The Furman PL-PLUS C is an advanced series rack-mount power conditioner and distributor that combines robust AC power filtration, high-level surge suppression, and real-time voltage monitoring in a single, professional-grade unit. Designed to protect sensitive audio, video, and digital equipment, it serves as the central power management hub for equipment racks in studios, broadcast facilities, and live sound environments. Its core filtering technology utilizes Furman's proprietary SMP (Series Multi-Stage Protection) topology, which employs a combination of inductors, capacitors, and metal oxide varistors (MOVs) arranged in series to provide exceptional isolation from high-frequency noise, transients, and electromagnetic interference (EMI/RFI) that can degrade signal clarity and cause digital equipment to malfunction.

A defining feature of this model is its integrated, highly visible voltmeter. This analog or digital display provides continuous, real-time monitoring of the incoming AC line voltage, allowing technicians to instantly identify potentially damaging conditions such as brownouts (under-voltage) or surges (over-voltage) before they affect connected gear. The unit offers sequenced, delayed AC power delivery to its outlets, which is critical for systems containing components like power amplifiers and processors that benefit from staged turn-on to prevent in-rush current spikes. The front panel typically includes a master circuit breaker and a brightly illuminated rocker switch, while the rear panel houses multiple, sequentially numbered NEMA 5-15R outlets.

Constructed with a heavy-gauge steel chassis and a brushed aluminum front panel, the PL-PLUS C is built for durability and reliable 24/7 operation. Its protection circuits are designed to clamp transient voltages with a sub-nanosecond response time, and its high Joule-rated MOVs sacrificially absorb large energy spikes. By delivering clean, stable, and well-protected AC power while providing critical system status visibility, the Furman PL-PLUS C goes beyond simple power distribution to become an active component in system preservation, enhancing the performance, longevity, and reliability of all connected electronic equipment.