grid | power FNC-VR

The grid | power FNC-VR is based on the proven Nickel Cadmium fibre structure technology. It therefore withstands the highest shock and vibration stresses and has a long service life and cycle life even under extreme temperature conditions. Due to the integrated low-pressure valve including a flame-resistant degassing port, the oxygen and hydrogen gases produced during charging are recombined with an efficiency of up to 90 %. 

The grid | power FNC-VR is therefore extremely low-maintenance and water refilling can be extended to an interval of 20 years under optimal conditions. This significantly reduces the maintenance effort and the associated maintenance costs.

The battery is particularly well suited for stationary systems for uninterruptible power supply in the autonomy range between one hour and several days. Here, it can be operated safely even under extreme temperature influences with a long service life and good performance characteristics.

Area of Application


  • Emergency power supply (UPS)
  • Power plants
  • Control technology
  • Switchgear
  • Safety lighting


Product data:

Constructionsealed
SeriesFNC
TechnologyNickel-Cadmium
Product groupcells-blocks-modules


Norms and standards

  • IEC-EN-60623


 

Your advantages

  • Very high investment protection due to permanently safe and long operating time (up to 25 years)
  • Saving of maintenance costs due to extremely long water refill intervals of up to 20 years
  • Flexible use at extreme temperatures between -40 °C and +60 °C thanks to temperature-resistant materials
  • Uncomplicated and long storage in case of unexpected project delays
 

Downloads


Technical documentation

LanguageFilenameSizeDownload
grid_power_fnc_manual_de.pdf
2.8 MB | pdf-file
grid_power_fnc_manual_en.pdf
2.8 MB | pdf-file


Brochure

LanguageFilenameSizeDownload
grid_power_fnc-vr_brochure_de.pdf
1.7 MB | pdf-file
grid_power_fnc-vr_brochure_en.pdf
1.8 MB | pdf-file


Case study

LanguageFilenameSizeDownload
grid_power_fnc-vr_case_study_de.pdf
0.4 MB | pdf-file
grid_power_fnc-vr_case_study_en.pdf
0.4 MB | pdf-file


Data sheet

LanguageFilenameSizeDownload
fnc_battery_information_sheet_en.pdf
0.2 MB | pdf-file