What to do if my STYLE 350 Industrial Equipment is not working?
If your STYLE Industrial Equipment is not working, you should check the voltage on the phases and the main switches. Also, check the main switch and replace the fuse if necessary.
Why does the motor of my STYLE 350 Industrial Equipment overheat?
If the motor of your STYLE Industrial Equipment overheats, you can try the following: * Replace the motor. * Adjust the belt tension. * Lubricate the bearings and check the lubrication system. * Replace the motor bearings. * Lower the feed rate or cutting speed. * Check the voltage on the phases.
General| Brand | STYLE |
|---|---|
| Model | 350 |
| Category | Industrial Equipment |
| Language | English |
Guide for operating the STYLE CNC machine safely and responsibly.
List of related manuals and technical documents for the machine.
Document confirming compliance with EU directives and standards.
General rules and precautions for safe operation of the machine.
Description of the emergency stop button and its function.
Explanation of safety features preventing entanglement.
Information regarding the electrical cabinet and its safety.
Details on the cross slide movement limits and safety.
Notes on the automatic lubrication system and oil level.
Detailed technical data and parameters of the STYLE CNC machines.
Identification and description of the machine's front components.
Identification and description of the machine's rear components.
Description of the machine's control console and its functions.
Required dimensions for machine operation and servicing.
Torque diagram for STYLE 350 machine with 5.5 kW motor.
Torque diagram for STYLE 350 machine with 7.5 kW motor.
Torque diagram for STYLE 510 machine with 7.5 kW motor.
Torque diagram for STYLE 510 machine with 11 kW motor.
Torque diagram for STYLE 510 with 11 kW and Ø102 spindle bore.
Information on the maximum noise produced by the machine.
Description of lighting systems for the operating area.
Explanation of machine control switches.
Explanation of position sensors (encoders) used in the machine.
Conditions for safe and optimal machine installation and operation.
Guidance on preparing a stable base for the machine.
Electrical supply requirements including fuse specifications.
Information on compressed air requirements for the machine.
Safe procedures for transporting the machine.
Instructions for precise positioning and calibration of the machine.
Essential pre-operation checks for safe startup.
Procedure for securely attaching a chuck to the spindle.
Essential checks before powering on the machine.
Steps for safely powering up the machine.
Procedures for safely shutting down the machine.
How to change gears on the machine.
Instructions for using and adjusting the tailstock.
Information on installing and using the steady rest accessory.
Details on installing and using the optional U-steady rest.
Using the control for adjusting spindle speed.
Instructions for using the optional fluid spray gun.
Operation of the switch for the coolant pump.
Overview and specifications of the tool changing system.
How to use the system for chip removal.
Importance and function of the spindle leakage hub.
Information on the oil mist collector unit.
Scheduled maintenance tasks and responsibilities.
Details on fluids, lubrication points, and schedules.
How the automatic lubrication system works and is adjusted.
Procedure for refilling the main lubrication reservoir.
Lubrication and cleaning of the tailstock.
Daily and regular cleaning procedures.
How to clean the machine's console interface.
Procedure for removing and emptying the chip collection tray.
Steps for clearing chips from the spindle bucket.
Maintenance procedures for the Filtermist unit.
Specific maintenance tasks for the Filtermist unit.
Specific maintenance tasks for the Filtermist unit.
Cleaning and maintenance of the electrical cabinet fan and filter.
Recommendation for replacing the safety glass.
Information on the oil separation system.
Guidance on troubleshooting and obtaining replacement parts.
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