Discover ZYGGOT^® OCTO, the evolution of the UV Sensor with internal shielding and high EMI immunity. Ideal for harsh electrical environments and simple retrofitting.

Currently, safety in industrial electrical installations requires increasingly robust and reliable equipment. In environments with high levels of noise and electromagnetic interference (EMI) typical of medium voltage, large drives, and substations, the robustness of protective equipment is therefore crucial to maintaining consistent performance. First, it is important to understand that not every challenge in these locations is visible, and with this in mind, Varixx has evolved its platform and presents the ZYGGOT^® Octogonal (OCTO) UV Sensor.

Why upgrade to the new ZYGGOT^® OCTO UV sensor?

Initially, OCTO's development focused on optimizing sensor performance in electromagnetically “polluted” environments. This new UV Sensor features improved architecture and construction, including internal shielding and a redesigned PCB (printed circuit board). As a result, the device can dramatically reduce sensitivity to interference, ensuring safe operation even in high power density environments.

In addition, the equipment's construction has become lighter and more efficient. The use of steel has been reduced in favor of FARADEX™ composite, which has a positive impact on both logistics and durability, facilitating maintenance. In other words, the ZYGGOT^® OCTO UV Sensor is not only more resistant to electrical failures, but also physically optimized for the field.

UV Sensor Compatibility and Installation

Alongside the need for innovation, there is concern about the existing legacy. On the other hand, many technology upgrades require long downtimes and complex infrastructure changes. However, the new Varixx UV Sensor has been designed to maintain full compatibility with existing systems.

This means that retrofitting is simple: the device uses the same mounting, the same connector, and maintains the same detection parameters (field of view, speed, and sensitivity) as previous versions. In other words, you raise the robustness standard of your plant without the need for mechanical or special adaptations. What's more, installation is now easier and faster, with optimized connectors and a self-addressing system that facilitates large-scale commissioning.

Where to apply the UV Sensor with high immunity?

Above all, the use of this device is recommended for locations where electromagnetic interference (EMI) is a constant concern. Typical applications include medium-voltage switchboards and installations with a high concentration of load switching operations. It is also suitable for critical environments with a higher probability of partial discharges and corona effects.

Despite this, the OCTO UV Sensor is also fully applicable in conventional environments, maintaining the brand's high performance standards. The goal is to identify real opportunities for improvement in the field and anticipate the next generation of electrical safety.

Conclusion on the new UV Sensor

In short, the launch of ZYGGOT^® OCTO represents a step forward in arc flash mitigation. Therefore, by choosing this UV sensor, your company gains in cost competitiveness and standardization, as the product offers improved construction efficiency specifically designed for harsh environments.

Finally, if your installation suffers from electrical noise or needs a security upgrade, upgrading to OCTO is the natural way to ensure integrity and performance.