What is Verisafe?

In the realm of industrial safety, the Panduit VeriSafe Absence of Voltage Tester (AVT) stands out as a revolutionary tool. As the first-of-its-kind voltage tester, VeriSafe ensures electrical safety with just the push of a button. Compliant with 2018 NFPA 70E standards, this product automates the required six-step testing process in about ten seconds, significantly enhancing operational efficiency and safety.

What is an Absence of Voltage Indicator?

An absence of voltage indicator is essential in validating that electrical equipment is de-energised and safe for handling. The Panduit AVT, a leader in this technology, simplifies the verification process, which can often be complex and time-consuming with hand-held portable test instruments.

Understanding Panduit AVT 1.0 and 2.0

The Panduit AVT series, encompassing versions 1.0 and 2.0, are not just tools but safety partners in industrial settings. They are designed to give a clear, immediate indication of voltage status, crucial for meeting NFPA 70E requirements and ensuring worker safety.

Key Features & Benefits of Panduit AVT

1. Improved Safety & Risk Reduction: Determines voltage status before equipment access, preventing direct exposure to electrical hazards.
2. Increased Productivity: Initiates tests with a simple button push, providing visual alerts to abnormal power conditions.
3. Simplified Compliance Process: The test sequence aligns with NFPA 70E, automating tests to reduce operator errors.
4. Reliable Results: Fail-safe design with active indications, meeting SIL 3 safety functions.
5. Flexible Applications: Suitable for testing three-phase circuits up to 600V, and can be installed on either line or load side of electrical disconnects.
6. Suitable for Multiple Environments: Tested to NEMA 4X, IP66, IP67 standards, VeriSafe is adaptable to various settings.

How to Use Panduit AVT

Comprising of an indicator module, an isolation module, and a system cable, the AVT is user-friendly. A simple button press initiates a comprehensive self-test. A green light indicates absence of voltage is confirmed. A red LED indicates hazardous voltage is present. Lack of red light does NOT guarantee voltage absence.

How does the Panduit AVT ensure compliance with NFPA 70E standards in its testing process?

The Panduit AVT automates the six-step testing process required by NFPA 70E to verify the absence of voltage. This process includes testing the tester itself, verifying installation, checking for voltage, and then retesting. By automating these steps, the AVT ensures consistent and compliant testing each time, significantly reducing the risk of human error and enhancing safety.

Can the Panduit AVT detect both AC and DC voltages, and up to what voltage levels?

The Panduit AVT 2.0 is designed to detect both AC and DC voltages. The AVT 1.0 can detect AC only. The maximum voltage for the AVT 2.0 is 1000V. The maximum voltage for the AVT 1.0 is 600V. This capability ensures that the AVT can be used in a wide range of industrial and commercial settings, providing comprehensive safety checks regardless of the type of voltage present in the equipment. Compare the features between the 1.0 and 2.0 AVT

What are the specific safety features implemented in the AVT to prevent direct exposure to electrical hazards?

The AVT features a fail-safe design with active indications to prevent direct exposure to electrical hazards. Its indicator module, which serves as the user interface, is typically installed in the door of the electrical panel, keeping hazardous voltage away from the user. Additionally, the isolation module inside the panel and sensor leads ensure safe and accurate testing without direct contact with live components.

How does the AVT's automated testing process differ from traditional manual testing methods?

Traditional manual testing methods involve handheld portable test instruments and require multiple steps that can be time-consuming and prone to human error. In contrast, the AVT's automated testing process simplifies this by requiring just the push of a button to initiate a comprehensive test sequence. This automation not only saves time but also reduces the complexity and potential for errors, making the verification process more reliable and efficient.

What types of visual and/or auditory alerts does the AVT provide to indicate different voltage statuses?

The Panduit AVT provides clear visual alerts to indicate voltage status. When AC voltage is detected, red LEDs are lit. In the absence of voltage, these red LEDs go out, and a green light is displayed, indicating that the equipment is safe to work on. If the absence of voltage is not confirmed, diagnostic codes indicate why. While the AVT primarily uses visual indicators, the colour-coded LED system is straightforward and easily interpretable, ensuring that users can quickly understand the voltage status.

Conclusion

The Panduit AVT series, including VeriSafe 1.0 and 2.0, offers a groundbreaking approach to electrical safety. By simplifying and automating the voltage verification process, these tools provide a new and innovative way to safely, reliably, and efficiently verify the absence of voltage. This advancement not only enhances worker safety but also propels industrial operations towards greater productivity and compliance.

Buy the Verisafe AVT 1.0 and 2.0