Posted By admin

This is only limited by the number of USB ports on your computer. The openness of the software and especially the MoCoBus protocol clearly gives this system an advantage over proprietary solutions. The second one can be used to daisy-chain the board to other nanoMoco boards. Board are daisy-chained via Cat5 cables. Or when you want to rotate your complete subject while you are creating a time lapse sequence?

Uploader: Faemuro
Date Added: 27 August 2006
File Size: 44.17 Mb
Operating Systems: Windows NT/2000/XP/2003/2003/7/8/10 MacOS 10/X
Downloads: 27321
Price: Free* [*Free Regsitration Required]

Dynamic Perception nanoMoco hardware and software – a first impression | Elysia Visuals

That is a good thing since the commands are now much more logical and consistent. It is ubiquitous, easy to source, and the RJ45 connection standard on ethernet cables provides a locking mechanism to prevent accidental disconnect. The use of a time lapse slider gives you the possibility to control the motion of your camera in one linear stepprr.

However, for reliable operation in the field it is recommended to terminate nankmoco bus at the last node and at the controller. A clear view of the rotary table build. The following table shows all pins from the standard Arduino Atmegap interface to the nanoMoCo pins and assignments:.

That was a difficult road since I had never done this before. But what about controlling the pan and tilt axis of your camera? Note that the potentiometer has stops at both ends of its motion, do not attempt to turn it past these stops or you may damage the potentiometer.


The easiest way to nanomco the nznomoco draw is with a benchtop power supply that shows a current read-out, allowing you to adjust the current until the correct load is shown. You don’t need to use a separate Arduino, stepper controller and electronics to fire your camera. Key features of the nanoMoCo include: The boards communicate via the MoCoBus steppper. You need a connector board that is connected to the nanoMoco board in order to have an easy way of connecting all the cables.

The big advantage of the nanoMoco board is that it holds all of this in a very small package.

User guide for nanoMoCo, MoCoBus, and the new Motion Engine | Elysia Visuals

The three control lines on the Simple Synchronization bus are referred to as Common 1, 2, and 3. Tuning the Motor The motor driver must be tuned to the correct current limit for your motor. Shopping cart Your shopping cart is empty.

Selected Product Merlin 2-axis pan and tilt head. Cabling Selection In accordance with the RS EIA specification, twisted pair wiring must be used for external cabling on the command and control bus. Electronics is a hobby of mine, but designing and producing my own boards was always something that I tried to prevent.

With Graffik you can control as many MoCoBus busses as you can.

Last Drivers  IEEE 488 GPIB DRIVER

User guide for nanoMoCo, MoCoBus, and the new Motion Engine

In this article I want to show you my connector board for the nanoMoco board. Shopping cart Your shopping cart is empty.

You need to control more motors when you want to create these effects. This is where bulb ramping comes in.

This means that unless you are using very small motors, you should provide a clean 12V power supply to stdpper nanoMoCo node. Our focus is to enable creativity and experimentation through open and unencumbered hardware, firmware, and software. Board are daisy-chained via Cat5 cables.

Dynamic Perception announced the nanoMoCo Stepper Driver/Controller

If nsnomoco using the standard Motion Engine firmware that the nanoMoCo comes with, it’s worth noting that the default behavior of the firmware is to sleep the driver disable it between moves. A close-up of the ElysiaVisuals nanoMoco connector board.

Here you see the nanoMoco board at the back of a Nema17 stepper motor. The actual nanoMoco board is small, very small.

Typically, on MoCoBus arrangements, only 12V motors are used. Dynamic Perception has even tweaked the optiboot bootloader that is used by the Arduino Uno.