Under each products product page you find the “Documentation” tab, here you can find both the SimplexMotionManual and the TechnicalData for each series. The manual includes information about register, communication interfaces, event programming etc., in other words information that is shared between the different motor series. In the TechnicalData paper you will find information that is unique to the chosen model, such as; rated voltage, I/O and dimensions.

For SM- and SH-Serie motors the easiest way to start communicate with the motor is using a USB cable, connected to the motors USB connection, the motor will now come alive (green led light should be turned on) as it will use the power from the USB to keep the processor alive, but the motor can’t move by just using the voltage from the USB connection, you also need an external power input for this. But in this state, you can use SimplexMotionTool (free to download from our webpage) to check all register in the motor. To move the motor, you need to connect the external power source to the motors voltage input, to see what voltage is needed, check the TechnicalData paper for your model, it will state what voltage is needed to power the motor. Now that the motor has power, you can try moving it by going in to “Run” tab in SimplexMotionTool and try different values. Note! Read the entire manual carefully before using the motors and be careful when driving the motor so no person can come in contact with any moving parts and that it is firmly secured to something stationary as high torque values can be generated from the motor.

If using a model that do not have an USB connection, for example the SC-Series, you need to have an RS485 to USB converter connected and power from an external source to the motor, as the RS485 input won’t give any power to the motor. Then you connect the motor with SimplexMotionTool and continue as in the example above.

It is very easy and swift to set up and configure. This is one of the advantages of our concept, and it is acknowledged by many of our customers.

The SM Hub manages up to 4 axis with one unit.
For multiple axis management of more than 4 axis, two SM Hubs can be connected to individual parallel ports for Mach3 control (CNC applications) or via USB (for custom PC control).

The control has regulation for positioning, constant speed and constant torque.

Yes, the user can set maximum speed as well as acceleration / deceleration.