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General| Brand | Delem |
|---|---|
| Model | DA-65W |
| Category | Controller |
| Language | English |
Describes the physical control unit and its components.
Explains the different operational modes available on the control.
Details the layout and function of the front panel controls.
Describes the available connectors on the side of the control unit.
Introduces the mode used for creating and editing bend programs.
Provides initial steps for operating the system and creating programs.
Describes features that help in the programming process.
Explains the network interface for file transfer.
Information on how software versions are displayed and updated.
Sets basic product information like ID, description, thickness, and material.
Details the process of creating and editing 2D product profiles.
Defines characteristics for each line segment in a drawing.
Configuring parameters specific to bending operations.
Setting up the machine's tooling (punches, dies).
Parameters that control bend sequence computation.
Determining the bend sequence using 3D simulation.
An alternative method for viewing and programming bend sequences.
Overview of the product programming process and modes.
Configuring fundamental parameters for each bend.
Advanced functions for program modification.
Overview of the product library interface.
Managing product storage locations and organization.
Creating and editing punch tool definitions.
Creating and editing die tool definitions.
Defining the geometry of machine parts.
Overview of backup and restore procedures for data.
Procedures for backing up product programs to external media.
Procedures for backing up tool data to external media.
Managing backup locations and navigating directories.
General system settings and interface configurations.
Defining material properties for calculations.
Configuring program execution and system behavior.
Parameters that influence calculation methods.
Settings that affect machine operation during production runs.
Parameters used to estimate the time required for production.
Defining the physical dimensions and geometry of the machine.
Configuring the geometry of back gauge fingers.
Settings for tool adapters used with the machine.
Configuring the system to log events for analysis.
Overview of manual mode for testing and calibration.
Direct control and movement of machine axes.
Overview of automated and step-by-step execution modes.
Detailed explanation of step-by-step operation and its control.
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