Mechatronics Training Equipment

Mechatronics Training Equipment

Mechatronics Training Equipment for university, college, technical institute, vocational training schools.

  • 4 layers Elevator Trainer Vocational Training Equipment Didactic Model

    ZM2102D 4 layers Elevator Trainer Vocational Training Equipment Didactic Model for electrical laboratory in university, college, vocational training centers.

  • Automatic Door Training Model Mechatronics Training Equipment Educational Equipment

    ZM3168 Automatic Door Training Model Mechatronics Training Equipment Educational Equipment

    I.Technical specifications

    1. Manual/automatic control mode for hardware detection and program calibration.
    2. An open structure suitable for practical training.

    I performance parameters

    1. Input power: AC220V plus or minus 10% (single phase three-wire);
    2. Machine power: < 1kVA;
    3. Dimensions: 1210 x 450 x 1030mm.
  • Automatic Sorting Robot Trainer Vocational Training Equipment Teaching Equipment

    ZM3202 Automatic Sorting Robot Trainer Vocational Training Equipment Teaching Equipment
    Picture is only for reference, we supply as technical data
    (1) Functions:
    A. Its portable size makes it easy to carry out experiments on lab table.
    B. The status of input and output signals are monitored and displayed on nearby status LED.
    C. Easy cabling-using one single flat cable to connect dsPIC Microcontroller Unit.
    (2) dsPIC Microcontroller Unit
    A. Functions:
    (a) This unit includes a dsPIC30F4011 chip and peripheral I/O circuits, which is very helpful to understand the knowledge related with microprocessor control.
    (b) The trainer is protected by a suitcase for easy carrying and storage.
    (c) The pins of MCU are protected by photo coupler.
    (d) Able to use either TACT or Slide switch as signal input.
    MCU : dsPIC30F4011(ISP circuit included)
    (a) 6-Bit digital signal controller
    (b) 40 Pins or above
    (c) 48K byte program memory or above
    (d) 2K byte RAM or aljove AC power switch
    Reset TACT switch MCU Power LED Input :
    (a) TACT switch x14
    (b) Slide switch x14
    (c) Indicator LED x14
    (d) Photocoupler IC x14 Output:
    (a) Indicator LED x10
    (b) Photocoupler IC x10 Power
    (a) input: minimum AC90~264V, 47~63Hz
    (b) output :minimum DC 5V/2.5A, DC 3.3V/2.5A, 24V/2A
    (3) Automatic Sorting Robot
    A. Functions:
    (a) Suitable for MCU beginners
    (b) Systematic training for trainees
    (c) Abundant experimental practices
    (d) Widespread control applications
    (e) DC motor control, various sensors, pneumatic cylinder control, position control and detection for sliding table, C code programming practice
    B. Conveyor module
    (a) DC motor control
    C. Pick & place robot module
    (a) X-Axis DC motor drive
    (b) Z-Axis cylinder
    (c) R-Axis cylinder
    (d) Vacuum generator
    (e) 3- slot storing station
    (f) Transfer slide
    D. Control panel
    (a) DC power input: minimum DC 24V
    (b) Digital input: 13 or above
    (c) Digital output: 7 or above
    (d) Extension I/O interface : 40 pins or above
    (e) Emergency stop button
    E. Module contents :
    (a) Belt-conveyor:
    i. Driver: minimum DC 24V motor
    (b) Sensors:
    i. Position sensors, color sensor, metal detector
    (c) Sliding table:
    i. Driver: minimum DC24V motor
    (d) Three-axel handling robot:
    i. Pneumatic cylinders,
    vacuum generator, Vacuum sucker
    (e) Electromagnetic valve :
    i. 5/2 way single coil x 2, 5/2 1 way double coil x 1,working
    voltage minimum 24V
    F. Accessories
    (a) 6mm Pneumatic Tube
    (b) Three kinds of work piece
    (c) 40-pin or above Flat Cable x 1
    (d) Experiment Manual
    (e) MPLAB IDE Software
    G. Air Compressor
    (a) Air tank 25L 土 10%
    (b) Max. pressure : 10kg/cm2
    (c) Flow rate : 90 L/min 士 10%
    H. PICkit™3 Programmer
    1. Air Supply Unit
    (1) 1 HP 10 220 VAC, with 88L ±10% air tank
    (2) Flow rate: 185 L/min 土 10%
    (3) Max. Pressure: 10 kg/cm2
    (4) Include air hose diameter 5x8mm connect to Air Service Unit
    Required documents: Manufacturer’s Authorization Letter with contact details and Catalog stating with technical specifications
    Warranty: 1 (One) year with services

  • Automatic System to Operate Industrial Process Mechatronics Training Equipment

    ST1125 Automatic System to Operate Industrial Process Mechatronics Training Equipment to college, vocational training centers.

  • Flow measuring bench Process Control Trainer Mechatronics Training Equipment

    SS2101 Flow measuring bench Process Control Trainer Mechatronics Training Equipment

    1. Overview

    The Level/Flow Process Trainer is a single loop system allowing the study of the principles of process control, using liquid level and flow rates as the measured process variables. The system is a completely self-contained, low pressure flowing water circuit supported on a benchtopmounted panel, making it suitable for individual student work or for group demonstrations.

  • Level measuring bench Mechatronics Training Equipment Educational Equipment

    SS2104 Level measuring bench Mechatronics Training Equipment Educational Equipment

    1. Overview

    The Level/Flow Process Trainer is a single loop system allowing the study of the principles of process control, using liquid level and flow rates as the measured process variables. The system is a completely self-contained, low pressure flowing water circuit supported on a bench top mounted panel, making it suitable for individual student work or for group demonstrations.

  • Manipulator Training Equipment Mechatronics Trainer Didactic Equipment

    SS3122 Manipulator Training Equipment Mechatronics Trainer Didactic Equipment for college, university, vocational schools.

  • Multi variable regulation bench Process Control Trainer Teaching Equipment

    ZM3198 Multi variable regulation bench Process Control Trainer Teaching Equipment for mechatronics laboratory in college, vocational training centers.

  • Pneumatic Training Equipment Vocational Training Equipment Educational Equipment

    ZMP2102 Pneumatic Training Equipment Vocational Training Equipment Educational Equipment

    1. Introduction
    Electro pneumatic trainer is designed for “hydraulic and pneumatic training”, it meets modern pneumatic transmission requirement. Students can learn basic pneumatic circuit control knowledge, and practice hand on ability. Pneumatic trainer combines electrical and mechanical transmission knowledge.
    This trainer is suitable for colleges, engineer university, technical schools, vocational schools, engineer training centers, factory training department etc.
    Through this trainer, students can master pneumatic components structure, pneumatic circuit control theory, pneumatic circuit design, and hand on ability for pneumatic trainer.
    This trainer is flexible and students can design their own pneumatic circuit.
    II. Basic structure
    Pneumatic control experiment workbench including experiment workbench, experiment shelf, pneumatic components etc.
    Pneumatic components and real equipment: air filter, decrease pressure valve, service unit, hand-operated direction valve, pneumatic control direction valve, strike valve, check valve, throttle valve, exhaust valve, single acting cylinder, double acting cylinder etc.
    All PLC program software is teaching edition=crack edition=free edition.
    A. Improvement on trainees’ familiarization of the principles and applications of various air pressure components.
    B. Demonstration of air-pressure loop design.
    C. Training of PLC programming,
    including architecture, instructions and ladder diagram. *
    (2) Pneumatic Workbench
    A. It is designed to be flexible to satisfy individual’s needs.
    B. A complete workbench mainly consists of 3 parts :
    (a) Electro-Modules Frame
    (b) Working Board (double side)
    (c) Working Table (single or double side)
    C. The combinations of the workbench can be modified based on different lab requirement.
    D. A complete workbench allows customers to carry out all listed pneumatic experiments. In PART I and PART II, pneumatic components are powered by
    Air Supply Unit and operated on Working Board area through connected Air Hose.
    E. In PART III, the electrical components mounted on Electro-Modules Frame are linked to the pneumatic system through Connecting Lead and powered by Air Supply Unit.
    F. End user are also welcome to adopt Programmable Logic Controller (PLC) for
    implementation of PART III. That means Programmable Logic Controller Trainer is an alternative to Electro-Modules Frame and a corresponding electrical device.
    (3) Electro-Modules Frame (Excluding Electrical Components)
    A. A cabinet frame is available for mounting electrical components on either side.
    B. This steel frame can accommodate up to 15 electro-modules at least.
    C. Size: minimum 1260 mm(W) x 250 mm(D) x 360 mm(H) ±10%
    (4) Working Board
    A. Double-side aluminum grooved panel – minimum 1260 x 750 mm
    B. A working surface up to 1200 x 700 mm
    (5) Working Table
    A. Single-side worktable in size minimum 1300 mm(W) x 700 mm(D) x 850mm(H)±10% Drawer units in steel with one flat drawer and four large
    drawers that can be loaded up to 20 kg per drawer.
    B. Double-side worktable with minimum 1300 mm(W) x 800 mm(D) x 850mm(H)±10%
    Two drawer units in steel with one flat drawer and four large drawers that can be loaded up to 20 kg per drawer. •
    C. The drawers with different rollers that feature an easy-gliding system for smooth running and
    Additional breaking.
    (6) Reed Switch
    A. Operating voltage : minimum 24 VDC
    B. Max. current: 100 mA
    C. Frequency range: 3 – 250 Hz
    (7) Connecting Lead Holder
    A. Mobile type, with 5-foot tubular and 5 casters
    B. Height: minimum 1400 mm, iron plate suitable
    C. with minimum 20 connecting leads slots
    (8) Pneumatic Components
    A. Air Service Unit
    (a) Filter-Regulator-Lubricator (FRL) assembly
    (b) Adjustable pressure: 0 – 9.9 kg/cm2
    (c) Sliding exhaust valve mounted
    (d) Filtration: minimum 40pm
    B. Pressure Gauge
    (a) Operating pressure: 0 -10 kg/cm2
    (b) Gauge size: minimum 1.5 inch.
    C. Air Manifold
    (a) Check connector for 04 plastic tubing 6ea Connector size : 1/4 inch
    (b) Operating pressure: minimum 0-12 kg/cm2
    D. Single-Acting Air Cylinder
    (a) Cylinder internal diameter: minimum 32mm Stroke length : minimum 150 mm
    (b) Operating pressure: 1.6 – 9..0 kg/cm2
    E. Double-Acting Air Cylinder
    (a) Cylinder internal diameter: minimum 32mm Stroke length : minimum 150 mm
    (b) Operating pressure: 0.4 – 9.0 kg/cm2
    (c) Air cushion
    F. 3/2-Way Directional Control Valve
    (a) Single air operated, spring return
    (b) NC type
    (c) Flow rate: minimum 200 l/min
    (d) Operating pressure: 1.5 – 8.0 kg/cm2
    (e) Max, pressure: 10.5 kg/cm2
    G. 5/2-Way Directional Control Valve
    (a) Single air operated, spring return
    (b) Flow rate: 200 l/min
    (c) Operating pressure: 1.5 – 8.0 kg/cm2
    (d) Max. Pressure: 10.5 kg/cm2
    H. 5/2-Way Directional Control Valve
    (a) Double air operated, air return
    (b) Flow rate: minimum 200 l/min
    (c) Operating pressure: 1.5 – 8.0 kg/cm2
    (d) Max. Pressure: 10.5 kg/cm2
    I. 5/2-Way Single-Solenoid Valve
    (a) Solenoid voltage: minimum 24 VDC
    (b) Single solenoid operated, spring return, with LED
    (c) Operating pressure: 1.5 – 8.0 kg/cm2
    (d) Max. Pressure: 10 kg/cm2
    J. 5/2-Way Double-Solenoid Valve
    (a) Solenoid voltage: minimum 24 VDC
    (b) Double solenoid operated, with LED Operating pressure: 1.5 – 8.0 kg/cm2
    (c) Max. Pressure: 10 kg/cm2
    K. 3/2-Way Pushbutton Valve
    (a) Spring return, flat type, NC type
    (b) Operating pressure: 0 – 8 kg/cm2
    (c) Max. Pressure: 10 kg/cm2
    L. 3/2-Way Manual Valve
    (a) Spring return, 2-position selector
    (b) Operating pressure: 0 – 8 kg/cm2
    (c) Max. Pressure: 10 kg/cm2
    M. 3/2-Way Manual Valve
    (a) Spring return, push & lock NO type
    (b) Operating pressure: 0 – 8 kg/cm2
    (c) Max. Pressure: 10 kg/cm2
    N. 5/2-Way Pushbutton Valve
    (a) Spring return, flat type
    (b) Operating pressure: 1.5 – 8.5 kg/cm2
    (c) Max. Pressure: 10 kg/cm2
    O. 3/2-Way Roller Valve
    (a) Unidirectional
    (b) Operating pressure: 0 – 8 kg/cm2
    (c) Max’ pressure: 10 kg/cm2
    P. 3/2-Way Roller Valve
    (a) Bi-directional
    (b) Operating pressure: 0 – 8 kg/cm2
    (c) Max. Pressure: 10 kg/cm2
    Q. OR Valve (Shuttle)
    (a) OR logic
    (b) Operating pressure: 0.2 – 9.9 kg/cm2
    R. AND Valve (Dual-Pressure)
    (a) AND logic
    (b) Operating pressure: 0.2 – 9.9 kg/cm2
    S. Quick-Exhaust Valve
    (a) Pilot type,
    T. One-Way Flow-Control Valve
    (a) Adjust: 10-turn, with speed controller
    U. Sequence Valve
    (a) Operating pressure: 1.5-8 kg/cm2
    V. Time Delay Valve
    (a) Operating pressure: 2 – 8 kg/cm2
    (b) Time delay: 0.1 – 30 sec
    (c) Min. reset time <0.1 sec
    W. Pressure Switch
    (a) Operating pressure: 1.5 kg/cm2
    (b) Max. Voltage/current: 250 VDC/0.25A
    (c) 125 VDC/0.5A
    X. Air Hose
    (a) Inner / outer diameter: 2 mm/4 mm Length : 25 M
    Y. Connecting Lead
    (a) Lead diameter: minimum 4 mm, Length :0.25M, 0.5M.1M
    (b) Color: red, yellow, blue etc. 1 set: 60 pcs or above
    Z. Limit Switch
    (a) Roller lever type
    (b) Contacts: NO, NC.
    AA. 3-Way Distributor
    (a) Connector for 04 plastic tubing 6ea
    (b) Connector size: % inch.
    (9) Electrical Components
    A. DC Power Supply
    (a) Input voltage : 100 – 240VAC/1.7 A Output voltage : minimum 24 VDC/4.2 A
    (b) Terminal: 2 sets for 土 DC output with power I/O indicator
    (c) 2 terminal sets for power output
    B. Pushbutton Switch
    (a) Spring return
    (b) Pushbutton switch with illuminated indicator
    (c) Including NC, NO contacts
    (d) Operation voltage: minimum 24 VDC
    (e) Max. current: 3 A
    C. Relay
    (a) 4 sets of NC, NO, COM contacts
    (b) With LED indicator
    (c) Operation voltage: minimum 24 VDC
    (d) Max. Current: 5 A
    D. Timing Relay
    (a) ON-Delay type
    (b) Operation voltage minimum 24 VDC
    (c) Max. Current: 5 A
    (d) Time delay: 0.05sec – 300 hour multi switch
    (e) 2 sets of NC, NO, COM contacts
    (f) With LED indicator Programmable Logic Controller Trainer
    (1) Functions:
    A. Input-simulation switches function as level and pulse Input for different input signal
    B. It is particularly suitable for installation of output relay helps to increase load current
    C. Easy-to-use, Windows-based development software
    D. Assorted peripheral devices and other devices that support external extensions, it particularly suits
    Laboratory experiment and project implementation.
    E. Various simulations I/O devices for studying and observing the results
    F. Using 4mm safety sockets on Input / Output terminals to ensure users’ safety
    G. The suitcase-design makes it easy to carry, move and store
    (2) AC adapter: Input AC 100〜240V, Output DC 24V
    (3) PLC main unit: SIEMENS SIMATIC S7-224 or others
    (4) Digital input: 14
    (5) Digital output: 10
    (6) Support high-speed counters : 6 (total)
    (7) Support timers : 256 total timers; 4 timers(1 ms); 16 timers(10ms); 236 timers(100ms)
    (8) Communication ports : RS-485 or USB
    (9) Module expansion port and DIO extension port
    (10) Traffic light control module
    (11) Tank-filling device module
    (12) 4-digit 7-segment display
    (13) 4-digit thumbwheel switch
    (14) Step motor
    (15) Encoder
    (16) 24V DC motor
    (17) Proximity sensor
    (18) Micro switch
    (19) Buzzer
    (20) 4×4 keypad
    (21) 24V DC expansion power
    (22) Windows-based programming software (STEP 7- Micro/ WIN) allows the user to modify the program while running it.
    (23) System Requirements
    A. PC with Pentium It or better CPU
    B. Windows 98 / 2000 / XP / Vista / 7
    C. USB / PPI Multi-Master Cable
    D. STEP 7- Micro/WIN software CD
    (24) Accessories
    A. Power Cord
    B. Experiment Manual
    C. Connecting Leads Set

  • Pressure measuring bench Teaching Equipment Educational Equipment

    SS2103 Pressure measuring bench Teaching Equipment Educational Equipment

    I.Overview Description

    The Pressure Training System is a single loop pneumatic control system. It enables the study of the principles of both pressure regulation of a process and the control of flow in a pressurised system.

    The System comprises a low pressure air circuit supported on a panel for use on a benchtop, making it suitable for individual student work or for group demonstration.

  • Robot Didactic Workbench Educational Equipment

    ZM7101T Robot Didactic Workbench Educational Equipment for mechatronics laboratory in college, vocational training centers.

  • SR-1500 Industrial Mechatronic System With Seimens S7-1500 PLC

    SR-1500 Industrial Mechatronic System With Seimens S7-1500 PLC

    Industrial Mechatronics System with S7-1500PLC MODEL : SR-1500

    Modern industry is the integration of computer, information technology, modern management techniques, advanced technology, it covers production design, production preparation, manufacture progress execution and many other contents, and have been one of the important pillars in national construction and also social developments. In order to strengthen the students ability to face the challenges of the society, it is urgent to improve the theoretical level and practical ability of mechatronics, photoelectric sensor, and it has more other experimental platform of mechatronics practical manufacturing systems as an important thing. Our industrial mechatronics system/manufacturing system/modular production is the basis of advanced manufacturing technology which is consist of : 3sets of process stations (Distributing/conveyor station, Assembly station and Sorting/testing station) and 1set of storage station. (each station can be used individually or combined with other configuration).

    Our SR-1500 is a set of teaching system which is complete, flexible, modular and extensible. Its development and manufacturing are according to the practical level of the students, from simple to complex, from parts to whole. It uses aluminum structure as the basic operating platform of the system, and ended with flexible manufacturing system which is modern assembly process by a variety of mechanical drive simulation. It fully demonstrates the electrical control part of the actual industrial production, a variety of sensors, configuration control and Industrial bus of modern production in the system. It included complex technology and highly automated system that organically combine the microelectronics, computer information technology, control technology, machinery manufacturing and system engineering. Flexible manufacturing technology is the primary which means makes the modern machinery manufacturing fit into the market dynamic requirements and continual and also fast update of the products. The process stations it self consist of : a. Distributing/conveyor station b. Assembly station c. Sorting / testing station This industrial mechatronic system is developed on the basis of SIEMENS industrial automation PLC control system such as: PLC control package with S7-1500 series, RFID System, Touch PC (industrial touch screen display) and simulation with USB easyport connections. it is a comprehensive training platform which is developed for advanced education and scientific research institutions, and it applies to the comprehensive application of technician who are dedicated in teaching and relevant profession in the mechatronics, networking, systematic, advanced manufacturing industry of various institutions of higher education. The control software consist of : simulation training and TIA (Totally Integrated Automation) portal (bundle set) configuration training, Web based for PLC programming training and GrafCet training.
    It can learn the extraction process and enrichment on industrial equipments, and makes special design for training teaching activities, combines photo electric sensor, machines, electricity, pneumatic and hydraulic organically. The system can not only be used as training system of automation and network, but also can construct network platform by combined with subsystem, and make expand use in it.
    Standard & Optional Accessories :
    • Simulation box & signalling column (std.)
    • Adjustable height for each station’s trolleys (std.)
    • 24VDC power supply (std.)
    • I/O data cable with both ends syslink connector (IEEE 488) 2 pcs (std.)
    • Workpiece set for processing (std.)
    • Educational trainer with SIEMENS S7-1500 (std.)
    • HMI (Human Machine Interface) TP700 (std.)
    • Ethernet cable with 2m length (std.)
    • Trainer Package for 6 users (STEP 7) (std.)
    • Compressor sets (opt.)
    • HMI (Human Machine Interface) TP1500 (opt.)
    • Control console for each station (opt.)
    • Trainer Package (STEP 7) Full version (opt.)
    • Trainer Package (WinCC) (opt.) • Trainer Package (SINAMICS) (opt.)
    • Trainer Package (SIMOTION SCOUT TIA) (opt.)
    • And other accessories to maintain 100% function of the system (on call).