Panduit FMPS brings safer, high-power smart building solutions
Panduit has launched its Fault Managed Power System (FMPS) in the EMEA region, providing a new approach to powering in-building wireless, smart building, and distributed antenna systems that require both high-power capacity and stringent safety standards.
Market growth
The adoption of smart building technologies across Europe, the Middle East, and Africa is forecast to rise rapidly, with the global smart buildings market predicted to reach USD $121 billion by 2026. Growth is being driven by increased IoT deployments and energy efficiency demands, requiring stronger and more flexible power infrastructure solutions.
Class 4 standard
The FMPS is promoted as the first Class 4 certified solution under UL 1400-1 and IEC/UL 62368-1 regulatory standards. It offers the power capability of Class 1 electrical circuits while retaining the safety features and simpler installation processes of Class 2 systems. This means that larger and more complex buildings can support significantly higher loads without reverting to the expensive safety requirements of traditional high-voltage installations.
Technical features
The FMPS uses pulse current technology to transmit electrical power. Power is delivered over Class 4 multi-conductor cables in short bursts: two milliseconds on, one millisecond off. Every pulse is monitored in real time, and in the event of any electrical fault such as a short circuit, overcurrent, or ground fault, power transmission ceases within two milliseconds. This rapid response is aimed at reducing the risk of fire or electric shock compared to standard high-voltage methods.
Key features include the ability to deliver up to 600 watts per copper pair over distances reaching two kilometres, with each chassis supporting up to nine transmitter modules and three power supplies-delivering up to 4.8 kilowatts. Receiver modules can convert the current to ±48 VDC or ±56 VDC to power multiple devices without limitation on the number connected per receiver.
Installation and efficiency
Panduit states its FMPS system operates at peak efficiencies beyond 97%. The use of Class 4 cables allows for cable cost savings as high as 60% and reduced copper usage, owing to thinner wires and simplified installation processes. There is no requirement for conduit, breaker panels, or junction boxes as with Class 1 wiring, potentially reducing installation and material costs by up to 40%.
Technicians are able to install power and fibre cabling simultaneously, which may be particularly beneficial in settings where retrofits are difficult or in buildings with extensive regulatory restrictions on electrical works.
Remote management
The FMPS includes a management module compatible with several network protocols, including SNMP, HTTP, SSH, and LDAP. Building operators can use this capability to access real-time data on power usage and system alerts, as well as control individual units remotely-offering the opportunity to minimise downtime and reduce site visits.
Application and compliance
The move towards 5G, smart buildings, and campus-wide network connectivity in the EMEA region is increasing demand for power solutions that exceed the 100-metre distance limit of standard Power over Ethernet (PoE). Panduit's system claims to deliver power up to 30 times further and at six times the capacity of Class 2 solutions, enabling more centralised and manageable power distribution for dense device networks.
The FMPS is designed for deployment in both new and existing structures and is compliant with safety and environmental regulations such as REACH and RoHS. Potential applications include stadiums, airports, industrial complexes, and urban sites where traditional conduit installations may not be feasible.
"The Panduit Fault Managed Power System delivers critical support for digital transformation, aligning with EMEA's goals for sustainability and operational efficiency," said Christophe Laugier, Senior Business Development Manager, Panduit.
