Convex Wheel CNC System 630TA This system uses a 32-bit high-performance CPU and a large-scale programmable chip FPGA, with real-time control and hardware interpolation technology to ensure high efficiency at μ m level accuracy. The editable PLC

Make the logic control function more flexible and powerful. Replacing Yitu CNC system, manufacturer of convex wheel CNC system, price of convex wheel CNC system, brand of convex wheel CNC system

1. How to choose a manufacturer for convex wheel CNC system?

The cam centering/cutting machine CNC system is used to transform existing cam centering/cutting machines, directly controlling each tool with CNC, saving the huge trouble caused by redesigning the cam for different products and processes.

2. The CNC system of the cam centering/cutting machine can control 5 knives, 2 drill bits, or 1 tap and 1 die. Complex parts can be synchronously processed for external circle, spherical surface, conical surface, circular arc surface, step, cutting groove, rolling, drilling, tapping, die, cutting and other processes. The entire process can be completed in one machining step.

3. M2 bus communication, multi axis linkage, and precision control of each axis can reach 0.001mm.

4. Support various diversified feeding institutions.

Features of the 630TA Convex Wheel CNC System: What is a Convex Wheel CNC System?

Number of control axes: 7 feed axes, 2 simulated spindles;

Number of linkage axes: 5 axes

8-inch widescreen LCD with a resolution of 800 × 480

Adopting 32-bit high-performance CPU and ultra large scale programmable device FPGA

56M user storage space

Real time all-round self diagnostic function, displaying various system statuses in real-time

Feed per minute, feed per revolution

Metric and British input methods

Machine tool returns to reference point

Rapid magnification: F0, 25%, 50%, 100%, a total of four levels for real-time adjustment

Feed rate: 0-150%, a total of sixteen levels of real-time adjustment

1-way spindle encoder feedback, the number of spindle encoder lines can be set (100p/r~5000p/r)

Transmission ratio between encoder and spindle: (1-255): (1-255)

Spindle speed: can be given by S code or PLC signal, with a speed range of 0r/min to 9999r/min

Spindle ratio: 50% to 120%, with a total of 8 levels of real-time adjustment

Interpolation methods: Linear interpolation, arc interpolation (supports three-point arc interpolation)

Spindle constant linear velocity control

ISO code, supports statement macro code programming, supports relative coordinate, absolute coordinate, and mixed coordinate programming

Program Call: Supports macro program calls with parameters and nested 4-level subroutines

Handwheel Teaching Table Programming

Independent reverse clearance compensation for each axis

Pitch error compensation: The number of compensation points, compensation interval, and compensation origin can be set

Tool radius compensation, tool length compensation, tool wear compensation, tool life management

Knife deviation execution method: modify coordinate method, tool movement method

Maximum speed and independent acceleration/deceleration settings for each axis

Emergency stop, hardware travel limit, software travel check

Switching between Chinese and English pages

Display real-time time, number of processed items, processing time and other information

Various interpolation instruction functions and M, S, T functions, etc