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General| Model | Ncstudio V15 |
|---|---|
| Compatible OS | Windows XP/7/8/10 |
| Supported Languages | English, Chinese |
| Supported CNC Machines | Milling machines, Engraving machines |
| Software Features | simulation |
Introduces hardware and software of the NcStudio V15 control system.
Details connection methods for non-bus and bus control systems.
Lists keyboard shortcuts for efficient operation in NcStudio.
Provides an overview of the system installation process.
Instructions for installing the follow-up amplifier correctly.
Steps to install the PM95A motion control card.
Guides on installing the NcStudio V15 control system software.
Details installing the corresponding drive for software and hardware compatibility.
Instructions for automatic drive installation during software setup.
Steps for manually installing the drive if automatic installation fails.
Provides an overview of the debugging process for the NcStudio V15 system.
Explains using NcConfig for data backup, device configuration, and port mapping.
Step-by-step guide to backing up system data using NcConfig.
Instructions for restoring system data using NcConfig if data is lost.
How to configure devices and map physical to logical port addresses.
Explains different types of port protection and how to set them.
Guides on changing I/O port polarity for debugging and checking signals.
Crucial step for setting up servo drive parameters for proper machine operation.
Details setting drive parameters for non-bus systems and control modes.
Provides test parameter settings for various servo drives in position loop control.
Details specific WISE drive parameters like Control mode selection and LED initial state.
Details specific Yaskawa Σ-Ⅱ drive parameters like password setting and pulse counter.
Details specific Yaskawa Σ-Ⅴ/Σ-7 drive parameters like parameter input inhibition.
Details specific Panasonic MINAS A4 drive parameters like LED initial state and control mode.
Details specific Panasonic MINAS A5 drive parameters like LED initial state and control mode.
Details specific Fuji FALDIC-β drive parameters like command pulse numerator and rotation direction.
Details specific Fuji ALPHA 5 drive parameters like control mode selection and electronic gear ratio.
Details specific Delta ASDA-A drive parameters like drive status display and pulse input format.
Details specific Delta ASDA-A2 drive parameters like drive status display and pulse input format.
Details specific Delta ASDA-B drive parameters like drive status display and pulse input format.
Details specific Delta ASDA-B2 drive parameters like drive status display and pulse input format.
Provides parameter settings for velocity loop control mode across different drives.
Guides on setting drive parameters for bus control systems.
Explains setting common drive parameters via NcStudio software or drive front panel.
Guides on setting station addresses for Yaskawa and WISE drives for communication.
Configuration steps for bus system parameters like station address and gear ratio.
Adjusting parameters to fine-tune speed accuracy.
Crucial step for adjusting pulse equivalent and electronic gear ratio.
Verifies and sets the correct direction for each axis of movement.
Sets soft limit functions based on machine size for safety.
Improves machining precision by compensating for screw errors.
Steps to set backlash compensation using system parameters.
Detailed steps for setting bidirectional compensation using NcTune software.
Verifies machine parameters after debugging is complete.
Verifies the matching of electronic gear ratio and pulse equivalent.
Methods to check for lost pulses using observation or servo drive.
Checks for lost pulses by observing laser drill points.
Checks for lost pulses using the servo drive's input pulse count.
Checks laser, blow, follow, and burst control port functions.
Performs a burn test to ensure motion stability of each axis.
Enables camera functions for machining monitor and control.
Steps to change the computer's IP address for camera connectivity.
Steps to change the camera's IP address to match the computer's network.
Explains the follow function using capacitance and distance for Z-axis control.
Describes the System and Param tabs for accessing follow control and parameter settings.
Displays axis mechanical and workpiece coordinates.
Area for manually controlling axis movement using direction buttons and modes.
Buttons for controlling follow functions like Follow and Z Home.
Area for follow parameters, divided into Main Parameter and Data Chart.
Displays real-time monitor and common follow parameters like Follow Height and Max Speed.
Shows Calibration Data and Real-time Cpt charts for capacitance monitoring.
Area to access and modify operator and manufacturer follow parameters.
Procedure for debugging the follow function, including preparation and calibration.
Ensures hardware is installed properly before debugging.
Checks capacitive sensor status when cutter is stationary and moving.
Solves servo motor zero drift issues using velocity loop control.
Collects capacitance data and maps it to heights for accurate following.
Verifies cutter movement and follow accuracy after calibration.
Configuration of parameters related to the follow function.
Includes parameters like Axis Direction, Pulse Equivalent, and Soft Limits.
Parameters related to follow height, Z UP Pos., and safe lift height.
Parameters like Positioning Gain, Follow-up Gain, and INposition Tolerance.
Parameters for material type calibration and capacitance measurement.
Parameters for setting G00 Speed, Follow Acceleration, and Max Speed.
Parameters for detecting out-of-edge and empty leapfrog conditions.
Parameters for manual acceleration and feedrate settings.
Troubleshooting methods for common issues encountered during operation.
Identifies causes and solutions for electrical interference affecting the system.
Troubleshoots issues where capacitance is not zero upon material contact.
Addresses the issue of the cutter lowering after touching material during calibration.
Explains why actual follow height may differ from the set value.
Solves frequent cutter stops despite normal feedback and calibration.
Addresses severe jitters and deformation when cutting thin plates.
Solves follow errors related to Z-axis movement or enabling follow.
Troubleshoots incorrect encoder or axis direction parameter settings.
Addresses timeout issues in the follow-in-position state.
Explains causes and solutions for large follow error alarms.
Solves collision alarms reported during idle or machining with follow enabled.
Addresses collision alarms when the system has no movement.
Troubleshoots issues where servo drive response is slower than command speed.
Introduces port definitions for Lambda controllers and extension terminal boards.
Details Lambda controllers for non-bus (5E) and bus (NE) systems.
Explains port definitions for EX33A and EX31A extension terminal boards.
Introduces wiring methods for different brands of lasers.
Provides wiring diagram for IPG-YLR series lasers.
Provides wiring diagram for Feibo MARS-500W lasers.
Provides wiring diagram for Raycus Fiber lasers.
Provides wiring diagram for JK/GSI-500W-FL lasers.
Provides wiring diagram for MAX Fiber lasers.
Provides wiring diagram for SPI-500W-R4 lasers.
Provides wiring diagram for HFB 1000-1500W lasers.
Provides wiring diagram for GW SMATLas 3S lasers.
Introduces wiring methods for connecting WEIHONG DB15 drive port to servo motors.
Defines the WEIHONG servo drive plug pins for position and velocity control modes.
Wiring diagrams for WISE servo drives in position control mode.
Specific wiring for WISE WSDA series servo drives with and without brake lines.
Wiring diagrams for Yaskawa servo drives.
Wiring diagrams for Panasonic servo drives.
Wiring diagrams for Fuji servo drives.
Wiring diagrams for Delta servo drives (ASDA-A, ASDA-B2).
Wiring diagrams for Mitsubishi MR-JE and MR-E servo drives.
Wiring diagrams for Sitong GS series servo drives.
Wiring diagrams for Hitachi ADA series servo drives.
Wiring diagrams for Teco TSDA and ESDA servo drives.
Wiring diagrams for Sanyo PY and R series servo drives.
Wiring diagrams for Kaitong KT270 series servo drives.
Introduces wiring methods for drives in velocity control mode.
Wiring diagrams for WISE servo drives in velocity control mode.
Wiring diagrams for Yaskawa Σ-5/Σ-7 servo drives in velocity control mode.
Wiring diagrams for Fuji servo drives in velocity control mode.
Wiring diagrams for HCFA servo drives in velocity control mode.
Wiring diagrams for Panasonic servo drives in velocity control mode.
Wiring diagrams for Delta ASDA-A and ASDA-B2 drives in velocity control mode.
Introduces the WHB05 series wireless handwheels and their applicability.
Details the WHB05L(V4) model, an upgrade with additional functions.
Details the WHB05L(V5) model, an upgrade with image-based buttons.
Details the WHB05N(V1) model, dedicated for Phoenix tube cutting systems.
Lists electrical specifications for the handwheel device.
Lists other technical parameters like key lifespan and working temperature.
Outlines the terms and conditions for using the software product.
States Weihong Company's ownership of software intellectual property rights.
Describes conditions under which the software license agreement may be terminated.
