The experimental device for power automation and relay protection is a novel experimental device designed and developed by integrating the teaching content of multiple professional courses such as "Relay Protection", "Electrical Equipment", "Automatic Devices", "Factory Power Supply", "Power System Microcomputer Protection" in current higher education institutions, and combining practical production applications and development. It can conduct operational experiments on commonly used relay protection, electrical secondary control circuits, and automatic devices in power plants, substations, and factories, and can provide professional skill training for students in a realistic and intuitive experimental teaching form. The advantages of this device are high utilization rate of equipment and components, strong systematization of experimental teaching, less occupation of experimental site, and high cost-effectiveness. The device adopts a pendant structure, which can be combined according to the experimental content and is easy to install and use. The experimental instrument has high precision, with functions such as digitization, intelligence, and human-machine dialogue, and users can choose according to their needs. The device adopts reliable protection for the power supply, instruments, etc. involved in the control screen and measuring components, and also sets up a reliable personal safety protection system to avoid damage to the experimental system and personal injury caused by student misoperation during the experiment. Characteristics 1. It comprehensively integrates the experimental projects of courses such as "Power Automation" and "Relay Protection" in various domestic universities.
2. Strong adaptability can meet the experimental teaching requirements of various courses related to "Power Automation" and "Relay Protection" in colleges and universities, and the depth and breadth of experiments can be flexibly adjusted according to actual needs. This device adopts a modular hanging box structure, which is easy to replace. If you need to expand functions or develop new experiments, just add components and it will never be eliminated.
3. The device is fully equipped with instruments, specialized power supplies, relays, and other experimental components, as well as specialized wires for experimental connections. The performance and specifications of the provided components can meet the needs of the experiment.
4. Strong intuitiveness. Each experimental pendant adopts a separated structure, with clear component panel diagrams and clear lines. The tasks of each pendant are clear and easy to operate and maintain.
5. The scientific device occupies a small area, saving experimental space and reducing infrastructure investment; The supporting relays and their equipment are all on-site devices used in power system automation and relay protection devices, with strong authenticity and specially designed. The device has a neat and beautiful appearance, which can improve the experimental environment; The experimental content of power automation and relay protection is rich and well-designed. In addition to deepening theoretical knowledge, it also lays a good foundation for students to enter society and engage in power supply and distribution work in power plants, substations, and industrial and mining enterprises, as well as the design, installation, commissioning, and maintenance of relay protection systems. The measuring instrument adopts a combination of digital, intelligent, and human-machine dialogue, which can meet the needs of experimental teaching and modernize the measurement methods of the device; Equipped with a timer alarm recorder (service manager), it provides a unified standard for assessing students' experimental skills.
6. Strong openness with internal and external voltage type leakage protection devices to ensure the safety of operators; Each power output has monitoring and short-circuit protection functions, making it easy to use; All measuring instruments have protective functions. The entire device has been carefully designed, with reliable component quality and reliable processes as guarantees, resulting in excellent product performance. All these functions create conditions for open experimentation, which is conducive to improving students' ability to analyze and solve problems.
FAQ
Q1: Are you a trading company or manufacturer?
We are a manufacturer, our equipment is superior in quality and reasonable in price.
Q2: May we visit your factory?
Yes, welcome to our factory, our factory is in China Guangzhou City, it is near the Guangzhou Baiyun airport, very convenient to come here.
Q3: How to ensure the quality?
Our technicians are experts in this industry.Each assembly part has a controller to ensure stable operation of the equipment.
Q4: What is the warranty period and the delivery period?
Warranty period:12 months Delivery period: Usually 30 days
Q5: What is you terms of payment?
50% in advance, balance before shipment, we accept T/T, Cash.