『US』DDCS-Expert 4 Axis CNC Motor Controller Offline Standalone PLC+Two 24V power

Description: 【USA Stock & Fast Shipping】『US』DDCS-Expert 4 Axis CNC Motor Controller Offline Standalone PLC+Two 24V power supplies for CNC Router Lathe Milling Engraving Machine Good News:New items have arrived our USA Warehouse,welcome you to purchase. Package include:1 x 4 Axis CNC Offline stand-alone Controller DDCS-EXPERT 1 x Cable1 x 4G U disk2 x 75W 24V DC Switching power supply Pdf. English user manual 4 Axis Offline controller DDCS EXPERT IntroductionThe DDCS Expert is a 5 axis motion controller for open or close stepper and servo systems with 7 inch LCD full color display screen. The highest output pulse per axis is 1MHz.The users can self-define the functional keys. This controller supports multiple spindle mode, support straight Tool Magazine, gantry type Magazine, disk type magazine. The Operation system interface even though very comprehensive, can be learned in very short time.The DDCS Expert 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. Reliable control and easy operation.The internal operating system is Linux based.The DDCS Expert can be used for many styles and types of CNC machines. Lathes, Routers, Pick&Place and Mills, lathe and cutters are just a few examples. The DDCS Expert operates as a Stand Alone system without the need of a computer.DDCS-Expert Brief technical feature:Features1) Max. 5 Axis;1MHz output frequency for each axis;2-4 Axis linear interpolation,any 2 axis circular interpolation;2) 7 inch full color display screen; resolution ratio: 1024*600, 40 operation keys;3) 24 photoelectric isolated digital inputs, 21 photoelectric isolated digital outputs;4) Analog spindle control 0-10V spindle control, also support PWM Output;5) Magazine type: Supports multiple spindle mode, support straight Tool Magazine, gantry type Magazine, disk type magazine;6) Probe Mode: Supprt Floating Probe and Fixed Probe;7) Backlash compensation methods: direction gap compensation, radius gap compensation, length compensation;8) Interpolation Algorithm: S type, circular hard algorithem, circular soft algorithm;9) Language: Chinese, English;10) Software Alarms: Program Error, operation Error, overtravel Error, Driver Error and so on;11) Network: Support file share and online machining the remote files by Ethernet;12) Spindle control mode support Multi-speed (3 lines 8 kinds speed), 0-10V Analog output, and servo spindle output;13) Compatible with standard G-code, support popular CAD/CAM software, such as ArtCam, MasterCam, ProE, JDSoft SurfMill, Aspire, Fusion 360 and so on;14) The control system can preview the processing path before machining, and it makes the system more steady, working smoothy and precise;15) Support high speed machining in continuous Polyline segment, system can choose a most efficient algorithm automatically from different kinds Polyline segment algorithm;Functional/Performance comparison between DDCS-Expert and DDCSV3.1More features16) Support un-limited size file for machining;17) Support Pause Breakpoint resume, “Power Cut” recovery, Start from the specific line;18) Support time-lock function;19) Support 4 kinds operation rights: visitor, operator, admin,super admin;20) Support function of “Try cutting” (handwheel guiding) and “Single-stage processing mode” and so on;21) Support the fuction of Back to orignal point21) The Power Supply for the controller is 24VDC, minimum Current is 0.5A;22) It can support mm and inch. The default is mm. If you need to set inch as the unit, please set it to imperial units through G20 code.23) If you want to use slave function,you can connect the X-axis or Y-axis to the A-axis,and then the X-axis or Y-axis can slave the A-axis.SizeThe DDCS-Expert is a small box that can fit in a window of a small control box or control cabinet. Four locking hooks fix this controller from the frame. The dimension you find in above figure.The front panel is 268mm*172.5mm*5.2mm;The main body is 268mm*172.5mm*70mm;To mount the unit in an equipment cabinet,cut the hole 258.4mm*109mmThe front panel consists of 40 user keys and the 7 inch (1024*600) LCDNeeds two power suppliesDDCS-Expert needs two power supplies,Main power is for controller system,IO Port power is for Input and Output and MPG ports. Both power supply is 24VDC,current is 3A.In the System Power input port ,the marked 24V and GND is the main power input ports;In the IO power input ports,the COM+ and COM- is the power input ports for Input/Output Port and MPG.Please keep in mind,only when the two power supplies are connected correctly the controller can be work properly.Many new users only give system power,then the limited switches,the relay,and MPG and spindle don’t work at all,then please go to check if you also give power to IO ports.IO power gives the power to all the IO ports,include the Limited switch,Relay,MPG,Etop and all other Input and output Ports,without it,spindle,MPG,Input and Output ports cannot work.In order to avoid electrical noise it is highly recommended to use two separate 24V power supplies.It is highly recommended to intall a noise filter.Probe wiringWe already set the IN09 as “ Probe ” output port.Some users asked for the wiring methods for the probe with over-strock alarm,here we also set one sample for it.In the example, we go to the IO port to sent the IN07 as the “Probe signal”,IN06 as “Negative Z-axis hard limit signal”.Stepper /Servo Driver WiringThe stepper / servo control output, the Pulse and Direction signal output voltage is ± 5VDDCSE Input and Output are the user-defined IO ports, In our example, we already set IN24 as the “ 5th axis servo alarm signal ” input port.XP+: Pulse Signal Positive Output of the X Axis (5V)XP-: Pulse Signal Negative Output of the X Axis (5V)XD+: Direction Signal Positive Output of the X Axis (5V)XD-: Direction Signal Negative Output of the X Axis (5V)Limit switch, Home switch and Probe InputsDDCSE Input and Output are the user-defined IO ports, In our example, we already set IN12, IN11 and IN10 as the “ axis limit signal ” Input port, and we already set the IN09 as “ Probe ” output port.Please note that the limit switch type should be NPN Normal Open, and the voltage range is 24VDC.External ButtonsDDCSE Input and Output are the user-defined IO ports, In our example, we already set IN23 as the “ External Start ” input port, IN22 as the “ External Pause ” input port, and IN21 as “ Extertnal Stop ” input Port.please choose the external buttons which is 24VD power supply input,then no need an external power supply for them.Relay WiringBy Configuration of more Spindle Output ports, the spindle control output terminal offers connections for Start / Stop of Cooling ( M8 / M9 ) and Start / Stop of Lubrication ( M10 / M11 ) and so on.For example, it can be used for a Relay output port. Following figure shows the wiring methods.If Relay Power Supply is 24VDC:DDCS Expert Input and Output are the user-defined IO ports,as our example here,we already set OUT10 as the “Cooling on/off” output port,and we already set the OUT01 as Vacuum valve on/off” output port.If Relay Power Supply is not 24VDC:The users need to use an external power supply,then we will provide the Schemat-ics drawing.The Wiring for the Multi-Speed SpindleFOR:Spindle Start/Stop-Forw ard Rotation and Stop Output of spindle(OUT21)COM-: Spindle Output COMMON(Cannot short connect with ACM)VSO: Analog OutputACM: Analog Ground(Connect with Anaog input port of the inverter)There are 3 parameters related to the Multi-speed spindle:#079-“Spindle interface type”;Here we need to set it to “ Multi-speed ”#088 -- “Multi-speed section counts”; The section count value range is 2-8, the users can set 2-8 different spindle speed.#082 -- “Max.Spindle Speed”.The the wiring for the Multi-Speed Spindle as above wiring.Spindle WiringIn the Param Page, by #079, we can define the spindle mode.In Analog Spindle, the speed controlling output terminal can output 0-10V. It can adjust the speed of the spindle by sending the voltage between 0 and 10V to the VFD according the the Spindle Speed Setting.Controlling the speed of a spindle with a VFD only needs the Start/Stop signal and the 0-10V signal to control the frequency.FOR port is same wiring methods as the normal Output Ports.FOR is for spindle forward rotation output or start/stop output;Analog circuit is isolated with Power supply output,Never short connect the ACM and COM- ( DCM );If only need the Start and Stop command for the spindle, then just connect FOR output port of the controller with Start input port of the VFD.The "VSO" and "PWM" only one port is avaiable for one configuration. Use "VSO" port or "PWM" port, the two ports cannot be used at the same time. 75W 24V DC Switching Power SupplySpecificationsOutput voltage: 24VDCRated Current: 3.2ARated Power: 76.8WVoltage accuracy: ±1.0%Line regulation rate: ±0.5%Load regulation rate: ±0.5%Working current: 1.4A/115V;0.85A/230VEfficiency: 90%AC input 115V/230V AC selected by switch; Input voltage: 100-240V AC; Output voltage: 24V; The built-in potentiometer can adjust the output voltage by ± 10%.About us:Our company is an emerging professional Cross-Border Electronic company.We,as an honor and responsible seller online,always try our effort to offer best quality and service to our customers with our 100% sincerity.We guarantee every product is of high quality and durable utility compared to other factories becayse we choose the best-buys goods. Besides,our company has a powerful technical support and perfect after-sales service. Shipping:All items will be sent out with tracking within 1-2 business day after the payment received,may be a delay on weekends; Return&Refund: 1.Any reason required for all refund.Item must be in it's original condition and no physical damage,buyer responsible for all shipping cost.2.When you have the parcel,and not satisfied the goods or it is other problem like as broken,pls tell us the detail reason and provide the photos,we will help you to solve any problems.

Price: 399 USD

Location: Dalla

End Time: 2024-08-07T04:33:10.000Z

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