How Panduit Fault Managed Power System Delivers Safer, Smarter Power

Welcome to the Panduit FMPS Safety Zone Series – Part 2

In this series, Debbie Kelly, Product Marketing Manager for Panduit Ventures, sat down with Panduit thought leaders to explore the fault managed power technologies shaping the future of infrastructure. Today, we’re talking with Mahmoud Ibrahim, Sr. Business Development Manager, about how Panduit FMPS delivers code-compliant, UL-certified, and future-ready power across enterprise campuses, smart buildings, and industrial environments.

“Panduit FMPS goes beyond compliance. Engineered to simplify installation, reduce risk, and scale across environments FMPS is the future of safe, efficient power delivery.”
— Mahmoud Ibrahim, Panduit Ventures

Q: What makes Panduit FMPS different from traditional power systems?

Mahmoud: Traditional AC systems are limited in how far and safely they can deliver power. Panduit FMPS uses Class 4 fault managed power, which allows for long-distance DC power delivery with built-in fault detection and energy limitation. It’s safer, more efficient, and easier to install, especially in complex environments like campuses and smart buildings.

Q: How does FMPS meet safety and code requirements?

Mahmoud: Panduit FMPS is designed to comply with NEC Article 726, which defines Class 4 circuits. It also meets UL 1400-1 and UL 1400-2 standards and aligns with IEC 62368 for global safety compliance. The system includes SIL 3-level functional safety, which is ten times more reliable than SIL 2. These standards ensure FMPS can be deployed safely and confidently across a wide range of applications.

Q: What types of cabling are approved for FMPS installations?

Mahmoud: FMPS supports a range of UL-listed cables, including Class 4 (CL4) and plenum-rated (CMP) options. These cables are specifically rated for higher voltage and enhanced safety. Because they meet NEC standards, many FMPS installations can be done without conduit, which reduces material costs and speeds up deployment.

Q: Can FMPS be used outdoors or in harsh environments?

Mahmoud: Yes. With the right cable and enclosure selection, FMPS can be deployed in stadiums, parking lots, industrial plants, and other demanding environments. UL 1400 standards require environmental testing to ensure components withstand moisture, UV, chemicals, and physical impact. That makes FMPS a resilient solution for both indoor and outdoor applications.

Q: How does FMPS simplify installation?

Mahmoud: FMPS uses low-voltage structured cabling pathways, which means it can share the same routes as data and communications cabling. This reduces the need for conduit and heavy gauge wiring. Installers can complete projects faster, with fewer materials and less labor. In fact, real-world deployments have shown up to 40% labor savings.

Q: Is FMPS compatible with building codes and inspectors?

Mahmoud: Absolutely. Panduit FMPS was designed with code compliance in mind. Because it’s UL-certified and NEC-compliant, it streamlines permitting and inspection processes. Inspectors recognize the UL mark and understand the safety features built into the system, which helps keep projects on schedule.

Read our eBook to learn more: Understanding UL Certification and Panduit FMPS

Watch the FMPS UL Story Video – YouTube Link video