US丨4 Axis CNC Engraver Machine System Offline Standalone Controller PLC DDCSV4.1

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New items have arrived our USA Warehouse,welcome you to purchase.

Two options are available for you to choose from:

Package Include:

4 Axis DDCSV4.1:

1 × 4 Axis DDCSV4.1 CNC offline stand alone motion controller
1 × 4GB USB flash drive
1 × USB extension cable and other small accessories
1 × parallel port link cable
1 × Breakout Board
Pdf. English User manual

4 Axis DDCSV4.1+MPG:
1 × 4 Axis DDCSV4.1 CNC offline stand alone motion controller
1 x 4 Axis Handwheel MPG with E-Stop
1 × 4GB USB flash drive
1 × USB extension cable and other small accessories
1 × parallel port link cable
1 × Breakout Board
Pdf. English User manual

4 Axis Offline controller DDCS V4.1+Handwheel MPG

DDCS V4.1: 7 inches TFT screen, resolution ratio: 1024x600,17 operation keys;Difffferential Mode and Double Pulse Mode output signal for optional, Maximum interpolation pulse output frequency is 500Khz/Axis, 2-4 Axis linear interpolation, any 2 axis circular interpolation;ARM9 main control chip,FPGA core algorithm chip;18 photoelectric isolated digital inputs,3 photoelectric isolated digital outputs. The spindle can be confifigurated as Analog spindle(0~10V) and also Servo spindle;Slave X, Slave Y Or Slave Z, for Gantry machine with two independent motors on main axes;The Power Supply for IO Port is 24VDC,minimum current is 0.5A, the Power Supply for Control ler system is also 24VDC,minimum current is 0.5A. Controller needs both power to work properly;USB flash disk support for G code file input; Can transfer the files by Ethernet communication between the computer and DDCS V4.1 controller; No size limited of the G-code file.

DDCS V4.1 Brief technical feature:

1) 18 photoelectric isolated digital inputs,3 photoelectric isolated digital outputs. 
2) The spindle can be confifigurated as Analog spindle(0~10V) and also Servo spindle. 
3) 3-4 axes motor Control. Difffferential Mode and Double Pulse Mode output signal for optional, Maximum interpolation pulse output frequency is 500Khz/Axis, 2-4 Axis linear interpolation, any 2 axis circular interpolation; 
4) ARM9 main control chip,FPGA core algorithm chip. 
5) 7 inches TFT screen, Size: 1024x600 Pixels, Resolution：72 Pixels/Inch; 17 operation keys. 
6) The Power Supply for IO Port is 24VDC,minimum current is 0.5A, the Power Supply for Control ler system is also 24VDC,minimum current is 0.5A. Controller needs both power to work properly. 
7) USB flflash disk support for G code fifile input; Can transfer the fifiles by Ethernet communication between the computer and DDCS V4.1 controller; No size limited of the G-code fifile. 
8) Compatible with standard G-code, support popular CAD/CAM software, such as ArtCam, MasterCam, ProE, JDSoft SurfMill, Aspire, Fusion 360 and so on; 
9) Support standard MPG. 
10) Support function of“ Try cutting” (handwheel guiding) function. the distance. 
11）Support Jog function for each axis (continuous, step, defifined distance), Customer can defifine 
12）Support Float Probe, Fix Probe, Vertex Probe and Tool Length Measurement. 
13) Support the operation of quickly go to specify line and closest position. cal machining. 
14) Support Array Machining, Sequence Machining, Milling Plane Machining, and Milling sylindri- 
15) Support Bias for XYZA axis, and can defifind the Bias distance. 
16) Support Pause breakpoint, Power-Cut Recovery Beakpoint and loaded breakpoint; And Support Start from the specifific line and closest line. 
17) Support Multiple origin points operation， the users can create an origin point and load it. 
18) Support Find Middle for X and Y axis. 
19) Improved the simulation function. During the simulation, you can adjust the FRO and observe whether the programming path meets the expectations and check the soft limits. During the simulation, it can be paused, and when press the Start key again, the system will continue to simulate from the pause breakpoint. 
20) Slave X, Slave Y Or Slave Z, for Gantry machine with two independent motors on main axes.
21) Now English and Chinese language is avaliable; System also suppport International coding, almost support all language, the users can add their own language to the control system. 
22) DDCS V4.1 Only Supports NPN Type Limited Switch. 
23) Support 4 kinds operation rights: visitor, operator, admin, super admin.
DDCS V4.1 the new features comparing with DDCS V3.1
1.Can transfer the files by Ethernet communication between the computer and DDCS V4.1 controller.
2.Slave X, Slave Y Or Slave Z, for Gantry machine with two independent motors on the main axes.
3.Servo Spindle can be connected to PUL/DIR output when selected; 
4.We add Polar coordinate programming commands and Rotation commands, and  completed Radius compensation commands on DDCS V4.1 controller.
5.DDCS V4.1 controller upgrades the motion algorithm, by Machining profile accuracy configuration, makes a long g-code program with short line segments running smoother. 
6.No matter how big program file it is, system can quickly active the function of Start from Specified line and Start from closest point in few seconds.
7.Improve the simulation function. During the simulation, you can adjust the FRO and observe whether the programming path meets the expectations and check the soft limits. During the simulation, it can be paused, and when press the Start key again, the system will continue to simulate from the pause breakpoint.
8.DDCS V4.1 added driver alarm input ports, and can configurate the ports No.as you want.Same as DDCS-Expert.
9.We add cycle encoder for A axis, which is good for unlimited rotation for A axis.
10.Added the window for analysis prompt.
11.Suppport International coding, almost support all language, the users can add his language for the control system.
12.Increased the Parameters about the acceleration when Estop, to avoid collision by Stop when Estop the machine in high speed, edit the related parameters and system can give a smooth stop, this means there is no position loss.
13.System FPGE cited 32 -bit speed generator, with higher resolution for the speed / acceleration, it means higher positioning accuracy.
DDCS V4.1 Stepper/Servo Control OutputThe stepper/servo control output,we cite differential Pulse and Direction output method.By the Para #012~015, the users can configurate the drive mode for the 4 axis.
Max. output frequency is 500Khz, please take attention to the max. pluse input frequency of the driver.
Limit, Home and Probe Inputs
The digital input circuit has the mechanical limit switch connection method and the open collector of the triode connection method. It supports the NPN type proximity limit switch.
The example above, we already set at Submenu “Input signal Para” in the Parameters page as:
#151: X axis Home port is 03, then IN03 is the X axir home signal input port；
#152: Y axis Home port is 06, then IN06 is the Y axir home signal input port；
#153: Z axis Home port is 09, then IN09 is the Y axir home signal input port.
#156: Probe Port is 13, then IN13 is the probe signal input port.
Extended Function Inputs
#250~#253 Extended function key functions: 0 "Start"; 1 "Pause"; 2 "XY Zero"; 3 "Z Zero"; 4 "Home"; 5 "Floatting probe"; 6 "Fixing probe"; 7 "Vertex probe"; 8 "X 1/2"; 9 "Y 1/2; 10 "extkey1.nc"; 11 "Disable". The users can select the function as they want.
Take the example, how to defind the “Start”, “Pause” and “E-stop”Extended function to the external keys.
By Submenu “Input signal Parameters” in the Parameters page:
Set “#157 External emergency stop port” to No. 16 input port; Set “#158 Extended Function Key 1 Port” to No. 14 input port; “#159 Extended Function Key 1 Port” to No. 15 input port.
Then set #250 to 0, then define input port 14 as “Start”; Set # 251 to 1, to defind the input port 15 as the "Pause".
The users also can edit Macro to self-define the external key function by “extkey.nc“.
The appendix also includes a list of macro definitions.
DDCSV4.1 Spindle control outputs
DDCS V4.1 Support 2 kinds Spindle Mode: Analog Spindle / Servo Spindle (PUL+DIR). By Para #188 configurate the spindle as Analog or Servo Spindle, By Para #189 we select the servo spindle channel. Here we take the example of the analog spindle.
The spindle control output ports （OUT01-OUT03） offer connections for Start and Stop of the Spindle (M3/M5), Start/Stop of Cooling (M8/M9), Start/Stop of Lubrication (M10/M11). These three output terminals are signals open to ground. The highest electric current can be absorbed is 50mA. The speed controlling output terminal can output 0-10V. It can adjust the speed of the spindle motor by sending the voltage between 0 and 10V to the VFD according the the Spindle Speed Setting.
The above Figure shows the wiring with Sunfar VFD.
DDCSV4.1 output ports wiring with relay
OUT0-OUT3 can be used as General comman output ports, for example, can be used as the solid relay output ports, take the example of the figure above.
After Wiring, in the View page, we can check the wiring situation.
The related Parameter settings:
In the Parameter Page, the Sub-menu “Output signal Para”, we can configurate the output number of M3/M5, M8/M9, M10/M11 and the electrical level.
In the Parameter Page, the Sub-menu “M output code Para”, we can set the delay time of M3/M4,M8/M9 and M10/M11.
Probe Input ports
We configurate the IN13 as the Probe signal input port, and IN05 as the Z-- hard limit signal input port. Then wiring as above.
After completing the wiring, we can check the input ports status at the View page.
In the Sub-menu “Home Para” of the Paramters page, we can set the Home direction of each axis, the Home Speed, the back-distance and so on. And comparing with DDCS V3.1, the 4.1 version controller added the coordinate setting of the 4 references points.
CNC MPG Pendant Handwheel with Emergency stop with 15-pin plug

Description:
1.The CNC 4 Axis handheld controller MPG Pendant with x1, x10, x100 selectable, You are bidding one complete unit of the MPG pendant with Emergency stop for 4 axis CNC machine, it equipped with our popular machined MPG unit with 4 axis and scale selector, LED indicator also send feedback from the CNC machine to user about the status of the unit.
2.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.
Plug and play, this MPG comes with a 15-pin plug, which can be directly connected to the 15-pin socket of the controller MPG
Resolution: 100PPR
Power:5V
Current:≤80mA
Output Voltage:≥2.5V and ≤0.4v
Axis:X,Y,Z,A
Ratio:x1,x10,x100
Max response frequency:10Khz


DDCS V4.1 Stepper/Servo Control Output The stepper/servo control output,we cite differential Pulse and Direction output method.By the Para #012~015, the users can configurate the drive mode for the 4 axis. Max. output frequency is 500Khz, please take attention to the max. pluse input frequency of the driver.	Limit, Home and Probe Inputs The digital input circuit has the mechanical limit switch connection method and the open collector of the triode connection method. It supports the NPN type proximity limit switch. The example above, we already set at Submenu “Input signal Para” in the Parameters page as: #151: X axis Home port is 03, then IN03 is the X axir home signal input port； #152: Y axis Home port is 06, then IN06 is the Y axir home signal input port； #153: Z axis Home port is 09, then IN09 is the Y axir home signal input port. #156: Probe Port is 13, then IN13 is the probe signal input port.	Extended Function Inputs #250~#253 Extended function key functions: 0 "Start"; 1 "Pause"; 2 "XY Zero"; 3 "Z Zero"; 4 "Home"; 5 "Floatting probe"; 6 "Fixing probe"; 7 "Vertex probe"; 8 "X 1/2"; 9 "Y 1/2; 10 "extkey1.nc"; 11 "Disable". The users can select the function as they want. Take the example, how to defind the “Start”, “Pause” and “E-stop”Extended function to the external keys. By Submenu “Input signal Parameters” in the Parameters page: Set “#157 External emergency stop port” to No. 16 input port; Set “#158 Extended Function Key 1 Port” to No. 14 input port; “#159 Extended Function Key 1 Port” to No. 15 input port. Then set #250 to 0, then define input port 14 as “Start”; Set # 251 to 1, to defind the input port 15 as the "Pause". The users also can edit Macro to self-define the external key function by “extkey.nc“. The appendix also includes a list of macro definitions.


DDCSV4.1 Spindle control outputs DDCS V4.1 Support 2 kinds Spindle Mode: Analog Spindle / Servo Spindle (PUL+DIR). By Para #188 configurate the spindle as Analog or Servo Spindle, By Para #189 we select the servo spindle channel. Here we take the example of the analog spindle. The spindle control output ports （OUT01-OUT03） offer connections for Start and Stop of the Spindle (M3/M5), Start/Stop of Cooling (M8/M9), Start/Stop of Lubrication (M10/M11). These three output terminals are signals open to ground. The highest electric current can be absorbed is 50mA. The speed controlling output terminal can output 0-10V. It can adjust the speed of the spindle motor by sending the voltage between 0 and 10V to the VFD according the the Spindle Speed Setting. The above Figure shows the wiring with Sunfar VFD.	DDCSV4.1 output ports wiring with relay OUT0-OUT3 can be used as General comman output ports, for example, can be used as the solid relay output ports, take the example of the figure above. After Wiring, in the View page, we can check the wiring situation. The related Parameter settings: In the Parameter Page, the Sub-menu “Output signal Para”, we can configurate the output number of M3/M5, M8/M9, M10/M11 and the electrical level. In the Parameter Page, the Sub-menu “M output code Para”, we can set the delay time of M3/M4,M8/M9 and M10/M11.	Probe Input ports We configurate the IN13 as the Probe signal input port, and IN05 as the Z-- hard limit signal input port. Then wiring as above. After completing the wiring, we can check the input ports status at the View page. In the Sub-menu “Home Para” of the Paramters page, we can set the Home direction of each axis, the Home Speed, the back-distance and so on. And comparing with DDCS V3.1, the 4.1 version controller added the coordinate setting of the 4 references points.