Product

To eliminate operational bottlenecks and protect mission-critical equipment readiness across heavy industrial logistics networks, commercial drone fleets, agricultural spraying systems, and heavy-duty robotic platforms, the Phonix® FX25210000 delivers a high-capacity 252W continuous energy pathway as an infrastructure-grade 25.2V 10A Li-ion battery charger. Engineered specifically to normalize dynamic electrochemical polarization and eliminate localized capacity variance across 6S 22.2V Lithium-ion and Li-Po battery networks, this high-current station stabilizes voltage saturation tracking throughout demanding production shifts. The fully sealed, fanless housing completely isolates sensitive inner control logic from airborne conductive soot, ferrous dust, and workshop moisture within a ruggedized 233X108X64 mm architecture. Achieving a balanced full-load energy efficiency of >= 88.5% under natural convection cooling—and scales up to >= 93.5% when deployed within systems utilizing active forced-air ventilation—the internal hardware employs an interleaved active power factor correction matrix to protect local sub-panels against severe harmonic line sags. Monitored by an independent hardware microcontroller, the module initiates instant solid-state latching lockout cuts against over-voltage spikes, output short-circuits, and reverse line cross-connections. Validated for zero-maintenance long-term deployment backed by a certified 50,000-hour MTBF and our 5-year factory warranty, this 10A fast-charging asset coordinates maximum fleet uptime while minimizing total cost of ownership (TCO).

Phonix® FX2522000 is an infrastructure-grade, high-density 25.2V 2A (50.4W) smart fast charger calibrated for 6S 22.2V Li-ion/Li-Po assemblies. Engineering twice the power density into a compact 113X45X30mm fully sealed enclosure, it prevents conductive dust failures while achieving ≥85.0% full-load efficiency via static natural convection. Built with hardware MCU closed-loop tracking, a certified 50,000-hour MTBF, and our 5-year factory warranty, this fanless module coordinates zero-maintenance operational uptime for demanding industrial drone fleets, portable medical hardware, and field electronic docking setups.

Phonix® FX2523000 is an infrastructure-grade 25.2V 3A (75.6W) smart fast charger engineered for 6S 22.2V Li-ion/Li-Po industrial battery packs. Housed in a sealed, fanless 133X58X36mm enclosure, it blocks airborne shop floor contaminants while maintaining ≥85.0% efficiency via natural convection. Powered by a hardware MCU control loop with a multi-stage charging profile, a certified 50,000-hour MTBF, and our 5-year factory warranty, this silent module delivers stable, zero-maintenance terminal power matching for commercial drone fleets, field electronics, and automated testing rigs.

For industrial drone docks, high-torque electric tools, and heavy portable field gear, the Phonix® FX2526000 (25.2V 6A) provides a ruggedized 151.2W heavy-current charging solution. Housed in a substantial 178X80X64mm industrial chassis, this 6A powerhouse utilizes its expanded enclosure surface area to maximize thermal dissipation without relying on a failure-prone internal fan. This sealed, non-ventilated block keeps fine workshop dust, metal fragments, and warehouse humidity completely away from the multi-layer PCB. Controlled by an intelligent MCU execution loop that manages precise multi-stage profile transitions, it balances accelerated fleet turnover times with absolute cell protection.

Engineered for high-capacity industrial drone fleets, standard AGVs, and heavy-duty portable backup power banks, the Phonix® FX2527000 (25.2V 7A) delivers a continuous 176.4W output to safely compress fleet charging cycles. Utilizing a heavy-mass 178X80X64mm sealed chassis, this high-amperage module drops charging times without employing failure-prone cooling fans, eliminating the noise and internal contamination risks common in harsh maintenance depots. Managed by a dedicated MCU running a dynamic three-stage charge algorithm, it actively controls terminal current to prevent grid-side stress while maximizing cell service life.