Arc Flash Burn Experience (Interactive Somatosensory Edition)

The Arc Flash Burn Experience (Interactive Somatosensory Edition) is a smart electrical safety training system that seamlessly integrates learning, viewing, testing, and hands-on simulation.

Four Core Functional Modules

• Knowledge Learning: Master foundational theories of arc flash burns, review typical accident case studies, and reinforce memory through a comprehensive theoretical quiz library.

• Video Learning: Gain deep, visual insights through real-world arc flash accident scenarios across multiple industries.

• Theoretical Assessment: Precision-test trainees' knowledge retention with instant scoring.

• Somatosensory Experience: Divided into High-Voltage Arc and Arc Pulse scenarios, this core feature utilizes interactive somatosensory technology to deliver a 1:1 simulation of the impact shock for immersive warning effects.

The system supports a Visitor Mode (no registration required, data is not uploaded) for quick, hassle-free trials, as well as QR Code Login (paired with a networked terminal for data syncing). This flexibility perfectly satisfies the diverse needs of large-scale corporate training and science museum exhibitions, helping to build a foolproof line of defense for electrical safety.

Key Features

Interactive Software: Effortless Operation & Controlled Data

The equipment is powered by dedicated interactive software featuring intuitive operation logic and robust safety redundancies. It balances smooth user experience with precise data management, allowing non-technical personnel to quickly get started—making it ideal for large-scale training sessions.

1. Basic Operational Workflow

• Powering Up: Turn on the "Power" knob on the main cabinet. The system automatically boots up and loads the interactive software. Once the interface is fully displayed, the system is ready for use.

• Triggering the Experience: To prevent accidental triggers, users must first select their desired project (High-Voltage Arc / Arc Pulse Burn Experience) on the touch all-in-one PC. Once the dedicated interface activates the function, the user can press the physical button to start the somatosensory simulation.

2. Emergency Safety Mechanism

The system is equipped with a prominent Emergency Stop Button. If any equipment fault or operational anomaly occurs during the experience, pressing this button will instantly cut off all power (except for the computer's power supply). This immediately terminates the physical simulation to guarantee user safety while ensuring no data loss on the computer side, allowing for subsequent troubleshooting and quick reboots.

3. Data Collection & Integration Compliance

• Data Collection: The computer software automatically captures and syncs two types of core information: personal identification data (name, ID number, etc.) via the built-in ID card reader, and experience status data (selected project, start time, duration, etc.) upon pressing the start button. Data is logged in real-time, facilitating corporate headcount tracking and training history audits.

• Integration Standards: Software execution status, physical button operations, and physical somatosensory feedback are precisely calibrated to maintain total synchronicity, preventing any disconnect between user action and system feedback for a seamless experience.

4. Arc Flash Somatosensory Simulation Module

As the core component of the system, this module relies on advanced interactive somatosensory technology and specialized hardware to recreate two distinct arc flash hazard scenarios:

• High-Voltage Arc Hazard Experience: Replicates the risks of arc flash leakage during high-voltage electrical operations, simulating instantaneous intense light and thermal shock waves to visually convey the lethal hazards of high-voltage arcs.

• Arc Pulse Injury Experience: Simulates the immediate destructive effects of low-voltage arc pulses, illustrating the severe burn consequences on human hands and faces.

Pro-Tip for Trainees: By wearing standard personal protective equipment (PPE) or implementing proper safety protocols during the simulation, trainees can directly compare injury outcomes with and without protection, drastically reinforcing safety consciousness and standard operating procedures.

5. Auxiliary Learning & Assessment Module

Combined with theory modules, this forms a closed-loop training ecosystem.

• Knowledge Learning: Covers arc flash fundamentals, case studies, and a quiz bank explaining arc formation, hazards, prevention, and emergency response.

• Video Learning: Focuses on real-world electrical worksites, demonstrating correct PPE usage and the grim consequences of safety violations.

• Theoretical Assessment: Features automated test generation and real-time scoring to output assessment reports, providing data-backed evaluations of training efficacy to ensure "learning through practice."