Electrical Lock-Out/Tag-Out Training System

Overview of the electrical lock-out/tag-out training system

The DAC Worldwide electrical lock-out/tag-out training system provides a realistic, hands-on platform for teaching critical safety procedures. It is designed for instructors and students in industrial maintenance, manufacturing, and vocational technology programs. This system effectively demonstrates the principles of controlling hazardous electrical energy as required by OSHA Standard 29 CFR 1910.147. By using real-world components like circuit protectors and safety disconnects, learners can practice applying locks and tags in a safe, controlled classroom setting. The unit allows for repeated practice, helping students build the confidence and competence needed to perform these vital safety tasks in actual industrial environments. It serves as an indispensable tool for reinforcing theoretical knowledge with practical, life-saving skills.

Key skills and applications of the electrical lock-out/tag-out training system

Using this training system, students develop essential skills for workplace safety and regulatory compliance. The primary application is teaching the proper steps for de-energizing and securing electrical equipment before service or maintenance. Learners will practice identifying various energy isolation points, selecting the appropriate lock-out or tag-out devices, and correctly applying them. Key skills include manipulating industrial-grade circuit breakers, disconnects, and plugs. This hands-on experience ensures students not only understand the OSHA standards but can also physically execute the procedures. Mastery of these skills is crucial for preventing electrical shock, arc flash, and other serious injuries in any industrial setting where machinery and equipment are used.

Electrical lock-out/tag-out training system specifications and features

Specification/Feature	Detail
Product dimensions	24-in. L x 18-in. W x 8-in. H (610 x 457 x 203 mm)
Product weight	45 lbs. (20kg)
Applicable education levels	High school, vocational, community college, and university
Construction	Welded 7-gauge steel frame
Finish	Powder-coated for durability
Component 1	3-Phase motor circuit protector (lockable)
Component 2	Safety disconnect with hinged, pull-down handle (lockable)
Component 3	Cord and plug connection (lockable)
Accessories	Includes a sample package of representative locks, tags, hasps, and lock-out devices
Portability	Can be used on a tabletop or bench
Safety	Allows for safe demonstration and practice without live voltage

Providing the electrical lock-out/tag-out training system to the midwest

Aidex is proud to supply the electrical lock-out/tag-out training system to learning institutions across the Midwest. We are committed to equipping educators and students in the region with the industry-leading tools they need to succeed in technical and industrial careers.

Frequently asked questions

What core topics does the electrical lock-out/tag-out training system curriculum cover?

The curriculum focuses on OSHA Standard 29 CFR 1910.147, teaching students to identify hazardous electrical energy sources, understand energy control procedures, and properly apply lock-out and tag-out devices to various electrical disconnects in a safe, simulated environment.

What is the target audience for the electrical lock-out/tag-out training system?

This system is designed for students and trainees in industrial maintenance, manufacturing, electrical trades, and related vocational programs at the high school, community college, and university levels. It is also ideal for incumbent worker training.

What components are included with the training system?

The system includes a variety of real-world electrical components like a 3-phase motor circuit protector, a safety disconnect, and a cord/plug connection. It also comes with a sample package of locks, tags, hasps, and lock-out devices for hands-on practice.

Is the training system durable for classroom use?

Yes, it is built for repeated use in a training environment. It features a heavy-duty, welded steel frame with a powder-coated finish for durability and longevity.

Does the system require external power to operate?

No, the system is designed for demonstration and practice of de-energizing procedures. It does not require an external power source, making it a safe, self-contained tool for classroom instruction on electrical safety protocols.

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