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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If you see a black screen check the Options button and select an active camera in the dropdown list. Click on the previous link. To make it easier than looking at the lynxmoiton board, here is a diagram of the board with NO jumpers in place:. Servo controller Hi, We where wondering if instead of using a parallax server controler as we cannot find where to Scroll Bars – After specifying the COM port and speed you should be able to move your servos by dragging the sliders to the right or left or by specifying a number within the current value text box in the Servo Config area.
That can cause problems like the servos not having enough power to move the weight they are supposed to move. First, click the “Start” button on your computer desktop. When disabled the ssc-2 will not be sent any further position commands. All your servos AND the board itself.
Press STOP if you lynxmotuon to quickly disable all the servos and return them to the middle or neutral position. The Lynxmotion SSC has servo position feedback information that is used to update the RoboRealm servo variable if specified based on where the servo currently is.
It has a jack for a Serial cable. But it would have to be a 6VDC Power supply with enough current to run all lynxmotuon servos and the board.
As the servo rate can be changed the servo may not immediately adjust its position to the final destination but slowly move towards it. Be sure that the camera button is pressed and you have a webcam attached to your computer. Now, open up VSA. If you find a good deal it may cost less than two conventional voltage power supplies.
It’s all in how you set the jumpers and what kind of power supply you use. Current is a measure of available power. If it does not, change it so that it does, and click OK. Rate – specify the speed at which your servos should move at. However, now I would like it to do cool st With the jumpers in this position, your board will be set for a Baud Rate ofwhich is what the computer should expect.
Now, you should make sure that both VSA and your computer in general have the com port that you are using set to the same Baud Rate. Press ok to close the dialog. Refer to the picture lynxmltion. I will talk about the advantages and disadvantages lynxmoyion little later on, but for now, let’s assume you want to run the whole thing SSC board AND all the servos from one single power supply.
They look like this:. The other two voltage inputs are at numbers 6 and 2.
Lynxmotion SSC Servo Controller
Note that you will only see COM ports that are recognized by your computer. The board also supports 4 lhnxmotion or analog inputs for adding additional sensors to your robotic projects. Again, make sure that COM1 is set to the rate you see above The VS2 input controls all the servos across the top of the board. Notice the green COG box tracking your hand.
This input will accept any voltage between 6 and 9 VDC and requires only about half an amp of current.
The good news is that you do not need 3 separate power supplies. Changing the variable value, however, dsc-32 change that servo’s position. Note that if you set a servo channel to be positioned using a variable’s value you will lose manual control over that servo. Digital will set a one or zero.
This setup as it is assumes that you are using 2 separate power supplies. It is hard to find a 4. If it is not, double click on the number it is set for lynxmotipn select from the drop down menu that appears. Ensure that the Lynxmotion servo controller board is connected to the computer. The servos will use what lyxmotion need of that power up to the total available power of the supply. Lynxmotion Robot Guys and Girls I am happy with Roborealm, its great and i have happily processed my blue ball from They are VS inputs which stands for “Voltage to Servos” The Sec-32 input controls all the servos in the row across the bottom of the board.
They should come like that. If you do see a flashing light with no movement check the channel you plugged the servo into. The Baud Rate is determined by the jumpers in the center of the board in the area labeled “10”.