Optical Mechatronics Training Equipment

The Optical Mechatronics Training Equipment consists of aluminum alloy rail training platform, the typical mechanical and electrical integration equipment mechanical parts, PLC module, inverter module, button module, power module, simulation production equipment training module, wiring Terminal block and a variety of sensors, computers and other components. The overall structure is open and disassembled, the training device is used for mechanical parts assembly, can be assembled according to the existing mechanical parts production equipment, can also add mechanical parts assembly of other production equipment, so that the entire device can be flexible by teaching or competition Requires assembly of mechanical and electrical integration equipment with production function. The module adopts the standard structure and the drawer module to place the frame, the interchangeability is strong; According to the principle of the production function and the integrated learning function, the module content is determined so that the module can be selected conveniently when teaching or competition. Equipment must be fully in line with the requirements of the Electrical and Electronic National Vocational Skills Competition, but also requires a scalable function, can form a more large-scale production simulation system to meet the various levels of different schools, different professional teaching and training requirements.

Technical Parameters
1. AC power supply: three-phase five-wire AC380V ± 10% / single-phase three-wire AC220V ± 10% 50 Hz
2. Temperature: -10 ~ 40 ℃; Ambient humidity: ≤90% (25 ℃);
3. Dimensions: length × width × height = 1200 × 800 × 1500 mm;
4. Machine power consumption: ≤ 1.5 kW;
5. Safety protection measures: with grounding protection, leakage protection, safety in line with relevant national standards. Highly insulated safety sockets and high-strength safety test leads with insulated sheaths.

Equipment structure:
The Optical Mechatronics Training Equipment platform is aluminum alloy rail type, the training module PLC module I / O terminal, the inverter terminal, the common module and PLC connection terminals are connected with the safety socket, the use of safety plug with the wire Circuit connection; the instruction switch, photoelectric switch, sensor and indicating components of the circuit, through the terminal block to connect. Plug-in connection circuit and terminal card connection circuit combined, both to ensure that the basic skills of students training, formation and consolidation, but also to ensure that the circuit connection fast, safe and reliable.
Aluminum alloy rail training platform: you can install the feeding mechanism, the robot, transmission sorting agencies. The training module and the PLC host can be placed on the pull-out bracket.
Touch screen module: MCG7062
PLC module and inverter module: PLC 40 points or more IO Siemens; inverter: Siemens; module material requirements: high-strength plastic shell, light weight, the panel is aluminum-plastic plate, pattern, text symbols imported ink silk screen.
Power supply module: three-phase power switch (with leakage and short circuit protection) 1, fuse 3, 2 single-phase power outlet, safety socket 5;
Button 1: switch, switch 2, buzzer 1, reset button yellow, green, red 1, self-locking button yellow , Green, red 1, 24V indicator yellow, green, red 2;
(Terminal block) and a secondary wiring area (safety socket); the terminal block and the corresponding safety socket through the conductive elastic connection; wiring row shell edge Folding, with a fixed screw hole, can be fixed at the training table.
Pit type feeding mechanism: 1 piece of material library, 1 material export, photoelectric sensor 2, 2 magnetic switch, single cylinder 1, single solenoid valve 1, warning light 1, the main completion will be The workpiece in the workpiece library is launched in turn. Cylinder and ancillary sensors selected SMC.

Pneumatic manipulator device: four-degree-of-freedom pneumatic manipulator, cylinder and accessory sensor selection SMC; the entire handling mechanism to complete the four degrees of freedom action, arm telescopic, arm rotation, gripper up and down, Cylinder and ancillary sensors selected SMC.
Machining mechanism: Mainly by the material table, material clamping device, gantry two-dimensional movement device, spindle motor, tool and the corresponding sensor, magnetic switch, solenoid valve, stepper motor and drive, spindle motor, ball screw, , Mechanical parts composition.
Object packaging institutions: mainly by the pit for the feeding unit, three rotary table, flat bearings, stamping assembly unit, photoelectric sensor magnetic switch, solenoid valve (Japan SMC), DC gear motor, bracket, mechanical components.
Material sorting device: the conveyor belt through the three-phase asynchronous motor drive at the end of the conveyor belt designed to have a blanking mouth, through the photoelectric sensor to detect the material; conveyor belt with three discharge trough, the corresponding location of the inductive sensor, fiber optic sensors, etc. The tank position is equipped with push cylinder, a total of three cylinders. Conveyor belt with removable aluminum alloy bracket. Cylinder and ancillary sensors selected SMC.
The optional mechatronics training equipment integrates many functions. It includes installation and commissioning of Pneumatic system, Electrical control circuit, PLC program, electromechanical equipment, Automatic control system, PLC Industrial Communication Network, Material storage etc.