Address:
Shandong,China
Main Products:
Education equipment,Teaching Equipment,science laboratory equipment,mechatronics training Equipment,elevator trainer,position control trainer,robot trainer,Industrial Automation Training set,PLC Training set,Inverter Training set,Pneumatic and hydrau
XK-JS1-I Small robot model
System Features
1. The system has four degrees of freedom including the whole rotation (angle 0 ~ 360 °), moving up and down (stroke 0 ~ 400mm), moving before and after (stroke 0 ~ 120mm), gripping action (stroke 0 ~ 100mm). The system is driven by stepper motor. Speed and position can be controlled precisely.
2. The whole body is made up of aluminum alloy, so it is exquisite and durable; the model can move flexibly with the casters equipped.
3. Manual control experiments are carried out by remote control, so it can avoid close touch accidents and enhance the interest and safety of the experiments;
4. We use hommization design. Security pads are installed in the corner to prevent the risk of scratch, and the height of the desktop is suitable for experimenter to observe and operate.
5. The system has reliable performance, can run smoothly, easy to handle, so it is a better choice to do the PLC control experiment.
Technical parameters
Equipment Dimensions: 645mm×360 mm × 1000mm (L*W* H)
Weight: about 25kg
Operating temperature: 0 ~ 40 °C
Storage temperature: -20 ~ 70 °C
Humidity: 35 ~85% RH (Non-condensing)
Operating environment: try to avoid dust, oil mist and corrosive gases
Power supply: AC220V ± 5%, 50Hz, good ground connection
PLC Host: SIEMENS CPU224, 24 points, 14 in / 10out
Experiment
I. Basic experiment
1. Basic programming experiment
Basic logic instructions experiment
Subroutine call experiment
High-speed pulse command experiment
Motor speed change control experiment
Back to the origin experiment
Cycle pour experiment
Prescribed distance running experiment
Comprehensive manual control experiment
2. Serial communication experiment
Basic communication instruction experiment
Protocol development and implementation experiment
Serial communication control experiment
3. Input port expansion experiment
II. PC control experiment
1. Control interface design experiment
2. PC jogging control experiment
3. Location run control experiment
4. Automatic operation experiment
5. Running status display experiment