Independent control of up to Sixteen Stepper Motors through: One Serial Port for ST400NT Series mature product), or RS485-USB for ST400USB Series. With four on-board drivers, the ST400NT-ST400USB will work with practically any stepper motor up to two amps and 48 volts at a step rate of between: 16 to 8500) steps/sec ST400NT and (1 to 10000 steps/sec) ST400USB. The ST400NT Series can operate in full step mode, both monophasic and biphasic, and half step mode. In addition to step mode, ST400USB will have ¼ and 1/8 micro-stepping. In ST400USB Series acceleration-deceleration can be changed in the fly motion according to pre-determined programmed parameters. Inputs Switches for: ABORT, HOME, RIGHT-LEFT Limit switches, Encoder Input: A,B and Indx, allowing to the application "a full hardware control" for closed loops, and also emergency STOP motion.

ST600µNet is our new Four Axis Stepper Controller Board that provides more capabilities: higher winding current (4.5 to 8 Amp per axis), sophisticated-high precision motions , on the fly speed-steps resolution can be changed. A "full-ready" IoT functionalities of ST600µNET are allowed when is connected to rmv_Taker modules. Multi-Internet protocols has been developed, Scripting Commands Compiler allowing to stand alone applications, Full Web Motion Server allowing applications written in JavaScript and HTML. ST600µNET Series can handle in both monophasic and biphasic stepper motors. Steps resolution size can be set as follows: full step, half step, 1/4 step, 1/8 step, 1/16 step, 1/32 step, 1/64 step, 1/128 step, and 1/256 step. ST600µNET Series can operate in the following motion control modes: PID speed control, PID position control, trapezoidal, profiling, s-curve, sequential motion which allows very precise graphics motion like: strait line, circle, ellipse, parabola, hyperbole, and its mixing. ST600µNET Series has Isolated Inputs Switches for: ABORT, HOME, RIGHT-LEFT Limit switches, Encoder Input:A,B and Indx, Digital Inputs-Output

The rmv_Tasker delivers the foundation required for building modular and "IoT Ready" Motion Control applications. It's kernel is tightly integrated with a TCP/IP stack and device drivers for various motor topologies, and several industrial protocols like: ModBus, ETHERCAT, CC-Link, rmvMOTOR, HTTP, FTP, TELNET, ARP, Interpolation, FileSystem FAT16/32,USB RNDIS, Secure Encrypted Communication, LCD Touch Screen, Digital Tachometer, Real Time Authentication, A completed motor library has been embedded into rmv_Tasker Kernel which it can be access via: scripting commands, ModBus, HTML Pages, TCP/IP Client Applications, for different electrical motors. rmv_Tasker also has incorporated a scripting interpreter for executing stand-alone programs to a maximum size of 32Mbytes, that can be transfer to the FileSystem. In addition, a completed Digital Tachometer with signal conditioning for the following sensors: Pick-Up, Electromagnetic , Namur Sensor, Proximity Sensor (NPN), Photoelectric Rotation , Bi-Directional Position, all commands can be access via HTML-JavaScript from HTTP Web Server