Power Automation and Relay Protection Experimental Training Equipment

The Power Automation and Relay Protection Experimental Training Equipment is a foundational training system designed to meet modern curriculum requirements and real-world applications. It enables hands-on practice with relay protection systems, electrical secondary control circuits, and other key components used in power plants, substations, and industrial facilities. This integrated training solution combines multidisciplinary instructional content, offering electrical engineering and automation students a practical, immersive learning experience.

Product Introduction

Name Power Automation and Relay Protection Experimental Training Equipment
Category Education Equipment
Brand Zhongcai
Place of Origin China Guangzhou
Certification CE, ISO
Parameter Customized
Power supply Three-phase four-wire(Three-phase five-wire 380V±10% 50Hz)
Input supply AC 220V±10% 50Hz
Working power DC 12V
Size(L*W*H) 1800mm*730mm*1660mm

Product Overview

The Power Automation and Relay Protection Experimental Training Equipment serves as an ideal platform for teaching core concepts in power systems and electrical automation. Beyond supporting standard laboratory experiments, it facilitates student graduation projects and research-oriented hardware development. Its modular, pendant-mounted design ensures flexible setup and operation tailored to specific teaching requirements. Equipped with high-precision digital instruments, intelligent interfaces, and customizable configurations, the system enhances the learning experience while meeting diverse technical training needs.


Core Features

1. Strong Comprehensiveness and Adaptability

This Power Automation and Relay Protection Experimental Training Equipment incorporates standard experimental projects from curricula used in numerous domestic educational institutions. Highly adaptable, it fulfills the experimental teaching requirements of diverse colleges and universities. The scope and complexity of experiments can be flexibly adjusted to meet specific needs. Featuring a modular hanging-box design with easily replaceable, expandable, and upgradable components, the system ensures long-term relevance without technological obsolescence.

2. Complete Configuration and High Visibility

The training equipment comes complete with a full set of supporting components, including instruments, dedicated power supplies, relays, experimental modules, and specialized connection cables. All components meet the performance and specification standards required for comprehensive experimental training. Each experimental module features a clearly separated panel design with intuitive diagrams and labeling, ensuring easy operation, maintenance, and understanding.

3. Scientific Design and Practical Relevance

With its compact footprint, this training equipment minimizes infrastructure requirements while improving the learning environment. It incorporates authentic power automation and relay protection components specifically engineered for educational applications. Combining comprehensive content with a practical design, the system strengthens theoretical knowledge while preparing students for professional roles in power generation, substation operations, and industrial power distribution – including system design, installation, and maintenance. Modern digital instruments with intelligent, interactive features meet advanced training needs, while integrated timers and alarm recorders provide standardized performance evaluation.

4. Enhanced Safety and Experimental Openness

The Power Automation and Relay Protection Experimental Training Equipment features comprehensive voltage-type leakage protection (both internal and external) to ensure operator safety. All power outputs include monitoring and short-circuit protection, while measuring instruments incorporate built-in protective functions. Through careful design using reliable components and precision craftsmanship, the system delivers superior performance while supporting open-ended experimental learning. This environment fosters the development of strong problem-solving and analytical skills in students.


Technical Specifications

Product Name: Automotive ABS brake system teaching board

Model: ZCLZ-01A

Input Power: three-phase five-wire 380V±10% 50Hz

Working Environment: temperature -10℃~+40℃ Relative humidity <85% (25℃) Altitude <4000m

Device Capacity: <1.5kVA

Dimensions: 180cm×73cm×166cm

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