VS-MCK01 Motion Control Experimental Device

NegotiableUpdate on 01/22

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

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Overview

The VS-MCK01 motion control experimental device is developed according to the requirements of national mechatronics teaching, and can be used as a supporting experimental teaching model for courses such as "Mechatronics Transmission and Control", "Motor Control", "Computer Control Technology", "Mechatronics System", "Motion Control" in mechanical manufacturing and automation, automation and other majors. This experimental system is a teaching experimental system that combines speed control technology, position control technology, position detection technology, and other organic techniques. It consists of a motion controller, servo motor and servo driver, ball screw, etc.

Product Details

VS-MCK01 type motion control experimental device

1、 Product Features
VS-MCK01 type motion control experimental deviceIt is developed according to the requirements of national mechatronics education and can be used as a supporting experimental teaching model for courses such as "Mechatronics Transmission and Control", "Motor Control", "Computer Control Technology", "Mechatronics System", "Motion Control" in mechanical manufacturing and automation, automation and other majors. This experimental system is a teaching experimental system that combines speed control technology, position control technology, position detection technology, and other organic techniques. It consists of a motion controller, servo motor and servo driver, ball screw, etc.

2、 Technical performance
1. Input voltage: single-phase three wire system~220V ± 10% 50Hz
2. Working environment: Temperature range -5 ℃ to+40 ℃, relative humidity<85% (25 ℃)
3. Device capacity: ＜ 1KVA
4. Dimensions: 120cm × 70cm × 105cm
3、 System composition
1. This experimental setup consists of a training table, a training platform, etc.
2. Physical model of car motion control system
The system consists of a sports car, ball screw transmission mechanism, Mitsubishi servo motor MR-JE-20A and Mitsubishi servo driver HF-KN23J-S100, photoelectric sensors, proximity switches, switch power supplies, etc. Through sensor detection and PLC programming, it realizes transmission control, key value optimization comparison walking control, directional control, positioning control, acceleration and deceleration control, alarm operation control, jog control, and position display control. The system has a beautiful appearance, compact size, light weight, sturdy and relatively exquisite design, with a travel range of 0.6 meters. It is equipped with 4 photoelectric sensors, 5 proximity switches, and 2 travel switches for position feedback. The experimental system can meet the teaching, course design, and graduation project requirements of programmable controller technology in colleges and universities
3. PLC training component
Configure CPU 1214C AC/DC/RLY 14 point input/10 point output, PROFIBUS DP communication module: CM 1242-5; Simultaneously equipped with 4 jog buttons, 10 logic switches, and 10 logic indicator lights; Programming download cable.
4. Touch screen: Color 7-inch KTP700 with DP/MPI interface and 8 function keys Ethernet interface.
5. One PROFIBUS-DP fieldbus
6. 1 set of network accessories
7. Industrial control host: Dual core G1840 4G memory hard disk capacity 500GB desktop computer screen size: 20 inches, optical drive type: DVD-RW.