![]() There are a bunch of different commands as well, but as I will be using Processing to update the sign, I really only needed to be familiar with the actual presentation of text. There are also 26 graphics, which are user reprogrammable, I have not really explored these. show time and date, no formatting choices These are the available functions for displaying the text There are eight character sizes or formats You choose a colour by using the following tags. There are 26 colour codes to choose from. ![]() So if we wanted to access page A and have it print Hello World, we would send end of line, carriage return - where X is actually the page you wish to access. The sign has room for 26 messages, referred to as pages. If there has not been any communications for over a minute you must make another wake up call to the unit before you can send it any data. If I had not yet woken the unit, I would need to type the following. In our case is the text to send to wake my unit up. where XX is the unit identification number, in hex. To communicate with the Pro-Lite, first we call the identifier to wake up the unit. From 1 – 255 I have only the one unit, and so it is number 1. The protocol is simple enough, it looks a little bit like HTML, in that the code is contained in tags.Įach unit has an ID number which you assign via the remote. ![]() Pretty good, considering that this is not including trivia, which is lame and I think can be deleted.įor my current need this is fine, especially as I intend to use Processing to update the sign anyways, and therefore as the memory. With 26 pages, that makes room for 26,624 characters roughly. The sign only accepts commands up to 1,023 bytes in length, minus packet headers leaves room for 1016 characters. Connecting the wrong way should not damage anything, but snapping them into the female connector makes it trickier to change around if you have the pin-out wrong. If you are using a cross-over cable, then you will be connecting green to pin 2, red to pin 3, and yellow to pin 5.Ī little hint for construction if you are unsure is to connect the pins directly to the male port (on your computer or an extension) to test until you are satisfied that you have it right. The red wire will go to pin 2, and the black wire will go to pin 5. If you are using a straight-through cable, connect the green wire to pin 3 of the DB9. Communication Wire ConstructionĬut one end off of your telephone extension, expose enough wire to work with, and strip the four ends.Ĭrimp-connect the pins that came with your DB9 connector onto each of the exposed wires. You can make your cable either way, just reverse the connections from mine if you are using a crossover cable. If they line up, you are holding a crossover cable, otherwise it is straight-through. You do this by holding the cable end to end, tip to tip, and seeing if the colours line up or not. Instruction video showing how to program your VE.Bus product in VE.First you need to identify whether your phone wire is straight-through or crossover. On computers with internet, Windows will automatically download the correct driver itself. To install the MK2-USB / MK3-USB driver on a computer without internet, first download the MK2-USB / MK3-USB driver using VEConfig3 and install it by selecting the menu Special -> USB Drivers. Only afterwards connect the MK2-USB / MK3-USB to your computer for the first time. USB driver installation program for MK2-USB / To connect your computer to a VE.Bus product (Multis, Quattros and Inverters), you need a driver for MK2-USB (ASS030130000) / MK3-USB (ASS030140000) and an RJ45 UTP cable (ASS030064xxx and ASS030065xxx).
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