Advanced Search

PACKING LIST
SPINDLE MOTOR 1pcs used
ISO20-ER16 6pcs brand new
1.Orders will be shipped out within 3-5 working days once payment received. Please make sure the phone number is valid.2.We Will ship by DHL/fedex/tnt serice . You will be updated the tracking number via ebay and email. Generally, it takes 15-30 delivery days to your shipping address.3.Kindly please note the tax fee and clearance fee are not included in the item price. You have to take the responsibility for the tax and clearance fee.4. Please feel free contact us if you have any question


This email address is being protected from spambots. You need JavaScript enabled to view it.

www.ebay.com/itm/187367138385

He comprobado por si había cortocircuito y no encontré ningunoLa tierra la tengo conectada de todos los cables blindados en una sola punta dentro de la caja de control en una barra de tierra que a su vez esta conectada a la tierra de la redEl problema fue cuando conectar el thcad2 antes de conectarlo, estuve cortando y todo funcionaba bien también es verdad que lo conecta y no lo configuré en linuxcnc por el hecho, que no encontráis la pantalla de thcad2 en pncconf y no se como configurarlo en .hal y solamente le di hacer una prueba arrancando la antorcha y ya los motores no se movían al instante.

ya pedí los chips pero me gustaría encontrar lo que a producido el fallo antes de que me pase lo mismo. Podrías ayudarme. Gracias de nuevo

Thanks for the link.
Looking at locale.

LC 2.9.2:
Menu-config has an extra step for setting locale.
When en_AU is selected, a pop-up shows C.UTF and en_AU.UTF, adds a warning about setting locale, then Ok to accept en_Au.
Then locales are generated before returning to the menu-config dialog.

LC 2.9.4
The extra step is not present.
The return to the dialog is too quick to see if a locale is generated.

Research on Debian locale seems to require editing of files.
I will start reviewing this tomorrow (and re-read the reference link).

John

Thank you for your pointers in the right direction. Helps a lot.

Unfortunately the 7i84 still does not report back. I just discovered that jumper w4 needs to be removed, even though it's not mentioned anywhere. I've been running a simple half file and use your suggested mesaflash prompt to check available serial devices. Is there something else I can do?

loadrt hostmot2
loadrt hm2_pci config=sserial_port_0=000xxxxx

loadrt threads name1=servo-thread period=1000000

addf hm2_5i25.0.read servo-thread
addf hm2_5i25.0.write servo-thread
addf hm2_5i25.0.pet_watchdog servo-thread

start

For axample:
Aluminium extrusion profile L=1200mm (2.9 kg) vs aluminium 50x50x2 tube L=1200mm (3.6kg)

I must say that the weight comparison seems very counter intuitive.

[edit]

you are comparing aluminium extrusion profile to  50x50x2 steel tubing (8000kg/m3).

The most likely problem is that you have 'anglejog.current-scale' = '0'.

Note that the 'anglejog.scale-in' value is only sampled when 'anglejog.enable-in' is false. (See 'Notes' in the man page linked above)

You may want to have a look at the anglejog sim config :
configs/sim/axis/anglejog

 

Thanks, well spotted! I was hoping that 1/3200 microstepping would work.
Perhaps I will have to do a 1/3 reduction later. For now I think I'll try how this works.

The goal is to get linuxcnc up and running first and try to configure everything properly



The point of the 80x40 extrusion profile I certainly do not agree with as a mechanical engineer.
The 80/40 extrusion profile has a much higher stiffness compared to a normal tube. Especially compared to an aluminum tube.

For axample:
Aluminium extrusion profile L=1200mm (2.9 kg) vs aluminium 50x50x2 tube L=1200mm (3.6kg)

Comparison of Bending Resistance
ProfileDirection (axis)                                        Section Modulus (W) 

80x40 extrusion
Major axis (80 mm high) → bending about        X = 8,898,884 mm³ 
Minor axis (40 mm high) → bending about        Y = 120,303 mm³

50x50x2 mm box
Any axis (symmetric) → c = 25 mm                    X and Y = 5,912 mm³

Key Differences:

In the x-axis, the 80x40 profile has ~1500× higher section modulus (1500x stronger!) and is 20% less heavy than the 50x50x2 box.

In the y-axis, it still has ~20× higher section modulus (20x stronger!).

Agreed on the gear reduction or machining a smaller pulley. I think they make htd in 3mm pitch so you can reduce pulley size.

The goal with plasma is to accelerate as fast as possible to the desired cutting speed to minimize slag...... That's basically the entire goal..... The less time you are in-between stopping and cut speed the less slag you will have. So keep all motion components as light and strong as possible. That 80/20 t slot extrusion is heavy and weak (for the weight), use square tube instead.

Also 3d printed parts are fine for a prototype/hobby machine but you are building a machine that shoots sparks everywhere and makes things very hot. Plan for machining the parts out of AL if you want to use it in an industrial environment.

Hope that helps

A guess:

setp hal_gpio.pin-40-out-invert true

Running LinuxCNC and then running:

halcmd show all | grep invert

in a terminal window should give the the exact naming syntax