I. Product Introduction

 

(1) Application Range

ZY13101A programmable controller experiment apparatus is such an experiment device designed according to the contents of PLC experiment courses on majors of electric automation, industrial automation, electromechanical integration and so on among colleges and universities. The experiment is equipped with Mitsubishi FX1S-20MR host (input 12 points, output 8 points), provides abundant experiment contents, enabling to connect with theoretical teaching closely and provide a good platform for study and practice of programmable controller technology. 

(2) Product Features

1) It provides abundant experiment contents and offers programmable practice platform for the study of Mitsubishi PLC basic instructions, step instruction as well as function instruction, which fully covers teaching keys and difficulties.

2) In the experiment apparatus’s design, all input, output, as well as common terminal of PLC host are connected on the experiment panel with favorable expansibility. Except for the experiment projects provided by the experiment apparatus itself, it also provides abundant expended experiment modules for users to choose.  

3) It is possible for users to connect wire incorrectly in experiment. If the power being added on the output port directly, it is possible to cause damage to PLC. Therefore, the experiment apparatus specially designs insurance to process short-circuit protection in order to effectively protect host, enabling users to process experiment safely.

4) The experiment apparatus specially provides “PLC Principle Block Diagram”, which vividly outlines PLC principle. Meanwhile, the wires needed to be connected by users are marked in thick real lines; users only need to connect wires according to the block diagram in experiment.

5) It could provide host-computer configuration and monitoring software, providing configuration and animation monitoring function for each experiment, which could intuitively observe the experiment phenomena in the process of deb ing and operation to enable users to master the knowledge of communication and configuration software.

6) It could provide physical control models of simulating practical production, such as vivid excavator and etc, providing a favorable platform for users to process course design and graduation design.

II. Performance Parameters

1. Working power supply: AC single-phase 220V 50Hz
2. PLC host computer: FX1S-20MR (12DI, 8DO)
3. Load power supply: DC 24V/ 4A, 5V/ 2A
4. External dimension: 53.0cm×37.2cm×12.6cm

 

III. Experiment Contents

Basic Experiments

1) Basic instruction programming practice experiment 

2) Motor co and reverse rotating analog control experiment

3) Y/△switch start analog control experiment

4) Four-joint conveyer belt analog control experiment

5) Five-phase step motor analog control experiment

6) Liquid automatic mixing analog control experiment

7) Eight-part LED digital display control experiment

8) Crossroad traffic light analog control experiment

9) Three-storey elevator analog control experiment

Expansion Experiments

10) Materials transportation and truck loading control experiment

11) Art color light analog control experiment

12) Water tower water level analog control experiment

13) Steel rolling process analog control experiment

14) Manipulator analog control experiment

15) Series resistance reduced voltage starting control experiment

16) Tool library selection control experiment

17) Working station autocycle control experiment

18) Assembly line analog control experiment

19) Fountain analog control experiment

20) Automatic washing machine analog control experiment

21) Electroplating production analog control experiment

22) Transport materials trolley analog control experiment

23) Talent show answer machine analog control experiment

Model Experiment

24) Excavator physical control model experiment

MCGS Configuration Experiment

25) Use the provided reference configuration project to process host real-time monitoring experiments to the above experiments.

26) Users are required to configure by themselves aiming at control and processed configuration teaching experiments

（Remark：to complete expansion experiment and model experiment, users need to choose corresponding modules and physical models）