Enersys Genesis NP3.4-12FR 3.4Ah 12Vdc sealed lead acid batteries in a flame retardant case with a 5year design life for use in UPS systems and DC standby power, emergency lighting and telecommunications applications. The Genesis range uses heavy duty thick lead-calcium grids to give dependable performance over many years of usage. The battery has a compact high Enersys design and factory sealed case to ensure extreme reliability. A low-pressure relief valve is built-into the design to release any build-up of pressure from the electrolyte. The vent is completely self-resealing to ensure a maximum internal recombination rate and the internal grid design ensures the battery can recover from repeated deep discharges.
Enersys Genesis NP3.4-12FR Features
- Internal plates made from a lead-calcium alloy
- Sealed design with low maintenance
- 1000 plus cycles depending on Depth of Discharge (DoD)
- Heavy duty grids to maximize life
- Three to five year life expectancy in float applications at ambient temperatures of 25degC
Battery Construction
- Internal construction uses heavy duty thick lead-calcium grids
- Sealed case for leak-proof operation
- Designed to promote internal recombination for a longer working life
- Integral self-sealing pressure relief valve operates at 2-3 PSI
- Flame retardant UL94-V0 case and cover
Installation and Operation
- Space efficient footprint
- Compact, quick and simple installation process
- Three to five year life expectancy in float applications at a 24degC ambient temperature
- Low maintenance with no watering top-up required
- An operating temperature of minus 15 to 50degC with a recommended temperature of 20 to 30degC
Design Standards
- Standards Approved for air transportation (IATA A67)
- Recognized by UL File no. MH16464 and MH15740
- Non-spillable classification (UN2800)
- IEC 61056-1, IEC 60896-21 and IEC60896-22 compliant
Server Room Environments supplies batteries for UPS and standby power applications including on-site battery builds, battery testing, removal and eco-friendly recycling.
