Indice

P1K31FR30-001 - 3 axis bridge saw: User Manual

PS Bernard sistemare la tabella a “10.2.3.1.2. POCKETING - Parametri lavorazione “Tasca””

Mi manca da
- rimuovere le immagini dei zeri profili
- aggiornare elenco allarmi (ma spetto versione definitiva)
- aggiornare elenco warnings






Document P1K31FR30-001
DescriptionUser manual
Drawn up Riccardo Furlato
Approved Draft
Link:http://www.qem.eu/doku/doku.php/en/strumenti/qmoveplus/j1k31/mdu_p1k31fr30-001/funzionamento
LanguagesEnglish
Release Description Notes Date
01 New Manual 26/05/14

All rights reserved on this manual. No part of this document can be copied or reproduced in any form without prior written authorisation. QEM does not insure or guarantee its contents and explicitly declines all liability related to the guarantee of its suitability for any purpose. The information in this document can be changed without notice. QEM shall not be held liable for any error or omission in this document. QEM® is a registered trademark.Microsoft® and MS-DOS® are registered trademarks and Windows® is a trademark of Microsoft Corporation.

inlinetoc

1. General Characteristics

Description

The P1K31FR30 - 001 software can be installed on the Qmove+ J1-K31-FR30, J1-P31, J1-P51, J1P71 hardware and is designed to control a bridge saw with 3 to 5 axes, for marble and granite. The salient features of the P1K31FR30 - 001 are described below.

Axes

Optional

Work Processes

Drawing

Work modes

Accessory functions, messages and alarms

Optional Features (some not documented in this manual)

Modbus Interface

1.1 Typical work results


Multiple cuts

Tile cuts


Arc tiles

Profile roughing

Profile finishing

Curved profile roughing


Column roughing


Column finishing

Horizontal profile roughing

Circular Top roughing

Spiral stairs

G-code relief

Top milling

Sinks & drains


G-code texting

2. Hardware J1-K31-FR30

j1k31_front_01.jpg

2.1 Function Keys and LEDs

Key Icon Function Led . Key Icon Function Led
F1…F3 Not Used . F11 Semiautomatic = ON Semiautomatic status
F4 Enclosures Enclosure open status . F12 Table UP Table up
F5 - Not used . F13 Table DOWN Table Down
F6 Y Laser
ON/OFF
Laser status . F14 Table Rotation Anticlockwise -
F7 X Laser
ON/OFF
Laser status . F15 Table Rotation Clockwise -
F8 Water
ON/OFF
Water status . F16 Disk
ON/OFF
Blink is starting, On is started
F9 Alarm = ON - . F17 Mill
ON/OFF
Blink is starting, On is started
F10 Quit or prolonged MAIN -

2.2 Symbols and keys

Button Description ———————– Top Bar Symbol Description
Press to confirm Manual
Select Emergency
Previous screen Automatic
Next screen Function mode
Reserved Area Not initialized
Open file on SD card Setup Locked/Unlocked
Save
Work preview
:info: Yellow settings can be changed

3. STARTUP



START

OR
:tch:
to bypass
:dn:


HOMING

OR
:tch:
to bypass
:todo: ALWAYS run Homing before going to MANUAL.
Homing not OK limits machine operation.
:dn:


MAIN MENU

4. Main Menu

:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:

5. Homing

:tch: :->:
Run Homing Homing OK
No Homing Homing not OK
Delta Error
:todo: ALWAYS run Homing before going to MANUAL.
Homing not OK limits machine operation.

5.1 Homing Procedure

  1. Select one or more Axis

  2. :tch: external Machine Start button

  3. Homing successful =

  4. Homing not successful =

  5. The Delta Error is next to each Axis

6. Machine Data

MAIN MENU
:tch: :->:
:tch: :->:
:tch: :->:


Set Default Z min position
Auto-set Z min position
Set SAFE HEIGHT
Disk RPM Disk diameter Set diameter and RPM
Disk absorbed current Set Maximum current Set Disk thickness
Start position Park position Change tool position
DISK DIAMETER & RPM
Disk diameter Marble Granite
AUTO RPM based on diameter - Set RPM override of auto

7. Manual/Semiautomatic

:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:

:tch: :->:
Go to START Go to PARK Go to TOOL CHANGE
:tch: :->:
SET TARGET POSITION
9999 mm
- ABSOLUTE TARGET POSITION
- INCREMENTAL TARGET POSITION
- AUTO-SET ZERO POSITION FIXME
Auto-set ZERO position
:tch: :->: Disk Correction
OFF
ON
:tch: :->: Z jog

Default Z min

Auto-set Z min
:tch: :->:
:tch: :->:


Auto-set position X Start Cut position X end Cut position
Single cut Step cuts with multiple depth increasesCut depth
Number of Steps (max 10)
01
Step depth for (X+) Step depth for (X-)
Last cut direction
Last cut depth % Speed change of Last Cut

8. Multiple Cuts

:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:

8.0.1 No Rotating Table

1 Target count and position
2 Work step now
3 Cut width (Y)
4 Number of cuts to make
5 Piece counter
6 Scroll work program list
7 Work Parameters
8 Cutting depth (Z)

8.0.2 Rotating Table


1 Target count and position
2 Work step now
3 Cut width (Y)
4 Number of cuts to make
5 Cutting depth (Z)
6 Piece counter
7 Scroll work program list
8 Work Parameters
9 Table Rotation (W)

8.0.3 Axis parameters

NO ROTATING TABLE
WITH ROTATING TABLE
Auto-set position X1 + X2 = table (W) at 0°…..X3 + X4 = table (W) at 90°
N.B. the disk exits the slab by its radius before reaching X1 - X2 or X3 - X4.
Auto-set Y2 = start position with table (W) at angle
X Start position X End position
Advance 99999 Number of Steps
0 ~ 10
Last cut direction
Step depth for (X+) cut Step depth for (X-) cut
Last cut depth Last cut % Speed change

8.0.4 Work Parameters

:tch: :->:
Y DIRECTION POSITIVE direction to end of cut
NEGATIVE direction to end of cut
CUT DIRECTION X+ only
TWO-WAY Cut
CUT TYPE SINGLE cut
STEP cut
Z UP Z UP when X is at min position
X and Z exit slab TOGETHER
END POSITION Disk STOPS at end of work
Disk goes to PARK at end of work
ROTATION NO ROTATING TABLE
WITH ROTATING TABLE

9. Tilted Cuts

:tch: :->: taglio_inclinato.jpg
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch:
:->:
1 Axis parameters
Target count and position
2 Work step now
3 Cut width (Y)
4 Number of cuts to work
5 Piece counter
6 Scroll work program list
7 Work Parameters
8 Cutting depth (Z)
9 Set disk angle (H)
:info: Axis parameters - see Multiple Cuts

9.0.1 Work Parameters

:tch: :->:
Y DIRECTION POSITIVE direction to end of cut
NEGATIVE direction to end of cut
CUT DIRECTION X+ Cut only
TWO-WAY Cut
THICKNESS TYPE Thickness at 90° to the cut
Thickness PARALLEL to the slab surface
DEPTH TYPE Depth = along the disk
Depth = 90° to the slab surface
END POSITION Disk stops at end of work
Disk goes to PARK at end of work

10. Programs

:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch:
RUN
:->:

10.0.1 Program List Filters

Using the program's list filters is possible to get quickly the desired program, rather than scroll entire available list. The system permit two type of filtering which can be combined each other:

Warn that “Type” mean:

Type Description
0 Show any program
1 Show only tagli sagomati/profilatura programs
2 Show only fresatura programs
3 Show only taglio poligoni programs

10.1 PROFILES

:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->: :tch: :->: :tch: :->:
:tch: :->:
:tch: :->:
:tch:
:tch: :->:
:tch: :->:

10.1.1 PROFILE - CAD

:tch: :->:
Copy Mirror copy Delete the object Z0 = origin
Y coordinate = 0
Zoom in Zoom-out Fit to screen
YZ plane = Profile shape XZ plane = Curved profile
000 Scroll and select a line
Add a line Insert a line Delete a line Line properties
:tch: :->:
Line Options
Absolute
position from origin
Incremental
position from start of line
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

LINE
:tch:
Enter the end point
TANGENT LINE
:tch:
OR enter Y (or X)
OR enter Z (or Y)
OR enter L = length
RADIUS ARC
:tch: :->:
Enter End point and Radius
MINIMUM the minimum radius possible
clockwise
anticlockwise
Also enter the curve direction
clockwise OR anticlockwise
small arc OR wide arc
The screen shows the minimum radius possible
3 POINT ARC
:tch:
Enter End point and Middle point
TANGENT ARC
:tch:
Enter End point
TRANSFER
:tch:
Movement with no cut. Enter target point
The software automatically corrects an undercut profile line FIXME see other manual

Profiles with straight cuts

Draw a profile on the Y-Z plane

Never draw profiles on the other planes.

Profiles with curved cuts

1. Draw a profile on the usual Y-Z plane

2. Draw the curved cut

To change plane touch the FIXME immagine stessa.

10.1.2 PROFILES - CAM

lav_lama_01.jpg lav_lama_03.jpg

:tch: :->:
:dn:

:dn:
:todo: Profile Finishing is NOT possible on curved profiles.

Slab size. Optionally you can enter slab size. It will draw in gray color both in cad page and in preview page Extra Material on the profile
Cut X+ only

Two-way Cut
Y direction

Cut Spacing type
Cut spacing
Disk diameter
Cut Preview

Spacing along profile


Spacing along Y
Critical points ON

Spacing along Y
Critical Points OFF
Repeat - Vertical Disk
Repeat - Horizontal Disk
NP = Number of Repeats
SP = Space between repeats
Work sequence
OFF Profile only
0N = Profile and Finishing
ONLY = Finishing only
DX = Disk path spacing
V = Finishing speed
OZ = Finishing depth
Curved profiles.
Set the maximum cut speed.

10.2 TOPS

:tch: :->:
:tch: :->:
:tch: :->: MILLING :tch:
OR
DISK CUT :tch:
:dn:
:tch:
:dn:
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:
:tch: :->:

10.2.1 TOPS - CAD

:tch: :->:
:info: Drawings are always made with positive X and Y.
Fit to screen
Zoom in
Zoom out
Touch to center a point on
FIXME
Scroll and Select objects.
The selected object is black.
Other objects are yellow.
Origin of the object.


Object tools
Add new object Delete all objects Delete object
:tch: Copy an object
:tch: :->: Move an object
:tch: :->: Rotate an object
:tch: Resize an object
:tch: Mirror copy an object
:tch: Draw a Parallel edge

10.2.1.1 CAD Tools

CAD Line tools
000 Scroll and select a line Line properties
Add line Insert line Delete line
MACROS Automatic CAD functions
Rettangle.
H = height
W = width.
Regular
Polygon
N = number of sides
R radius OR
L length of side
L Shape
H W L K as shown
Ellipse.
A = diameter 1
B = diameter 2
Irregular
Polygon

As shown


LINES Line drawing tools
Absolute positions = from origin
Incremental positions = from end of last line
LINE
:tch: :->:
Enter the end point
TANGENT LINE
:tch: :->:
Y (or X) axis
Z axis OR
Length
RADIUS ARC
:tch: :->:
Radius Arc
Enter the end point and radius
Also enter the curve direction
clockwise OR anticlockwise
small arc OR wide arc
The screen shows the minimum radius possible
3 POINT ARC
:tch: :->:
Arc through 3 points
Enter the middle point and end point
TANGENT ARC
:tch: :->:
Arc at a tangent to the previous line
Enter the end point (the others are automatic)
TRANSFER
:tch: :->:
Transfer with no cut
Enter the point to start work again. The transfer line is not cut

10.2.2 DISK CUT - CAM

FIXME

:tch: :->:

FIXME Mettere il numero di tipo PROFILE-TOP-DISKCUT in ogni sezione

Tool on left or outside Tool on right or inside Extra material on edge
Slab thickness Extra Corner Cut Shorter Corner Cut
Extra depth into table H = Slab length
L = Slab width
FIXME
Tangent retta
Disk Segment of Arc Cut
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

10.2.3 MILL CUT - CAM

:tch: :->: lav_lama_07.jpg
:tch: :->:


- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
Set Tool Diameter Set Cutting Speed Set Z- Down Speed
Cut on left Cut on right
SINGLE
cut to full depth
STEP
cuts with increasing depth
Step depth
Sloping cut function - Direction of slope
Depth increase = X increase Depth increase = X decrease
Depth increase = Y decrease Depth increase = Y increase
Start depth Final depth Cut order, normal (from start point to endpoint) or reverse (from end point to start point).

PP = Start point
Set the start point of the work
Closed object
Open ended object
Start point
Object
Percorso utensile
:todo:
Open ended objects must start at an end
CLOCKWISE
ANTICLOCKWISE
Direction of First Cut Not valid for open ended objects
ENTRY/EXIT
Set an approach path for the tool.
L = straight section
R = radius of a curved section.
ENTRY PATH EXIT PATH
:todo:
Closed objects and inside cuts
do not ENTER/EXIT on corners

10.2.3.1 TOPS - CAM Program

:tch: :->: Symbols on Objects
The selected line is red

End of line
3 POINT ARC

The middle point

Start of an object


Scroll and Select from CAM list
Add a CAM Delete a CAM CAM properties
Fit to screen Zoom in Zoom out
Set the CAM

Work OK

CAM In Program

Work OFF

CAM Not in Program
CAD object modified


Select object
:tch: :->: Mill Cut
Core Drill Recess
Mill Recess
3D Recess
Disk Cut

10.2.3.1.1 CORE DRILL RECESSING
:tch: :->: lavello_svuotato_3.jpg
:tch: :->:

L'area interna di una geometria chiusa viene svuotata tramite foratura. Tale lavorazione calcola la posizione dei fori secondo una modalità impostata con i seguenti parametri.

Set Tool Diameter forat_continua.jpg AUTOMATIC drilling forat_pausa.jpg Press START to drill each hole
Edge hole spacing Extra space between holes and inside edge
X hole spacing Y hole spacing
Hole Path Layout
mod_bordo.jpg EDGE
holes along inside edge
mod_or.jpg HOR
horizontal path
mod_ver.jpg VER
vertical path
mod_bordo_or.jpg EDGE+HOR
inside edge + horizontal
mod_bordo_ver.jpg EDGE + VER
inside edge + vertical
P1prof_1.jpg First depth of drilling V1vel_prof_1.jpg First drilling speed
P2prof_2.jpg Final drilling depth V2vel_prof_2.jpg Final drilling speed
P1 must be less than P2 V1 is normally less than V2

10.2.3.1.2 MILL RECESSING
:tch: :->:

:tch: :->:


Set drill diameter Space between tool paths extra material along inside edge
TI: Direction of slope FIXME
Depth increase = X increase Depth increase = X decrease Start depth of slope
Depth increase = Y decrease Depth increase = Y increase Final depth of slope
:info: If Start depth and Final depth are equal = no slope
HORIZONTAL
tool paths along X
VERTICAL
tool paths along Y
SPIRAL
tool paths in concentric circles.
VZ = Z- down speed VT = Cutting speed
SINGLE
Depth cut in one stroke.
STEP FIXME
Depth cut in several steps.
Depth increase at each STEP

10.2.3.1.3 3D RECESSING
:tch: :->:
:tch:
:->:


3D Recessing applied to a rectangle
1Depth at center
2Outside radius
3Inside radius
4Drain radius
5Closed object
6Depth at edge
7Tool path


Set tool diameter Depth at edge Depth at drain center
- RE = Outside radius
- RI = Inside radius
- RS = Drain radius (all at center depth)
PB = Cut spacing on edge of slab PR = Cut spacing on outside radius
X position of drain center Y position of drain center Extra material along inside edge
Z- down speed Cutting speed

11. WORK PROGRAMS

11.1 Run a Program

:tch: :->:
:tch: :->:
:tch:
RUN
:->:
:tch: :->:
:tch: :->:

11.1.1 Work Program type 0 (Profili dritti)

:tch: :->:
tasto marmo/granito FIXME FIXME STOP FIXME FIXME
Work Parameters see Work Program FIXME
FIXME FIXME
1 Auto-set minimum 2 Auto-set maximum
:todo: The minimum and maximum limits = slab size + disk radius

FIXME dimensione blocco??

FIXME quota di correzione???

:tch: MACHINE START. FIXME La successione dei tagli compone la sgrossatura del profilo. L'asse X si muoverà sempre tra le due quote autoapprese che dovranno essere esterne al blocco da lavorare.

FIXME A questo punto può essere eseguita la finitura se il selettore della finitura è stato impostato su CONTINUA (se impostato su OFF la finitura verrà saltata, se impostato su SOLO la finitura verrà eseguita subito, senza eseguire la sgrossatura).

FIXME Per eseguire l'operazione di finitura la lama si porta sulla quota di X autoappresa minima + quota di correzione e quindi esegue una serie di passate in interpolazione YZ in accordo con i parametri per la finitura impostati. La finitura finisce quando si arriva alla quota X autoappresa massima - quota di correzione (vedi esempio).

1minima autoappresa
2massima autoappresa
3quota di correzione +
4quota di correzione -
Sgrossatura, finitura e profilo risultante
:todo: Nel dare start al ciclo automatico verrà richiesta un'operazione di azzeramento delle quote degli assi.

GRANDE FIXME FIXME FIXME

11.1.2 Work Program type 0 (Profili sagomati)

:tch: :->:

I tagli vengono realizzati in successione con un'unica passata (marmo) oppure ad incrementi successivi (granito) in accordo con i parametri impostati in precedenza. La successione dei tagli compone la sgrossatura del profilo. I tagli vengono eseguiti partendo dalla quota X autoappresa minima aggiungendo due tratti orizzontali lunghi come il raggio della lama, prima e dopo il profilo disegnato.

1Profile
2Disk radius
3Profile FIXME larghezza

Si potranno presentare quindi due casi:

1minima autoappresa
2massima autoappresa
3raggio lama
4larghezza del profilo

In questo caso la larghezza del profilo sommato al diametro della lama è maggiore della distanza tra le due quote di X autoapprese. Come si vede dalla figura, il taglio parte alla quota minima autoappresa e viene eseguito completamente fino a superare la quota X massima autoappresa.

1minima autoappresa
2massima autoappresa
3raggio lama
4larghezza del profilo

In questo caso la larghezza del profilo sommato al diametro della lama è minore della distanza tra le due quote di X autoapprese. Come si vede dalla figura, il taglio parte alla quota minima autoappresa ,mentre il tratto orizzontale finale viene prolungato fino a portare il centro della lama sulla quota X autoappresa massima.

Il processo di finitura non è previsto per le lavorazioni di taglio curvilineo.

Questa schermata spiega che la lama deve essere portata a sfioro del blocco (come rappresentato), prima di dare l' OK per l'azzeramento delle quote degli assi.

Sgrossatura e profilo risultante

11.1.3 Work Program type 1 or 2 (Profili sagomati)

:tch: :->:

Nella pagina di esecuzione 2D è possibile lanciare l'esecuzione di un programma 2D. Nella lista di lavorazioni sono evidenziate a gruppi di 5 in un menu scorrevole le singole operazioni che compongono il programma. Durante l'esecuzione verrò visualizzata l'esecuzione della lavorazione in maniera simile a quanto ottenuto in fase di programmazione.

:todo: Nel dare start al ciclo automatico verrà richiesta un'operazione di azzeramento delle quote degli assi.

11.1.4 TOPS Work Program

FIXME

12. ISO G codes

:tch: :->:
:tch: :->:
:todo: Optional accessory requiring QEM Isomanager (see specific manual FIXME insert link )
:info: When using an SD card rename the .hex file with a number (0 ~ 999999). (file name: 1.hex, 2.hex…)

Program State

Run Mode 1: read from SD card read file from a Memory card
2: read from PC read file from the PC connection
3: save on SD card only save file from PC to SD card
SD card program number the .hex file number in the SD card.
Read status the percentage progress of reading the file on SD card.
Block Executed ISO instructions executed.
G code of actual line num. the actual ISO instruction number.
G code actual line the actual ISO instruction.

Program settings

:tch:
Run ISO from SD card
Run ISO from internal memory
Run ISO from remote
Run ISO from remote and save on internal memory
Only save ISO on internal memory

13. Alarms

:tch: :->:
cancel all alarms

Alarms block the machine operation.

Alarm Cause Solution
Emergency Manual emergency stop -
Y limit switch backward Y-axis at minimum LS -
Y limit switch forward Y-axis at maximum LS -
Z limit switch backward Z-axis at minimum LS -
Z limit switch forward Z-axis at maximum LS -
X limit switch backward X-axis at minimum LS -
X limit switch forward X-axis at maximum LS -
H limit switch backward H-axis at minimum LS -
H limit switch forward H-axis at maximum LS -
Disk not running Disk must be running in automatic cyle -
Water pressure No cooling water The water valve shut
Disk motor overcurrent The disk motor current absorption is over the threshold -
Z Following error The axis follow error is over the maximum threshold -
Y Following error -
X Following error -
Interpolation fault Error during axis interpolation One axis over the maximum position
Thermic fault Overload of drivers tripped -
Driver is fault Fault in one of the axis drivers -
X encoder fault Axis encoder malfunctioning -
Y encoder fault -
Z encoder fault -
W sensor missing Low table sensor may be disconnected -
Y Axis out of tolerance Axis positioning out of tolerance Check axis setup parameters
Z Axis out of tolerance
W Axis out of tolerance
H Axis out of tolerance
CAN module - data error CAN module error Check CAN comunication or cable
CAN module - no comunication CAN module not responding
SD CARD not present Error in SD card upload/download Check the MMC/SD support, check the correct procedure
MMC/SD error update
MMC/SD file not open
MMC/SD file not create
MMC/SD error write
MMC/SD error seek
MMC/SD error read
MMC/SD error read seek
MMC/SD error read format
MMC/SD error record
MMC/SD error delete
MMC/SD error max retry
MMC/SD undefined error
INT: motion mode not defined Interpolation interpreter error -
INT: exact path mode not supported
INT: invalid istruction
INT: invalid version
INT: invalid release
INT: spindle management
INT: change tool management
Mechanical components activation error Interpolation execution error
INTERP writing error
INTERP starting error


13.1 Alarm History

:tch: :->:

:tch: to cancel Alarm History

13.2 Warning Messages

Messages do not block the machine operation. FIXME controllare con qpaint

Messagge Cause Solution
PLEASE WAIT… FIXME Data being processed -
WAITING FOR POWER SYSTEM FIXME Check the emergency button is not pressed
PATH FIXME ERROR There is an error in the path settings, FIXME before the process. The path may be too long
DISK TILT ERROR The disk or tool tilt is not correct for the work cycle Correct the disk or tool tilt
WORK DONE Automatic cycle is completed successfully -
X POSITION NOT OK X position is incorrent X position is outside the auto-set min-max positions
RUN HOMING The Homing is not OK Run the homing procedure

14. Diagnostics

:tch:
:->:
:tch:
:->:
:tch:

PASSWORD:462
:->:
:tch:
:->:
:tch:
I/O

:->:
INPUTS
:tch: :dn:
OUTPUTS
:tch: :dn:
COUNTERS
:tch: :dn:
ANALOG OUTS
:tch: :dn:

14.1 CPU DATA

Fw name : firmware code and relative checksum
Task time : average CPU cycle time
Maximum Time and Minimum Time indexing for the scan
CPU time : total time CPU is in RUN state (hh:mm)

14.2 Inputs

:tch:
INPUTS
State of digital inputs
= OFF
= ON
Analog input readings
BOURNS input reading
FIXME

14.3 Outputs

:tch:
OUTPUTS
State of the digital outputs.
= OFF
= ON

14.4 Encoder Counts

:tch:
COUNTS
Axis position

State of encoder channels.
= OFF
= ON

FOLLERR: = realtime following error
MAX: POS:/NEG: = min - max follow errors

14.5 Analog outputs

:tch:
ANALOG OUTS
Analog output voltage

14.6 Controllo dei finecorsa

Controllo dei finecorsa hardware

Controllo dei finecorsa 0° - 90° del disco

Disk auto speed table (password) FIXME Va su installazione non qui

Tool compensation limits

FIXME The compensazione del tool diameter nelle lavorazioni 2D consente di determinare il percorso che l'utensile di un certo diametro deve compiere per ottenere le dimensioni del pezzo inserite.
Una volta impostato il diametro dell'utensile nella apposita pagina della lavorazione 2D, viene proposto all'operatore il percorso utensile disegnato con un tratto blu. L'operatore deve eseguire un controllo visivo della correttezza del percorso utensile.
Tale controllo è necessario per verificare la correttezza del percorso nel caso in cui si siano verificati i casi limite di seguito elencati:

Percorso utensile che si chiude su se stesso:

This does not cause a tool compensation error.