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General| Brand | Adtech |
|---|---|
| Model | CNC9 Series |
| Category | Control Systems |
| Language | English |
Guidelines for safely transporting and storing the product to prevent damage and ensure proper condition.
Steps for checking the product upon unboxing to confirm integrity and identify any transport-related damages.
Essential rules and considerations for electrical wiring and inspection to ensure safety and correct functionality.
Safety measures and procedures to follow during machine overhauling or component replacement to prevent hazards.
General safety guidelines for system operation, including housing, power, and environmental considerations.
Recommendations for routine inspection and regular checks to maintain system performance and longevity.
Detailed specifications and parameters defining the system's technical capabilities and performance metrics.
Information on the environmental and operational conditions required for the system to function correctly.
Description of the core functions and features integrated into the CNC system for various operations.
Step-by-step guide for manually returning machine axes to their reference points for calibration.
Procedure for returning each machine axis to its reference point individually.
Method for initiating the reference point return sequence for all axes concurrently.
Instructions on how to reset the machine tool's current position, often used to set a new origin.
Procedure to reset the relative position of axes, useful for displacement measurements.
How to move the tool continuously along selected axes using manual controls.
Guide on performing precise movements using single-step increments for fine adjustments.
Instructions on using the handwheel for precise manual control of machine axis movement.
Details on operating auxiliary functions such as coolant, lubricant, and spindle control manually.
Comprehensive guide on performing tool setting operations for accurate machining.
Configuration options for coordinate systems, including offsets and parameters for precise positioning.
Procedures for setting and managing various data parameters, including tool compensation.
How to operate the machine using programs stored in the system's memory.
Procedure for executing single G-code instructions manually via the MDI interface.
Steps for operating the machine using programs directly from a USB disk.
Methods and commands for safely stopping or pausing automatic machining processes.
Information on the emergency stop button and its immediate effect on system outputs.
How the system handles and alarms for hard limit switch activations on machine axes.
Explanation of soft limit parameters and how they prevent over-travel by decelerating axes.
List of alarm codes related to NC program execution errors and their meanings.
Steps to follow for diagnosing, clearing, and resolving system alarms effectively.
How to use the system's self-diagnosis feature to check for operational issues.
Methods for saving CNC programs into the system's memory via keypad or network.
Detailed instructions on editing existing NC programs using the system's interface.
Display of current machine tool coordinates, including absolute and relative positions.
Navigating and using the program editing interface for NC code modification.
Managing CNC program files, including copying, pasting, and deleting from various storage locations.
Accessing and navigating the system's parameter settings interface for configuration.
Steps for restarting the system and performing software upgrades via USB.
Instructions on backing up and restoring system parameters for data safety.
A comprehensive list of system parameters with their corresponding S/N, description, and page.
Detailed parameters covering basic operation, spindle, handwheel, and tool magazine settings.
Parameters related to axis control, limits, acceleration, and home settings.
Parameters for system identity confirmation, initialization, and user management.
Settings for configuring system input and output ports for various hardware functions.
Diagrams illustrating the physical layout of external interfaces on the CNC controller.
Detailed pin definitions and functions for various hardware interfaces like motor drivers and I/O.
Schematic diagrams showing electrical connections for system components and peripherals.
Visual representation of the external interface connectors and their assignments.
Detailed definitions for the motor driver control interfaces for axis connections.
Wiring diagram for the ADT9163 splitter, detailing input and output connections.
Wiring diagram for the ET102A splitter, specifying port names and functions.
Wiring diagram for the ET202A splitter, outlining basic and extended input/output definitions.
Guide on configuring system IP settings for network communication with computers.
Defines the wiring for pulse control ports used with various servo drivers.
Wiring diagrams for ADTECH QS, QX, and Shanyang servo drivers.
Wiring information for common servo drivers from Yaskawa, Matsushita, Fuji, and TECO.
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