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General| Maximum Bar Diameter | 80 mm |
|---|---|
| Bar Capacity (Round) | 80 mm |
| Bar Capacity (Hex) | 70 mm |
| Power Supply | 400 V, 50/60 Hz |
| Model | Hydrafeed MSV 80 |
Essential safety precautions for operating the barfeeder.
Overview of the MSV80 barfeeder's design and components.
Information on identifying the barfeeder via its serial number.
Instructions for safely transporting and unpacking the MSV80 barfeeder.
Lists the accessories provided with the MSV80 barfeeder.
Steps required to prepare for the installation of the barfeeder.
Procedure for mounting, anchoring, and aligning the barfeeder.
Steps for changing the pushrod position on the barfeeder.
Method for retracting the barfeeder for spindle maintenance.
Adjusting material rack height and diameter for different bar types.
Routine maintenance procedures for the barfeeder.
Steps for powering on the unit and navigating the initial screen.
How to select between Manual and Auto operating modes.
Detailed instructions for operating the barfeeder in manual mode.
Explanation of the automatic cycle operation of the barfeeder.
Introduction to the user setup parameters for the barfeeder.
Accessing and configuring miscellaneous user settings.
Configuration for ejecting bar remnants.
Setting up the bar type and diameter for the barfeeder.
Procedure for selecting the bar type.
Inputting the bar diameter value.
Choosing the material type for torque adjustment.
Adjusting the push torque value.
Setting the length of the machined component.
Configuring various positional settings for the barfeeder.
Setting the position where the bar end is detected.
Defining the spindle length parameter.
Setting the chuck's clamping length.
Selecting the loading method (with or without turret).
Setting the pushrod's retract position.
Selecting the feeding type (e.g., sub spindle pull).
Configuration for the sub-spindle pull feeding method.
Configuration for the back stop function.
Setting up shaft load parameters.
Selecting the chucking mode for operation.
Adjusting the center line for accurate loading.
Managing barfeeder programs.
Methods for searching data addresses for programs.
Procedure to save MMI data to DATA 01.
Setting up and using the part counter.
Setting the maximum bar length.
Time delay setting for hexagonal bars.
Correcting first feed errors.
Setting torque value for chuck close bar check.
Introduction to the system setup options.
Configuring interface signals between barfeeder and CNC.
Setting the bar end signal function.
Configuring the CNC auto mode signal.
Setting up the CNC emergency stop signal function.
Selecting optional interface signal functions.
Configuring chuck open and M code signals.
Setting up carriage positions.
Configuring loading positions.
Selecting the type of lathe.
Setting up chuck open/close bar check functions.
Setting time delay for pushrod retract after chuck close.
Setting turret behavior at bar end for new loading.
Setting up cover and sliding rail operations.
Setting servo motor speed values.
Using the demo function for testing.
Setting sensor positions for accuracy.
Selecting the type of chuck used.
Setting the shaft load space.
Maintenance scheduling and reminders.
Selecting pulse output channels.
Configuring the back stop option.
Setting the thickness of the shaft load plate.
Configuring remnant ejection with new bar.
Viewing past alarm records.
Tracking history of workpiece feeding lengths.
List of electronic controller input codes and descriptions.
List of electronic controller output codes and descriptions.
List of spare parts with descriptions and placement.
Diagram showing electrical component locations.
Main power circuit diagram.
List of user-configurable parameters.
List of system-level configurable parameters.
General dimensional tolerance specifications for mechanical parts.
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