I've only used Basic on TrioMotion controllers before. My main job is embedded to it's usually C and a dash of assembler thrown in for me.
I know somebody working on a machine which will need a controller, and the volumes aren't there for a bespoke embedded design. So If the hardware is available in the next few weeks I may get a go on that. Otherwise, I can couple it to a lathe in an attempt to semi automate some repetetive jobs, without going the full CNC route. The lathe is a bit of a hybrid, having been made from mainly scrap parts, cobbled together.
It is a Serial (RS-232) data cable (AH HA insight: 3 wire ? OR 6-pin connector with the following pinout: RTS, RX, TX, 5V, CTS, GND) to program the device from a XP (maybe Win 7) PC.
My question is: Does that cable come with the free Software? If not, may I safely assume that
the HMI allows for complete programming?
Answer:
With the free software provided, iSmart ‘intelligent’ relays can be
programmed via a PC, PDA (pocket PC) or the integral keypad, using
Relay Ladder (LD) or Function Block Diagram (FDB).
Thank you all for applying. This RoadTest is now closed. We are pleased to announce the following members that have been selected to receive a IMO iSmart Road Test:
Daniel Williamson
William Bottger
Paul Clarke
Laszlo Vagasi
Christian-Gyozo Haba
Xavier Chaze
Lucian Enache
Dirk Kok
Travis McClung
Steven Maki
Congratulations! Your product will be shipped to the address each of you provided when you applied for this RoadTest. As a reminder, element14 and our supplier partners send these products free-of-charge because we place high value upon your unbiased, detailed product review. Please post your review back here within 3-6 weeks of receiving your item.
For those who were not selected to win this product, we have the SLS Core Commander Development Board (Cyclone lll) Road Test open for applicants
Brewing is an excellent application for this micro (wannabe) PLC -I use Siemens LOGO for greenhouse/growroom automation but I think the iSmart might be more suitable because it has several analog inputs onboard, eliminating the need for additional input modules that are required with the LOGO. Typical Hydroponic garden: control lights with 24hr timers;
temp, humidity, CO2 control; TDS & pH control for nutrient supply; cycle timer(s) for irrigation... Pretty easy to control everything in the garden with a little bit of processing power. Add a touch screen HMI for local and a web server for remote control.
Just came up with the perfect project for this, a Brewing Automation Controller, monitor temp. of the Mash, control the heating unit, activate indictors for when to add or remove hops, perfect platform for you electronic/brewing hobbyist.
It is practically a small PLC. As I see in doc provided by danteo the ladder and function block programming available is not based on IEC 61131 standard. I hope it can be also programmed with the help of HMI buttons and display.
I'd doubt it. The ATmega328P is a 8-bit chip and that controller has 12-bit analogue inputs. I'm sure there is something more powerful under there and probably running a custom boot loader.