Practical Visualization of a Modern PLC Based Elevator Control System with a Four Layer Transparent Elevator Training Test Device

DESCRIPTION / TECHNICAL SPECIFICATIONS

Bring about a revolution in vertical transportation learning with a state-of-the-art four-story transparent elevator training device. Designed to accurately mimic the construction and operational logic of the lifts we use daily, this device unveils the mechanical and electrical complexities of an elevator. Using clear organic glass material, every component from the machine room, liftway, car, to the landing doors can be observed directly. This provides an unparalleled learning experience, allowing students to understand working principles and internal structures intuitively and thoroughly.

At the core of this system is intelligent control technology combining a Programmable Logic Controller (PLC) and a Frequency Converter, enabling smooth and efficient AC variable frequency speed regulation. Its hardware is designed as a true replica with complete functionalities, including automatic door opening and closing, intelligent internal and external call response, emergency stop systems, and even comfort features like lighting and an air fan. Reliable performance, steady operation, and low energy consumption make this trainer a premier choice for modern educational institutions.

The training content offered is highly comprehensive, covering all aspects of lift operations. Students can practice everything from start stop, up down speed control, precise car leveling, landing door control, floor calling systems, to terminal and speed limit protection device training. Moreover, the open nature of its hardware and software allows for secondary development, opening doors for customization projects like multiple elevator control, parallel control, or signal control systems, making it a dynamic and evolving tool.

Built with national safety standards, this trainer is equipped with leakage protection and high quality components, ensuring a safe practical environment. With industry relevant technical specifications, such as an AC 220V driving motor and a 15:1 traction ratio, this tool is not just a model but a functional simulator that bridges the gap between classroom theory and field practice. This is an essential investment for producing job ready and highly competitive lift technicians, automation engineers, and mechatronics experts.