Weinview HMI Mitsubishi PLC Siemens Drive ABB Motor Trainer Vocational Training Equipment Digital Trainer Board Electronic
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- Supplier: Jinan Should Shine Import And Export Co. Ltd.
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Product Overview
Description
Products Description
ZE3232 Weinview HMI+ Mitsubishi PLC + Siemens Drive+ABB Motor Trainer Educational Equipment electronic circuit trainer
1. Product overview
1.1 Overview
This training device includes industrial control components such as PLC, inverter, touch screen and motor. Through related experiments, you can be familiar with the operating characteristics of induction motors and the use of various industrial control components, master its control principles and control methods, and train students to respond The knowledge and skills are suitable for the teaching and skill training assessment of related majors in higher vocational schools, colleges, secondary vocational schools and technical schools.It's similar as model ZM2119 solar and wind trainer.
1. Product overview
1.1 Overview
This training device includes industrial control components such as PLC, inverter, touch screen and motor. Through related experiments, you can be familiar with the operating characteristics of induction motors and the use of various industrial control components, master its control principles and control methods, and train students to respond The knowledge and skills are suitable for the teaching and skill training assessment of related majors in higher vocational schools, colleges, secondary vocational schools and technical schools.It's similar as model ZM2119 solar and wind trainer.
Details Images
Hanging box Photo
(1) A4 paper size, with 4mm safety socket with different color.
Power box Photo
(2) the training platform adopts the frame structure , which can be moved flexibly.
Emergency stop button Photo
(3) the training platform has a good security system.
Company Profile
Certifications
Customer Photos
Specification
Name | Specification | ||||||
input power | two-phase three-wire system 220V plus or minus 10% 50Hz | ||||||
external dimension | 600mm x 400mm x 1300mm | ||||||
unit capacity | < 0.5kva | ||||||
weight | < 150kg | ||||||
working conditions | temperature - 10 ℃ ~ + 40 ℃ relative humidity < 85% (25 ℃) | ||||||
Product Paramenters
The training package based on the most modern electrical drive technology. It teaches all of the skills needed to use electrical drives and infor- mation on their particular features and ad- vantages.
Features
(1) The training platform adopts aluminum profile frame structure, the whole is simple and generous, and the whole is built and assembled by aluminum profiles. A foot is installed at the bottom to reduce friction with the ground and increase service life.
(2) Equipped with PLC, inverter, touch screen and motor, it can be installed on the profile panel for experimentation.
(3) The combination of software and hardware can complete the training content of a variety of subjects
(4) The training platform has a good safety protection system.
2. Performance parameters
(1) Input power: three-phase five-wire system 380V±10% 50Hz
(2) The capacity of the whole machine: <2KVA
(3) Weight: <100kg
(4) Working conditions: ambient temperature -10℃～+40℃ relative humidity ＜85% (25℃)
(2) Equipped with PLC, inverter, touch screen and motor, it can be installed on the profile panel for experimentation.
(3) The combination of software and hardware can complete the training content of a variety of subjects
(4) The training platform has a good safety protection system.
2. Performance parameters
(1) Input power: three-phase five-wire system 380V±10% 50Hz
(2) The capacity of the whole machine: <2KVA
(3) Weight: <100kg
(4) Working conditions: ambient temperature -10℃～+40℃ relative humidity ＜85% (25℃)
Performance parameters
(1) Input power: three-phase five-wire system 380V±10% 50Hz
(2) The capacity of the whole machine: <2KVA
(3) Weight: <100kg
(4) Working conditions: ambient temperature -10℃～+40℃ relative humidity ＜85% (25℃)
3.Experimental content
Experiment procedure:
6.1. First turn on the circuit breaker, turn on the power supply, and energize each part. Observe whether the indicator lights of each module are on and whether there is an error signal, and the experiment can be carried out after confirming that there is no error.
6.2. Click the stop reset button on the touch screen to reset, and then select forward and reverse rotation. Here we first choose forward rotation. The display of the inverter will show the start sign. After clicking the forward button, slide the frequency adjustment slider to adjust the frequency. At this time, you can observe that the motor starts to rotate forward. You can observe the frequency feedback from the inverter on the touch screen or on the display of the inverter module. We can observe the change of motor speed by increasing and decreasing the frequency.
6.3. In the reverse experiment, when we click the reverse button, the motor will gradually stop from the forward rotation state, and then reverse, when the reverse rotation, the value of the inverter shows a negative value. The other numerical settings are the same for forward rotation.
6.4. After the experiment is over, we click the reset stop button to stop. The motor stops running.
6.5. When the inverter has an alarm error, you can click the fault reset button to eliminate the alarm, and you don't need to click it when there is no alarm.
(2) The capacity of the whole machine: <2KVA
(3) Weight: <100kg
(4) Working conditions: ambient temperature -10℃～+40℃ relative humidity ＜85% (25℃)
3.Experimental content
Experiment procedure:
6.1. First turn on the circuit breaker, turn on the power supply, and energize each part. Observe whether the indicator lights of each module are on and whether there is an error signal, and the experiment can be carried out after confirming that there is no error.
6.2. Click the stop reset button on the touch screen to reset, and then select forward and reverse rotation. Here we first choose forward rotation. The display of the inverter will show the start sign. After clicking the forward button, slide the frequency adjustment slider to adjust the frequency. At this time, you can observe that the motor starts to rotate forward. You can observe the frequency feedback from the inverter on the touch screen or on the display of the inverter module. We can observe the change of motor speed by increasing and decreasing the frequency.
6.3. In the reverse experiment, when we click the reverse button, the motor will gradually stop from the forward rotation state, and then reverse, when the reverse rotation, the value of the inverter shows a negative value. The other numerical settings are the same for forward rotation.
6.4. After the experiment is over, we click the reset stop button to stop. The motor stops running.
6.5. When the inverter has an alarm error, you can click the fault reset button to eliminate the alarm, and you don't need to click it when there is no alarm.
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1.1 Overview
This training device includes modules such as solar power generation devices, photovoltaic panel power generation devices, inverters, and light-emitting controllers. Through related experiments, you can study the principles of solar and wind power generation, and cultivate students' corresponding knowledge and skills. It is suitable for vocational and vocational colleges , Secondary vocational school and technical school related professional teaching and skills assessment.
This training device includes modules such as solar power generation devices, photovoltaic panel power generation devices, inverters, and light-emitting controllers. Through related experiments, you can study the principles of solar and wind power generation, and cultivate students' corresponding knowledge and skills. It is suitable for vocational and vocational colleges , Secondary vocational school and technical school related professional teaching and skills assessment.
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