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PRODUCTS

I/O PE3 modules

The Z32 numerical control can exchange information to and from the machine via I/O peripherals which can be mounted directly on the Master Link (MLK-FZ), or on a PE3-ILK expansion node. The expansion nodes are connected to the Master Link via the Z-Link fiber optic communication bus.

Product image PE3 modules alongside the Master Link MLK-FZ - D.ELECTRON (FI)

PE3 modules flanked by the MLK-FZ Master Link


Product image PE3 modules alongside the PE3-ILK expansion node - D.ELECTRON (FI)

PE3 modules flanked by the PE3-ILK expansion nodeK


PE3-ILK Z-LINK EXPANSION BOARD

The PE3-ILK board is used when it is necessary to add an expansion node on the Z-Link communication bus which is used to route information to and from the Z32 CNC through the Master Link board.

 

The cases in which this can occur are:

  • To distribute PE3 I/O modules in large machines
  • The Master Link board is used by the expansion board for Z-Star2 channels which are used to connect D.Electron digital drives to the Z32
  • The number of PE3 modules to be installed is greater than 8
  • You are using a MLKSD2 Master Link board of the Slim system and you also want to use PE3 modules
  • The PE3-ILK expansion board is:

Connected to the Z-Link bus via optical fiber

  • Enclosed in a plastic container
  • DIN - EN 50022 rail mounting (Omega Rail)
  • Can be installed up to a maximum distance of 30 m from a Master Link board, or from another Z-Link node
Immagine relativa al prodotto PE3-ILK, il nodo di espansione Z-Link - D.ELECTRON (FI)

PE3-ILK, the Z-Link expansion node

MAIN TYPES OF PE3 MODULES:

The PE3 peripherals consist of several freely configurable modules to be mounted side by side, up to a maximum of 8, directly on the MLK-FZ Master Link when it does not mount Z-Star2 channel expansions or on a PE3-ILK module; in this case, the first module is always the ILK module, which provides the fiber optic interface with the Z-Link. The PE3 modules are configured via software and do not require any type of hardware intervention by the installer.

  • The maximum number of PE3 modules that can be installed per node is 8
  • The PE3 modules can be combined in any order on the node
  • Enclosed in a plastic container
  • DIN - EN 50022 rail mounting (Omega Rail)
  • The configuration flexibility optimizes the cost of the whole system
Operating Temperature Range °C:

+5 ÷ +55

IP protection:

20

Weight Kg:

0,12

Dimensions (LxHxW) mm:

23x100x120

Supply voltage V:

24

Connections:

Fibra ottica Z-Link

• PERIPHERAL TYPES - PE3 •

Z-Link expansion node

Z-Link fiber optic interface
PE3-ILK Z-Link modules

PE3 Peripherals - Digital I/O

PE3-32IE
32 Digital inputs 24 Vdc with DB37M connector
PE3-320E
32 Digital outputs 24 Vdc, 0,5 A short circuit protected with DB37F connector
DE1215
32 Input/Output terminal block with spring terminals and LED signaling for PE3-32IE and PE3-32OE
PE3-16IM
16 Digital inputs 24 Vdc optoisolated with spring terminals and LED signaling
PE3-16OM
16 Digital outputs 24 Vdc, 0,5 A short circuit protected with spring terminals and LED signaling
PE3-8I8OM
8 Digital inputs 24 Vdc optoisolated and 8 digital outputs 24 Vdc, 0,5 A short circuit protected with spring terminals and LED signaling
PE3-2IP

2 Fast digital inputs 24 Vdc for probe/touch probe

PE3 Peripherals - For analogue management of the axes

PE3-4OS

Step & Direction reference for stepper motor drive

PE3-4OA
4 Analog references ± 10V
PE3-2IR
2 Encoder axis/spindle inputs TTL LD/SinCos 1 Vpp with 9 Pin M connector D-SUB type
PE3-1AXIS
1 TTL LD / SinCos-1-Vpp encoder inputs with 9-pole M connector, 1 Analogue output for axis/spindle reference D/A 16 Bits/±10 V, 1 Unipolar Analogue input A/D 0÷10V/12 Bits with spring clamp

PE3 peripherals - PWM Fast for LASER

PE3_PWMF
2 Differential PWM Outputs 0-5 V fmax 100 kHz, 1 Analog Reference 16 Bits 0-10 V with spring clamp

PE3 peripherals - Analog inputs

PE3-4IAU
4 Unipolar A/D Analog Inputs 0÷10 V / 12 Bits with spring terminal
PE3-8IAU
8 Unipolar A/D Analog Inputs 0÷10 V / 8 Bits with DB25M connector
PE3-4IAD
4 Differential Analog A/D Inputs ±10 V / 12 Bits with spring terminal
PE3-4IAC
4 Current Loop A/D Analog Inputs 4÷20 mA /12 Bits with spring terminal
PE3-8IAC
8 Current Loop A/D Analog Inputs 4÷20 mA / 8 Bits on spring terminal