8-inch Integrated Lathe Controller 300TA2-H1
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8-inch Integrated Lathe Controller 300TA2-H1

‌1.Offers exceptional cost-effectiveness.‌
2‌.The equipment undergoes rigorous testing, ensuring exceptional stability and reliable operation across diverse application scenarios.‌
3‌.Equipped with 2GB of efficient operating memory and 8GB of massive storage space, it delivers exceptionally smooth operation.‌
‌4.The system supports pulse control, analog input, and industry-standard bus communication control, meeting diverse control requirements.
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Product Introduction

 

product-1300-866

Product Introduction

1. Supports IoT interface for real-time acquisition of machining data, making management more convenient.

2. Supports polar coordinate interpolation: by editing instructions in Cartesian coordinates, it can realize interpolation contour control between linear and rotary axes. Application scenarios: cam machining, outer diameter milling of workpieces, irregular workpiece milling.

3. Supports polygon cutting (flying cutter): Polygon cutting technology utilizes multi-spindle configuration to achieve fast polygon turning, greatly improving machining efficiency.

Hardware Introduction

1. Multi-core CPU architecture, ultra-high computing power platform, smoother operation.

2. Equipped with 2GB of large-capacity storage, ensuring smooth program execution and easy handling of diverse tasks.

3. High anti-interference design, passing 4.5KV EFT test and CE certification.

4. Supports high-stability RS485 communication, making peripheral expansion more reliable.

5. Supports high-speed USB3.0 communication, enabling faster data backup and program import.

6. Equipped with ultra-long power-off retention function, real-time user data recording, stable and reliable.

7. More reasonable key layout and ergonomic design, easier to operate.

8. Pre-reading rate of 1000 Block/s.

9. Maximum supported IO points: 32.

10. Integrated auxiliary panel design with more reasonable key layout.

11. Uses high-performance CPU as the core computing unit of the CNC system, responsible for processing and executing various CNC commands, programs, and data operations. High-performance CPU can quickly respond to and process a large number of command messages, ensuring system real-time performance and efficiency.

12. High-resolution window display, better visual effect.

13. 8-inch operation panel with black membrane design, better protection, stronger durability, easier operation.

14. 10.4-inch and 15-inch color key designs, different function keys distinguished by colors, higher recognition, mechanical keys for easier operation.

15. Rotary switch ratio adjustment, more intuitive and convenient operation.

16. Digital tube displays the current tool number, making it more intuitive and noticeable.

Software (Function) Introduction

1. Linux RT operating system, higher real-time performance and faster speed.

2.Open UI platform and PLC platform provide developers and system integrators with unlimited innovation space and flexibility, promote rapid iteration and deep integration of technology, accelerate the deployment and optimization of intelligent solutions, and ultimately bring users a richer, more efficient, and customized service experience.

3. Flexible permission allocation significantly improves system flexibility and customization, ensuring each user or role gets appropriate access rights and security.

4. Supports graphic simulation, conversational programming, and M-code customization.

5. Supports tool life management and operation recording functions, ensuring accurate tracking and efficient maintenance during production.

6. Fast execution speed: short PLC scan time enables quick response to machining instructions, improving machining efficiency.

7. Supports up to 40 tool compensation groups to meet complex machining requirements and improve production efficiency.

8. Handwheel preview function, single block execution function: during trial machining, the handwheel can be used to control the machine's machining speed and direction. The backtracking function effectively avoids machine collision caused by programming errors.

Product parameters

Product Series 300T
Function Selection 300TA
Product Model 300TA2-H1
► System Specifications
Mounting Method Horizontal
Display Screen Size 8.4 Inch
Standard number of axes (maximum expansion, optional) 3
Standard channel (maximum channel, optional) Standard 1 (Maximum 1)
Maximum Number of Interpolated Axes per Channel 3 (XZC)
Standard number of spindles (maximum number of spindles, optional) Standard 2 (Maximum 2)
Application Scenarios (Axis Distribution) Single Channel:xzc (Turret Axis,Power Head,optional)
DA/AD Optional
Operating System Linux RT
Memory 2GB
Program Capacity 8GB
Pre-read Block Count 1000 Blocks/s
Maximum Tool Compensation Groups 40 Groups
Communication USB / RS232 / RS485 / LAN / WIFI
Bus Servo MECHATROLINK-III (optional), EtherCAT
Bus Spindle Supports
Standard I/O

Bus I/O (excluding pulse ports): I16 / O16

Model:ESC-IO16-V2

Maximum Expandable I/O I32 / O32
Communication Functions Modbus TCP, RS232, RS485
► Program Functions

Programming Instructions (G-Code)

Complies With International Standards

Macro Program Programming Standards

Supports (Macro B, Macro C)

Background Programming

Supported

Conversational Intelligence

Supported

Program USB Transfer

Supported

Automatic Program Error Checking

Supported

Program Lock Function

Restricted Program Editing (Optional)

► Synchronous Axis Control

Simultaneous Thread Cutting With Main Spindle

Not Supported

Dual-Channel Spindle Synchronization

Not Supported

Axis Coupling / Swapping / Hybrid

Not Supported

►Robot

Robot Independent Channel Control

Not Supported

► Turret

Turret

Electric Turret, Hydraulic Turret, Servo Turret, Axis-Controlled Turret

► High Speed, High Precision

Spindle (C) Axis Dynamic Positioning

Non-Stop Mode Switching, Direct Positioning Execution (Requires Servo Spindle)

Rapid Retraction for Turning/Tapping

Supported

Non-Stop Mode Between Sections

Supported

Full Closed-Loop Control Function

Not Supported

► Compensation Functions

Taper Compensation

Supported

Backlash Compensation

Supported

Arc Corner Compensation

Supported

Bidirectional Lead Screw Error Compensation

Supported

Feedforward Compensation

Supported

Hot and Cold Machine Temperature Compensation

Not Supported

► Auxiliary Functions

Custom Startup Screen

Not Supported

Custom M Codes

Not Supported

Custom G Codes

Not Supported

Mixed Use of Bus Axes and Generic Axes

Not Supported

I/O Redefinition Function

Not Supported

Tilt Axis Machining (Y Interpolation)

Not Supported

Tilted Plane Machining

Not Supported

Dynamic Hydraulic Control (DHC) Machining

Not Supported

Proportional Scaling

Not Supported

Acceleration/Deceleration Types

Linear Type (Constant Acceleration), S-Type (Constant Jerk)

Tool Life Management

Time Limit / Usage Limit Management

Protection Functions

Safety Door, Hard Limits, Soft Limits, Chuck Not Clamped Detection, Turret Tool Change Detection

Handwheel Prediction

Program Prediction / Program Backtracking Function

Handwheel Interpolation Cutoff

Supported

Restart Function

Automatic Program Breakpoint Detection and Restart, Custom Restart

Multifunctional Handwheel

Supported

Graphical Simulation

Program Execution Pre-View, Dynamic Graphic Tracing During Execution

Permission Management

Parameter Permission Management

Perpetual Calendar with Machine Lock

Supported

Axial Load Monitoring

Supported

Oscilloscope Function

Real-Time Monitoring of System Commands and Servo Feedback Waveforms

Following Error Detection

Supported

Spindle Speed Arrival Detection

Supported

Data Backup

Program Backup, Parameter Backup, Tool Compensation Backup

► Cutting Functions

Parabolic Interpolation

Supported

Elliptical Interpolation

Supported

Cylindrical Interpolation

Supported

3D Arc Interpolation

Not Supported

Polygon Interpolation (Flying Cutter)

Supported

Polar Coordinate Interpolation

Supported

Tapping

G84/G88

Thread Cutting

Thread Cycle Turning, Multi-Start Threads, Arc Threads, Helical Threads, Variable Pitch Threads, and Other Thread Turning

Chip Breaking Turning

Second Generation (Linear, Arc, Thread Chip Breaking)

► Programmable Tailstock (Servo Tailstock)

Programmable Tailstock

Not Supported

► Common Axes

Common Spindle

Not Supported

► Spindle SSV Control

Spindle SSV

Not Supported

► Tool

IoT

Optional

Visual Inspection

Optional

► Five-Axis Interpolation

RTCP

Not Supported

 

Special Features

Special Features
 
 

Polar Coordinate Interpolation

By editing instructions in Cartesian coordinates, interpolation contour control between linear and rotary axes can be achieved.
Application scenarios: cam machining, outer diameter milling, irregular workpiece milling.

 
 
 

Cylindrical Interpolation

The angular movement of the rotary axis is internally converted to linear axis distance on the outer surface, making it easier to interpolate with other axes in straight lines or arcs. This greatly simplifies programming for cylindrical surface machining.

 
 
 

Chip Breaking Function

FINGER CNC's "full-synchronization" chip breaking technology perfectly meets the chip breaking requirements of lathe turning with a low-cost solution.

Under different speeds, consistent chip breaking is achieved. It ensures stable machining and improves machining accuracy. Greatly reduces human intervention and even enables non-intervention operation. Reduces operation difficulty and improves machining efficiency.

11
Polar Coordinate Interpolation
111
Cylindrical Interpolation
 

Chip Breaking Function

 
112
Schematic Diagram
product-826-470
Applicable Scenarios

 product-2000-1488

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