Dynomotion Forum

Hi Thomas, So shorting #RESET to 3.3V stops any disconnects for you? Could you provide more details? Where are you shorting it? Could you try cutting the #RESET wire near the Kogna Connectors to see if that also solves the problem? Another option would be to add a small Ceramic Cap (0.01uF) between ...

Hi Tim, If the Probe is triggered calling StopCoordinatedMotion() continuously should stop and prevent any motion. However it would require the probe signal to be removed to allow any motion away from the probe. There isn't any clear way to determine which axis and which direction caused the trigger...

Hi Tim, The Red bar is normally used to show that actual measured spindle speed. It reads the Axis configured for the Spindle. Set the Threading Sensor Type to 0 (none) to disable this. Normally to do Probing an axis is commanded to do an independent Jog and then a C Program loops watching the Probe...

Hi Griffin, One possibility is a noise glitch entering the peripheral RESET# signal that is on several connectors. Crosstalk on cables might cause a reset. The signal is an output only signal that is driven hard to 3.3V. If I short it to GND through a 10 Ohm resistor it causes the Ethernet to discon...

Hi Tim, I need a slider to control the glue dispense time as the lue viscosity varies depending on the factory temperature. The glue secures the placed inserts in the mould to stop them moving when the mould is filled with concrete. I was hoping to read the spindle override slider and scale to the c...

Very nice!

Hi Griffin, With Input Mode = NO_INPUT_MODE the Position should be ignored. On Power/Up Default the axes are in Encoder Input mode. The state of the associated quadrature bits may cause a count of 0, 1, -1, or 2. Switching to NO_INPUT_MODE will not automatically zero the position. In some modes Enab...

Hi Griffin, Sorry you are have problems we would like to resolve this. Have any clues what causes the disconnect? When the machine is idle? What Version are you using? What type of PC do you have? What type of network do you have? Direct connection? Is Kogna the DHCP Server? Or do you have a router?...

Its difficult/impossible to adjust analog servos to command exactly zero and remain still. There will always be some offset and noise with analog drives. If you try something might change next month. Especially with torque Drives as any amount of torque will continue to accelerate. I'm not sure why ...

Also in a Kanalog system there isn't any Supply Voltage information. So on the Step Response Screen Plot Command, Position, and Output to see the DAC Output.