CNC-Portalfräse - Versionsgeschichte

Wucke13: /* Qualification Log */

2026-09-26T22:53:06Z

‎Qualification Log

Wucke13: /* Operators */

2026-09-26T15:41:36Z

‎Operators

Wucke13 am 20. August 2026 um 21:04 Uhr

2026-08-20T21:04:51Z

Wucke13: /* Technical Details */ Add information about mist cooling system

2026-08-16T21:11:49Z

‎Technical Details: Add information about mist cooling system

Wucke13: add operator training sketch

2026-07-10T20:23:51Z

add operator training sketch

Wucke13: /* Technical Details */

2026-07-10T20:16:30Z

‎Technical Details

Wucke13 am 17. Juni 2026 um 10:55 Uhr

2026-06-17T10:55:57Z

Wucke13: Aktualisierung vom Status, kleinere Anpassung an der Einführung, Update Verdrahtung

2026-06-17T10:54:08Z

Aktualisierung vom Status, kleinere Anpassung an der Einführung, Update Verdrahtung

Änderungen zeigen

Wucke13: /* Weblinks */

2026-05-14T21:25:48Z

‎Weblinks

Wucke13: /* Components */

2026-05-07T22:07:54Z

‎Components

@@ Zeile 164: / Zeile 164: @@
 | 2026-09-26
 | Speed
 | ✓
 | ✓

@@ Zeile 120: / Zeile 120: @@
 ** ☐ <code>G54</code>/<code>G55</code>/…
 ** ☐ <code>G10 L2 P0 X0 Y0 Z0 R0</code>
-** ☐ <code>G10 L1 P1 X0 Y0 Z0</code>
+** ☐ <code>G10 L1 P1 X0 Y0 Z0</code> / <code>G43</code>
 * ☐ Touchprobe &amp; Toolprobe
 ** ☐ Use toolprobe with <code>T99</code> for TLO Z
@@ Zeile 156: / Zeile 156: @@
 | 2026-08-20
 | Arne
 | ✓
 | ✓
@@ Zeile 170: / Zeile 178: @@
+|
 |}
 == Technical Details ==

@@ Zeile 147: / Zeile 147: @@
 |-
 ! Date
-! Name
+! Applicant
 ! Motion/Coordinate Systems
 ! Touchprobe &amp; Toolprobe
 ! Automatic Operation
 ! CAM: FreeCAD
 |-
+|
+|
+|

@@ Zeile 197: / Zeile 197: @@
 * 2 × [https://new.abb.com/products/de/1SBE121111R0120/esb20-20n-01 ABB ESB20-20N-01] 2 pole 240 V AC Contactor, 24 V AC/DC Coil
 * 1 × [https://vallder.com/de/product/3d-edge-finder-tp06-v6/ TP06-V6] Touchprobe
-* 1 x [https://de.aliexpress.com/item/1005011811058720.html AT43-Z] Toolprobe
+* 1 × [https://aliexpress.com/item/1005011811058720.html AT43-Z] Toolprobe
 <span id="electronics-overview"></span>
@@ Zeile 802: / Zeile 806: @@
 | 23
 | OUTPUT6
+| Mist Cooling enable
+|
 |-
@@ Zeile 810: / Zeile 814: @@
 | Pull-Up to enable the steppers
 |}
 [[Kategorie:Infrastruktur]]
 [[Kategorie:CNC-Fräse]]

@@ Zeile 102: / Zeile 102: @@
 * [http://en.wikipedia.org/wiki/G-code GCodes (allgemein)]
 * [https://linuxcnc.org/docs/html/gcode/g-code.html GCodes (LinuxCNC)]
 == Technical Details ==

@@ Zeile 113: / Zeile 113: @@
 * Grease nipple conforms to DIN 71412
 * Grease to be used for ball screw and linear rails:
-** rolling bearing grease
+** Rolling bearing grease
 ** '''No''' solid lubricant additives (like MoS<sub>2</sub> or Graphen)
 ** NGLI 2 as per DIN 51818
-** DIN 51825 K2K or KP2K
+** DIN 51825 <code>K 2 K</code> or <code>KP 2 K</code>
 ** See https://www.boie.de/INTERSHOP/static/WFS/BOIE-Site/BOIE_DE/BOIE-BOIE_DE/de_DE/Kataloge/BoschRexroth/Kugelgewindetriebe.pdf for more info
 * A DIN 1284 grease gun was bought and is in the Space 3.0 workshop
-* It is loaded with Ballistol KP2 K30 grease
+* It is loaded with Ballistol <code>KP 2 K-30</code> grease
 <span id="components"></span>
@@ Zeile 156: / Zeile 129: @@
 * 1 × [https://www.meanwell.com/webapp/product/search.aspx?prod=NDR-75 Meanwell NDR-75-24] 24 V, 75 Watt Power-supply for Field IO
 * 2 × [https://new.abb.com/products/de/1SBE121111R0120/esb20-20n-01 ABB ESB20-20N-01] 2 pole 240 V AC Contactor, 24 V AC/DC Coil
 <span id="electronics-overview"></span>
@@ Zeile 174: / Zeile 149: @@
 * All high-speed IO (i.e. step &amp; direction) is fully differential
 * Limit switches and probe signals are NC to +24V, and will open upon activation. Thus a cable break appears as “limit switch activated” or “probe activated”.
-* All moving are guarded redundantly by the physical emergency stop switch: it comprises two distinct electrical switches, one NC, and one NO. The NC switch supplies GND to the socket contactors (for the switched 230VAC) and the stepper drive enable signals. Independently of that, the NO signals to LinuxCNC when the emergency stop was pushed. Thus LinuxCNC will deactivate the machine’s actuators when the physical emergency stop switch is pressed; but even in the instance of totally unresponsive software, the NC switch will ''still'' disable the kinematics by taking awaiy GND from contactor coils and stepper enable signals.
+* All moving are guarded redundantly by the physical emergency stop switch: it comprises two distinct electrical switches, one NC, and one NO. The NC switch supplies GND to the socket contactors (for the switched 230VAC) and the stepper drive enable signals. Independently of that, the NO signals to LinuxCNC when the emergency stop was pushed. Thus LinuxCNC will deactivate the machine’s actuators when the physical emergency stop switch is pressed; but even in the instance of totally unresponsive software, the NC switch will ''still'' disable the kinematics by taking away GND from contactor coils and stepper enable signals.
-** The machine has no brakes; thus absolute standstill of all moving parts immediately after pushing the emergency stop switch.
+** The machine has no brakes; thus absolute standstill of all moving parts immediately after pushing the emergency stop switch can not be guaranteed.
 <span id="cable-color-codes"></span>
@@ Zeile 399: / Zeile 374: @@
 | 6
 | GROUND
-| Enable D-
-| Connects Boost D- to GND for all Stepper Driver
-| TODO verify
 |-
 | 7
 | GROUND
-| Fault D-
-| Connects Fault D- to GND for all Stepper Driver
-| TODO verify
 |-
 | 8

@@ Zeile 1: / Zeile 1: @@
 {{Hardware
 |kontakt = {{Benutzer|wucke13}}
-|status = operational, uncalibrated
+|status = working
 |ort = Werkstatt Space 3.0
 |beschreibung = CNC-Fräse

@@ Zeile 111: / Zeile 111: @@
 == Weblinks ==
-* [ https://linuxcnc.org/docs/stable/html/ LinuxCNC Docs]
+* [https://linuxcnc.org/docs/stable/html/ LinuxCNC Docs]
 * [http://en.wikipedia.org/wiki/G-code GCodes (allgemein)]
 * [https://linuxcnc.org/docs/html/gcode/g-code.html GCodes (LinuxCNC)]