Siemens SINUMERIK 840D sl Commissioning Manual
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Siemens SINUMERIK 840D sl Commissioning Manual

Hmi-embedded im2
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SINUMERIK 840D sl
Commissioning
HMI-Embedded (IM2)
Commissioning Manual
Valid for
SINUMERIK 840D sl/840DE sl control system
Software
NCU System Software
with HMI-Embedded sl
01/2008
6FC5397-8CP10-1BA0
Version
1.5
7.5
Introduction
Configuring the HMI system
Functions
Creating user-specific alarm
texts
Tool management
Series start-up
Data Backup
Diagnostics/Service
1
2
3
4
5
6
7
8

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Summary of Contents for Siemens SINUMERIK 840D sl

  • Page 1 Configuring the HMI system Functions SINUMERIK 840D sl Creating user-specific alarm texts Commissioning Tool management HMI-Embedded (IM2) Series start-up Commissioning Manual Data Backup Diagnostics/Service Valid for SINUMERIK 840D sl/840DE sl control system Software Version NCU System Software with HMI-Embedded sl 01/2008 6FC5397-8CP10-1BA0...
  • Page 2 Trademarks All names identified by ® are registered trademarks of the Siemens AG. The remaining trademarks in this publication may be trademarks whose use by third parties for their own purposes could violate the rights of the owner.

  • Page 3: Table Of Contents

    Table of contents Introduction..............................7 Hardware / software requirements....................7 1.1.1 Hardware............................7 1.1.2 Software ............................8 Accessories............................8 Documentation ..........................9 Startup............................9 Configuring the HMI system........................11 Protection levels...........................11 2.1.1 Overview ............................11 2.1.2 Editing the password of the protection levels ................12 Licensing ............................13 Setting-up network connections....................14 2.3.1 Setting up the drive connection from the HMI user interface............15 2.3.2...
  • Page 4 Table of contents 3.10 Set tool offset to active immediately ................... 37 3.11 Selecting tools with D number ....................37 3.12 Analog spindles........................... 38 3.13 Use a workpiece template......................38 3.14 Zero point shift ..........................39 3.14.1 Access protection for basic softkey offset................... 39 3.14.2 Fine zero offset and base offset....................
  • Page 5 Table of contents Selecting tool management ......................95 Series start-up ............................97 Introduction ..........................97 Output of data ..........................97 Importing data ..........................98 Data Backup ............................99 Introduction ..........................99 Data backup via user interface ....................101 Data backup using machine data....................102 Diagnostics/Service ..........................105 Software version display ......................105 Displaying and Editing System Resources ................106 8.2.1...
  • Page 6 Table of contents Commissioning HMI-Embedded (IM2) Commissioning Manual, 01/2008, 6FC5397-8CP10-1BA0...

  • Page 7: Introduction

    Introduction This Commissioning Guide describes the procedures for installing the HMI-Embedded software. For further reading on special NCK, PLC, or drive functions, please consult the following Manual. References CNC Commissioning Manual: NCK, PLC, Drive Hardware / software requirements 1.1.1 Hardware It is a requirement that all system components be fully mounted, installed and configured.

  • Page 8: Software

    Introduction 1.2 Accessories 1.1.2 Software A CompactFlash card containing the complete HMI-Embedded software package is supplied with the NCU. License release You need a license release (authorization to use the software) in order to use various options of HMI-Embedded. Activation is required before the protected software can be used. See Licensing (Page 13) Accessories Memory media...

  • Page 9: Documentation

    Introduction 1.3 Documentation Documentation You require the following documentation to install and start up the SINUMERIK 840D sl: References Equipment Manual and Networking SINUMERIK 840D sl Equipment Manual CNC Commissioning Manual: NCK, PLC, Drive Function Manual Basic Functions List Manual, Lists (Book1)
  • Page 10 Introduction 1.4 Startup Commissioning HMI-Embedded (IM2) Commissioning Manual, 01/2008, 6FC5397-8CP10-1BA0...

  • Page 11: Configuring The Hmi System

    Access to programs, data and functions is useroriented and controlled via 8 hierarchical protection levels. These are divided into ● 4 password levels for Siemens, machine manufacturer, start-up personnel, and end user ● 4 keyswitch positions for end user There are protection levels 0 to 7 (see table below); where ●...

  • Page 12: Editing The Password Of The Protection Levels

    Configuring the HMI system 2.1 Protection levels 2.1.2 Editing the password of the protection levels You can activate the protection levels used with passwords via the user interface. You can edit the password in the following ways: ● Set new password. ●...

  • Page 13: Licensing

    Shows the unique number of the SINUMERIK sl Type of hardware, e.g.: "SINUMERIK 840D sl" Status message of the license key, e.g., “License key is NOT sufficient!” 1. Enter the new license key in the input field that appears after the prompt “Please enter a license key:”.

  • Page 14: Setting-Up Network Connections

    Configuring the HMI system 2.3 Setting-up network connections Missing licenses 1. When you press the “Missing Licenses” softkey, any insufficiently licensed options will be listed. You can set and reset the option in the adjacent field, as in the “All Options” menu. Note Use of non-licensed options Before licensing options, you can also activate them temporarily without the license keys and...

  • Page 15: Setting Up The Drive Connection From The Hmi User Interface

    Configuring the HMI system 2.3 Setting-up network connections 2.3.1 Setting up the drive connection from the HMI user interface The drive connections (local, network and USB drives) and their softkeys are set up in the settings window of the commissioning operating area. Network connections can be set up in the screen displayed below.
  • Page 16 Configuring the HMI system 2.3 Setting-up network connections Type: No drive, USB local, USB global Connection: Front (preassigned), X203, X204 Access level: 1 Manufacturer 2 Service 3 User 4 Keyswitch setting 3 5 Keyswitch setting 2 6 Keyswitch setting 1 7 Keyswitch setting 0 Note You need the memory expansion (optional) to access the CompactFlash card.

  • Page 17: Configuring The Network

    Configuring the HMI system 2.3 Setting-up network connections In the "Program" and "Services" operating areas, the first four softkeys of the established connections are displayed in the horizontal bar. The other four softkeys appear in the second horizontal bar, which can be viewed by pressing the ">" ETC key. The selection of the drive can be prevented by setting the appropriate access level.

  • Page 18: Examples: Network Configuration

    Configuring the HMI system 2.3 Setting-up network connections ● DHCP: Use the "Select" key to select the "Yes" or "No" setting, depending on whether or not a DHCP server is available. ● IP addresses: A unique IP address must be selected for each computer. ●...
  • Page 19 Configuring the HMI system 2.3 Setting-up network connections 3. For stand-alone local area networks, RFC 1597 provides for three address ranges so that there are no conflicts while using the Internet at the same time: 10.0.0.0 > 10.255.255.255 (Class A network) 172.16.0.0 >...
  • Page 20 Configuring the HMI system 2.3 Setting-up network connections Figure 2-3 Server name Operation: The first entry in the line is the IP address. The second entry is the computer name. The data already specified appears in the upper section of the screen. By selecting the "New"...

  • Page 21: Setting Up The Drive Connection Via Md

    Configuring the HMI system 2.3 Setting-up network connections File Types The file types are set up as needed and are evaluated and displayed by the NCU. Using the file extension, the system filters which files are visible and which are not. This filter function can be set as follows: If the "New"...

  • Page 22: Setting Up The Drive Connection Via "Logdrive.ini

    Configuring the HMI system 2.3 Setting-up network connections 2.3.5 Setting up the drive connection via "logdrive.ini" You can also use the "logdrive.ini" file to set up all drives (e.g. NW Linux, USB interface) that do not require a password. The settings in the display machine data are ignored. Note A Windows drive (prefix: smb) cannot be changed or set up in the "logdrive.ini"...
  • Page 23 Drive paths Use the syntax described in the table below for entering the drive paths. Logical drive //NC/MPF.DIR Current NC //NCU_1/MPF.DIR Specific NC /SIEMENS/SINUMERIK/MPF.DIR/ Local drive on CF /siemens/sinumerik/mpf.dir/ /card/user/data C:/ MPF.DIR/ External drives WinXP hard disk (Win version) c:\mpf.dir //tcu1/X204/mpf.DIR...

  • Page 24: Open File "Logdrive.ini

    Configuring the HMI system 2.3 Setting-up network connections 2. Example [CONNECTIONS] ConnectionNum=1 Connection1=//ACTTCU/FRONT,1 SK_Connection1=SL_PM_SK_LOCAL_TCU_USB SoftkeyIndex1=3 SoftkeyTextContext1=SlPmLogicalDrives SoftkeyTextFile1=slpmdialog SoftkeyPicture1=sk_usb_front.png AccessProgram1=7 AccessMachine1=7 AccessServices1=7 A new softkey then appears on the user interface at position HSK3 (position 3 on the horizontal softkey bar) displaying the text with text ID SL_PM_SK_LOCAL_TCU_USB which it reads from file slpmdialog_XXX.qm.

  • Page 25: Configuring A Channel

    Configuring the HMI system 2.4 Configuring a channel Configuring a channel 2.4.1 Configuring a channel menu Introduction You can establish a connection between HMI-Embedded and the PLC via the user interface of HMI-Embedded. Access to the channel menu configuration is granted by extending the file "netnames.ini". The file is stored on the CompactFlash Card at the following path: user/sinumerik/hmi/cfg.
  • Page 26 Configuring the HMI system 2.4 Configuring a channel Example Table 2-2 Operator panel front as main operator panel ; NETNAMES.INI, Version 04, 03.11 30.01.05 [own] owner= MMC_1 ; Description of possible connections [conn MMC_1] conn_1= NCU_1 ; Description of significant net parameters [param network] bus= [param MMC_1]...

  • Page 27: Inserting Foreign-Language Texts

    Configuring the HMI system 2.4 Configuring a channel 2.4.3 Inserting foreign-language texts General In particular for the channel menu, the "chan.txt" file is available in several languages and stored on the CompactFlash Card in the following directories depending on the language: ●...
  • Page 28 Configuring the HMI system 2.4 Configuring a channel 3080209 "" /2x9 T_CHAN_AREA_2_CHANNEL_8 //* Name of channel area 3 and names of channels of channel area 3 */ 3080210 "" /2x9 T_CHAN_AREA_3 3080211 "" /2x9 T_CHAN_AREA_3_CHANNEL_1 3080212 "" /2x9 T_CHAN_AREA_3_CHANNEL_2 3080213 ""...

  • Page 29: Setting The Time And Date

    Configuring the HMI system 2.5 Setting the time and date 3080249 "" /2x9 T_CHAN_AREA_7_CHANNEL_3 3080250 "" /2x9 T_CHAN_AREA_7_CHANNEL_4 3080251 "" /2x9 T_CHAN_AREA_7_CHANNEL_5 3080252 "" /2x9 T_CHAN_AREA_7_CHANNEL_6 3080253 "" /2x9 T_CHAN_AREA_7_CHANNEL_7 3080254 "" /2x9 T_CHAN_AREA_7_CHANNEL_8 //* Name of channel area 8 and names of channels of channel area 8 */ 3080255 ""...

  • Page 30: Installing/Selecting Language

    Configuring the HMI system 2.6 Installing/selecting language Note Changes can only be made to the PLC operands with the appropriate password. The set values are retained when the control is rebooted. Installing/selecting language The HMI-Embedded software is available in 6 languages as standard. Selecting the user interface language 1.

  • Page 31: Defining The Standard Directory

    Configuring the HMI system 2.7 Defining the standard directory Defining the standard directory You can select one of the set up drives as the connection for the standard directory. You can define the drive as follows: ● In the display machine data MD9005 $MM_PRG_DEFAULT_DIR. ●...
  • Page 32 Configuring the HMI system 2.7 Defining the standard directory Commissioning HMI-Embedded (IM2) Commissioning Manual, 01/2008, 6FC5397-8CP10-1BA0...

  • Page 33: Functions

    Functions Configuring Caps Lock The CAPSLOCK function ensures that text entered via an external keyboard is always entered in upper case and not in lower case. The key behavior is set using the display machine data MD9009 $MM_KEYBOARD_STATE: ● 0: CAPSLOCK off ●...

  • Page 34: Switching The Calculator Help On/Off

    Functions 3.3 Switching the calculator help on/off Switching the calculator help on/off Procedure You can activate/deactivate the calculator help function using the display machine data MD9991 $MM_HMI_HELP_SYSTEMS. ● Bit 0 = 0 help display not active ● Bit 0 = 1 help display active (default setting) Setting the Editor The editor is available in the program and commissioning operating areas.

  • Page 35: Outputting The Acknowledgement Icon For Plc Alarm

    Functions 3.5 Outputting the acknowledgement icon for PLC alarm Setting via the user interface of HMI-Embedded Please proceed as follows: 1. Open a program for editing in the "Program" operating area. 2. Press the "Settings" horizontal softkey and the "Set Editor" vertical softkey to obtain the setting screen form.

  • Page 36: Inch/Metric Switchover

    Functions 3.7 Inch/metric switchover Inch/metric switchover The availability of the softkey, and thus the associated functionality, can be configured using the general NCK machine data MD10260. In the "Machine" operating area, you can switch between the inches measuring system and the metric measuring system via a softkey.

  • Page 37: Tool Fine Offset

    Functions 3.9 Tool fine offset Tool fine offset The limit values of the tool fine correction are contained in the display machine data MD9450 $MM_WRITE_TOA_FINE_LIMIT. When entering the tool wear fine, the difference between the previous value and the new value may not exceed the limit entered here.

  • Page 38: Analog Spindles

    Functions 3.12 Analog spindles 3.12 Analog spindles The spindle load from 0 to 100% can be displayed in the spindle window for up to two analog spindles. Set the following bytes in DB 19: ● Analog spindle: DB19.DBB 6 ● Analog spindle: DB19.DBB 7 3.13 Use a workpiece template You can use workpiece templates that will be used as templates for similar programs.

  • Page 39: Zero Point Shift

    Functions 3.14 Zero point shift 3.14 Zero point shift 3.14.1 Access protection for basic softkey offset "Parameters operating area Using the display machine data MD9248 $MM_USER_CLASS_BASE_ZERO_OFF_MA you can set from which access level the "WO base" softkey is displayed in the "Scratching" screen in the Machine operating area and/or G500 can be entered in the work offset field.

  • Page 40: Preset Actual Value Memory, Preset, Scratching

    Functions 3.14 Zero point shift Fine offset The fine offset for all settable FRAMES and the basic frame is activated via the following general machine data: MD18600 $MM_FRAME_FINE_TRANS = 1 References Function Manual, Basic Functions; Axes, Coordinate Systems, Frames (K2) 3.14.3 Preset actual value memory, preset, scratching General...
  • Page 41 Functions 3.14 Zero point shift PRESET function In the "JOG" mode you specify the following in the display machine data MD9422 $MM_MA_PRESET_MODE, function PRESET/basis offset: No softkey The old PRESET in the "Machine" operating area (default). Preset actual value memory NCK without system frame: This setting is only possible when G500 is active in the base offset, otherwise an error message appears.

  • Page 42: Hiding Machine Axes

    Functions 3.14 Zero point shift Scratching Scratching with system frame G500 active The values are written to the system frame G500 not active The values are written in the currently active frame. Only select the tool located in the spindle. If there is no tool in the spindle, you can choose any tool you want.

  • Page 43: Displaying Geometry Axes

    Functions 3.15 Specifying the machine and rotary axis position Special cases Reference point approach and Safety Integrated The channel-specific machine data MD20098 $MC_DISPLAY_AXIS is not evaluated in the displays for the "REF" referencing mode, i.e. the display, "Axis reference point and acknowledge safe position".
  • Page 44 Functions 3.15 Specifying the machine and rotary axis position Possible settings: Display as binary value Display as decimal value Display as hexadecimal value These settings apply to both the actual-value window and the editor window. Example In the NC program the movement of axes from X120 Y20 Z-50 to X200 Y200 Z-120 looks like this in binary display: X=120 Y=20 Z=-50 STAT=’B010’...

  • Page 45: Program Simulation

    Functions 3.16 Program simulation 3.16 Program simulation 3.16.1 Turning simulation and program test Prerequisite PLC signal DB19.DBB20.6 is set to 1 when simulation is activated. This signal can be evaluated for the purpose of switching to program test mode or canceling axis or controller enabling signals (to prevent axes from moving during simulation runs).

  • Page 46: Measuring Cycle Support In The G Code Editor

    Functions 3.17 Measuring cycle support in the G code editor 3.17 Measuring cycle support in the G code editor General In HMI-Embedded, you can integrate screen forms in the G code editor that provide support when programming measuring cycles. These cycles can then be recompiled automatically. The "measuring cycles"...

  • Page 47: Expanding User Displays From The Operator Interface

    User interfaces configured by Siemens or non-Siemens machine manufacturers can be modified or replaced. The interpreter is available for HMI-Embedded, ShopMill and ShopTurn on the NCU.

  • Page 48: Coordinate Systems

    Functions 3.20 Coordinate systems Activating the function REGIE.INI configuration file section: [UpperScreen] ; Upper screen area above HMI-Wide-Screen. ; The upper screen area is managed by an independent native windows ; application independently of the REGIE management. ; The upper screen area has an independent softkey area. ;...

  • Page 49: Position Of Coordinate System

    Functions 3.20 Coordinate systems MD9424 = 0 Display in workpiece coordinate system, WCS (default) MD9424 = 1 Display in the settable zero system, SZS (fixture position of the active tool) References: Function Manual, Basic Functions; Axes, Coordinate Systems, Frames (K2) 3.20.2 Position of coordinate system Milling...
  • Page 50 Functions 3.20 Coordinate systems Figure 3-1 Coordinate systems Commissioning HMI-Embedded (IM2) Commissioning Manual, 01/2008, 6FC5397-8CP10-1BA0...

  • Page 51: Available Display Machine Data

    Functions 3.21 Available display machine data 3.21 Available display machine data Please refer to the following documentation, available on DOCONCD, for descriptions of all machine-data displays: References: Detailed Machine Data Description Legend Target systems: Adv: HMI Advanced Emb: HMI-Embedded HT6: Handheld terminal 6 OP30: Operator panel OP 030 MT: ManualTurn SM: ShopMill...
  • Page 52 Functions 3.21 Available display machine data 9003 FIRST_LANGUAGE Cross reference: Foreground language BYTE OP30, Emb OP30: 1, Emb: 1 Power On 9004 DISPLAY_RESOLUTION Cross reference: Display resolution BYTE OP30, Adv, Emb OP30: 3, Adv: 3, Power On Emb: 3 9005 PRG_DEFAULT_DIR Cross reference: Basic setting Program directory...
  • Page 53 Functions 3.21 Available display machine data 9014 USE_CHANNEL_DISPLAY_DATA Cross reference: FBT, FBSP, EMB, ADV Use channel-specific display MDs INTEGER Adv, Emb Adv: 0, Emb: 0 IMMEDIATELY SW6.3 9016 SWITCH_TO_AREA Cross reference: IAM, BE1 Default boot menu can be selected INTEGER OP30, Emb OP30: 20, Emb: -1 10000...
  • Page 54 Functions 3.21 Available display machine data 9050 STARTUP_LOGO Cross reference: FBT, FBSP, EMB, ADV Activate OEM boot screen BYTE Adv, Emb Adv: 0, Emb: 0 Power On SW6.2 9052 SHOW_CHANNEL_SPANNING_STATE Cross reference: FBT, FBSP Change cross-channel status display BYTE Adv, Emb Adv: 0, Emb: 0 Power On SW6.3...
  • Page 55 Functions 3.21 Available display machine data 9186 USER_WRITE_CYCFRAME H04, H05 Cross reference: Protection level write cycle frame BYTE Adv, Emb Adv: 7, Emb: 0 IMMEDIATELY SW6.4 9187 USER_WRITE_TRAFRAME H04, H05 Cross reference: Protection level write transformation frame BYTE Adv, Emb Adv: 7, Emb: 0 IMMEDIATELY SW6.4...
  • Page 56 Functions 3.21 Available display machine data 9213 USER_CLASS_OVERSTORE_HIGH H04, H05 Cross reference: Protection level extended overstore BYTE OP30, Adv, Emb OP30: 7, Adv: 7, IMMEDIATELY Emb: 7 9214 USER_CLASS_WRITE_PRG_CONDIT H04, H05 Cross reference: Protection level program control BYTE OP30, Adv, Emb OP30: 7, Adv: 7, IMMEDIATELY Emb: 7...
  • Page 57 Functions 3.21 Available display machine data 9222 USER_CLASS_WRITE_RPA H04, H05 Cross reference: Protection level write R parameters BYTE OP30, Adv, Emb OP30: 7, Adv: 7, IMMEDIATELY Emb: 7 9223 USER_CLASS_SET_V24 H04, H05 Cross reference: Protection level V24 interface parameterization BYTE OP30, Emb OP30: 7, Emb: 7 IMMEDIATELY...
  • Page 58 Functions 3.21 Available display machine data 9246 USER_CLASS_SYS_ZERO_OFF H04, H05 Cross reference: Access level for writing system frames BYTE Adv, Emb Adv: 7, Emb: 7 IMMEDIATELY Adv. SW6.3, Emb. SW6.2 9247 USER_CLASS_BASE_ZERO_OFF_PA H04, H05 Cross reference: Access level for basic offset PA BYTE Adv, Emb Adv: 7, Emb: 7...
  • Page 59 Functions 3.21 Available display machine data 9259 USER_CLASS_TM_SKNCDELTOOL H04, H05 Cross reference: Protection level for deleting tools BYTE Emb: 7 Power On SW4.1 9260 USER_CLASS_TM_SKMGBUFFER H04, H05 Cross reference: Protection level for buffer ON/OFF BYTE Emb: 7 Power On SW4.1 9261 USER_CLASS_TM_SKMGFIND H04, H05...
  • Page 60 Functions 3.21 Available display machine data Viewing and editing tool data BYTE Emb: 7 Power On SW4.1 9272 USER_CLASS_APPLICATION H04, H05 Cross reference: Protection level for selecting the operating area 1-16 BYTE Emb: 7 IMMEDIATELY SW6.4 9273 USER_CLASS_APP_PARAMETER H04, H05 Cross reference: Protection level for softkeys in parameter 1-16 BYTE...
  • Page 61 Functions 3.21 Available display machine data 9308 V24_USER_STOPBIT Cross reference: User: Stop bits BYTE OP30, Emb OP30: 0, Emb: 0 IMMEDIATELY 9309 V24_USER_LINE Cross reference: User: V24 interface (COM1/COM2) BYTE (COM1/COM2) Emb: 1 IMMEDIATELY 9310 V24_PRINTER_XON Cross reference: Printer: X on character REAL OP30, Emb OP30: 17, Emb: 17...
  • Page 62 Functions 3.21 Available display machine data 9318 V24_PRINTER_STOPBIT Cross reference: Printer: Stop bits BYTE OP30, Emb OP30: 0, Emb: 0 IMMEDIATELY 9319 V24_PRINTER_LINE Cross reference: Printer: V24 interface (COM1/COM2) BYTE (COM1/COM2) Emb: 1 IMMEDIATELY 9320 V24_PG_PC_XON Cross reference: PG: X on character REAL 9321 PG: X off character OP30, Emb...
  • Page 63 Functions 3.21 Available display machine data 9328 V24_PG_PC_STOPBIT Cross reference: PG: Stop bits BYTE OP30, Emb OP30: 0, Emb: 0 IMMEDIATELY 9329 V24_PG_PC_LINE Cross reference: PG: V24 interface (COM1/COM2) BYTE (COM1/COM2) Emb: 1 IMMEDIATELY 9400 TOOL_REF_GEO_AXIS1 Cross reference: Absolute dimension tool length compensation GEOaxis.1 DOUBLE OP30, Emb OP30: 0, Emb: 0...
  • Page 64 Functions 3.21 Available display machine data 9416 TM_DEFAULT_TOOLTYPE Cross reference: Default for location type REAL Emb: 120 IMMEDIATELY SW4.1 9417 TM_DEFAULT_TOOLSTATE Cross reference: Default for tool status load INTEGER Emb: 2 IMMEDIATELY SW4.1 9419 TM_DEFAULT_DELETE_TOOL Cross reference: Default for tool data auto. Deleting BYTE Emb: 0 IMMEDIATELY...
  • Page 65 Functions 3.21 Available display machine data 9426 MA_AX_DRIVELOAD_FROM_PLC1 H01, H02, H05 Cross reference: Machine-axis index, analog spindle power-rating display BYTE Emb: 0 Power On Emb 6.5 9427 MA_AX_DRIVELOAD_FROM_PLC2 H01, H02, H05 Cross reference: Machine-axis index, analog spindle power-rating display BYTE Emb: 0 Power On Emb 6.5...
  • Page 66 Functions 3.21 Available display machine data 9477 TO_TRACE H01, H02, H05 Cross reference: For internal testing purposes REAL SM, ST, Emb SM: 0, ST: 0, Emb: 0xFFFF Power On 9478 TO_OPTION_MASK H01, H02, H05 Cross reference: For internal purposes INTEGER SM, ST, Emb SM: 1, ST: 1, Emb: 0xFFFF...
  • Page 67 Functions 3.21 Available display machine data 9517 USER_CLASS_DIRECTORY2_M H04, H05 Cross reference: Protection level for network drive 2 mach. BYTE Adv, Emb Adv: 7, Emb: 0 IMMEDIATELY 9518 USER_CLASS_DIRECTORY3_M H04, H05 Cross reference: Protection level for network drive 3 mach. BYTE Adv, Emb Adv: 7, Emb: 0...
  • Page 68 Functions 3.21 Available display machine data 9605 CTM_SIMULATION_MAX_VIS_AREA H01, H02, H03, Cross reference: FBMA, FBSP Simulation of maximum display area INTEGER SM, ST, MT, Emb SM: 1000, ST: -10000 10000 Power On 840D SW4.3, 1000, MT: 1000, 810D SW2.1 Emb: 1000 9606 CTM_SIMULATION_TIME_NEW_POS H01, H02, H03,...
  • Page 69 Functions 3.21 Available display machine data 9650 CMM_POS_COORDINATE_SYSTEM H01, H02, H05 Cross reference: FBSP, FBT Position of coordinate system BYTE SM, ST, Adv, Emb SM: 0, ST: 34, Adv: IMMEDIATELY SW4.3, ST SW6.1 0, Emb: 0 9651 CMM_TOOL_MANAGEMENT H01, H02, H05 Cross reference: FBSP, FBT Tool management strategy...
  • Page 70 Functions 3.21 Available display machine data 9676 CMM_DIRECTORY_SOFTKEY_PATH1 H01, H02, H05 Cross reference: FBSP, FBT Path to the drive names in the directory man. STRING SM, ST, Adv, Emb SM: ", ST: ", Adv: ", Power On 840D SW4.4, Emb: 0 810D SW2.4 with 9677 CMM_DIRECTORY_SOFTKEY_PATH2...
  • Page 71 Functions 3.21 Available display machine data 9952 MD_AX_TEA_FILTER Cross reference: Display options axis machine data INTEGER Emb: 67108865 Power On 9953 MD_AX_TEA_IDX_LIMIT Cross reference: Index filter for axis machine data INTEGER Emb: 0 Power On 9954 MD_CH_TEA_FILTER Cross reference: Display options channel machine data INTEGER Emb: 33554433 Power On...
  • Page 72 Functions 3.21 Available display machine data 9999 TRACE Cross reference: - Test flags for internal diagnosis INTEGER OP30, Adv, Emb OP30: 0, Adv: 0, 0xFFFF Power On Emb: 0 Commissioning HMI-Embedded (IM2) Commissioning Manual, 01/2008, 6FC5397-8CP10-1BA0...

  • Page 73: Creating User-Specific Alarm Texts

    PLC alarm texts and messages, are to be inserted. With Sinumerik 840D sl, all alarm text files are stored in the CompactFlash card's file system. The file system is subdivided into the directories (subtrees) “siemens”, “addon”, “oem”, and “user”.

  • Page 74: Storing The Text Files

    "user" (/user/sinumerik/hmi/lng/) The text files in the “siemens” area represent the original status and cannot be modified. The text files are sorted according to language and stored in separate subdirectories in each “Ing” directory. The subdirectory names correspond to the language abbreviations from Table "Supported languages", column: Language abbreviation, e.g.

  • Page 75: Number Ranges Of Alarms And Messages

    Creating user-specific alarm texts 4.2 Number ranges of alarms and messages Modifiable alarm text files You can insert you own texts in the following files: alpu.txt PLC alarm/message texts alsi.txt Safety Integrated alarm texts alc.txt Compile cycle alarm text In the “cycles” subdirectory (/oem/sinumerik/cycles/lng/deu): aluc.txt User-cycle and tool-management texts Amend texts for user interface (wizard)

  • Page 76: Syntax Of The Text File

    Creating user-specific alarm texts 4.3 Syntax of the text file The number range in the list is not available with every number. References: Diagnostics Manual Syntax of the text file 4.3.1 File name Only those file names listed under “Editable alarm text files” in the previous section may be used.
  • Page 77 Creating user-specific alarm texts 4.3 Syntax of the text file Header The text files begin with several comments, which contain information for the runtime system. You can enter texts that can be assigned freely after “[SWITCHES]/ALARM”. // CP = XXXX Number of the code page used to create the file (ANSI table, see Table 5-5) // IDEO =...
  • Page 78 Creating user-specific alarm texts 4.3 Syntax of the text file Display This number defines the alarm display type: 0: Display in alarm line 1: Display in a dialog box Help ID Since help is not displayed with HMI-Embedded, a "0" always has to be entered. Text or alarm number Characters "...
  • Page 79 Creating user-specific alarm texts 4.3 Syntax of the text file Cycle alarm texts Area of freely-assignable texts e.g. for cycle alarms Table 4-3 Example, cycle alarms Alarm number Display Help ID Text or alarm number 065100 "No D number %1 is programmed" 065101 600100 065202...

  • Page 80: Supported Languages

    Creating user-specific alarm texts 4.4 Supported languages Supported languages Table 4-5 Supported languages Language Language codes Standard languages Code page ANSI table (Windows) Chinese (simplified) 1252 Chinese (traditional) 1252 Danish 1252 German 1252 English 1252 Finnish 1252 French 1252 Italian 1252 Japanese 1252...

  • Page 81: Configuring The User Status Display

    Standard (write-protected) The write-protected standard icons are stored in folders (icoxxx) using the following path: /siemens/sinumerik/hmi/ico/icoxxx/ xxx stands for the relevant resolution, “640”, “800”, “1024”, see table above. User The user-specific icons are stored in folders (icoxxx) in the following three subdirectories:...
  • Page 82 HEADER.INI file. HEADER.INI is located on the CompactFlash card in the following directory: siemens/sinumerik/hmi/cfg/ 1. Copy the HEADER.INI file into the directory oem/sinumerik/hmi/cfg. 2. Use the editor to open the file and assign the user icons to the desired positions.

  • Page 83: Editing User-Specific Text Files

    There are two ways to create or edit alarm text files. 1. You can copy the default files on the CompactFlash card from the “siemens” area, edit them as required and store them in your own "oem" or "user" areas.

  • Page 84: Plaintext For Plc Machine Data

    Creating user-specific alarm texts 4.7 Plaintext for PLC machine data Inserting files, e.g., onto the CompactFlash card 1. Press e.g. the "Memory Card (CF)" softkey. 2. Select the corresponding directory using the arrow keys to select the directories and opening them with the "Input" key. 3.
  • Page 85 Creating user-specific alarm texts 4.7 Plaintext for PLC machine data Example of a file //CP=1252 //IDEO=NO //ANSI=YES //UNICODE=NO //VERSION=$VERSION [Switches]/NATIVE //-------------- //Texts for user machine data //-------------- 14510 plc 14510 14510[0] md14510_0 14510[1] md14510_1 14510[2] md14510_2 14512 xxxxx 1412 14514 MD14514 Note If a machine data item has different indices and you do not specify an index for the plaintext, the same plaintext appears for all the indices of the machine data item.
  • Page 86 Creating user-specific alarm texts 4.7 Plaintext for PLC machine data Commissioning HMI-Embedded (IM2) Commissioning Manual, 01/2008, 6FC5397-8CP10-1BA0...

  • Page 87: Tool Management

    Tool management Introduction For the magazine and PLC configuration, you must create the commissioning file yourself, which is then executed once by the NCK. The commissioning file is a part program e.g. _N_MAGKONF_MPF. Two program examples are provided in the toolbox CD, which you can use as template. Note Graphic support for commissioning is not available for tool management with HMI- Embedded.

  • Page 88: Structure Of The Commissioning File

    Tool management 5.2 Structure of the commissioning file Structure of the commissioning file The commissioning file is a part program e.g. _N_MAGKONF_MPF. Structure of the part program ● Delete data example. ● Define the type of search strategy. ● Define a tool magazine. ●...
  • Page 89 Tool management 5.3 Brief description of the most important variables $TC_MPP2 Location type $TC_MPP2[MagazineNo, LocNo]=Type of location Any values can be entered. The values must match the tools to be loaded at the location. Buffers and loading points have the value 0. $TC_MPP3 Consider adjacent location $TC_MPP3[MagazineNo, LocNo]= Consider adjacent location ON/OFF...
  • Page 90 Tool management 5.3 Brief description of the most important variables Commissioning HMI-Embedded (IM2) Commissioning Manual, 01/2008, 6FC5397-8CP10-1BA0...

  • Page 91: Example Of A Commissioning File

    Tool management 5.4 Example of a commissioning file The zero position is at the change location of the spindles, therefore the following applies: If location 1 is at the change location, the current magazine position = 1 = $TC_MAP8[x] $TC_MDP1[1,1] = 6 Clearance between location 1 of the loading point and the zero position of the magazine.
  • Page 92 Tool management 5.4 Example of a commissioning file N130 ; Configuration N140 ; N160 $TC_MAMP2=4097 ; Type of search strategy N170 ; N180 ; Magazines N190 ; Real magazine with number [1] N200 $TC_MAP1[1]=1 ; Magazine type (1: Chain, 3: Turret, ;...
  • Page 93 Tool management 5.4 Example of a commissioning file N690 ; .... N3160 $TC_MPP1[1,47]=1 N3170 $TC_MPP2[1,47]=2 N3180 $TC_MPP3[1,47]=1 N3190 $TC_MPP4[1,47]=2 N3200 $TC_MPP5[1,47]=47 N3210 ; N3220 $TC_MPP1[1,48]=1 N3230 $TC_MPP2[1,48]=2 N3240 $TC_MPP3[1,48]=1 N3250 $TC_MPP4[1,48]=2 N3260 $TC_MPP5[1,48]=4 8N3270 ; N3280 $TC_MPP1[1,49]=1 N3290 $TC_MPP2[1,49]=2 N3300 $TC_MPP3[1,49]=1 N3310 $TC_MPP4[1,49]=2 N3320 $TC_MPP5[1,49]=49...

  • Page 94: Loading And Activating Commissioning File

    Tool management 5.5 Loading and activating commissioning file N3950 $TC_MPP3[9999,1]=0; Consider adjacent location off! N3960 $TC_MPP4[9999,1]=2; Location status: Unassigned iN3970 $TC_MPP5[9999,1]=1; Location type index N3980 ; N3990 $TC_MPP1[9999,2]=7 N4000 $TC_MPP2[9999,2]=0 N4010 $TC_MPP3[9999,2]=0 N4020 $TC_MPP4[9999,2]=2 N4030 $TC_MPP5[9999,2]=2 N4040 ; N4650 ; Offsets (clearances) ; Clearances to magazine N4660 ;...

  • Page 95: Selecting Tool Management

    Tool management 5.6 Selecting tool management Selecting tool management The tool manager ShopTurn, ShopMill is activated using display machine data MD9414 $MN_TM_KIND_OF_TOOLMANAGEMENT to display ShopMill/ ShopTurn. 1 = ShopMill/ ShopTurn tool management 0 = Standard tool management (default setting) All of the information required for commissioning can be found in the following documents: References Function Manual, Tool Manager CNC Commissioning Manual: ShopMill...
  • Page 96 Tool management 5.6 Selecting tool management Commissioning HMI-Embedded (IM2) Commissioning Manual, 01/2008, 6FC5397-8CP10-1BA0...

  • Page 97: Series Start-Up

    Series start-up Introduction In order to transfer a particular configuration to further controls of the same software version as simply as possible (e.g., those that are operated on the same machine type), you can create what are called series startup files. 1.

  • Page 98: Importing Data

    Series start-up 6.3 Importing data 9. The storage directory, e.g.: on the card: user/sinumerik/data/archive and the file, e.g. "PLC.ARC" are displayed. Press the "OK" softkey. 10. Now, you can assign a different name. 11. Press "OK" again to start the data transmission. Note When the drive data is selected, it takes 1 to 2 minutes after pressing the "Create archive"...

  • Page 99: Data Backup

    Data Backup Introduction Execution You should backup your data ● after commissioning, ● after changing machine-specific settings, ● after service (e.g., after replacing hardware or software), in order to resume operation quickly ● during commissioning, whenever you change the memory configuration. The modified data can be stored over all furnished drive connections.
  • Page 100 Data Backup 7.1 Introduction Areas General NC-specific data Channel-specific data (unit corresponds to the channel number) Axis-specific data (unit corresponds to the number of the machine axis) Tool data COMPLETE All data of an area INITIAL Data for all areas (_N_INITIAL_INI) Types Machine data Setting data...

  • Page 101: Data Backup Via User Interface

    7.2 Data backup via user interface Data backup via user interface Save archive For SINUMERIK 840D sl, the data backup of various components is divided as follows: 1. Data backup for NCK with/without compensation data 2. Data backup for PLC 3.

  • Page 102: Data Backup Using Machine Data

    Data Backup 7.3 Data backup using machine data Data backup using machine data Backing-up modified values When backing-up machine and setting data, the general machine data MD11210 $MN_UPLOAD_MD_CHANGES_ONLY (only modified MD data are backed-up) can be used to define whether all data are output or only data that deviate from the default setting.
  • Page 103 It might be sensible to back up only altered machine data before a software update if changes have been made to the default machine data settings in the new software version. This applies particularly to machine data that are assigned SIEMENS protection level 0. Note MD11210 $MN_UPLOAD_MD_CHANGES_ONLY should be set to "1"...
  • Page 104 Data Backup 7.3 Data backup using machine data Commissioning HMI-Embedded (IM2) Commissioning Manual, 01/2008, 6FC5397-8CP10-1BA0...

  • Page 105: Diagnostics/Service

    Diagnostics/Service Software version display The version data of the installed system software are output in a version display. Proceed as follows 1. Select the "Diagnosis" operating area. 2. Press the softkeys "Service Displays" → "Version". 3. You can display the version data of the following areas via the horizontal softkeys: –...

  • Page 106: Displaying And Editing System Resources

    Diagnostics/Service 8.2 Displaying and Editing System Resources Displaying and Editing System Resources For the NCK and HMI-Embedded areas, you can display the following currently used system resources (utilization display) - and you can also change these. Prerequisite As different protection levels are assigned to machine data per default, the set access authorization for the editing of machine data must be sufficiently high.
  • Page 107 Diagnostics/Service 8.2 Displaying and Editing System Resources Figure 8-1 Static user memory (SRAM) Detailed view To display the current values, use the cursor to select the required area and press the "Details" softkey. ● The block header contains the number and name of the machine data. ●...
  • Page 108 Diagnostics/Service 8.2 Displaying and Editing System Resources Data backup Press the "Accept" softkey to transfer the temporary values of the displayed machine data to the NC. Press the "Cancel" softkey or the Recall key "^" to exit the detailed view without transferring the change.
  • Page 109 Diagnostics/Service 8.2 Displaying and Editing System Resources By selecting the horizontal softkeys, you can view or change the memory values of general machine data of other subgroups. "Tools": MD 18082: MM_NUM_TOOL MD 18088: MM_NUM_TOOL_CARRIER "Tool edges": MD 18100: MM_NUM_CUTTING_EDGES_IN_TOA MD 18110: MM_MAX_SUMCORR_PER_CUTTEDGE MD 18104: MM_NUM_TOOL_ADAPTER "Magazines": MD 18084: MM_NUM_MAGAZINE...
  • Page 110 Diagnostics/Service 8.2 Displaying and Editing System Resources Memory allocation: Compensations "Sag compens.": MD 18342: MM_NUM_CEC_MAX_POINTS[ ] These configuring machine data are indexed machine data. The index is set in the top half of the screen. "E. error compens.": MD 38000: MM_ENC_COMP_MAX_ POINTS[0] MD 38000: MM_ENC_COMP_MAX_ POINTS[1] There are only two tables for the encoder/spindle compensation interpolation points.

  • Page 111: Dynamic User Memory (Dram)

    Diagnostics/Service 8.2 Displaying and Editing System Resources 8.2.2 Dynamic user memory (DRAM) DRAM allocation When you press the "DRAM" softkey, the total memory allocation is displayed in the upper part of the window. The content of the data register can be modified directly in the display. To help you optimize memory utilization effectively, the memory-configuring machine data are divided into the following groups: ●...
  • Page 112 Diagnostics/Service 8.2 Displaying and Editing System Resources Detailed view To display the current values, use the cursor to select the required area and press the "Details" softkey. Peak values Additional elements in DRAM memory allocation screen: Since the memory of some data areas is allocated to dynamic processes, their memory requirements vary.

  • Page 113: Action Log

    Diagnostics/Service 8.3 Action log Memory allocation: Synchronized Actions "Synchronized action 1": MD 28250: MM_NUM_SYNC_ELEMENTS MD 28252: MM_NUM_FCTDEF_ELEMENTS MD 28258: MM_NUM_AC_TIMER "Synchronized action 2": MD 28254: MM_NUM_AC_PARAM MD 28256: MM_NUM_AC_MARKER Memory allocation: Macros MD 18160: MM_NUM_USER_MACROS Memory allocation: Tool management MD 18105: MM_MAX_CUTTING_EDGE_NO MD 18106: MM_MAX_CUTTING_EDGE_PERTOOL Memory allocation: Protection zones See Chapter: Static user memory (SRAM), memory allocation: Protection zones.
  • Page 114 Diagnostics/Service 8.3 Action log Switching functions on and off via the HMI interface You reach the "Action Log Settings" menu via the "HMI" → "Action Log" softkeys in the "Commissioning" operating area. The following information and selection options are available: ●...

  • Page 115: Structure Of The Log File

    Diagnostics/Service 8.3 Action log Critical alarms Curr. channel status (acknowledgment >= NC reset), Curr. program layer Curr. actual values of axes PLC crash signal: Curr. tool Curr. G function Curr. M function Curr. zero offset NC channel reset Only subsets of the above events are logged. Tool change Only subsets of the above events are logged.
  • Page 116 Diagnostics/Service 8.3 Action log Content of log files The log files contain the following information: ● HMI version and NCK version ● Action-log version and log-file version ● Types of logged entry. The following data are recorded for every logged event: –...
  • Page 117 Diagnostics/Service 8.3 Action log --- 04.10.2006 09:35:40 HMI-Emb 0 CLOSE_WINDOW Window closed: "Overview (program / work piece)" (Id 35100, Appl. --- 04.10.2006 09:35:40 HMI-Emb 0 CLOSE_WINDOW Window closed: "Dummy-Window" (Id 1000, Appl. 3) --- 04.10.2006 09:35:40 HMI-Emb 0 KEY_PRESSED Key pressed: KEY_F5 (RELEASED) (e0/3f) --- 04.10.2006 09:35:39 HMI-Emb 0 KEY_PRESSED Key pressed: KEY_F5 (0/3f) --- 04.10.2006 09:35:38 <default>...
  • Page 118 Diagnostics/Service 8.3 Action log Number of Machine axis: 5 Increment: continuous Increment MCS-Name Position DistToGo X1 1.000 0.000 Y1 0.000 0.000 Z1 0.000 0.000 A1 0.000 0.000 B1 0.000 0.000 WCS-Name Position DistToGo Position ENS DistToGo ENS X 1.000 0.000 1.000 0.000 Y 0.000 0.000 0.000 0.000 Z 0.000 0.000 0.000 0.000 A 0.000 0.000 0.000 0.000...
  • Page 119 Diagnostics/Service 8.3 Action log Active M-Codes: --- 04.10.2006 09:24:57 HMI-Emb 0 CH_STATE_CHANGED Channel State of Channel 1 changed to active --- 04.10.2006 09:24:57 HMI-Emb 0 OPEN_WINDOW Window opened: "Machine configuration" (Id 13392, Appl. 6) --- 04.10.2006 09:24:57 HMI-Emb 0 CLOSE_WINDOW Window closed: "Dummy-Window"...

  • Page 120: Saving And Outputting The Log File

    Diagnostics/Service 8.3 Action log 8.3.3 Saving and outputting the log file The log file display is protected using a password (access stage: Manufacturer). £The log files (both the binary and readable variants) can be saved to an installed drive, e.g., Front (USB FlashDrive).

  • Page 121: Blue Screen" Error Status Screen

    XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX Please send the above or saved information to the SINUMERIK Hotline! E-mail : ad.support@siemens.com Fill in subject : "HMI-Embedded exception (SW XX.XX.XX; date)" Press 'S' to save data or press 'R' to reboot immediately Press the following keys to: Press "S"(Save) to save the file on the CompactFlash card.
  • Page 122 Transmission finished, XXXXXX bytes saved The exception data was saved in folder /user/sinumerik/hmi Please send the saved information to the SINUMERIK Hotline! email : ad.support@siemens.com Fill in subject : "HMI-Embedded exception (SW XX.XX.XX; date)" Saving a file on a USB FlashDrive If you wish to save the error log file on a USB FlashDrive, then copy the "HMI-EM-LX-EX-...

  • Page 123: Remote Diagnosis "Rcs Host Embedded / Rcs Viewer Embedded

    Diagnostics/Service 8.5 Remote diagnosis "RCS Host Embedded / RCS Viewer Embedded" Remote diagnosis "RCS Host Embedded / RCS Viewer Embedded" It is possible for a service engineer to monitor and influence a control from a remote PC (remote PC = viewer), i.e. the same display of HMI-Embedded is shown on the remote PC as on the screen of the operator panel front.
  • Page 124 Diagnostics/Service 8.5 Remote diagnosis "RCS Host Embedded / RCS Viewer Embedded" Figure 8-4 Example: Connection structure of the remote diagnosis Commissioning HMI-Embedded (IM2) Commissioning Manual, 01/2008, 6FC5397-8CP10-1BA0...
  • Page 125 Diagnostics/Service 8.5 Remote diagnosis "RCS Host Embedded / RCS Viewer Embedded" How remote diagnosis works A machine manufacturer who provides this service has selected an appropriate topology for a tunnel connection and will provide support when setting up the remote diagnosis. The relevant “Ping server”...

  • Page 126: Configuring "Rcs Host Embedded

    Diagnostics/Service 8.5 Remote diagnosis "RCS Host Embedded / RCS Viewer Embedded" 8.5.1 Configuring "RCS Host Embedded" Adapting NCU 7x0 to router (VPN network) NCU 7x0 (Ethernet interface X130) and router are connected via an Ethernet cable. Adapt the network configuration of the NCU 7x0 to the configuration of the Ethernet interface of the router.
  • Page 127 Diagnostics/Service 8.5 Remote diagnosis "RCS Host Embedded / RCS Viewer Embedded" Adapting the machine to the remote PC 1. In the "Start-up" area press the "ETC" key (">"). 2. Press the "Remote Diagnosis” softkey. The following window appears: Figure 8-5 Setting up logon server ●...

  • Page 128: Configuring "Rcs Viewer Embedded

    Diagnostics/Service 8.5 Remote diagnosis "RCS Host Embedded / RCS Viewer Embedded" Option: "RCS service partner operates a Ping server" deactivated This option should only be deselected if the initiative for remote diagnosis is to come from the remote PC (e.g., if the remote PC and the NCU 7x0 are on the same intranet and an individual NCU 7x0 on the LAN is accessed from a PC).
  • Page 129 Diagnostics/Service 8.5 Remote diagnosis "RCS Host Embedded / RCS Viewer Embedded" Configuration 1. Start the "Viewer" application "mmcR.exe" on the remote PC. 2. If the default for the remote diagnosis port is changed, for example, due to firewall settings when the port is activated for incoming packages only, select the “Configuration” switch in the "RCS Viewer Embedded (Remote Control System)"...

  • Page 130: Starting Remote Diagnostics

    8.5 Remote diagnosis "RCS Host Embedded / RCS Viewer Embedded" Note The field “Graphic Emulation” is not supported by SINUMERIK 840D sl. 1. Click "OK" to save the settings. The next window contains the box: "The port number has been stored. Please restart your application.”...
  • Page 131 Diagnostics/Service 8.5 Remote diagnosis "RCS Host Embedded / RCS Viewer Embedded" 2. RCS Viewer waiting for incoming “Pings” 3. Click the button "Connect". The connection with the machine is activated via the port for remote diagnosis. The corresponding status messages are output in the field below. When these are completed, the dialog is minimized and the interface of HMI-Embedded sl appears.
  • Page 132 Diagnostics/Service 8.5 Remote diagnosis "RCS Host Embedded / RCS Viewer Embedded" Figure 8-7 Share folder for file transfer Commissioning HMI-Embedded (IM2) Commissioning Manual, 01/2008, 6FC5397-8CP10-1BA0...

  • Page 133: Index

    Index Bitmaps Storage path, 81 Blue screen, 121 _TEMPL_, 38 Calculator help function, 34 Change Language, 30 256 MB user memory, 8 Channel menu Configuring, 25 Foreign-language texts, 27 CMM_COUNT_GEAR_STEPS_S2 Action log MD9688, 70 Log events, 114 CMM_DIRECTORY_SOFTKEY_PATH1 Selecting functions via HMI user interface, 114 MD9676, 70 action.com, 115 CMM_DIRECTORY_SOFTKEY_PATH2...
  • Page 134 Index Local area network, 18 MD9002, 51 Configuring a company network, 19 DISPLAY_RESOLUTION Configuring RCS Host Embedded, 126 MD9004, 52 Contour elements DISPLAY_RESOLUTION_INCH Text output/representation, 36 MD9011, 52 CONTOUR_END_TEXT DISPLAY_TYPE MD9461, 65 MD9001, 51 crash.com, 115 Displaying version data, 105 crash.log DRAM allocation, 111 Reading out, 120...
  • Page 135 Index MA_SCRATCH_DEFAULT_MODE MD9425, 64 Keyboard, 8 MA_SPIND_MAX_POWER KEYBOARD_STATE MD9428, 65 MD9009, 52 MA_SPIND_POWER_RANGE KEYBOARD_TYPE MD9429, 65 MD9008, 52 MA_STAT_DISPLAY_BASE MD9242, 57 MA_TU_DISPLAY_BASE MD9243, 57 Language codes, 80 MAX_PROGRAMM_SIZE_CHECK LANGUAGE_SETTINGS MD9464, 65 MD9980, 71 MCP, 7 LAYOUT_MODE MD 10260 MD9021, 53 CONVERT_SCALING_SYSTEM, 36 LCD_CONTRAST MD 9414...
  • Page 136 Index MD9056 $MM_ALARM_ROTATION_CYCLE, 35 MD9203 $MM_USER_CLASS_WRITE_FINE, 39 PA_ZOA_MODE MD9242 $MM_MA_STAT_DISPLAY_BASE, 43 MD9459, 65 MD9243 $MM_MA_TU_DISPLAY_BASE, 43 Password MD9247 $MM_USER_CLASS_BASE_ZERO_OFF_PA, change, 12 changing, 12 MD9248 $MM_USER_CLASS_BASE_ZERO_OFF_MA Deleting, 12 , 39 Set, 12 MD9421 $MM_MA_AXES_SHOW_GEO_FIRST, 43 PLC machine data MD9422 $MM MA_PRESET_MODE, 41 Configuring plain texts, 84 MD9424 $MM_MA_COORDINATE_SYSTEM, 48 PLC_ALARM_PICTURE...
  • Page 137 Index Special kinematics, 43 SRAM allocation, 106 USB FlashDrive, 8 Detailed view, 107 Use a workpiece template, 38 STARTUP_LOGO USE_CHANNEL_DISPLAY_DATA MD9050, 54 MD9014, 53 SW_OPTIONS User memory MD9990, 71 DRAM, 111 SWITCH_TO_AREA SRAM, 106 MD9016, 53 USER_CLASS_APP_PARAMETER SYS_CLOCK_SYNC_TIME MD9273, 60 MD9013, 52 USER_CLASS_APPLICATION MD9272, 60...
  • Page 138 Index USER_CLASS_READ_IN USER_CLASS_TM_SKTOOLLOAD MD9224, 57 MD9252, 58 USER_CLASS_READ_PROGRAM USER_CLASS_TM_SKTOOLMOVE MD9216, 56 MD9254, 58 USER_CLASS_READ_SYF USER_CLASS_TM_SKTOOLUNLOAD MD9228, 57 MD9253, 58 USER_CLASS_READ_TCARR USER_CLASS_VERT_MODE_SK MD9180, 54 MD9249, 58 USER_CLASS_READ_TOA USER_CLASS_WRITE_FINE MD9200, 55 MD9203, 55 USER_CLASS_SELECT_PROGRAM USER_CLASS_WRITE_PRG_CONDIT MD9218, 56 MD9214, 56 USER_CLASS_SET_V24 USER_CLASS_WRITE_PROGRAM MD9223, 57 MD9217, 56 USER_CLASS_SHOW_SBL2 USER_CLASS_WRITE_RPA...
  • Page 139 Index V24_PG_PC_EOF V24_USER_XON MD9322, 62 MD9300, 60 V24_PG_PC_LINE MD9329, 63 V24_PG_PC_PARITY MD9327, 62 Wide Display, 47 V24_PG_PC_RTS WRITE_TOA_FINE_LIMIT MD9324, 62 MD9450, 65 V24_PG_PC_STOPBIT WRITE_ZOA_FINE_LIMIT MD9328, 63 MD9451, 65 V24_PG_PC_XOFF MD9321, 62 V24_PG_PC_XON MD9320, 62 V24_PRINTER_BAUD MD9315, 61 V24_PRINTER_CONTROLS MD9313, 61 V24_PRINTER_DATABITS MD9316, 61 V24_PRINTER_EOF...
  • Page 140 Index Commissioning HMI-Embedded (IM2) Commissioning Manual, 01/2008, 6FC5397-8CP10-1BA0...

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