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11 - Mill - Operation

Mill Operator's Manual


  • 0 - Mill - Table of Contents
  • 1 - Mill - Introduction
  • 2 - Mill - Legal Information
  • 3 - Mill - Safety
  • 4 - Mill - Control Pendant
  • 5 - Mill - Control Display
  • 6 - Mill - Device Manager
  • 7 - Mill - TouchScreen Feature
  • 8 - Mill - Part Setup
  • 9 - Mill - Umbrella Tool Changer
  • 10 - Mill - SMTC
  • 11 - Mill - Operation
  • 12 - Mill - Programming
  • 13 - Mill - Macros
  • 14 - Mill - Control Icons
  • 15 - Mill - Remote Jog Handle
  • 16 - Mill - Options Programming
  • 17 - Mill - G-Codes
  • 18 - Mill - M-Codes
  • 19 - Mill - Settings
  • 20 - Mill - Other Equipment

Go To :

  • 11.1 Power On
  • 11.2 Screen Capture
  • 11.3 Program Search
  • 11.4 Safe Run Mode
  • 11.5 Run-Stop-Jog Continue
  • 11.6 Graphics Mode
  • 11.7 Broken Tool Detection
  • 11.8 Tooling
  • 11.9 Advanced Tool Management

11.1 Power On

Machine Power-On

This section tells you how to power-on a new machine for the first time.

  • Press POWER ON until you see the Haas logo on the screen. After a self-test and boot sequence, the display shows the startup screen.

    The startup screen gives basic instructions to start the machine. Press CANCEL to dismiss the screen.

  • Turn EMERGENCY STOP to the right to reset it.
  • Press RESET to clear the startup alarms. If you cannot clear an alarm, the machine may need service. Contact your Haas Factory Outlet (HFO) for assistance.
  • If your machine is enclosed, close the doors.
    WARNING: Before you do the next step, remember that automatic motion begins immediately when you press POWER UP. Make sure the motion path is clear. Stay away from the spindle, machine table, and tool changer.
  • Press POWER UP.
    After the first POWER UP, the axes move toward their home positions. The axes then move slowly until the machine finds the home switch for each axis. This establishes the machine home position.

Press any of the following:

  • CANCEL to dismiss the screen.
  • CYCLE START to run current program.
  • HANDLE JOG for manual operation.

Spindle Warm-Up

If your machine’s spindle has been idle for more than (4) days, run the spindle warm-up program before you use the machine. This program brings the spindle up to speed slowly to distribute the lubrication and let the spindle reach a stable temperature.

Your machine includes a 20-minute warm-up program (O09220) in the program list. If you use the spindle at consistent high speeds, you should run this program every day.

11.2 Screen Capture

Screen Capture

The control can capture and save an image of the current screen to an attached USB device or the User Data memory.

Enter a filename if desired. If no filename is entered, the system will use the default filename (see note).

Press SHIFT.

Press F1.

NOTE: The control uses the default filename snapshot#.png. The # starts from 0 and increments each time you capture a screen. This counter resets at power off. Screen captures that you take after a power cycle overwrite previous screen captures that have the same filename on the User Data memory.

Result: 

The control saves the screen capture to your USB device or control memory. The message Snapshot saved to USB or Snapshot saved to User Data appears when the process finishes.

Error Report

The control can generate an error report that saves the state of the machine that is used for analysis. This is useful when helping the HFO troubleshoot an intermittent problem.

  1. Press SHIFT.
  2. Press F3.

NOTE: Be sure to always generate the error report with the alarm or the error is active.

Result: 

The control saves the error report to your USB device or control memory.The error report is a zip file that includes a screen capture, the active program, and other information used for diagnostics. Generate this error report when an error or an alarm occurs. E-mail the error report to your local Haas Factory Outlet.

11.3 Program Search

Basic Program Search

You can use this function to quickly find code in a program.

NOTE: This is a quick-search function that finds the first match in the search direction that you specify. You can use the Editor for a more full-featured search. Refer to Chapter 6.5 for more information on the Editor search function.

NOTE: This is a quick-search function that finds the first match in the search direction that you specify. You can use the Editor for a more full-featured search. Refer to The Search Menu for more information on the Editor search function.

  1. Type the text you want to find in the active program.
  2. Press the UP or DOWN cursor arrow key.

Result: 

The UP cursor arrow key searches from the cursor position to the start of the program. The DOWN cursor arrow key searches to the end of the program. The control highlights the first match.

NOTE: Putting your search term within parentheses (), will search only within comment lines.

Locate the Last Program Error

Starting in software version 100.19.000.1100 the control can find the last error in a program.

Press SHIFT + F4 to display the last line of G-code that generated the error.

11.4 Safe Run Mode

Safe Run Mode

The purpose of Safe Run is to reduce damage to the machine in the event of a crash. It does not prevent crashes, but it raises an alarm sooner and backs off from the crash location.

NOTE: The Safe Run feature is available starting in software version 100.19.000.1300.

 NOTE: If the machine is equipped with a spindle head accelerometer, and when safe mode is enabled and active (ie. during rapids), the accelerometer alarm behavior will be suppressed so the machine can do the normal back off behavior, then the 9941 Alarm will generate.  The G force value will still be recorded at the time of the event.

Safe Run Supported Machines

  • VF-1 through VF-5
  • VM-2/3
  • UMC-500/750/1000
  • All DM’s
  • All DT’s
  • All TM’s
  • ST-10 through ST-35

Common causes for crashes are:

  • Incorrect tool offsets.
  • Incorrect work offsets.
  • Wrong tool in the spindle.

NOTE: The Safe Run feature will only detect a crash in handle jog and rapid (G00), it will not detect a crash in a feed move.

Safe Run does the following:

  • Slow down the speed of the motion.
  • Increases the position error sensitivity.
  • When a crash is detected, the control will immediately reverse the axis by a small amount. This will prevent the motor from continuing to drive into the object it has crashed into as well as relieve pressure from the crash itself. After Safe Run has detected a crash, you should be able to easily fit a piece off paper between the two surfaces that crashed.

NOTE: Safe Run is intended for running a program for the first time after writing or changing it. Is it not recommended to run a reliable program with Safe Run, as it increases cycle time significantly. The tool may break and the work piece may still be damaged in a crash.

Safe Run is active during jogging as well. Safe Run can be used during job setup to protect against accidental crashes due to operator error.

If your machine supports Safe Run, you will see a new icon in MDI with the text F3 Activate Safe Run [1]. Press F3 to turn Safe Run on/off. Safe Run Active state is noted by a water mark [2] in the program panel.

It is only active during rapid motions. Rapid motions include G00, Home G28, moving to tool changes, and the non-machining motions of canned cycles. Any machining motion such as a feed or tap will not have safe mode active.

Safe Run is not active during feeds due to the nature of crash detection. Cutting forces cannot be discerned from crashes.

When a crash is detected, all motion is brought to a stop, an alarm [1] is generated, and a popup [2] is generated letting the operator know that a crash was detected, and which axis it was detected on. This alarm can be cleared by reset.

In certain cases the pressure against the part may not have been relieved by the Safe Run back-off. In the worse case, an additional crash may be generated after you have reset the alarm. If this happens, turn Safe Run off and jog the axis away from the crash location.

11.5 Run-Stop-Jog Continue

Run-Stop-Jog-Continue

This feature lets you stop a running program, jog away from the part, and then start the program again.

  1. Press FEED HOLD.

    Axis motion stops. The spindle continues to turn.

  2. Press X, Y, Z, or an installed Rotary Axis (A for A Axis, B for B Axis, and C for C Axis), then press HANDLE JOG. The control stores the current X, Y, Z, and rotary axes positions.
  3. The control gives the message Jog Away and displays the Jog Away icon. Use the jog handle or jog keys to move the tool away from the part. You can start or stop the spindle with FWD, REV, or STOP. You can command optional Through Spindle Coolant on and off with the AUX CLNT key (you must stop the spindle first). Command optional Through Tool Air Blast on and off with SHIFT + AUX CLNT keys. Command Coolant on and off with the COOLANT key. Command the Auto Air Gun / Minimum Quantity Lubrication options with SHIFT + COOLANT keys. You can also release the tool to change inserts.

    CAUTION: When you start the program again, the control uses the previous offsets for the return position. Therefore, it is unsafe and not recommended to change tools and offsets when you interrupt a program.

  4. Jog to a position as close as possible to the stored position, or to a position where there is an unobstructed rapid path back to the stored position.

  5. Press MEMORY or MDI to return to run mode. The control gives the message Jog Return and displays the Jog Return icon. The control continues only if you return to the mode that was in effect when you stopped the program.

  6. Press CYCLE START. The control rapids X, Y, and rotary axes at 5% to the position where you pressed FEED HOLD. It then returns the Z Axis. If you press FEED HOLD during this motion, axis motion pauses and the control gives the message Jog Return Hold. Press CYCLE START to resume the Jog Return motion. The control goes into a feed hold state again when the motion is finished.

    CAUTION: The control does not follow the same path that you used to jog away.

  7. Press CYCLE START again and the program resumes operation.

    CAUTION: If Setting 36 is ON, the control scans the program to make sure the machine is in the correct state (tools, offsets, G- and M-codes, etc.) to safely continue the program. If Setting 36 is OFF, the control does not scan the program. This can save time, but it could cause a crash in an unproven program.

11.6 Graphics Mode

Graphics Mode

A safe way to troubleshoot a program is to press GRAPHICS to run it in graphics mode. No movement occurs on the machine, instead the movement is illustrated on the screen.

1) Axis Planes Press 1 to view the graphics in G17 plane, press 2 forG18 plane or press 3 to view in G19 plane.

2) Key Help Area The lower-left part of the graphics display pane is the function key help area. This area shows you the function keys that you can use, and a description of what they do.

3) Locator Window The lower-right part of the pane displays the simulated machine table area, and it shows where the simulated view is zoomed and focused.

4) Graphics Speed Press f3 or f4 to run the desired graphics speed.

5) Tool Path Window The large window in the center of the display gives a simulated view of the work area. It displays a cutting tool icon and simulated tool paths.

NOTE: Feed motion appears as a black line. Rapid moves appear as a green line. Drill cycle locations appear with an X.

NOTE: If Setting 253 is ON, the tool diameter is shown as a thin line. If it is OFF, the tool diameter specified in the Tool Offsets Diameter Geometry table is used.

6) Zoom Press F2 to display a rectangle (zoom window) that shows the area that the zoom operation will move to. Use PAGE DOWN to decrease the size of the zoom window (zoom in), and use PAGE UP to increase the size of the zoom window (zoom out). Use the cursor arrow keys to move the zoom window to the location you want to zoom, and press ENTER to complete the zoom. The control scales the tool path window to the zoom window. Run the program again to display the tool path. Press F2 and then HOME to expand the Tool Path window to cover the entire work area.

7) Z-Axis Part Zero Line The horizontal line on the Z-Axis bar at the top-right corner of the graphics screen gives the position of the current Z-axis work offset plus the length of the current tool. While a program simulation runs, the shaded portion of the bar indicates the depth of the simulated Z-Axis motion relative to the Z-Axis work zero position.

8) Position Pane The position pane displays axis locations just as it would during a live part run.

11.7 Broken Tool Detection

Recently Updated

Broken Tool Detection - Operation


Introduction

The Broken Tool Detection (BTD) is a feature that captures an image & detects the length of a tool before and after use. With a noticeable difference in length, then ALARM 9300 Broken Tool will be triggered forcing the BTD tab to pop up with before and after images.

This procedure will show how to operate a machine equipped with Broken Tool Detection system.

IMPORTANT: With the machine in service mode, make sure that Setting 430 is set to ON.

 NOTE: For more information on the Broken Tool Detection feature, refer to the Broken Tool Detection - Troubleshooting Guide.

BTD Calibration

The BTD Calibration page can be found under Diagnostic > Maintenance > BTD Calibration. 

This BTD Calibration page is accessible to all. This tab shows a live feed of the BTD camera—either on the machine's screen by pressing [F1] or on the remote display by pressing [F2]. 

When viewing the camera live feed, this page can also be used to set the Value Region of Interest (ROI) Value. This value sets the size of the area for whatever the camera is detecting by pressing [PAGE UP] or [PAGE DOWN]. This detected area is where the tool is expected to be—try aligning the tool with the center ROI line. 

NOTE: It is important to finalize the camera mounting alignment first, before finalizing the ROI Value. To get the default ROI Value, press [ORIGIN] to return back to a ROI Value of 50%. 

 

Tool Table

The Tool Table page [1] can be found under Current Commands > Tools > Tool Table.

Under the Tool Table, mark the tools that will be checked with the Broken Tool Detection system by pressing [F2]. Now, the Broken Tool Detection will run on those selected tools before and after use such as a G01 with movement.

NOTE: The Broken Tool Detection system only runs during a tool change within a program (M06), not during manual tool changes [ATC FWD].

Note: The BTD Tab [2] under Current Commands > Tools > BTD will only show up when there is a broken tool detected.

11.8 Tooling

Introduction

This section describes tool management in the Haas control: commanding tool changes, loading tools into holders, and Advanced Tool Management.

Tool Holders

There are several different spindle options for Haas mills. Each of these types requires a specific tool holder. The most common spindles are 40- and 50-taper. 40-taper spindles are divided into two types, BT and CT; these are referred to as BT40 and CT40. The spindle and tool changer in a given machine are capable of holding only one tool type.

Tool Holder Care:

  1. Make sure that tool holders and pulls studs are in good condition and tightened together securely or they may stick in the spindle.
  2. Clean the tool holder taper body (the part that goes into the spindle) with a lightly oiled rag to leave a film, which helps prevent rusting.

Tool Holder Assembly, 40-Tape CT Example

  • Pull Stud [1]
  • Tool (Endmill) [2]

Pull Studs:

A pull stud (sometimes called a retention knob) secures the tool holder into the spindle. Pull studs are threaded into the top of the tool holder and are specific to the type of spindle. Refer to the 30, 40, and 50-taper spindle and tooling information on the Haas Service website for descriptions of the pull studs you need.

 CAUTION: Do not use short-shaft or pull studs with a sharp right-angle (90-degree) head; they will not work and will cause serious damager to the spindle.

Tool Usage Display

The Tool Usage tab contains information about the tools used in a program. This display will tell you information about each tool used in a program and statistics about each time it was used. It starts to collect information when user Main program start and clear information when meet codes M99, M299, M199.

To get to the Tool Usage display press [CURRENT COMMANDS] then go to Tools and then Tool Usage tab.

  1. Start Time - When the tool was inserted to the spindle.

  2. Total Time - The total time the tool has been in the spindle.

  3. Feed time - Tool usage time.

  4. Load% - The maximum load of the Spindle during a tool usage.

     NOTE: This value is retrieved every second. The actual load compared to the recorded may vary.

  5. Feed/Total time - A graphic representation of the feed time of the tool over the total time.
  6. Engagement:

    • Black Bar- The tool usage versus another tools.

    • Gray Bar - This bar shows how long the tool was used in this usage related to other usages.

Macros Interface

You can use these macros variables to set and collect the tool usage data

Macro variable Function
#8608 Set the desired tool
#8609 Current tool number - if result more 0 (the tool was used)
#8610 Total time mentioned in #8609 tool number
#8611 Feed time of mentioned tool number
#8612 Total time
#8605 Next usage of a tool
#8614 Usage start time stamp
#8615 Usage Total time
#8616 Usage Feed time
#8617 Usage Max load

Tool Info Display

The Tool Info display tab allows user to specify maximum RPM for a tool. You can also specify a tool description in the same table.

To get to the Tool Info display press [CURRENT COMMANDS] then go to Tools and then Tool Info tab.

  1. To set the max speed for a tool highlight the tool row and type in the desired max speed and press [ENTER] .

  2. To set the tool description highlight the tool row and type in the description and press [F3] .

  3. To clear the tool max speed or description press [ORIGIN] .

Tool Table

This section tells you how to use the tool table to give the control information about your tools.

 NOTE: If your machine has an umbrella-style tool changer, you will not use the tool pocket table.

Tool Table Display:

  • To access the Tool Pocket Table, press [CURRENT COMMANDS] and choose the Tool Table tab [1].
  • Active Tool [2] - Tells you the tool number that is installed in the spindle
  • Active Pocket [3] - Shows you the next pocket number.
  • Set pocket as large [L] [4] - Use this flag when a large tool has a diameter of greater than 3" for 40-tape machines and greater than 4" for 50-taper machines. Scroll to the pocket of interest and press [L] to set the flag.

     CAUTION: You cannot place a large tool in the tool changer if one or both of the surrounding pockets already contain tools. Doing so causes the tool changer to crash. Large tools must have the surrounding pockets empty. However, large tools can share adjoining empty pockets.
  • Set pocket as heavy [H] [5] - Use this flag when a Heavy, Small Diameter 40-taper tool (4 lb or heavier) or a 50-taper tool (12 lb or heavier) is loaded into the spindle. Scroll to the pocket of interest and press [H] to set the flag.
  • Set pocket as XL [X] [6] - Use this flag when two adjacent pockets are each side of the tool are needed. Scroll to the pocket of interest and press [X] to set the flag.

     NOTE: This option only appears if your machine is a 50-taper.

  • Clear category [SPACE] [7] - Highlight the desired tool and press [SPACE] to clear the flag.
  • Set tool [###] + [ENTER] [8] - Highlight the desired pocket and type in the tool number along with [ENTER] to set the desired tool number.

     NOTE: You cannot assign a tool number to more than one pocket. If you enter a tool number that is already defined in the tool pocket table, you see an Invalid tool error.

  • Clear tool [0] + [ENTER] [9] - Highlight the desired pocket and press [0] along with [ENTER] to clear out the tool number.
  • Reset table [Origin] [11] - Press [ORIGIN] with the cursor in the center column to use the [ORIGIN] menu. This menu lets you:  
    • Sequence All Pockets - Makes all of the tool numbers sequential based on their pocket location, starting with 1.

    • Zero All Pockets - Removes all of the tool numbers from all of the pocket numbers.

    • Clear Category Flags - Removes the category designations from all of the tools.

11.9 Advanced Tool Management

Introduction

Advanced Tool Management (ATM) lets you set up groups of duplicate tools for the same or a series of jobs.

ATM classifies duplicate or backup tools into specific groups. In your program, you specify a group of tools instead of a single tool. ATM tracks the tool use in each tool group and compares it to your defined limits. When a tool reaches a limit, the control considers it “expired.” The next time your program calls that tool group, the control chooses a non-expired tool from the group.

When a tool expires:

  • The beacon will flash.

  • ATM puts the expired tool in the EXP group

  • Tool groups that contain the tool appear with a red background.

To use ATM, press [CURRENT COMMANDS] , and then select ATM in the tabbed menu. The ATM window has two sections: Allowed Limits and Tool Data.

Advanced Tool Management Window:

  • Active window label [1]
  • Allowed limits window [2]
  • Tool group window [3]
  • Tool data window [4]
  • Help text [5]

Allowed Limits

This table gives data about all of the current tool groups, including default groups and user-specified groups. ALL is a default group that lists all of the tools in the system. EXP is a default group that lists all of the tools that are expired. The last row in the table shows all of the tools that are not assigned to tool groups. Use the cursor arrow keys or [END] to move the cursor to the row and see these tools.

For each tool group in the ALLOWED LIMITS table, you define limits that determine when a tool expires. The limits apply to all tools assigned to this group. These limits affect every tool in the group.

The columns in the ALLOWED LIMITS table are:

  • GROUP - Displays the tool group’s ID number. this is the number you use to specify the tool group in a program.

  • EXP # - Tells you how many tools in the group are expired. If you highlight the ALL row, you see a list of all of the expired tools in all groups.

  • ORDER - Specifies the tool to use first. If you select ORDERED, ATM uses the tools in tool number order. You can also have ATM automatically use the NEWEST or OLDEST tool in the group.

  • USAGE - The maximum number of times the control can use a tool before it expires.

  • HOLES - The maximum number of holes a tool is allowed to drill before it expires.

  • WARN - The minimum value for tool life remaining in the group before the control gives a warning message.

  • LOAD - The allowed load limit for tools in the group before the control does the ACTION that the next column specifies.

     WARNING: Load limit should not be used for applications where spindle speed and feed change rapidly. For example, tapping or constant surface speed.

  • ACTION - The automatic action when a tool reaches its maximum tool load percentage. Highlight the tool action box to change and press [ENTER] . Use the [UP] and [DOWN] cursor keys to select the automatic action from the pull down menu ( ALARM, FEEDHOLD, BEEP, AUTOFEED, NEXT TOOL).

  • FEED - The total amount of time, in minutes, that the tool can be in a feed.

  • TOTAL TIME - The total amount of time, in minutes, that the control can use a tool.

Tool Data

This table gives information about each tool in a tool group. To look at a group, highlight it in the ALLOWED LIMITS table, and then press [F4] .

  • TOOL# - Shows the tool numbers used in the group.

  • LIFE - The percentage of life left in a tool. This is calculated by the CNC control, using actual tool data and the allowed limits the operator entered for the group.

  • USAGE - The total number of times that a program has called the tool (number of tool changes).

  • HOLES - The number of holes the tool has drilled/ tapped/ bored.

  • LOAD - The maximum load, in percent, exerted on the tool. This limit should not be used for applications where spindle speed and feed change rapidly. For example tapping or constant surface speed.

    WARNING: Load limit should not be used for applications where spindle speed and feed change rapidly. For example tapping or constant surface speed.

  • LIMIT - The maximum load allowed for the tool

  • FEED - The amount of time, in minutes, the tool has been in a feed.

  • TOTAL - The total amount of time, in minutes, the tool has been used.

  • H-CODE - The tool-length code to use for the tool. You can edit this only if Setting 15 is set to OFF.

  • D-CODE - The diameter code to use for the tool.

    NOTE: By default, the H- and D-codes in Advanced Tool Management are set to equal the tool number that is added to the group.

Tool Group Setup

To add a tool group: 

  1. Select the ALLOWED LIMITS table.
  2. Use the cursor arrow keys to highlight an empty row.
  3. Type the group identification number (between 1000 and 2999) that you want to use for the new tool group.
  4. Press [ENTER].

Manage Tools in a Group

To add, change, or delete a tool in a group: 

  1. Highlight the group you want to work with in the ALLOWED LIMITS table. 
  2. Press [F4] to switch to the TOOL DATA table. 
  3. Use the cursor arrow keys to highlight an empty row. 
  4. Type an available tool number between 1 and 200. 
  5. Press [ENTER]. 
  6. To change a tool number assigned to a group, use the cursor keys to highlight the tool number you want to change. 
  7. Type a new tool number
     NOTE: You can type 0 if you want to delete the tool from the tool group.
  8. Press [ENTER].

Tool Group Usage

To use a tool group in a program, substitute the tool group ID number for the tool number and for the H-codes and D-codes in the program. Refer to this program for an example of the program format.

Example:

    % O30001 (Tool change ex-prog);

    (G54 X0 Y0 is top right corner of part) ;

    (Z0 is on top of the part) ;

    (Group 1000 is a drill) ;(T1000 PREPARATION BLOCKS) ;

    T1000 M06 (Select tool group 1000) ;

    G00 G90 G40 G49 G54 (Safe startup) ;

    X0 Y0 (Rapid to 1st position) ;

    S1000 M03 (Spindle on CW) ;

    G43 H1000 Z0.1 (Tool group offset 1000 on) ;

    M08 (Coolant on) ;

    (T1000 CUTTING BLOCKS) ;

    G83 Z-0.62 F15. R0.1 Q0.175 (Begin G83);

    X1.115 Y-2.75 (2nd hole);

    X3.365 Y-2.87 (3rd hole);

    G80 ;

    G00 Z1. M09 (Rapid retract, coolant off) ;

    G53 G49 Z0 M05 (Z home, spindle off) ;

    M01 (Optional stop) ;

    (T2000 PREPARATION BLOCKS) ;

    T2000 M06 (Select tool group 2000) ;

    G00 G90 G40 G49 G54 (Safe startup) ;

    G00 G54 X0.565 Y-1.875 (Rapid to 4th position) ;

    S2500 M03 (Spindle on CW) ;

    G43 H2000 Z0.1 (Tool group offset 2000 on) ;

    M08 (Coolant on) ;

    (T2000 CUTTING BLOCKS) ;

    G83 Z-0.62 F15. R0.1 Q0.175 (Begin G83);

    X1.115 Y-2.75 (5th hole) ;

    X3.365 Y2.875 (6th hole) ;

    (T2000 COMPLETION BLOCKS) ;

    G00 Z0.1 M09 (Rapid retract, Coolant off) ;

    G53 G49 Z0 M05 (Z home, Spindle off) ;

    G53 Y0 (Y home) ;

    M30 (End program) ;

    %

Advanced Tool Management Macros

Advanced Tool Management (ATM) can use macros to obsolete a tool within a tool group. Macros 8001 to 8200 represent tools 1 through 200. You can set one of these macros to 1 to expire a tool. For example:

8001 = 1 (this expires tool 1)

8001 = 0 (this makes tool 1 available)

Macro variables 8500 - 8515 enable a G code program to obtain tool group information. When you specify a tool group ID number with macro 8500, the control returns the tool group information in macro variables #8501 through #8515. Refer to the variables #8500 - #8515 in the Macros chapter for the macro variable data label information.

Macro variables #8550 - #8564 let a G-code program obtain information about individual tools. When you specify an individual tool ID number with macro #8550, the control returns the individual tool information in macro variables #8551 - #8564. You can also specify an ATM group number with macro 8550. In this case, the control returns the individual tool information for the current tool in the specified ATM tool group in macro variables 8551 - 8564. Refer to the description for variables #8550 - #8564 in the Macros chapter. The values in these macros provide data that is also accessible from macros starting at 1601, 1801, 2001, 2201, 2401, 2601, 3201, and 3401 and for macros starting at 5401, 5501, 5601, 5701, 5801, and 5901. These first 8 sets provide access for tool data for tools 1-200; the last 6 sets provide data for tools 1-100. Macros 8551 - 8564 give access to the same data, but for tools 1-200 for all data items.

Save Advanced Tool Management Tables

You can save to USB the variables associated with Advanced Tool Management (ATM).

To save the ATM information:

  1. Select the USB device in the Device Manager ([LIST PROGRAM] ).
  2. Type a filename on the input line.
  3. Press [F4] .
  4. Highlight SAVE ATM in the pop-up menu.
  5. Press [ENTER] .

Restore Advanced Tool Management Tables

You can restore from USB the variables associated with Advanced Tool Management (ATM).

To restore the ATM information:

  1. Select the USB device in the Device Manager ([LIST PROGRAM] ).
  2. Press [F4] .
  3. Highlight LOAD ATM in the pop-up menu.
  4. Press [EMERGENCY STOP] .
  5. Press [ENTER] .
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