To Next PageTo Next PageWhat should I do if my XYZ Machine Tools SMX 4000 system will not boot up?
If your XYZ Machine Tools Power Tool system fails to boot up, check the following: * **Flash Drive:** When the Computer Module starts the boot-up process, look at the 8th line on the Display Screen for any errors related to the flash drive. * **Computer/Pendant:** Refer to Computer/Pendant diagnostics Section 4.3 to troubleshoot potential computer or pendant failures.
How do I eliminate vibration in motion on my XYZ Machine Tools Power Tool?
To address vibration during motion on your XYZ Machine Tools Power Tool, consider the following: * **Backlash:** Recheck the machine's backlash if too much backlash is entered in Code 128 or Code 11. * **Lubrication:** Ensure all Way surfaces are adequately lubricated. * **Gibs:** Check the adjustment of the X, Y, and Z-axis Gibs. * **Gib Contact:** Pull the gibs out and mark them with a blue die to check where they are making contact. * **Drive Train:** Check Repeatability using the Repeatability and Positional Accuracy procedure to identify binding or looseness. * **Axis Motor Belt:** Loosen the belt if it's too tight. * **Ball Screw Alignment:** Refer to Mechanical Drive Train (X, Y) Section 4.2 for ball screw misalignment.
What to do if the axis will not jog on my XYZ Machine Tools Power Tool?
If the axis on your XYZ Machine Tools Power Tool is not jogging, there are several potential causes. First, ensure the system has booted up properly by shutting it down, waiting 10 seconds, and then rebooting. Check that the E-Stop is not pressed in and press the E-Stop reset button on the side of the pendant. Other potential issues include a servo drive failure (especially if only one axis won't jog), a shorted motor (refer to Motor Section 4.4), poor cable or wiring connections (refer to Electrical Connection Section 2.12), or a failed computer/pendant (refer to Computer/Pendant diagnostics Section 4.3).
Why does the spindle motor hum or not run on my XYZ Machine Tools SMX 4000?
General| Brand | XYZ Machine Tools |
|---|---|
| Model | SMX 4000 |
| Category | Power Tool |
| Language | English |
Details crucial safety practices and precautions for machine operation.
Details methods and precautions for safely lifting and moving the machine.
Details the procedure and tolerances for leveling the machine accurately.
Instructions for connecting the machine to the electrical supply.
Details lubrication procedures for machine performance and longevity.
Addresses issues affecting the quality of machined parts.
Addresses causes for rough or scalloped part finishes.
Explains causes of unwanted taper in straight line moves.
Deals with parts machined with incorrect dimensions.
Troubleshoots issues related to machine axis movement.
Addresses axes making unwanted moves at rapid speed.
Explains axes moving slower than programmed feedrate.
Troubleshoots axes not responding to jog commands.
Addresses jerky or rough axis motion.
Troubleshoots issues with the machine control system.
Troubleshoots a completely blank display screen.
Addresses display issues like strange characters or rolling images.
Troubleshoots a non-responsive pendant keyboard.
Deals with fault messages interrupting program run or jogging.
Troubleshoots issues where the control loses its calibration.
Troubleshoots E-stop related errors and system behavior.
Deals with limit switch errors and procedures for recovery.
Troubleshoots issues related to axis measurements.
Addresses repeatability issues in axis measurements.
Troubleshoots inaccuracies in axis measurements.
Deals with axes not being counted by the Digital Readout (DRO).
Addresses DROs counting in the reverse direction for axes.
Addresses general mechanical issues with the machine.
Troubleshoots spindle power loss or stalling during machining.
Addresses spindle motor humming or failure to start.
Covers basic checks related to machine condition and setup.
Discusses troubleshooting procedures for the mechanical drive train.
Discusses diagnosing issues with the computer and pendant modules.
Details how to diagnose motor and encoder issues.
Discusses servo driver diagnostics and replacement procedures.
Troubleshoots issues with scale measurement repeatability.
Covers electrical system diagnostics and checks.
Explains how to access and utilize various service codes for diagnostics.
Lists service codes related to software functions and versions.
Service codes used primarily for initial machine setup.
Diagnoses system configuration, encoders, and AC voltage.
Service codes used for diagnosing specific machine problems.
Procedures for replacing various machine components.
Procedure for replacing a servo motor.
Procedure for replacing a servo driver unit.
Procedure for replacing the machine's pendant.
Procedure for replacing the X-axis ball screw on SMX 2500/3500 models.
Procedure for replacing the Y-axis ball screw on SMX 2500/3500 models.
Procedure for replacing the X-axis ball screw on SMX 4000/5000 models.
Procedure for replacing the Y-axis ball screw on SMX 4000/5000 models.
Procedure for replacing the spindle motor on SMX 3500/4000/5000.
Procedure for replacing the spindle motor on the SMX2500.
Procedure for replacing the spindle on the SMX2500.
Procedures for routine maintenance of the machine.
Explains the objective and procedure for adjusting gibs for optimal movement.
Procedure for adjusting X-axis table gibs on SMX 2500/3500.
Procedure for adjusting X-axis table gibs on SMX 4000/5000.
Procedure for adjusting Y-axis saddle side gibs.
Procedure for adjusting Y-axis saddle bottom gibs on SMX 2500/3500.
Discusses calibration and backlash constant adjustments.
