WebAccess/CNC User Manual V1 -...

Advantech WebAccess/CNC

- CNC Machine Monitoring Solution

WebAccess/CNC User Manual

V1.1

Advantech Co., Ltd.

4F, No. 108-3, MingChuan Road, Shing-Tien Dist.,

New Taipei City 23141, R.O.C.

Phone: 886-2-2218-4567 • Call Center: 0800-777-111

www.advantech.com

© 2000 - 2017


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1.0 Advantech WebAccess/CNC

Advantech WebAccess/CNC is the core solution for network CNC devices. Based on the 100% web

based WebAccess/SCADA software structure, WebAccess/CNC provides major CNC networking

functions and provides the advantages of SCADA software to the CNC market. Through the

additional ability to monitor I/O devices, WebAccess/CNC brings the benefits of CNC information

management and status visualization. Users can browse the SCADA web pages through Internet

Explorer to monitor and capture real time CNC information and the production status. This

improves efficiency by analyzing device availability.

Advantech WebAccess/CNC is CNC networking software designed specifically for the machine tool

market. Through the integration of a large number of SCADA drivers, WebAccess/CNC supports the

majority of CNC, I/O and PLC devices to collect factory equipment information and develop the

industrial networking applications.

Functions and Features：

Functions

� CNC Overview:

Provides real time information of the connection status, operation mode, CNC status, alarm status

and availability

� CNC Information:

Provides the machine coordination information, operation information, G code and spindle

information.

� Availability:

Provides details of CNC availability inquiries to handle production efficiency

� CNC Alarm:

Provides historical alarms from CNC records that can be used as an important reference for the

maintenance of machines

� NC Program management:

Provides an upload and download function for NC files and the edit interface to program the NC

files

� Set parameters:

Provides a configuration interface to modify the coordinate compensation and tool compensation

parameters

� Servo Spin:

Provides real time monitoring of spindle loading to analyze tool wear or damage condition

� Maintenance:

Maintenance configuration interface provides basic preventive maintenance functions and


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manufacturer contact information

� PLC Parameters:

PLC parameters provide the instant query interface to get the values of PLC registers. It can help

uses to define the requirement I/O status of CNC controllers.

Features

� Supports major CNC and I/O monitoring device functions

� Supports various protocols to connect common industrial devices and PLCs

� 100% web-based SCADA including HTML5 dashboard and cross operating system display

� Provides the full functionality of WebAccess professional version

� Available CNC connection numbers upgrade

� Provides details of the availability of CNC devices to handle the production efficiency

Specification：

Support CNC Controllers List

� FANUC: 0i-A/B/C/D/F, 16i, 18i, 21i, 31i, 32i (FOCAS function requirement)

� MITSUBISHI: M700 / M70, M800/M80 series

(Please install MITSUBISHI communication middleware EZSocket in advance. Please contact

your agency or Mitsubishi Electric to purchase the software license.)

� HEIDENHAIN: iTNC530 (DNC option requirement)

(The maximum connection of HEIDENHAIN is limited to 16 for each one WebAccess/CNC

runtime)

� SIEMENS: 840D, 828D (OPC/UA license requirement)

Multi-languages

� EN/TC/SC

SCADA Software

� Advantech WebAccess V8.2 Professional

Project Node\SCADA Node

� Operating System:

Windows 7 SP1 Professional

Windows 8.1 Professional


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Windows Server 2008R2 or later

.NET Framework 3.5 for WebAccess/CNC runtime

.NET Framework 4.5 or later version

IIS 7.5

� Hardware:

Intel Atom or Celeron, Dual Core processors or higher recommended

4GB RAM minimum, more recommended

200GB or more free disk space

� USB Port:

USB port for License Hardkey on SCADA node

� Brower Resolution:

Designed for 1280*720 resolution to 1920*1080 resolution

� Brower support:

IE Explore 11 or later

Others only support dashboard function:

Chrome: Version 37 or later

Firefox: Version 31 or later

Safari: Version 7 or later


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1.1 CNC Device Setting and CNC runtime

The CNC device setting of WebAccess/CNC is used to configure the CNC networking setting. The

user can add, delete or modify CNC device setting and also start WebAccess/CNC runtime by the

setting menu interface.

Starting CNC Device Setting:

� Open CNC Device Setting：Start → All Programs → WebAccess CNC→CNC Device Setting

� CNC Device Setting launch screen

Figure 1.1.1: CNC device setting screen

� Add, Modify & Delete Device page：The page is including connect option, CNC name, CNC type,

controller type, CNC IP, CNC port and data server setting.


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Figure 1.1.2: Add device Page

Figure 1.1.3: Modify device Page


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� Starting CNC Runtime method1：The user can start WebAccess/CNC runtime by the “Start

Runtime” button to enable the CNC runtime connection between the chosen CNC devices.

� Starting CNC Runtime method2：Start → All Programs → WebAccess CNC→ Start CNC Runtime

Figure 1.1.4: WebAccess CNC Runtime is enabled

Note:

� By clicking the right button on the WebAccess CNC Runtime icon of taskbar can “exit” the

runtime service.

� The CNC type “MITSUBISHI” & “MITSUBISHI_EZ” is effective when the user install the

Mitsubishi communication middleware “EZSocket” and get the installation license

simultaneously. User can get the Mitsubishi FCSB1224 software license from the Mitsubishi’s

agents.


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Figure 1.1.5: Mitsubishi_EZ configuration Page


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1.2 WebAccess/CNC Explorer

The WebAccess/CNC explorer includes four parts “WebAccess Setting”, “WebAccess CNC setting”,

“WebAccess CNC Search List” and “Device List”. WebAccess/CNC explorer provides the

configuration interface of the supported CNC connection parameters. Users also can adopt this

explorer tool to generate WebAccess/CNC project automatically.

Starting WebAccess/CNC Explorer:

� Open WebAccess/CNC Explorer：Start → All Programs → WebAccessCNC→ Explorer

� WebAccess/CNC Explorer launch screen

Figure 1.2.1: WebAccess/CNC explorer screen

� Project Selection: The user can set WebAccess Project Name and Node Name.

� PMC Search List: The IP and port is designed for the IP address and port number of the

WebAccess/CNC runtime. The default port number is 9701 and both the default connection

password and writing password are “pmc”.

� LNC Search List: User can set the IP address of the LNC controller manually or search the LNC

controller in the same network segment automatically.

� Start Searching: Start to search the CNC device from PMC setting and LNC setting.

� Device List: After searching the connected CNC devices, the user can submit the chosen CNC

devices to generate the WebAccess project automatically.


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1.3 WebAccess/CNC Functions

The WebAccess/CNC project provides nine main CNC tool functions as

� Overview

� Information

� CNC Alarm

� Program

� Servo Spin

� Set Parameters

� Maintain

� Tools

� PLC Parameters

� Overview

There are four CNC conditions are shown as lamp status as

Green lamp status: Busy

Yellow lamp status: Idle

Red lamp status: Alarm

Grey lamp status: Disconnect

The other fields are defined as

Device Name: The CNC device name

Main Prog: Main program

Cur Prog: Current executing program

Cur Seq: Sequence of current executing program

Mode: MEM/MDI/JOG/MPG(RPF)/Single Step/Others

Status: START/Hold

Alarm: NORMAL/ALARM

EMG: NORMAL/EMG

P count: Part count

Avai(today): Today availability rate

Figure 1.3.1: WebAccess/CNC Overview


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� Information

Data monitoring offers real time data from connected CNC devices, including CNC status,

coordinates, G-code, Non-G-code, part count, CNC operating time, actual feed rate and actual

spindle.

Figure 1.3.2: WebAccess/CNC information

� Availability: The query tool provides details of CNC availability inquiries to handle production

efficiency

Figure 1.3.3: WebAccess/CNC availability


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� Alarm: Provides the historical alarms and operation records from CNC

Figure 1.3.4: WebAccess/CNC alarm

� Program: Provides an upload and download function for NC files and the edit interface to

program the NC files.

Figure 1.3.5: WebAccess/CNC program

The path of the memory folder can be set by the driver tag “MNcPath”. This tag default value is

empty string. Some examples are listed as:

FANUC: //CNC_MEM/USER/PATH1/

SIEMENS: /nckfs/_N_MPF_DIR


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� Servo Spin: Provides real time monitoring of spindle loading to analyze tool wear or damage

condition.

Figure 1.3.6: WebAccess/CNC servo spin

� Set Parameters: Provides tool offset, work coordinates and macro variable read/write

functions.

Figure 1.3.7: WebAccess/CNC set parameters


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� Maintain: WebAccess/CNC provides the basic maintain function. If the maintenance item does

not have value in “PLC node”, WebAccess/CNC runtime will detect whether CNC is power on or

not and calculate the use of time. Warnings will come up once the use of time is more than or

equal to the life time.

Figure 1.3.8: WebAccess/CNC maintain

� Tools: WebAccess/CNC provides the basic tool management function. The processing time is

measured when CNC is on the cycle start status. Warning will come up once the processing

time is more than or equal to the life time.

Figure 1.3.9: WebAccess/CNC tools


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� PLC Parameters: WebAccess/CNC provides the PLC register query interface to get the I/O or

memory status. This function can help user to create tags to monitor the CNC machine I/O

status.

Figure 1.3.10: WebAccess/CNC PLC parameters

Note:

� The suitable display range of the WebAccess/CNC functions webpage is from 1280x720 to

1920x1080.

� The blue WebAccess title of the WebAccess/CNC functions webpage can be removed by setting

the video display parameter “mode” of the wacnc.drw as

uti:../WebAccessCNC/index.asp?goto=graph=main&mode=1&hwnd=%HWND&

Figure 1.3.11: WebAccess/CNC functions without WebAccess title


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� The nine main CNC tool functions can be selected by the user besides the “overview” function.

The other eight functions can be modified by setting the video display parameter “menu” of

the wacnc.drw as

uti:../WebAccessCNC/index.asp?goto=graph=main&menu=224&hwnd=%HWND&

“menu” value 0 2 6 128 224 480

Information � � � � � �

Availability � � � � � �

CNC Alarm � � � � � �

Program � � � � � �

Servo Spin � � � � � �

Set Parameters � � � � � �

Maintain � � � � � �

Tools � � � � � �

PLC Parameters � � � � � �

Table 1.3.1: WebAccess/CNC menu parameter definition

Figure 1.3.12: WebAccess/CNC functions when setting “menu=224”

� Each CNC device’s information page can be accessed directly by setting the video display

parameters “device” and “comport” of the user’s drw file as

uti:../WebAccessCNC/index.asp?device=H1&comport=1&hwnd=%HWND&


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Figure 1.3.13: Directly access the WebAccess/CNC device information page

� Each pages of the CNC device functions can be accessed directly by setting the video display

parameters “page” of the user’s drw file as

uti:../WebAccessCNC/index.asp?device=H1&comport=1&page=program&hwnd=%HWND&

Functions Page’s Name

Overview page=overview

Information page=info

Availability page=avail

CNC Alarm page=alarm

Program page=program

Servo Spin page=servo

Set Parameters page=parameter

Maintain page=maintain

Tools page=toolmanage

PLC Parameters page=plcparameter

Table 1.3.2: WebAccess/CNC page parameter definition


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1.4 WebAccess/CNC Driver List

The definitions of WebAccess/CNC driver are listed as

Supported API List

API Description

SKY_conn_status_single Get CNC connection status

GET_information Get basic information of correlation

GET_information_heid Get basic information of correlation (HEIDENHAIN controller)

GET_status Get status information

GET_position Get coordinate Status

GET_gcode Get G Code

GET_othercode Get other Codes (H Code, D Code, T Code, M Code, B Code, F

Code, S Code)

GET_feed_spindle Get feed rate / Spindle speed

GET_time Get the time of CNC

GET_time_heid Get the time of CNC (HEIDENHAIN Controller)

GET_part_count Get the count of part

GET_part_total Get the total count of part

GET_part_required Get the required count of part

GET_alm_current2 Get current occurring alarm

GET_msg_current Get the message of operation

GET_alm_history2 Get history of alarms

GET_msg_history Get history of operation

GET_plc_alarm Get history of PLC alarm

GET_servo_current Get current loads of all spindles

GET_servo_load Get the percentage of servo load (%)

GET_servo_speed Get servo speed

GET_spindle_load Get the percentage of spindle load (%)

GET_spindle_speed Get spindle speed

GET_servo_temperature Get the temperature of servo motor

GET_spindle_temperature Get the temperature of spindle

GET_utilization_all_today Get today’s utilization rate data.

GET_utilization_single_all Get a single machine all utilization rate data

GET_nc_mem_list Get the NC list from machine (memory)

GET_nc_ftp_list Get NC list from FTP (Fanuc Data Server/MITSUBISHI CF card)

GET_nc_local_list (*) Get NC list from local storage

GET_nc_mem_code Get the content of NC from memory


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GET_nc_mem_code_resume Get the content of NC from memory (Resume mode)

GET_nc_ftp_code Get the content of NC from FTP (Resume mode) (Fanuc Data

Server/MITSUBISHI CF card)

GET_nc_ftp_code_resume Get the content of NC from FTP (Resume mode) (Fanuc Data

Server)

GET_nc_pointer Get the pointer (line) of the current NC

GET_nc_current_block Get the current and next block of NC

UPLOAD_nc_mem Upload NC to memory

UPLOAD_nc_mem_resume Upload NC to memory (Resume mode)

UPLOAD_nc_ftp Upload NC to FTP (Resume mode) (Fanuc Data

Server/MITSUBISHI CF card)

UPLOAD_nc_ftp_resume Upload NC to FTP (Resume mode) (Fanuc Data Server)

DEL_nc_mem Delete NC from memory

DEL_nc_ftp Delete NC from FTP (Fanuc Data Server/MITSUBISHI CF card)

DEL_nc_local (*) Delete NC from local storage

SET_nc_main Set or assign NC to main program

GET_plc_ver Get the version information of PLC

GET_plc_addr2 Get the PLC address of start and end number

GET_plc_status2 Get the status of PLC

GET_offset_title Get the title of tool offset

GET_offset_all Get the Offset of all tools

SET_offset_single Write the Offset of a single tool

GET_macro_all Get all Macro (Common Variables) variables data

SET_macro_single Set single Macro (Common Variable) variable data

GET_TOOL_TABLE_SIEMENS Get SIEMENS tool tables

GET_TOOL_EDGE_PARAMETER_

SIEMENS

Get SIEMENS tool edge parameters

GET_maint_all Get maintenance management all data

GET_toolmanage_all2 Get all tool management data

(*): not SkyMars API


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Driver Block Type List

Block Type Name Description

FANUC For FANUC controller

MIT For MITSUBISHI controller

HEID For HEIDENHAIN controller

SIEMENS For SIEMENS controller

Driver Tag List

Tag Name Address Type Description

MachName Common;20001 Text Machine Name

MNcPath Common;20017 Text The NC files path in memory

Supported CNC: FANUC, MITSUBISHI, HEIDENHAIN, SIEMENS

DEL_nc_ftp

Supported CNC: FANUC, MITSUBISHI

DelFPgm DEL_nc_ftp;10009 Discrete The flag of deleting NC program from data

server (FTP) (0�1)

DelFName DEL_nc_ftp;20009 Text The Deleted FTP Server - NC Program Name

(Input)

DEL_nc_mem

Supported CNC: FANUC, MITSUBISHI, HEIDENHAIN

DelMPgm DEL_nc_mem;10008 Discrete The flag of deleting NC program from memory

(0�1)

DelMName DEL_nc_mem;20008 Text The Deleted Memory - NC Program Name

(Input)

DEL_nc_local

Supported CNC: FANUC, MITSUBISHI, HEIDENHAIN,

DelLPgm DEL_nc_mem;10010 Discrete The flag of deleting NC program from local disk

(0�1)

DelLName DEL_nc_mem;20010 Text The Deleted Local Disk - NC Program Name

(Input)

GET_alm_current2


AlmClass GET_alm_current2;0,

AlmData,1,AlmClass

Text

(Array)

Alarm Class

AlmCode GET_alm_current2;0, Text Alarm Code


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AlmData,1,AlmCode (Array)

AlmMsg GET_alm_current2;0,

AlmData,1,AlmMsg

Text

(Array)

Alarm Message

IsAlarm GET_alm_current2;1,I

sAlarm

Discrete IsAlarm

GET_alm_history2


AlmClasH GET_alm_history2;0,A

lmHis,1,AlmClass

Text

(Array)

History Alarm Class

AlmCodeH GET_alm_history2;0,A

lmHis,1,AlmCode

Text

(Array)

History Alarm Code

AlmDateH GET_alm_history2;0,A

lmHis,1,AlmDate

Text

(Array)

History Alarm Date

AlmMsgH GET_alm_history2;0,A

lmHis,1,AlmMsg

Text

(Array)

History Alarm Message

GetHAlm GET_alm_history2;10

001

Discrete The flag of getting history alarm (0�1)

GET_feed_spindle


ActFeed GET_feed_spindle;1,A

ctFeed

Analog ActFeed

ActSpin GET_feed_spindle;1,A

ctSpindle

Analog ActSpindle

OvFeed GET_feed_spindle;1,O

vFeed

Analog OvFeed

OvSpin GET_feed_spindle;1,O

vSpindle

Analog OvSpindle

GET_gcode

Supported CNC: FANUC, MITSUBISHI, SIEMENS

GCode GET_gcode;0,gcode,1,

Gdata

Text

(Array)

G Code

GET_information


Axes GET_information;1,Ax

es

Analog Axes

CncType GET_information;1,Cn

cType

Text ex :'18' : Series 180/180i


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MaxAxes GET_information;1,M

axAxes

Analog MaxAxes

NcVer GET_information;1,Nc

_Ver

Text NC version

Series GET_information;1,Se

ries

Text M/T type

GET_information_heid

Supported CNC: HEIDENHAIN

Axes_H GET_information_hei

d;1,Axes

Analog Axes (HEIDENHAIN)

FCL_H GET_information_hei

d;1,FCL

Text FCL (HEIDENHAIN)

Model_H GET_information_hei

d;1,Model

Text Model (HEIDENHAIN)

NcVer_H GET_information_hei

d;1,Nc_Ver

Text NC version (HEIDENHAIN)

PlcVer_H GET_information_hei

d;1,Plc_Ver

Text PLC Version (HEIDENHAIN)

GET_msg_current

Supported CNC: FANUC

IsMsg GET_msg_current;1,Is

Msg

Discrete IsMsg

MsgCode GET_msg_current;1,M

sgCode

Text Operation Message Code

MsgText GET_msg_current;1,M

sgText

Text Operation Message Text

GET_msg_history


MsgCodeH GET_msg_history;0,M

sgHis,1,MsgCode

Text

(Array)

History Operation Message Code

MsgDateH GET_msg_history;0,M

sgHis,1,MsgDate

Text

(Array)

History Operation Message Date

MsgTextH GET_msg_history;0,M

sgHis,1,MsgText

Text

(Array)

History Operation Message Text

GetHMsg GET_msg_history;100

02

Discrete The flag of getting history operation message

(0�1)

GET_nc_current_block


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CurNcBlk GET_nc_current_bloc

k;0,NcBlock,1,Block

Text

(Array)

Currently Under Running and Future Single

Program to be Executed

GET_nc_ftp_code

Supported CNC: MITSUBISHI

GetFPgm GET_nc_ftp_code;100

05

Discrete The flag of getting NC program from data server

(FTP) (0�1)

FQNc GET_nc_ftp_code;200

05

Text FTP Data Server -NC Program Name (Input)

GET_nc_ftp_code_resume


GetFPgmR GET_nc_ftp_code_res

ume;10005

Discrete The flag of getting NC program from data server

(FTP) (0�1)

FQNcNameF

QNcR

GET_nc_ftp_code_res

ume;20005

Text FTP Data Server -NC Program Name (Input)

GET_nc_ftp_list


FNcTime GET_nc_ftp_list;0,NcLi

st,1,DateTime

Text

(Array)

FTP Data Server - NC Program Modification

Date

FNcFD GET_nc_ftp_list;0,NcLi

st,1,FD

Text

(Array)

FTP Data Server - NC Program File Type (file /

directory)

FNcName GET_nc_ftp_list;0,NcLi

st,1,NcName

Text

(Array)

FTP Data Server - NC Program Name

FNcSize GET_nc_ftp_list;0,NcLi

st,1,Size

Analog

(Array)

FTP Data Server NC Size (Byte)

GetFList GET_nc_ftp_list;1001

9

Discrete The flag of getting NC program list from data

server (FTP) (0�1)

GET_nc_local_list


LNcTime GET_nc_local_list;0,N

cList,1,DateTime

Text

(Array)

Local PC - NC Program Modification Date

LNcName GET_nc_local_list;0,N

cList,1,NcName

Text

(Array)

Local PC - NC Program Name

LNcSize GET_nc_local_list;0,N

cList,1,Size

Analog

(Array)

Local PC NC Size (Byte)

GetLList GET_nc_local_list;100

17

Discrete The flag of getting NC program list from local

disk (0�1)


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GET_nc_mem_code

Supported CNC: MITSUBISHI, HEIDENHAIN

GetMPgm GET_nc_mem_code;1

0004

Discrete The flag of getting NC program from memory

(0�1)

MQNc GET_nc_mem_code;2

0004

Text The Internal Memory NC Program Name (Input)

GET_nc_mem_code_resume


GetMPgmR GET_nc_mem_code_r

esume;10004

Discrete The flag of getting NC program from memory

(0�1)

MQNcR GET_nc_mem_code_r

esume;20004

Text The Internal Memory NC Program Name (Input)

GET_nc_mem_list


MNcTime GET_nc_mem_list;0,N

cList,1,DateTime

Text

(Array)

Machine Memory - NC Program Modification

Date

MNcFD GET_nc_mem_list;0,N

cList,1,FD

Text

(Array)

Machine Memory - NC Program File Type (file /

directory)

MNcName GET_nc_mem_list;0,N

cList,1,NcName

Text

(Array)

Machine Memory - NC Program Name

MNcRmk GET_nc_mem_list;0,N

cList,1,Remark

Text

(Array)

Machine Memory - NC Program Remark

MNcSize GET_nc_mem_list;0,N

cList,1,Size

Analog

(Array)

Machine NC Size (Byte)

GetMList GET_nc_mem_list;100

18

Discrete The flag of getting NC program list from

memory (0�1)

GET_nc_pointer


CurNcPtr GET_nc_pointer;1,Blk

Pointer

Analog The Pointer of Current Program

GET_othercode

Supported CNC: FANUC, MITSUBISHI(only B code), HEIDENHAIN(only M, F, T, S code), SIEMENS

BCode GET_othercode;1,BCo

de

Analog B Code

DCode GET_othercode;1,DCo

de

Analog D Code

FCode GET_othercode;1,FCo Analog F Code


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de

HCode GET_othercode;1,HCo

de

Analog H Code

MCode GET_othercode;1,MC

ode

Analog M Code

SCode GET_othercode;1,SCo

de

Analog S Code

TCode GET_othercode;1,TCo

de

Analog T Code

GET_part_count


PartCnt GET_part_count;1,Par

tCount

Analog Part Count

GET_part_required

Supported CNC: FANUC, SIEMENS

PartReq GET_part_required;1,

PartRequired

Analog Part Required

GET_part_total


ParTotal GET_part_total;1,Part

Total

Analog Part Total Count

GET_plc_alarm


PlcAlm GET_plc_alarm;0,PlcAl

m,1,AlmMsg

Text

(Array)

PLC Alarm Message

GET_plc_ver


PlcDate GET_plc_ver;1,Date Text PLC Version Date

PlcDesig GET_plc_ver;1,Design

ed

Text PLC Version Designer

PlcVer GET_plc_ver;1,Version Text PLC Version

GET_position


AbsPos GET_position;0,PosDa

ta,1,Abs

Analog

(Array)

The Absolute Coordinate of Axes

AxisName GET_position;0,PosDa

ta,1,AxisName

Text

(Array)

The Name of Axes


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RemDist GET_position;0,PosDa

ta,1,Dist

Analog

(Array)

The Remaining Distance of Axes

MachPos GET_position;0,PosDa

ta,1,Mach

Analog

(Array)

The Machine Coordinate of Axes

RelPos GET_position;0,PosDa

ta,1,Rel

Analog

(Array)

The Relative Coordinate of Axes

AxisUnit GET_position;0,PosDa

ta,1,Unit

Text

(Array)

The Unit of Axes

GET_servo_current


ServCurr GET_servo_current;0,

AxisCurrent,1,Current

Analog

(Array)

Load Current Value of Each Axis

GET_servo_load


SerLd01 GET_servo_load;1,Ser

voLoadPercent,1,Load

Analog

Load Values For Each Axis (%)



Analog Load Values For Each Axis (%)






















SerLd10 GET_servo_load;10,Se

rvoLoadPercent,1,Loa

d






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d



d


GET_servo_speed


ServSped GET_servo_speed;0,S

ervoLoadPercent,1,Sp

eed

Analog

(Array)

Servo Shaft Speed

GET_servo_temperature

Supported CNC: FANUC, HEIDENHAIN, SIEMENS

ServTemp GET_servo_temperatu

re;0,Temperature,1,Ax

isTemp

Analog

(Array)

Servo Motor Temperature

GET_spindle_load


SpinLoad GET_spindle_load;1,L

oad

Analog Spindle Load (%)

GET_spindle_speed, SIEMENS


SpinSped GET_spindle_speed;1,

Speed

Analog Spindle Speed

GET_spindle_temperature

Supported CNC: FANUC, HEIDENHAIN,

SpinTmp1 GET_spindle_tempera

ture;1,Spindle_1_Tem

p

Analog 1st Spindle Temperature

SpinTmp2 GET_spindle_tempera

ture;1,Spindle_2_Tem

p

Analog 2rd Spindle Temperature

GET_status


Alarm GET_status;1,Alarm Text Alarm

NcStatus GET_status;1,CncStat

us

Text CNC Status. ex:"STOP", "START"...

CurPgm GET_status;1,CurProg Text Current Program

CurSeq GET_status;1,CurSeq Analog The Sequence of Current Program


- 27 -

Emg GET_status;1,Emg Text EMG

MainPgm GET_status;1,MainPro

g

Text Main Program

Mode GET_status;1,Mode Text ex:"MDI", "MEM"...

GET_time


CutHour GET_time;1,Cutting,1,

Hour

Analog Cutting Hour

CutMin GET_time;1,Cutting,1,

Minuite

Analog Cutting Minute

CutSec GET_time;1,Cutting,1,

Second

Analog Cutting Second

CycHour GET_time;1,Cycle,1,H

our

Analog Cycle Hour

CycMin GET_time;1,Cycle,1,M

inuite

Analog Cycle Minute

CycSec GET_time;1,Cycle,1,Se

cond

Analog Cycle Second

OperHour GET_time;1,Operation

,1,Hour

Analog Operation Hour

OperMin GET_time;1,Operation

,1,Minuite

Analog Operation Minute

OperSec GET_time;1,Operation

,1,Second

Analog Operation Second

PowHour GET_time;1,Power,1,H

our

Analog Power Hour

PowMin GET_time;1,Power,1,

Minuite

Analog Power Minute

PowSec GET_time;1,Power,1,S

econd

Analog Power Second

GET_time_heid

Supported CNC: HEIDENHAIN

RunHour_H GET_time_heid;1,Mac

hineRunning,1,Hour

Analog Machine Run Hour (HEIDENHAIN)

RunMin_H GET_time_heid;1,Mac

hineRunning,1,Minuit

e

Analog Machine Run Minute (HEIDENHAIN)


- 28 -

UpHour_H GET_time_heid;1,Mac

hineUp,1,Hour

Analog Machine Up Hour (HEIDENHAIN)

UpMin_H GET_time_heid;1,Mac

hineUp,1,Minuite

Analog Machine Up Minute (HEIDENHAIN)

NUpHour_H GET_time_heid;1,NcU

p,1,Hour

Analog NC Up Hour (HEIDENHAIN)

NUpMin_H GET_time_heid;1,NcU

p,1,Minuite

Analog NC Up Minute (HEIDENHAIN)

SRunHour_H GET_time_heid;1,Spin

dleRunning,1,Hour

Analog Spindle Running Hour (HEIDENHAIN)

SRunMin_H GET_time_heid;1,Spin

dleRunning,1,Minuite

Analog Spindle Running Minute (HEIDENHAIN)

GET_utilization_all_today


UtiAAlm GET_utilization_all_to

day;0,Util,1,AlarmTota

l

Analog Today Machine Availability - Total Abnormal

Time(Hour)

UtiABusy GET_utilization_all_to

day;0,Util,1,BusyTotal

Analog Today Machine Availability - Total Busy

Time(Hour)

UtiACyc GET_utilization_all_to

day;0,Util,1,CycleTotal

Analog Today Machine Availability - Total Number of

Processing Cycles

UtiAIdle GET_utilization_all_to

day;0,Util,1,IdleTotal

Analog Today Machine Availability - Total Idle

Time(Hour)

UtiAOff GET_utilization_all_to

day;0,Util,1,OffTotal

Analog Today Machine Availability - Total Off

Time(Hour)

UtiAPTCnt GET_utilization_all_to

day;0,Util,1,PartTotal

Analog Today Machine Availability - Total Number of

Workpieces

GET_utilization_single_all


UtiAlmM GET_utilization_single

_all;0,UtilList,1,Alarm

Text

(Array)

Single Machine Availability - Alarm Number and

Information

UtiETime GET_utilization_single

_all;0,UtilList,1,EndDa

teTime

Text

(Array)

Single Machine Availability - End Time

UtiNcPgm GET_utilization_single

_all;0,UtilList,1,NcNa

me

Text

(Array)

Single Machine Availability - NC Program Name


- 29 -

UtiPCnt GET_utilization_single

_all;0,UtilList,1,PartCo

unt

Analog

(Array)

Single Machine Availability - Number of

Workpieces

UtiStatu GET_utilization_single

_all;0,UtilList,1,Status

Text

(Array)

Single Machine Availability - Status (OFF、IDLE、

ALARM、BUSY)

UtiSTime GET_utilization_single

_all;0,UtilList,1,StDate

Time

Text

(Array)

Single Machine Availability - Start Time

UtiTTime GET_utilization_single

_all;0,UtilList,1,TotalTi

me

Analog

(Array)

Single Machine Availability - Total Time

UtiAlarm GET_utilization_single

_all;1,Util,1,AlarmTota

l

Analog

Today Machine Availability - Total Alarm

Time(Hour)

UtiBusy GET_utilization_single

_all;1,Util,1,BusyTotal

Analog

Single Machine Availability - Total Busy

Time(Hour)

UtiCycle GET_utilization_single

_all;1,Util,1,CycleTotal

Analog

Single Machine Availability - Total Number of

Processing Cycles

UtiIdle GET_utilization_single

_all;1,Util,1,IdleTotal

Analog

Single Machine Availability - Total Idle

Time(Hour)

UtiOff GET_utilization_single

_all;1,Util,1,OffTotal

Analog

Single Machine Availability - Total Off

Time(Hour)

UtiPTCnt GET_utilization_single

_all;1,Util,1,PartTotal

Analog

Single Machine Availability - Total Number of

Workpieces

GetUtiS GET_utilization_single

_all;10003

Discrete The flag of get utilization single all (0�1)

UtiQST GET_utilization_single

_all;20002

Text Single Machine Availability - Query Start Time,

format is “YYYY-MM-dd HH:mm:ss” (Input)

UtiQET GET_utilization_single

_all;20003

Text Single Machine Availability - Query End Time,

format is “YYYY-MM-dd HH:mm:ss” (Input)

SET_nc_main


SetMain SET_nc_main;10011 Discrete The flag of set main program (0�1)

SetMainN SET_nc_main;20011 Text The setting NC Program Name as The Main

Program (Input)

SKY_conn_status_single



- 30 -

Status SKY_conn_status_sing

le;1,SKY_conn_status_

single,1,Status

Discrete Connection status

UPLOAD_nc_ftp

Supported CNC: MITSUBISHI

UpFPgm UPLOAD_nc_ftp;1000

7

Discrete The flag of upload NcCode to data server (FTP)

(0�1)

UpFNc UPLOAD_nc_ftp;2000

7

Text The FTP Server Upload NC Program Name

(Input)

UPLOAD_nc_ftp_resume


UpFPgmR UPLOAD_nc_ftp_resu

me;10007

Discrete The flag of upload NcCode to data server (FTP)

(0�1)

UpFNcR UPLOAD_nc_ftp_resu

me;20007

Text The FTP Server Upload NC Program Name

(Input)

UPLOAD_nc_mem

Supported CNC: MITSUBISHI, HEIDENHAIN

UpMPgm UPLOAD_nc_mem;10

006

Discrete The flag of upload NcCode to memory (0�1)

UpMNc UPLOAD_nc_mem;20

006

Text The Memory Upload NC Program Name (Input)

UPLOAD_nc_mem_resume


UpMPgmR UPLOAD_nc_mem_re

sume;10006

Discrete The flag of upload NcCode to memory (0�1)

UpMNcR UPLOAD_nc_mem_re

sume;20006

Text The Memory Upload NC Program Name (Input)

GET_offset_title


OffTitle GET_offset_title;0,Off

set,1,Title

Text The title of tool offset

GetOTitle GET_offset_title;1001

2

Discrete The flag of getting tool offset's title (0�1)

GET_offset_all


Offset01 GET_offset_all;0,Offse

t,1,C0

Analog

(Array)

The value of tool offset (column 1)


- 31 -


t,1,C1

Analog

(Array)



t,1,C2

Analog

(Array)



t,1,C3

Analog

(Array)


GetOData GET_offset_all;10013 Discrete The flag of getting all tool offset data (0�1)

SET_offset_single


SetONum SET_offset_single;200

12

Analog The number of setting offset data (Input)

SetOVal SET_offset_single;200

13

Analog The values of setting offset data (Input)

SetOData SET_offset_single;100

14

Discrete The flag of setting offset data (0�1)

GET_macro_all

Supported CNC: FANUC, MITSUBISHI,SIEMENS

MacNum GET_macro_all;0,Mac

ro,1,MacroNumber

Analog

(Array)

The number of macro

MacData GET_macro_all;0,Mac

ro,1,MacroData

Analog

(Array)

The data of macro

GetMacro GET_macro_all;10015 Discrete The flag of getting all macro data (0�1)

SET_macro_single


SetMacNo SET_macro_single;200

14

Analog The number of setting macro data (Input)

SetMacro SET_macro_single;200

15

Analog The value of setting macro data (Input)

SetMData SET_macro_single;100

16

Discrete The flag of setting macro data (0�1)

GET_tool_table_siemens

Supported CNC: SIEMENS

ToolMemNo GET_tool_table_siem

ens;0,ToolData;1;Tool

MemeryNO

Analog

(Array)

The number of tool in memory (SIEMENS)

ToolPlace GET_tool_table_siem

ens;0,ToolData;1;Tool

Analog

(Array)

The number of tool in memory (SIEMENS)


- 32 -

Place

ToolName GET_tool_table_siem

ens;0,ToolData;1,Tool

Name

Text

(Array)

The name of tool in memory (SIEMENS)

EdgeCnt GET_tool_table_siem

ens;0,ToolData;1,Edge

Count

Analog

(Array)

The edge count of tool (SIEMENS)

GetTool GET_tool_table_siem

ens;10020

Discrete The flag of getting tool data (SIEMENS) (0�1)

GET_tool_edge_parameter_siemens

Supported CNC: SIEMENS

Edge1PNo GET_tool_edge_para

meter_siemens;1,Edg

eData,0,ParmaData,1,

ParamNO

Analog

(Array)

The parameter number of first tool edge

(SIEMENS)


meter_siemens;2,Edg


ParamNO

Analog

(Array)

The parameter number of second tool edge

(SIEMENS)


meter_siemens;3,Edg


ParamNO

Analog

(Array)

The parameter number of third tool edge

(SIEMENS)

ToolQMNo GET_tool_edge_para

meter_siemens;20016

Analog The number of tool in memory (SIEMENS)

(Input)

GetTEP GET_tool_edge_para

meter_siemens;10021

Discrete The flag of getting tool edge parameters

(SIEMENS)

GET_plc_status2


PlcType GET_plc_status2;1,Plc

Status,1,PlcType;M,N

(M: address, N: PLC

number)

Discrete

(0:byte

1:short

2:int

3:bool

4:double

5:string

6:sbyte)

The type of PLC status data

Address:

FANUC:

G, F, Y, X, A, R, T, K, C, D, E

MITSUBISHI:

X, Y, M, F, L, SM, D, R, W, B, SB,V, SW, SD

HEIDENHAIN:

M, B, W, D, I, O, T, C, S, IB, IW, ID, OB,OW, OD


- 33 -

PlcData GET_plc_status2;1,Plc

Status,1,PlcDataStr;M,

N (M: address, N: PLC

number)

Analog

(default)

The data of PLC status data

PlcDataStr: PLC data(text) for all type including

Byte, Short, Int, Bool, Double, String, Sbyte

GET_maint_all


Reserved

(ItemName)

GET_maint_all;0,Main

tData,1,ItemTime

Text

(Array)

Get maintenance management data for

ItemName

Reserved

(UseTime)


tData,1,UseTime

Analog

(Array)


UseTime

Reserved

(LifeTime)


tData,1, LifeTime

Text

(Array)


LifeTime

Reserved

(PlcNode)


tData,1, PlcNode

Text

(Array)


PlcNode

Reserved

(Spec)


tData,1, Spec

Text

(Array)

Get maintenance management data for Spec

Reserved

(Supplier)


tData,1, Supplier

Text

(Array)


Supplier

Reserved

(Contact)


tData,1, Contact

Text

(Array)

Get maintenance management data for Contact

Reserved

(Telephone)


tData,1, Telephone

Text

(Array)


Telephone

GET_toolmanage_all2


Reserved

(ToolNo)

GET_toolmanage_all2

;0,ToolData,1,ToolNo

Analog

(Array)

Get tool management data for ToolNo

Reserved

(ToolType)

GET_toolmanage_all2

;0,ToolData,1,ToolType

Text

(Array)

Get tool management data for ToolType

Reserved

(CycleTime)

GET_toolmanage_all2

;0,ToolData,1,

CycleTime

Analog

(Array)

Get tool management data for CycleTime

Reserved

(LifeTime)

GET_toolmanage_all2

;0,ToolData,1,LifeTime

Analog

(Array)

Get tool management data for LifeTime

Reserved

(PartCount)

GET_toolmanage_all2

;0,ToolData,1,

PartCount

Analog

(Array)

Get tool management data for PartCount

Reserved GET_toolmanage_all2 Analog Get tool management data for LifePartCount


- 34 -

(LifePartCou

nt)

;0,ToolData,1,LifePart

Count

(Array)

Reserved

(FeedRate)

GET_toolmanage_all2

;0,ToolData,1,FeedRat

e

Analog

(Array)

Get tool management data for FeedRate

Reserved

(SpindleSpee

d)

GET_toolmanage_all2

;0,ToolData,1,SpindleS

peed

Analog

(Array)

Get tool management data for SpindleSpeed

Reserved

(WorkMateri

al)

GET_toolmanage_all2

;0,ToolData,1,WorkMa

terial

Text

(Array)

Get tool management data for WorkMaterial

Reserved

(ToolMaterial

)

GET_toolmanage_all2

;0,ToolData,1,ToolMat

erial

Text

(Array)

Get tool management data for ToolMaterial

Reserved

(Diameter)

GET_toolmanage_all2

;0,ToolData,1,Diamete

r

Analog

(Array)

Get tool management data for Diameter

Reserved

(ToolLength)

GET_toolmanage_all2

;0,ToolData,1,ToolLeng

th

Analog

(Array)

Get tool management data for ToolLength

Reserved

(Supplier)

GET_toolmanage_all2

;0,ToolData,1,Supplier

Text

(Array)

Get tool management data for Supplier

Reserved

(Contact)

GET_toolmanage_all2

;0,ToolData,1,Contact

Text

(Array)

Get tool management data for Contact

Reserved

(Telephone)

GET_toolmanage_all2

;0,ToolData,1,Telepho

ne

Text

(Array)

Get tool management data for Telephone


- 35 -

1.5 FANUC Alarm Message of WebAccess/CNC

The default alarm message of WebAccess/CNC for FANUC series is set in English description. Use

can copy the build-in EN/TC/SC alarm message files (initial path of these alarm messages is at

C:\WebAccess\Node\WebAccessCNC\message) and change the file name “alarmMessage.ini” to

replace the original one in the user’s project to take effect. The user also can modify the alarm

message contents to fit the CNC special applications and the user needs to save the individual files.

Figure 1.5.1: Built-in EN/TC/SC alarm message files for FANUC

Figure 1.5.2: The original alarm message file of the user’s project


- 36 -

FANUC Alarm Class List

Alarm List Class Number Description

(SW) 0 Parameter switch on

(PW) 1 Power off parameter set

(IO) 2 I/O error

(PS) 3 Foreground P/S

(OT) 4 Overtravel, External data

(OH) 5 Overheat alarm

(SV) 6 Servo alarm

(SR) 7 Data I/O error

(MC) 8 Macro alarm

(SP) 9 Spindle alarm

(DS) 10 Other alarm(DS)

(IE) 11 Alarm concerning Malfunction prevent functions

(BG) 12 Background P/S

(SN) 13 Synchronized error

14 (reserved)

(EX) 15 External alarm message

(PC) 19 PMC error

20 to 31 (Not used)

Table 1.5.1: FANUC Alarm Class List


- 37 -

1.6 User Password and User Access Level of SIEMENS OPC/UA

The user can use the OPC/UA client software as UaExpert to modify the user password and user

access level of SIEMENS OPC/UA. First, the user should give the password to the admin user (default

is “OpcUaClient”) and active OPC/UA in the SIEMENS OPC/UA configuration dialog as

Figure 1.6.1: SIEMENS OPC/UA configuration dialog

When using the UaExpert to connect SIEMENS OPC/UA, the user can change the password of the

admin user (default is “OpcUaClient”) as

Path: Root\Objects\Sinumerik\Methods\ChangeMyPassword

Figure 1.6.2: Call object of the ChangeMyPassword


- 38 -

Figure 1.6.3: Change the admin user password successfully

If you want to change the user access level, you should add the new user as “WebAccess” when

using the UaExpert to connect SIEMENS OPC/UA as

Path: Root\Objects\Sinumerik\Methods\AddUser

Figure 1.6.4: Call object of the AddUser


- 39 -

Figure 1.6.5: Add the new admin user “WebAccess” successfully

After adding the new user as “WebAccess”, you can modify the user access level to be readable and

writeable as

Path: Root\Objects\Sinumerik\Methods\GiveUserAccess

Figure 1.6.6: Call object of the ChangeMyPassword


- 40 -

Figure 1.6.7: Add the readable access of the admin user “WebAccess” successfully

Figure 1.6.8: Add the writeable access of the admin user “WebAccess” successfully


- 41 -

Figure 1.6.9: The SIEMENS OPC/UA user name and password in the CNC device setting

Date post:	14-Apr-2018
Category:	Documents
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WebAccess/CNC User Manual V1 -...

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