Configuration 7

Operating Temp. Range:

+5 ÷ +40°C

 

Weight Kg:

16,5

 

Dimensions mm (LxHxW):

482x355x205

 

Supply Voltage:

230 Vac

 

Connections:

Ethernet, USB

 

FP15 PCW PC Console

Video terminal + PC suited for complex systems with sophisticated operator’s software:

• Video color 15" TFT Flat Pane
• Touch-scree
• Front USB port accessibile for file-exchange
• Max distance from the central unit: 100 m
• Windows operating system
• Connected to the Z32 CNC embedded in the electrical cabinet with TCP/IP ethernet connection
• Allows installation of complex operator’s software (CAD-CAM, vision systems etc.)

IP Protection:

20 rear / 65 front

 

Operating Temp. Range:

+5 ÷ +40°C

 

Weight Kg:

2

 

Dimensions mm (LxHxW):

482x155x30

 

Supply Voltage:

24 Vcc

 

Connections:

Z-Link optical fibre

 

KMU Machine control panel

Cost effective solution for machine control panel:

• Ooptical fibre connected to the Z-Link field-bus
• Max distance between adjacent Z-Link nodes: 30m
• START, STOP, RESET, HOLD, SINGLE, TEST, HANDWHEEL-ENABLE buttons
• Buttons for JOG management (axis, direction, feed, increment)
• Emergency button
• 9 user-definable buttons
• Overrides Feed, Speed, Rapid
• Electronic handwheel

Available I/O's for the console:

• 24 optoisolated Inputs (24Vdc)
• 8 Outputs 0.5A 24Vdc
• 1 Handwheel Input

IP Protection:

20 rear / 65 front

 

Operating Temp. Range:

+5 ÷ +40°

 

Weight Kg:

1,6

 

Dimensions mm (LxHxW):

482x163x30

 

Connections:

USB

 

KCN Full Qwerty keyboard

• 105 long-stroke, soft-silicon keys
• Special surface treatment for easy cleaning
• Includes numeric pad

Operating Temp. Range:

+5 ÷ +40°C

 

Weight Kg:

8

 

Dimensions mm (LxHxW):

140x480x280

 

Supply Voltage:

230 Vac, 110 Vac only on request

 

Connections:

Ethernet, VGA, USB

 

CNC Z32 Embedded FlorenZ

CNC to be installed in the electrical cabinet (embedded):

• Executes the real-time CNC and user-interface software
• FlorenZ-Linux operating system

CNC characteristics:

• Mill and Lathe functionality
• Special functions for plasma cutting and laser cutting
• G-code part-program
• Up to 10 interpolating axes programmable in a single block
• Reading speed up to 11000 blocks/sec (G1/G2/G3 blocks from internal memory)
• Huge dimensions part-programs executed in DNC from hard-disk
• Dynamic look-ahead, more than 500 blocks
• Sophisticaded jerk control limits the mechanical stress
• High-speed machining and super-finishing for moulds
• Canned cycles and macros
• Full support for rotary heads and tables (5 axes RTCP for blades, blisks, moulds,...)
• Gantry axes
• Multiprocess: max 6 simultaneous and independent processes
• Up to 32 digital axes and 16 analog axes

Operator’s interface software:

• FlorenZ operating system (D.Electron distribution of Linux)
• D.Electron operator’s interface software
• Allows end-user interface personalization
• Optional Windows license running in a Virtual Machine for running Microsoft Windows based softwares

PLC and installation:

• Integrated PLC with bi-directional, real-time access to the CNC data
• Fast sections of PLC down to 2 mS, synchronized with the part-program
• Integrated PLC editor, debugger and digital oscilloscope
• Black-box function
• Easy definition of the digital drives settings
• LAN connection through Ethernet TCP/IP
• Teleservice via Internet

The Master Link MLK-FZ card manages the data exchange between the central unit of the Z32 CNC FlorenZ Series and all the peripherals (servodrives and I/O's).

The MLK module connections are:

• RTE (Real Time Ethernet): connection with the Z32 CNC central unit
• Z-Link: optical fiber bus for digital I/O's, analog references, analog inputs, encoder inputs (2mS sampling time)
• Z-Star2: optical fiber bus for SPevo digital servodrives (250μS sampling time)

• Allows PE3 I/O modules mounted beside (see I/O Modules description)
• Manages Z-Link I/O peripherals
• Manages directly up to 8 SPevo digital servodrives through the on-board Z-Star2 channel

• The additional Z-Star2 channel on the expansion card EXP-FZ1, manages 8 digital SPevo servodrives, allowing a total of 16 digital SPevo servodrives managed
• The presence of the EXP-FZ1 doesn't allow PE3 modules mounted beside

• The additional three Z-Star2 channels on the expansion card EXP-FZ3, manages 8 digital SPevo servodrives per channel, allowing a total of 32 digital SPevo servodrives managed
• The presence of the EXP-FZ3 doesn't allow PE3 modules mounted beside

In case no expansion card (EXP-FZ1, EXP-FZ3) is present, up to 8 PE3 I/O modules can be connected directly to the Master-Link, like it's shown in the picture:

PE3 modules directly connected to the Master Link

Possible solutions:

IP Protection:

20

 

Operating Temp. Range:

+5 ÷ +40°C

 

Weight Kg:

0,12

 

Dimensions mm (LxHxW):

23x100x120

 

Supply Voltage:

24 Vdc

 

Connections:

Optical fibre Z-Link

 

PE3 - ILK

PE3 peripherals are composed of multiple, configurable modules
The first module is always the ILK card with Z-Link optical fibre interface

• Connected to Z-Link bus with optical fibre
• Plastic housing
• DIN Rail fixture EN 50022
• Maximum distance from previous/next Z-Link peripheral: 30m

PE3 MODULE TYPES:

PE3 peripherals are competely software configured: no need af any hardware configuration.
The high flexibility of the PE3 I/O system optimizes the cost of the electrical cabinet.

Each ILK module can manage a maximum of 8 PE3 modules mounted beside
The modules can be chosen freely between available ones:

 PE3 peripherals available modules

Architecture scheme

D.Electron designs and produces digital drives for:

• 400Vac brushless motors (axes)
• 400Vac linear motors (axes)
• 400Vac torque motors (axes)
• 400Vac induction motors (spindles)
• 400Vac field-weakiening synchronous motors (spindles)
  
  

Z-Star2 drives system is composed of a power supply module that generates the 600Vdc bus and various power modules connected to the DC bus.

The communication between drives and Master-Link is done through an optical fibre connection: the optical fibre connection departs from the Master-Link, passes through all the servodrives and returns back to the Master-Link creating a loop connection, also called Z-Star2 channel.