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FPH-462. Field power and data. As simple as plugging in a cable.

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Build a field system

One connection at a time.

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FPH-462 connections: battery, computer, generator, drones, solar, EUD, remote hub, 6T battery and Ethernet

01 / 08 Battery + USB

One battery. One computer.

BB-2590 smart battery

Charge the battery or draw power from it. SMBus exchanges battery status and charging requirements, with Level 3 charging for compatible smart batteries.

Computer and USB devices

Deliver or receive power with USB-C Power Delivery, supporting both SPR and EPR. Exchange USB 2.0 data and connect devices through the USB hub.

SMBus Level 3 charging · USB-C SPR + EPR

Battery + USB connection to the FPH-462

02 / 08 Generator

Keep everything powered.

A compatible DC feed from a diesel generator can power the computer and charge the battery at the same time. The battery provides UPS backup when the generator stops.

3.3–62 V DC · Up to 500 W per port, in or out

Use a suitable DC output. Power is subject to each port’s voltage and current limits.

Generator connection to the FPH-462

03 / 08 Drones

Charge the next flight.

Charge multiple drone batteries at the same time through compatible chargers. Share available power between connected loads and monitor each port as the next flight gets ready.

Multiple chargers · Independent port control

Drones connection to the FPH-462

04 / 08 Solar

Make variable power useful.

MPPT follows the solar panel’s maximum power point as sunlight changes. The hub can use variable renewable sources alongside batteries and other available power.

Solar input · Maximum power point tracking

Solar connection to the FPH-462

05 / 08 EUD

Your EUD becomes the display.

Use an end-user device to view measurements and operate the hub. The same field connection carries its data and charges the device, giving you a larger screen where you need it.

NW3 EUD-HOST · Data and charging

EUD connection to the FPH-462

06 / 08 HVDC link

Extend power beyond your position.

Connect another FPH-462 over the HVDC link and share power with equipment at a distant position. Several hubs can form a small microgrid, supplying and charging units nearby.

400 V DC · Approximately 1 kW · Up to 1 km

2.4 A link limit: 960 W at nominal 400 V. Cable, load and configuration determine delivered power and reach.

HVDC link connection to the FPH-462

07 / 08 6T battery

Bring vehicle energy into the system.

Charge a compatible 6T vehicle battery or draw power from it while exchanging battery information over CAN. USB, SMBus, CAN and RS-485 let the wider system communicate with different equipment.

USB · SMBus · CAN · RS-485

6T battery connection to the FPH-462

08 / 08 Ethernet

A local network. A wider view.

Connect FPH-462 to an Ethernet network for monitoring, remote control and firmware updates. Every addition remains part of one connected power-and-data system.

Ethernet / LAN · Remote control · Updates

Ethernet connection to the FPH-462

Remote webserver / 24-hour visibility

Your hub. Always in view.

Monitor every port around the clock while connected. Review voltage, current, power, temperature and faults, follow operating history and control the FPH-462 remotely.

Connect your FPH-462 ↗
Dark-mode FPH-462 remote web interface showing per-port measurements and operating controls

The field connection

One cable for
power and data.

Keyed Nett Warrior connectors carry energy and communication together. Each of the six ports can receive or deliver power through a compatible cable and device.

The HVDC link and Ethernet use different mechanical keying, preventing their connectors from being plugged into the wrong interface.

See the supported interfaces ↗
Dimensioned drawings of the three mechanically keyed field connectors
FPH-462 enclosure in a snowy field setting

From the bench to the field

Designed for
real field conditions.

A compact aluminium enclosure, physical controls and sealed connections bring the system together. Talk with our engineers about your equipment, integration and field-trial requirements.

Created in cooperation with FFI · Designed in Norway · Manufactured by Norautron