CNC Shield V4 Erweiterungsplatine mit Nano & 3 Stück Red A4988 für 3D Drucker Bewertungen - Banggood Deutschland Online-Shopping

new ok 9 new ok 9 CNC Shield V4 Erweiterungsplatine mit Nano & 3 Stück Red A4988 für 3D Drucker Bewertungen - Banggood Deutschland Online-Shopping

:

Download the

Banggood App

Laden Sie die App herunter und erhalten Sie

3 US-Dollar Rabattgutschein

Versand nach:

Sprache:

Währung:

Hallo Einloggen Teilnehmen
Einloggen Uns teilnehmen
Neukunde? Hier starten.
0

CNC Shield V4 Erweiterungsplatine mit Nano & 3 Stück Red A4988 für 3D Drucker

US$13.85
~~US$27.70~~
Jetzt Kaufen

Kundenbewertungen

5 aus 5

Alles sehen 2 Bewertungen

5 sterne
2 (100.0%)
4 sterne
0 (0%)
3 sterne
0 (0%)
2 sterne
0 (0%)
1 sterne
0 (0%)

Eine Bewertung schreiben Erhalten Sie doppelte Banggood-Punkte, wenn die von Ihnen vefasste Bewertung in den ersten drei Bewertungen liegt.

Alle Bewertungen (2)
Bild (0)
Video (0)
Alle Sterne
- Alle Sterne(2)
- 5 Sterne(2)
- 4 Sterne(0)
- 3 Sterne(0)
- 2 Sterne(0)
- 1 Sterne(0)

Sortiere durch:

Zur Vorschau

Zur Vorschau
Am hilfreichsten
Die letzten

Bewertungen nur aus Ihrem Land (Germany)

|

Original zeigen

Ein Teil der Rezension wurde automatisch übersetzt.

iriches2000VIP1
CA
18/06/2019

There's one glaring flaw: the micro-stepping jumpers don't work because they connect to ground instead of vcc. I had to modify mine. I removed all of the ground-side pins from the jumper pairs, then made a wire that reached each stepper driver's remaining jumper pins. One end of the wire connects to the +5v on the board and each of the other three ends was soldered to a jumper, which allowed me to send voltage to one or two pins on each stepper (I was able to enable 8x microstepping, which was fine for me). As for the flaw that another buyer mentioned, with the "step" and "dir" pins being reversed, you don't necessarily need to modify the board for that. Just compile your GRBL with the "config.h" file listed in the link on Banggood's CNC Shield product page. Overall, I'm happy, now that I got it working. The Arduino and the stepper motors seem to be flawless so far. And it only took 2 or 3 weeks to get to Ottawa, Canada via regular mail, so that's not bad.

There's one glaring flaw: the micro-stepping jumpers don't work because they connect to ground instead of vcc. I had to modify mine. I removed all of the ground-side pins from the jumper pairs, then made a wire that reached each stepper driver's remaining jumper pins. One end of the wire connects to the +5v on the board and each of the other three ends was soldered to a jumper, which allowed me to send voltage to one or two pins on each stepper (I was able to enable 8x microstepping, which was fine for me). As for the flaw that another buyer mentioned, with the "step" and "dir" pins being reversed, you don't necessarily need to modify the board for that. Just compile your GRBL with the "config.h" file listed in the link on Banggood's CNC Shield product page. Overall, I'm happy, now that I got it working. The Arduino and the stepper motors seem to be flawless so far. And it only took 2 or 3 weeks to get to Ottawa, Canada via regular mail, so that's not bad.

There's one glaring flaw: the micro-stepping jumpers don't work because they connect to ground instead of vcc. I had to modify mine. I removed all of the ground-side pins from the jumper pairs, then made a wire that reached each stepper driver's remaining jumper pins. One end of the wire connects to the +5v on the board and each of the other three ends was soldered to a jumper, which allowed me to send voltage to one or two pins on each stepper (I was able to enable 8x microstepping, which was fine for me). As for the flaw that another buyer mentioned, with the "step" and "dir" pins being reversed, you don't necessarily need to modify the board for that. Just compile your GRBL with the "config.h" file listed in the link on Banggood's CNC Shield product page. Overall, I'm happy, now that I got it working. The Arduino and the stepper motors seem to be flawless so far. And it only took 2 or 3 weeks to get to Ottawa, Canada via regular mail, so that's not bad.
1

Kommentar (1)

Original zeigen
freddyVIP1
DK
30/06/2021

ok

ok

ok
0

Kommentar

Original zeigen

Show:

Gesamt 0 Seiten

Zur Seite gehen

Gehen

Sie interessieren sich vielleicht für:

recommendation for you