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MACHINE DATA | CITIZEN

To report machine data to your applications you have to be able to acquire it from your devices. For Citizen machines equipped with Mitsubishi controls you can use the graphical utility program MitsubishiGui to do so. The program also works for Mazak machines that have Mitsubishi controllers. The application uses the manufacturer specific Citizen Mitsubishi API (Application Program Interface) functions to access the controller and query data.

DOWNLOAD PROGRAM | LICENSING | SETUP | USAGE | PROGRAM OUTPUT | STATUS AND MODE OUTPUT | SUPPORTED MACHINES | CONTROLLERS

  • To directly read/write data from/to machines with Mitsubishi Citizen controllers connected to CNCnetPDM with your applications you can use our free Open Source Client (C-Sharp)

To be able to verify the results it is recommended to use this utility on a laptop with a network connection at the shop-floor in front of the machine.

Citizen Mitsubishi M700 CNC operator panel screen

FIG 1: Citizen Mitsubishi M700 CNC operator panel screen

DOWNLOAD PROGRAM

LICENSING

If you have installed CNCnetPDM on your PC with a license other than a ‘free license’ and run this program from the folder where CNCnetPDM is installed you get unlimited output. Otherwise the program outputs 'Running Status' and 'Running Mode'. Please see licensing for details or contact us if you have any questions.

  • Note: If you like to run this program from a different location on your PC you can simply copy your CNCnetPDM.ini file to this directory.

SETUP

  • Extract all contents of mitsubishi.zip to a folder on your Laptop.
  • As the program identifies and accesses controllers by using machine numbers the first thing you have to do is to edit the configuration file melcfg.ini.
  • Machine numbers are defined in sections, one for each device. The machine number is the numeric part after Machine, e.g. [Machine01] = 1. Note: The second part of this numeric value uses hexadecimal notation from 1 to F, e.g. 01 = 1 and 0F = 15, remember your math lessons.
  • If you’re testing with one machine it is recommended to leave section [Machine01] as it is. Only in case it doesn’t work you can change the value for Controller from M8NX to NCXJ, NCXK, M6B, NX or M7NX.
  • It is necessary to adjust section [HOSTS] according to your setup e.g.
    TCP1=192.168.100.1,683 means that the IP Address of your controller is 192.168.100.1 683 after the comma is the port to be used to access the controller, do not change that.
  • For additional machines you have to copy and paste the whole section [Machine01], then change its name e.g. [Machine02] and Device= to a different device in section [HOSTS] e.g. Device=TCP2. In section [HOSTS] you have to add a new device e.g. TCP2=192.168.100.2,683.
  • Save melcfg.ini

USAGE

  • In Windows Explorer double click MitsubishiGui
  • In field ‘Mitsubishi Machine Number’ enter the number as defined in melcfg.ini.
  • Check ‘Basic Test Only’.
  • Click on button ‘Query’.
  • If you don’t get an error, repeat the test with ‘Basic Test Only’ unchecked.
  • You should see a result similar to the following:

Mitsubishi GUI version

FIG 2:    Output of Citizen MitsubishiGui (full test, licensed version)

PROGRAM OUTPUT

MitsubishiGui outputs the following data:

  • Running Status (= Basic Test)
  • Running Mode
  • Parts required
  • Parts machined
  • Parts (total)
  • Current NC Program
  • NC Program comment
  • Commanded Feed Rate
  • Actual Feed Rate
  • Running Program
  • Spindle Number
  • Spindle Speed(1)
  • Syncronize Speed
  • Actual Block
  • Power on time
  • Automatic OP time
  • Start time
  • NC Date (local)
  • NC Time (local)
  • Alarm (0-10): Displays up to 10 active alarms sorted by priority
  • Block number of the currently active NC Program
  • Current block outputs up to 10 lines of the current NC Program

STATUS AND MODE OUTPUT

The following tables shows possible values for ‘Running Status’ and ‘Running Mode’:

Status

Description

0

NC Reset

1

Emergency

2

Ready

3

In Automatic running

4

With Synchronization

5

Cross Waiting

6

Stop

7

Hold

FIG 3:    'Running Status' output description (Citizen Mitsubishi CNC)

Mode

Description

0

Memory Mode

99

Tape Mode

5

MDI Mode

3

Handle Mode

2

Jog Mode

1

Manual Feed mode

7

A*Q.01 Step Mode

6

A*Q.01 Rapid Feed Mode

9

A*Q.01 Auto Dog less Zero Return Mode

8

A*Q.01 Zero Return Mode

FIG 4:    'Running Mode' output description (Citizen Mitsubishi CNC)

SUPPORTED MACHINES

The following table shows supported Citizen Cincom machine models:

Machine Model

Citizen Cincom A20-VI

Citizen Cincom A20-VII

Citizen Cincom A32-VII

Citizen Cincom C16-VIE

Citizen Cincom C16-VII

Citizen Cincom C16-IX

Citizen Cincom C32-VIII

Citizen Cincom K12-VI

Citizen Cincom K12-VII

Citizen Cincom K16-VI

Citizen Cincom K16-VII

Citizen Cincom K12E-VII

Citizen Cincom K16E-VII

Citizen Cincom L20-VII Series 5

Citizen Cincom L20-VIII Series 5

Citizen Cincom L20-VIII Series 7

Citizen Cincom L20E-IX

Citizen Cincom L32-VII Series 6

Citizen Cincom M16-III Series 3

Citizen Cincom M16-V Series 3

Citizen Cincom M20-III Series 2

Citizen Cincom M32-III Series 2

Citizen Cincom M32-III Series 3

Citizen Cincom M32-V Series 3

Citizen Cincom M32-V Series 4

Citizen Cincom M32-VIII Series 4

FIG 5:    Supported Citizen Cincom machine models

CONTROLLERS

All programs were tested and work for Citizen machines with the following Mitsubishi controllers:

Controller

Mitsubishi Series

MELDAS FCA70LPC-2A

M70

MELDAS M635L

M635

M635L

M635

MELDAS FCA70LPC-2AV

M70

MELDAS FCA70LPC-2AVU

M70

M735LUC

M700

MELDAS FCA70LPC-2AVU

M70

MELDAS FCA70LPC-2AV

M70

M500

M500

MELDAS FCA730LPC-4VS

M730

M850LUC-V

M80

FIG 6:    Supported Citizen Mitsubishi CNC devices

 

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Modified: 2024-08-08