High End Industrial Multi Axis Motion Control with IoT Ready
The ST600µNET is a new Stepper Controller Board from RMV Motion. It has four (4) fully integrated and independent axes controlled by the RMV859 motion processors. Motor acceleration and deceleration speed are controlled with the Slew function from 1 step/sec to 22,000 steps/sec. The stepping type features are Full Steps, Half Steps, and Micro Steps. Motion Modes are Trapezoidal, Speed Control, Profile Motion, S-Curve, PI, Current Controlled, Sequential Motion, Closed LOOP and Voltage Constant. The ST600 microNET has a wide input range of 24 VDC to 52 VDC, requiring 2 amps. Each axis outputs 4.5 A and is adjustable by software. Open Source software is available on GitHub.
The ST600 microNET software interface supports Windows software development through the ST600µNET Dynamic Link Library. Compatible programming languages are C,C++, C#, Python, Visual Basic, Delphi and Visual Studio IDE. Open Source Software ST600µNET
Independent Trigger Source: Software Trigger and hardware Trigger capabilities for coordinated motion, to prevent motion delays.
Isolated Limit Switches: Left-Right Limit Switch, Home, STOP, and External Trigger from 5V to 24V isolated.
Digital I/O's: Isolated Digital Input and Output: from 5V to 24V or higher through a series resistance.
Analog Inputs: Two Channels: 4-20 mA, 0-5V, Heatsink Temperature.
Motor Parameters: Inductance, Winding Resistance, Step Angle, Bipolar-Unipolar; all parameters can be saved to RMV959 internal Flash.
Communication Interface: HDI USB High Speed: Window dll, Libraries: MacOS, Linux. Note: Ethernet Isolated RS485, ModeBus, Web Server interfaces are only available when Rmv_Tasker is connected together with the ST600µNet.
Operating Voltage: From 18 volts to 50 volts. Only motor power is required to run the ST600 microNet board.
Firmware Upgrade: Firmware via rmv_Tasker, or USB Host computer.