for capacitance/arc voltage modes.
Explains operation via CNC system I/O and RS232 communication interfaces.
Outlines the general and routine operational workflows for the controller.
Details how to set various operational parameters like limits, modes, and dead zones.
Explains manual control procedures and how automatic height control functions.
Covers initial setup and debugging for capacitive height detection.
Outlines the procedure for debugging and performing one-keystroke height calibration.
Lists and defines the controller's adjustable parameters (H, L, A, E, d, C, b).
Describes the operation panel layout, buttons, knobs, and display indicators.
Provides a table of common faults, inspection methods, and corrective measures.
Describes the impact position switch, its use, and the steps for positioning.
Explains setting positioning height (B) and collecting initial arc voltage (A).
Lists M commands for direct output port control of cutting torch and height controller.
Details M commands for routine flame and plasma cutting cycles (M07, M08, M50).
Introduces the remote controller's purpose, design, and communication capabilities.
Guides on operating the remote controller including buttons, knobs, and indicator lights.
Provides wiring diagrams and terminal definitions for connecting the remote controller.
Shows the physical installation dimensions for the remote controller.
