Automated management systems of technological process on the base of PLK S7-400. ASU-TP-S7-400-SHK.
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Description
Laboratory stand is designed for research the architecture of construction, technologies, processing means of information flows and transmission/collection/precessing protocols of information on the base of programming logical controller S7-400. Laboratory stand is dedicated for study of typical systems of automatical management for engineering machines with the use of 2D and 3D object models.
- Study of programming logical controller includes
- creation of programs with relay contact scheme language;
- timers usage;
- counters usage;
- basics of analog signals.
- Study of touch panel includes
- hardware configuration and connection setup;
- study of graphical possibilities;
- synthesis of automation systems with the use of PLK and operator panel.
- Implementation of management system for stepper motor.
- Implementation of management system for DC motor (low power).
- Implementation of management system for methodical oven.
- Automation of typical units and mechanisms includes
- management of soaking pits;
- management of asynchronous electric motor;
- management of garland;
- management of drainage water pumping line;
- traffic light;
- score of pulses;
- running fire;
- mixture preparation.
- Automation management of 2D virtual technological objects includes
- transporting area for blanks in methodical oven (methodical oven);
- management mechanisms of rolling mills with soaking pits (soaking pit);
- sorting and packaging area for quality and defective metal sheets (sheets sorting);
- transporting area for pipes with big diameter;
- line of chemical processing for details (chemical line);
- robotic area for product transportation (manipulator).
- automated complex of coal loading into wagons;
- automated complex of coal lifting;
- automated complex of coal lifting;
- ventilation and temperature regime for mine;
- power supply for mine.
- system of ventilation and air conditioning.
- Automation management of 3D virtual technological objects includes
- conveyor from point «A» to point «B»;
- conveyor from point «A» to point «B» (installation and reset);
- tank filling according to timer;
- determination of objects sequence;
- assembly area for products;
- assembly area for products with analog control;
- automated storage;
- storage station;
- line combiner;
- basic and advanced elevators;
- level control;
- pallet packing;
- basic and XYZ pick-and-place loaders;
- industrial conveyor;
- color sorting station (basic and advance);
- basic and advance sorting by height;
- sorting by weight.
- Synthesis of automatic management for complex system of technological objects.
- Basics of SCADA-system include
- study of graphical control and indicators of development environment;
- study of connection principles for device pairing with the object as PLK example;
- synthesis of complex management systems with the use of SCADA-system and programming logical controller.
Metallurgical industry and mechanical engineering that include
Mining industry includes
Ventilation, heating and air conditioning include
- Modules include
- power supply;
- programming logical controller S7-400;
- operator panel KTP400;
- management objects;
- methodical oven;
- commutator SCALANCE;
- interface device PK-PLK.
- Set of mnemonic schemes for automation objects (8 pieces).
- PC.
- Wiring closet.
- Computer desk.
- Software (compact disc).
- Sets of power cables and connecting wires.
- Technical description.
- Methodical instructions for laboratory works.
Specifications
Design style | wiring cabinet performance |
Type of control | with computer |
Dimensions, mm | 1500х2000х650 |
Weight, kg | 150 |
Voltage, V | 220 |
Power consumption, VA | 350 |
Documents
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