- CONNECTING PICCONVERT TO ETHERNET SMOOTHSTEPPER DRIVERS
- CONNECTING PICCONVERT TO ETHERNET SMOOTHSTEPPER DRIVER
- CONNECTING PICCONVERT TO ETHERNET SMOOTHSTEPPER FULL
- CONNECTING PICCONVERT TO ETHERNET SMOOTHSTEPPER SOFTWARE
- CONNECTING PICCONVERT TO ETHERNET SMOOTHSTEPPER PC
Education - Teachers and Students Hangout Ether way Ill need some sort of common ground from the Ethernet Smoothstepper FWD, REV and PWM pins to the digital (FWD,REV) and analog (PWM) inputs of the VFD.You don't have a 0-5v or 0-10v analog signal to run the VFD Drive to control your speed, so you need a PWM to analog 0-10v Board JFor a Spindle that is controlled by a 0-10V Analog signal, you will need a Break Out Board that can convert a PWM, Step/Dir, CW/CCW or Quadrature signals into a 0-10V analog signal (and also provide one or two relays to control the VFD) I'm not sure it this will work or not but I'd like to try it before I buy or try to create a BOB that's capable of turning my 0-5v into 0-10v.
CONNECTING PICCONVERT TO ETHERNET SMOOTHSTEPPER FULL
What I'm hoping to do is use the Parameter F17 AIN gain (%) and increase it to 200% in order to reach full speed. Now before anyone states the obvious, "The vfd needs 10v and you only have 5v". The Ethernet SmoothStepper (ESS) is a high-performance external motion controller for Mach3 and Mach4.
Anyway how can I complete the circuit otherwise? I'm not even sure I can send a 0-5v digital signal to and analog input? Ether way I'll need some sort of common ground from the Ethernet Smoothstepper FWD, REV and PWM pins to the digital (FWD,REV) and analog (PWM) inputs of the VFD. My problem is I don't want to connect the ground of my ESS to the com pin on the VFD, Something deep within my subconscious is screaming "Don't do it" or maybe it was the internet saying that, who knows. I'm reading 0 - 5.1v off the ESS PWM pin depending on what speed I punch in on Mach4, So I have that side of it sorted. The ESS has a pins designated for FWD, REV and PWM.
The VFD currently uses a com, AIN and +10v pins connected to a pot for speed control or more precisely control the frequency of the output. I think I have 90% of it sorted through reading other post and info I have found on the net but the one thing that eludes me is what to do about a common between the ESS and the VFD. I have laptop running Mach4 with an ESS controller. I'm using a Teco VFD part number is something like JNEV-202-H1. For your axes (X, Y, Z, A, B and C), the SmoothSteppers can control.
CONNECTING PICCONVERT TO ETHERNET SMOOTHSTEPPER DRIVER
On the Ethernet screen, under Network profile type, select Private. Product Details of the USB and the Ethernet SmoothSteppers (USS and ESS) Since the SmoothStepper outputs 5V signals (with currents limited to 24 or 32 mA, dependent on the selected output pin ), you will need a motor driver between the SmoothStepper and the motor itself. The LPH26 ribbon cable option includes the appropriate cables for breakout boards with a 26-pin header, like the PMDX-126.Well as the title suggests I'm trying to achieve speed control for the spindle through Mach4. Select Settings > Network & internet > Ethernet.
CONNECTING PICCONVERT TO ETHERNET SMOOTHSTEPPER DRIVERS
The DB25 to LPH26 ribbon cable option allows the Ethernet SmoothStepper to plug directly into all-in-one motor drivers like the MX4660 or G540. The Ethernet SmoothStepper is an external motion control device that connects to the Ethernet port of a computer.
CONNECTING PICCONVERT TO ETHERNET SMOOTHSTEPPER SOFTWARE
The Ethernet SmoothStepper does not require any special software drivers, simply utilizing the standard ethernet driver provided by your operating system, and supports up to (3) 25 pin ports worth of IO (simulating 3 parallel ports). It solves or greatly reduces most potential Windows-related communication issues by providing a dedicated real-time DSP (digital signal processor) to handle the precise timing of step and direction signals.
CONNECTING PICCONVERT TO ETHERNET SMOOTHSTEPPER PC
In addition to enabling the use of Mach4 with any modern PC that lacks a parallel port or runs a 64-bit version of Windows, the Ethernet SmoothStepper provides a more reliable and robust communication path between your PC and CNC electronics. After the installation I can move x, y and z as normal but when I issue a M3 S10000 or any other speed command the spindle energizes and rotates at about 3 rpms. It is a standard component in our Plug and Play NEMA 23 CNC Control System and Plug and Play NEMA 34 CNC Control System and is recommended with all of our Electronics kits. Last week I received my ethernet Smoothstepper board and have followed the Warp9 instructions to the letter in connecting the G540 and loading the associated plugin/software. The Ethernet SmoothStepper is our preferred solution for the ideal CNC controller experience.
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