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AG-EPC-32

CN 6 Axes High Performances CanOpen – Ethercat – Pulse/Dir – +/- 10V


Características

  • 6 – AXES CanOpen/Ethercat
  • 6 – AXES Pulse/Dir
  • 6 – AXES +/-10V

I/O

  • 80- Digital Inputs – Max
  • 70- Digital Outputs- Max
  • 8 – Analog Inputs
  • 6- Analog Outputs +/- 10V – Max
  • 6- Encoder Inputs – Max
  • 6 – Relè Outputs – Max
  • 12 – Fast Inputs – Max

Puertos

  • 1 -Ethernet 10/100 Mb
  • 1 – Ethercat CoE
  • 1 – Canopen Master/Slave
  • 2 -RS232 1/RS485
  • 1 – USB Programming

AG-EPC 32 is the new generation CNC Promax. The performances are ideal for Middle/high-level professional machines. The type of controlled axes allows a wide choice of engines, with the possibility of being able to use mixed solutions. This uses ISOUS for GCODE PC application. The CPU integrates 1 EHTHERNET1 ETHERCAT CoE, 2 RS232 serial ports (1 – 485), 1 CanOpen8 Analog Inputs 12 Bit, 2 Analog outputs 0-10V. With appropriate expansions, you can integrate up to 80 digital inputs70 outputs6 analog outputs and 6 channels of 500 Khz encoder. The PC connection is via ETHERNET up to 100 Mb. There is no memory limit with regard to the Part Program, since this uses the PC’s RAM.

Video


  • CanOpen – 6 Axes
  • Ethercat – 6 Axes
  • Pulse/Dir – 6 Axes
  • +/-10V – 6 Axes

Position Loop on External Encoder

When is used  FieldBus CanOpen, or Pulse/Dir, AC-EPC-32 can close the position loop in external encoder. This allows to increase the machine precision


R.T.C.P. (Rotate Tool Center Point)  

This function is specially designed for 4/5 axes machines with rotating/tilting spindle head. It’s designed to continuously guarantee the perfect contact between the tool and the workpiece surface, during A&C axes movements. This function is widely used in woodworking machines.


Work Plan Mapping

This special function, allow to map the work area, using a sensor.
In this way we can automatically adjust the Z position, independently by path interpolation, correcting the non-planarity zones of the work plan.


 

Axis Mapping

Capability of mapping in internal memory all Axes. This allows to correct the position in REAL TIME.


Gantry

 From machine parameter is possible to set one or more Gantry Axes connetcted to Master.


Master Slave Axes  

NgWarp  can control by Gcode instruction one or more Master/Slave Axes. Is possible manage up to 4 groups of Master/Slaves Axes.
The max number of Slaves for single master is 8.


Características técnicas

Axes

Interpolated CanOpen 6
Positioned CanOpen 16
Interpolated Pulse/Dir 6 – 500 Khz Clock
Positioned Step/Dir 6 – 500 Khz Clock
Interpolated Ethercat 6
Positioned Ethercat 16
Rotative 6
Axes Resolution Programmable – min. 0.000001 mm
Feed Resolution Programmable – min. 0.001 mm/min
Tangential Axes With special interpolation
Gantry On All Axes
Master/Slave By Gcode G108
BackLash On All Axes
R.T.C.P. None

Interpolation

Types Linear, Circular, Helical, HSM,3D
3D With calculation automatic 3D threshold edge
Contour Plan On all Pair of Axes

Special Functions

Recovery Processing From Line Number, Tn, from Marker
Retrace From JOG Axes and resume from any point

PLC I/O

Digital Inputs 80 – PNP 24 Vdc
Digital Outputs 70 – PNP 24 Vdc with protection
Analog Inputs 8 – 12 bit
Analog Outputs 6 – +/- 10V (Ag-SX) 2 . 0 10V on Base
Fast Inputs 12 – Interrupt mode
Relè Outputs 6 – 1A
Encoder Inputs 6 – Line Drive 500 Khz

Ports

CanOpen 1 – Master/Slave
Ethercat 1 – CoE
Serial 2 – RS232 1/RS485
Ethernet 1 – 10/100 Mb
USB 1 – Programming

Other

Handwheel On All Axes
Axes Sample 500us Min.

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