Product overviewEnergy Analyzer & Web Data Manager PFNE6-1H509-A10 (EXA NET D6 H). Accuracy class 0.5S with single-harmonic analysis up to the 51st order. Network bridge between RJ45 (Ethernet) and RS485 (Modbus) for communication with Electrex instruments and local data storage. Includes enabled storage service (Upgrade Log 8), web measurement visualization (Upgrade Web) and energy charts (Upgrade Charts). Perennial battery-backed clock and non-volatile memory. Remote firmware update capable. LCD graphic display, 2 calibration LEDs, ExpBus for external I/O and environmental sensors, NFC connectivity. DIN rail mounting: 6 modules. Power supply 85 ÷ 265 Vac. Compliant with EN 50470-1 and EN 50470-3.
Features- Accuracy class 0.5S
- Single harmonics measurement up to the 51st order
- Network bridge between RJ45 (Ethernet) and RS485 (Modbus)
- Enabled storage service (Upgrade Log 8)
- Web visualization of measurements (Upgrade Web)
- Energy graphs visualization (Upgrade Charts)
- Perennial battery-backed clock
- Non-volatile memory
- Remote firmware update capability
- LCD graphic display
- 2 calibration LEDs
- ExpBus for external inputs/outputs and environmental sensors
- NFC connectivity
- DIN rail mounting: 6 modules
- Power supply: 85 ÷ 265 Vac
- Standards compliance: EN 50470-1, EN 50470-3
Technical specifications- Model family: EXA NET D6
- Product code: PFNE6-1H509-A10
- Function: Energy analyzer and Web Data Manager
- Accuracy class: 0.5S
- Harmonics: single harmonics up to the 51st order
- Communication: RJ45 (Ethernet) and RS485 (Modbus) network bridge
- Storage: Upgrade Log 8 service enabled
- Web services: measurement visualization (Upgrade Web) and energy charts (Upgrade Charts)
- Clock: perennial battery-backed clock
- Memory: non-volatile memory
- Firmware: remote update supported
- Display: LCD graphic
- Indicators: 2 calibration LEDs
- Expansion: ExpBus for external I/O and environmental sensors
- Connectivity: NFC
- Mounting: DIN rail, 6 modules
- Power supply: 85 ÷ 265 Vac
- Compliance: EN 50470-1, EN 50470-3