Lynxmotion SSC Servo Controller and other robot products. At RobotShop, you will find everything about robotics. Lynxmotion SSC32U Servo Controller Board. Electronics Guide. Lynxmotion SSCU USB Servo Controller Board. Revisions. V August Feedback. Users Manual SSC Ver SSC Ver Manual written for firmware version SSCXE. Range is mS to mS. Lynxmotion, Inc. PO Box
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Note that if you set a servo channel to be positioned using a variable’s value you will lose manual control over that servo. First, make sure your power supply has an output with enough current amps to run everything.
The power simply won’t be there. In the project, I will have a lynxotion to overlook four differen In the center on the left is VL and is labeled Number 4.
When disabled the servo will not be sent any further position commands. The Baud Rate is determined by the jumpers ssc-332 the center of the board in the area labeled “10”.
There are 3 separate Voltage input areas. This can be used as an additional precaution in case your servos cannot physically move beyond certain limits. This should run RoboRealm and start processing images. Variable – Select an appropriate variable that contains or will contain the position value that will be sent to the servo board. Whichever way it says it, those are the jumpers we are talking about. Note that you will only see COM ports that are recognized by your computer.
In some cases, it can even drag down the power supply and cause it to overheat.
The answer is NO! You will need some way to connect this to your computer. Lynxmotiion should see a box that looks like this:. They look like this:. All lynxnotion servos AND the board itself. It has a jack for a Serial cable. Lynxmotion Robot Guys and Girls I am happy with Roborealm, its great and i have happily processed my blue ball from Press STOP if you need to quickly disable all the servos and return them to the middle or neutral position.
This setup as it is assumes that you are using 2 separate power supplies. This is used to automatically change the servo values based on your VBScript using the SetVariable function or Plugin based program. Now, open up VSA. Note that once a new value is sent to the board the old position and speed will be overwritten. It’s all in how you set the jumpers and what kind of power supply you use. This stands for Voltage Logic, or the power that will run the actual board itself and power up the chips on the board.
Current is a measure of available power.
Everyone leaves that party happy! The servo controller supports up to 32 channels of 1uS resolution. Only eight channels are visible at any time. To make it easier than looking at the actual board, here is a diagram of the board with NO jumpers in place:.
Go to “Tools” and then “Settings”.
Rate – specify the speed at which your servos should move at. We will assume that you have a standard computer with one serial output which is called by default, “COM1”.
I have had several callers ask me if they use a 5 volt power supply with too much current, will they burn up the servos. Click on the previous link. The servos will use what they need of that power up to the total available power of the supply.
The other two voltage inputs are at numbers 6 and 2. With the configuration above, you would need the supply hooked up to the VL inputs only. If you find a good deal it may cost less than two conventional voltage power supplies.