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- ¸ðµ¨ ¹øÈ£: DDCSV3.1-kit
Product packaging: 1 x DDCSV3.1 CNC offline controller (3/4 axis optional) 1 x Electronic handwheel with emergency stop 1 x 4GB USB flash drive 1 x USB extension cable accessory 1 mounting bracket 1 steering wheel hook 1 x 3D Touch Probe Edge Finder Product Description DDCSV3.1 is 3 or 4 axis motion controller for stepper and servo systems. We are very proud of this product; it combines great power with a tiny footprint and is easy to use. After a very short time you will be familiar with the functions and this manual will help you. The highest output pulse per axis is 500 KHz. The pulse width is adjustable (refer to driver manual). The control period of each position is only 4 milliseconds. This provides high control precision for stepper motors and servo motors.
DDCSV3.1 numerical control system adopts the ARM+FPGA design framework. ARM controls the human-computer interface and code analysis and the FPGA provides the underlying algorithms and creates the control pulse. This guarantees reliable control and easy operation. The internal operating system is Linux based. The panel layout structure of the CR8-500 is very rational to save space. All operations are controlled by only 17 keys and a comprehensive G code set is supported.
DDCSV3.1 can be used for many styles and types of CNC machines. Lathes, Routers, Pick & Place and Mills are just a few examples. The CR8-500 operates as a Stand Alone system without the need of a computer. This guarantees high precision, accuracy and reliability. The interface, even very comprehensive, can be learned in a very short time.
The CNC 4/6 Axis handheld controller MPG Pendant with x1, x10, x100 selectable, the MPG pendant for 4/6 axis CNC machine, it equipped with our popular machined MPG unit with 4/6axis and scale selector, LED indicator also send feedback from the CNC machine to user about the status of the unit.
- All Wiring isolated from MPG unit and provide a easy to install wiring diagram, it suit both commercial machine as a replacement jog control unit or other computer based controller. Which add great control flexibility to the system Controller performance parameters 1) 16-channel optocoupler isolated digital input interface, 3 optocouplers isolated digital input and output; 2) The new version enhances the algorithm, supports flexible circular interpolation, and corrects the deficiencies in the circular interpolation commands in the old version; 3) 1 channel 0-10V spindle speed control analog output interface (can be modified into PWM output); 4) 3-4 axis pulse direction uses differential output, the maximum interpolation pulse output frequency is 500Khz; 5) ARM9 main control chip, FPGA core algorithm chip; 6) 5 inches TFT screen, resolution: 480x272, 17 operation keys; 7) The main control equipment is 24VDC power input, the current capacity requirement is not less than 0.5A; 8) The IO port power input is also 24VDC, and the current capacity requirement is not less than 0.5A; all IO ports do not need to be configured with an external power supply, such as Connect relays and the like; 9) Support U disk to read G command, G command file size is not required; 10) Support standard MPG; 11) Support panel button single-axis manual jog and linkage and distance operation; 12) Support fast specified operation position operation; 13) Support multi-coordinate system (automatically save power down); 14) With breakpoint memory, power-down automatic protection function; 15) Support to save the breakpoint function (automatically save by pressing the pause button during operation, automatically save after power off); 16) The controller controller only supports NPN type limit switches; 17) The new version is made of sheet metal, which is atmospheric and has better anti-interference ability.
Features:
1) American and imperial units in the system can be converted; 2) Handwheel MPG master control page, file page and configuration page, extended keyboard can also operate and edit controller; 3) New trial cut function, single line processing, 4) The tool setting function is increased to 4 modes; 5) The software is greatly adjusted and optimized, and the parameter configuration is greatly increased to make the performance more powerful and reliable; 6) Controller language is Chinese/English/Russian Features of handwheel - x1, x10, x100 switch - X,Y,Z,5th axis selector switch - LED indicator - High quality professional chassis - 6ft extendable high quality shielded cable cord - Required 5V+, 150mA, power for MPG - Phase output is A ,/A and B,/B; - TTL output, drive capability +-20mA; Colour: Grey Material: metal + plastic Resolution: 100PPR Power:5v Current:¡Â80mA Output Voltage:Output H is high level: VCC-2.5V Output is low and high level: ¡Â0.4v Axis:X,Y,Z,4,5 Ratio:x1,x10,x100 Max response frequency:10Khz Product connection define and method 3D Touch Probe, by connecting CNC (Mach3, GRBL control board) Signal input port (for knife edge) to realize fast centering, edge finding, circle center finding, table shape measurement, etc. Greatly solves the trouble of positioning the workpiece for secondary clamping during the processing. Working voltage: DC 5 - 24V wide voltage Indicator light: green light when power on, red light after triggering The shell is made of fine matte black + silver oxidized aluminum alloy, with a flat anti-roll design, and the stylus is stainless steel. Machined, the ball head is wear-resistant with tungsten steel balls. Compatible with various control boards/boxes such as grbl control board and Mach3 1. Do you need to open the spindle speed? Never, never, never.
2. How to distinguish the three lines? The red wire is VCC, the black wire is GND, and the white wire is IO.
3. Why is the concentricity different every time the probe is installed? Because your ER collet spring clip can't guarantee 100% positive position. After each installation of the probe, even if the concentricity is adjusted to 1 wire, there will still be deviations when the probe is removed and installed again. Therefore, it is best for your chuck to buy AAA and above precision (concentricity <= 0.005), because many domestic chucks have false marks, it is recommended to use a high-precision gauge or tungsten steel rod to check the meter after installing the chuck. Look at concentricity. The position of the lever dial indicator is preferably 50mm away from the chuck, which is probably the distance from the ball head of our probe to the root of the shank.
4. Why is the concentricity still poor even though it is an AAA chuck? That's because, you bought the virtual standard chuck. Under normal circumstances, if the spindle runs out by 0.01, the AAA chuck clamps the milling cutter, and the tool holder is punched, the error may not exceed 0.02, and at most 0.03. The central axis of the collet and the central axis of the spindle will have a slight angular deviation, which will be magnified by the length of your tool holder. Usually you use the calibration table to measure the root of the milling cutter, and you can't see a big error, but because the stylus of the probe is about 50mm away from the tool handle, the error will be further amplified. Therefore, be sure to choose a genuine high-precision chuck, which is nothing more than a price difference of tens of yuan. If you want to do a good job, you must first sharpen your tool.
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