This equipment is intended for smart factory education and must align with that purpose. It should be configured as a system capable of producing commercially usable products, and, as training equipment, it must ensure robustness and stability.
All required sensors and software shall enable integrated management of all functions; data acquired during the work process shall be stored and monitored.
For safety across all processes, the system shall support supervision, maintenance, and workplace safety management, and shall allow performance upgrades.
The system shall optimize manufacturing processes via convergence technologies of IoT based software
development, communications, sensor application, development, and automatic control
The equipment shall be designed and manufactured with convergence technologies (IT, software, IoT, etc.); it shall support customized practice for parts supply, assembly, and inspection based on advanced manufacturing technologies such as IoT and process simulation.
Using dedicated software, the system shall implement—from equipment layout and control design to production simulation and operation monitoring—within a single package, and operate as an all in one system providing real time confirmation on a large LED display.
The training system shall allow easy on site checks via mobile devices and support associated training.
For user safety, the equipment shall be enclosed in a case housing; electrical wiring and pneumatic hose routing shall be handled via ducts and cable chains
All components shall be brand new, unused items
Drive Voltage / Frequency: Single phase AC 200–230 V / 50, 60 Hz
Control method: Sinusoidal PWM, current control
Position control mode: Max input pulse frequency 1 Mpps
Speed control mode: Analog speed command: 1 : 2000
Internal speed command: 1 : 5000
Torque control: Analog torque command input DC 0 to ±8 V
Servo Motor Rated output: ≥ 50 W Rated speed: 3,000 rpm
Smart Servo Actuator Unit Max input speed: 3,000 rpm