Short-circuit and fire are one of the main problems in Data Centers

Short circuits and fires pose significant threats to data centers, with equipment overheating being one of the most pressing concerns. Critical situations can not only put people's safety at risk, but also compromise valuable data and cause huge financial losses. The main risk factors include:

Electric Arc;

Failure of Electrical Components;

Accumulation of Dust and Debris;

Deterioration of insulation.

Advanced Zyggot System Solutions

Our innovative system uses intelligent sensors to guarantee the reliability and safety of electrical systems in data centers. Using advanced techniques such as online thermography and infrared and ultraviolet detection, the Zyggot System carries out precise and proactive monitoring of electrical installations. This approach not only detects problems in the early stages, but also helps to maintain and improve the operational efficiency of critical equipment, such as servers and power systems. This facilitates quick and effective interventions, minimizing downtime and reducing maintenance costs. With high-efficiency domestic technology, the Zyggot System is ideal for meeting the challenges of highly demanding environments, combining multiple technologies and intelligent algorithms to ensure safe and reliable operation.

Zyggot Arc: Advanced Arc Protection

Developed to significantly improve the safety of operators and equipment, Zyggot Arc is a market-leading innovation that offers:

Wide detection area (90°);

Ultra-fast response, in less than 0,3 millisseconds;

Detection in the first phases of the arc;

Doesn't detect visible light, avoinding false trip;

No current reading required;

Provides the lowest incident energy on the market, guaranteeing safety.

Zyggot Temperature: Precise Non-Contact Thermal Monitoring

Specially designed for low and medium voltage panels and other critical applications, our non-contact online thermography system measures temperature continuously using infrared sensors. Notable features include:

No traditional thermography required;

Prevents panel from inspections opening;

Facilitates predictive and preventive diagnostics;

Non-contact measurement;

Provides continuous and detailed monitoring;

Supports integrated network communication, allowing remote and centralized management.