CNCTOPBAOS 5 Axis Mach3 Motion Control Card,CNC Stepper Motor Driver Controller Board 15-32V DC,LPT interface Breakout Board PWM 0-10V For CNC Router Engraving Carving Milling Machine

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CNCTOPBAOS 5 Axis Mach3 Motion Control Card,CNC Stepper Motor Driver Controller Board 15-32V DC,LPT interface Breakout Board PWM 0-10V For CNC Router Engraving Carving Milling Machine

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Thương hiệu CNCTOPBAOS là cái tên nổi tiếng được rất nhiều khách hàng trên thế giới chọn lựa. Sản phẩm CNCTOPBAOS 5 AXIS MACH3 MOTION CONTROL CARD,CNC STEPPER MOTOR DRIVER CONTROLLER BOARD 15-32V DC,LPT INTERFACE BREAKOUT BOARD PWM 0-10V FOR CNC ROUTER ENGRAVING CARVING MILLING MACHINE là sự lựa chọn hoàn hảo nếu bạn đang tìm mua một món cho riêng mình.

Thông tin chi tiết

Manufacturer	Changzhou Rattm Motor Co.,Ltd
Part Number	4V
Item Weight	14.4 ounces
Package Dimensions	5.79 x 4.49 x 3.46 inches
Item model number	4V
Is Discontinued By Manufacturer	No
Size	5 Axis
Item Package Quantity	1
Batteries Included?	No
Batteries Required?	No

Tính năng sản phẩm

Sản phẩm CNCTOPBAOS 5 Axis Mach3 Motion Control Card,CNC Stepper Motor Driver Controller Board 15-32V DC,LPT interface Breakout Board PWM 0-10V For CNC Router Engraving Carving Milling Machine của thương hiệu CNCTOPBAOS với nhiều tính năng nổi bậc, là một sản phẩm được nhiều khách hàng trên thế giới lựa chọn.

Product description

Package include:

1 x 5 Axis breakout board
1 x DB25 LPT Parallel cable
1 x USB cable
Pdf. user manual (If you have not received the user manual at Amazon Message Center from us,please message us)

Connection with the computer and requirements for the computer.

The MACH3 interface board is connected to the computer through the USB port and the LPT port. The length of the USB cable and the 25-bit LPT cable cannot exceed 1.5 meters.
At present, many computer hosts do not have LPT port output. If your computer does not have an LPT output, you will need to use a PCI-to-port card.
Note that the common USB-to-parallel port adapter cannot be used for this board.

Performance characteristics

The output and input signal numbers are processed by special high-speed chip, the signal is corrected, amplified, and unnecessary interference signals are removed, so that the whole machine runs more stably.
The LPT port power supply of the computer is isolated from the power supply of other parts, so that the computer and the machine tool can be effectively isolated. This further ensures safety and stability. Make computer and machining data safer.
There are 5 input signals communicating with the host computer, all of which are isolated by optical diaphragm. P11 and P12 ports are high-speed diaphragm isolation, which can be used to connect the spindle code disc, or the hand wheel A, B are equally demanding signals.
Reserved 12V-OUT, 5V-OUT power output interface, can be used to connect the required power supply such as Hall sensor switch and proximity switch. There are 5 input ports, which can be set to: 5 functions, such as limit, origin, tool setting, start, emergency stop, spindle speed input, MPG input.
A total of 12 output signals are available. Supports up to 6-axis linkage control output. It is also possible to select only one or several of these axes to control. Some of these 12 outputs are functionally multiplexed. When used, an output port can only be used as a function.
There are 3 relays that can support MACH3 software programming control. By controlling the MACH3 software, you can control the on and off of any one relay. Each relay has a pull-in indicator, which is more intuitive and convenient to use. These three relays can be used to control the opening and closing of liquid coolant, fog coolant, gas liquid coolant, etc. It can also be used to control the power switch of devices such as solenoid valves. Port P2 is used for the spindle, port P3 is used for the coolant, and port P4 is self-definable.
special high-speed diaphragm isolation to control the spindle speed. It can output PWM signal within 2.5KHZ, and the output port is parallel port P1. There is a D/A circuit with a PWM to 0-10V on this interface board. It can output 0-10V level to control some inverters with analog control speed on the market to control the spindle speed. It should be noted that the PWM output and the 0-10V output can only be selected one by one. Cannot be used simultaneously.
The interface board can be connected to the stepper driver or the servo driver (the servo driver must support the digital signal). The output is at 5V level.
wide voltage input power supply: 15-32VDC power supply. Anti-connection protection.
There are also two sets of output voltage terminals: 5V and 12V, 100MA output capability.

Connection with driver:

First, to ensure that your drive and stepper motor are connected correctly;

Second, the power supply power should be large enough. In addition to the external power supply of the drive, our MACH3 control card also needs external power supply (15-32VDC). If the drive is 24V, the control card can share a power supply with the drive, as long as the current has 1A power (generally More than 24W) can be assigned to the control card.

The following line is based on the X axis:

PUL- connection P4

DIR-connected to P5

PUL+ and DIR+ are connected together to receive 5V "common terminal"

EN+ and EN- are not wired

Note:

PUL refers to the pulse signal, and DIR refers to the direction signal EN refers to the enable signal.

The other 3 axes are also wired. The default Y axis is P6 P7, the Z axis is P8 P9, and the 4 axis is P16 P17.

The output signal has 12 ports. When connected to the 4 axis, the default settings are as follows:

P1 spindle PWM or 0-10V inverter speed regulation

P2 spindle relay on and off control

P3 water spray relay on and off control

P4 X-axis pulse

P5 X axis direction

P6 Y-axis pulse

P7 Y-axis direction

P8 Z-axis pulse

P9 Z axis direction

P14 charge pump function control

P16 4-axis pulse

P17 4 axis direction

Wiring the MACH3 interface board and peripherals.

Wiring the power input.

This interface board must be connected to the power supply to work.

The power supply requirement is DC15-32VDC, and the current should be greater than 1A. Recommended to use industrial opening

Turn off the power. POWER IN is connected to the switching power supply V+, GND is connected to the switching power supply V-.

For the driver with 6 pulse ports of double pulse and bidirectional, the common anode connection is to connect the PUL+ and DIR+ of the driver together to the 5V port of the MACH3 interface board, and the PUL- and DIR- are respectively connected as pulses and directions. The regular output port of the MACH3 interface board, then in MACH3 software.

The device is set to PUL-, and the two ports of DIR- are pulse and direction ports.For the driver with only pulse, direction, enable, and common four signal ports, the common male connection is to connect the common end of the driver to the common terminal C5V, pulse to the regular output port of the MACH3 interface board, and then in the MACH3 software. Set to PUL-, the two ports of DIR- can be pulse and direction ports.

Widely used

Used on computer host (LPT port) for running MACH3 CNC software and peripheral machine tools.

Signal processing of the electrical part. Can be applied: CNC engraving machine, CNC lathe, CNC, etc.

Sub-cutting machines, module engraving machines, CNC milling machines, machining centers and other machine tools

Wiring to the servo motor drive.

The wiring of the MACH3 and servo motor drivers is the same as that of the stepper motor driver.

The board removes the spindle and can output analog control. Other axis motors can only output digital control system. So before wiring with the servo motor driver, make sure that your servo drive is supported.

Controlled by digital pulse signals. If only analog-controlled servo drives are not available.

Wiring to the limit switch, tool setting instrument,and the home switch.

These switches are controlled by any of the five inputs of the MACH3 interface board.

Can be done with a variety of commonly used mechanical switches, or with capacitive proximity switches, hall switches, or photoelectric switch to do. These switches are triggered when low level.

It is best to use shielded wires for all switch wiring. When wiring, it must be separated from various motor wires, large current and high voltage wires,especially the input and output lines of the inverter, and the motor lines of each axis and power cables.

GND or any other signal line on the MACH3 board cannot be connected to the metal body of the machine.Otherwise, it is easy to cause false triggering of the switch.

Wiring with the inverter.

If the inverter is connected to MACH3, the inverter must support 0-10V speed regulation or support PWM speed regulation. Be sure to confirm in advance if your drive meets the requirements. The inverter and the MACH3 board can be connected by two wires.

1) If it is 0-10V speed regulation, connect GND and 0-10V to the inverter.

2) If it is PWM speed regulation, connect GND and P1 to the inverter.

Wiring of the relay output.

This interface board has 3 relay controls, P2 port for the main shaft and P3 port for the coolant. P4 can define its own functions.

When the relay function is needed, the on-board controls P2, P3, P4 follow all the jump pins of the electric appliance should be plugged in, and the three output ports cannot be used for the output port of the other shafts of the motor.

default by delivery is P4 relay does not work, that is, jump caps for P2 and P3;The two feet are plugged in, and the P4 is only inserted into one side.

P3 port switch coolant power supply relay, support MACH3, G code programming (parallel port P3 port, G code M8 open, M9 off), there is a switch indicator on the relay. It is convenient to judge the continuity of power supply.

The P2 port spindle-powered relay supports MACH3, G code programming (parallel port P2 port, G code M3 open, M5 off), and there is a switch indicator on the relay. Convenient to judge the continuity of power supply

The P4 port controlled relay on the MACH3 interface board can also be controlled by M code number control programming.

Mô tả

Thông tin chi tiết sản phẩm:

5 Axis Mach3 Control Card: This interface board can be connected with the cathode or total output to the stepper drive, or servo drive,servo driver must support the digital signal.The output is the 5V level; Wide input voltage power supply: 15-32V DC
Stable signal: This control card uses a dedicated high-speed chip to process input/output I/O signals, with signal correction and amplification functions, making the machine work more stable;The computer LPT port supplies the power individually, separating from the power supply of other parts,the computer and machine tool isolate effectively.It makes the data more secure,with further insurance of security and stability
5 Input Signal Ports: Set to limit, origin, knife, start, stop, spindle speed input, MPG input etc,communicating with the host computer,which are isolated by the optical coupling.Among the optical coupling isolation, the P11and P12 are high speed, which can be used for connecting main shaft encoder, or the same demanding signal as hand wheel A, B. 12V-OUT and 5V-OUT power output interface can be used to pick some necessary power, such as the hall sensor switch and the proximity switch
12 Output Signal Ports: There are 12 output signal, which is allowed to controlling output, supporting as many as 6 axis linkage. Some of the output port is reusable functinality. Meanwhile, one port only can be used as one function;The circuit can output 0-10V level to control the inverter which only has analog speed control in the market
3 relays: There are 3 relays, P2, P3 and P4, which can support Mach3 control software programming.The relay's on or off can be controlled through the control of Mach3.The 3 relays can be used to control the opening and closing of the liquid coolant, mist coolant, liquid state coolant and so on. They can also be used to control the electromagnetic valve device power switch. P2 port is for the spindle, P3 port is for the cooling liquid, P4 port can be defined

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