FE04 EP42 12 TDS Rev 4
FE04 EP42 12 TDS Rev 4
FE04 EP42 12 TDS Rev 4
BATTERY OUTLINE
CONSTRUCTION:
► Positive and negative plates in lead-tin-calcium alloy. ► Separator - low resistance micro porous glass fiber.
► The electrolyte is absorbed within this material, preventing acid leakage in case of accidental damage.
► Terminals with a large surface area provide maximum conductivity. ► Self-regulating pressure relief valve. ►
100% ensured capacity (through Data-logger) during manufacturing. ► Stronger, sturdier & attractive packaging. ►
Especially suited for UPS & Power Application
FEATURES: -
► International Size. ► Free from Orientation Constraints. ► Eco-Friendly. ► Easy Handling. ► Ready to Use. ► Long Service
Life. ► Low Self-discharge. ► Excellent Charge retention & recovering ability. ► Superior High Rate Discharge. ► High Reliability.
NOTES ON OPERATION
Mode of Operation Voltage setting per 12V unit for Current setting
ambience Temp. 20-30 ®C
FLOAT 13.7V ± 0.1V
Maximum :0.3CA
BOOST 14.1V ± 0.1V
Minimum: 0.1CA
CYCLE 14.7V ± 0.1V
Product Details
AH Efficiency >90%
WH Efficiency >80%
Internal Resistance 8 mΩ max @ full charge 27°C
Short Circuit Current 922 Amps
Operating Temperature Range 0oC to 45oC
Self-Discharge/Month @ 27 °C <3% of Rated Capacity
Recommended period of storage 3 months from the date of manufacturing and to be stored in a covered place at 27 oC
Material of container PPCP (FR Grade Optional)
Type of +ve & -ve plate Flat Pasted
Recommended Terminal Torque 2.5 N-m
MAXIMUM DISCHARGE CURRENT FOR VARIOUS DURATION & CUT-OFF
VOLTAGE
END
DISCHARGE TIME
VOLTAGE/ TEMP(C)
CELL 10min 15min 20min 30min 1 hrs 1.5 hrs 2 hrs 3 hrs 4 hrs 5 hrs 6 hrs 8 hrs 10 hrs
25 2.0C 1.65C 1.4C 1.1C 0.64C 0.42C 0.36C 0.27C 0.210C 0.17C 0.145C 0.11C 0.090C
1.80 5 1.65C 1.3C 1.1C 0.95C 0.59C 0.34C 0.29C 0.230C 0.182C 0.147C 0.129C 0.098C 0.080C
-5 1.3C 1.0C 0.86C 0.76C 0.48C 0.28C 0.24C 0.198C 0.154C 0.125C 0.115C 0.087C 0.071C
25 2.15C 1.72C 1.45C 1.12C 0.65C 0.45C 0.38C 0.28C 0.22C 0.180C 0.15C 0.12C 0.099C
1.75 5 1.72C 1.40C 1.15C 0.97C 0.60C 0.36C 0.30C 0.24C 0.190C 0.150C 0.130C 0.100C 0.088C
-5 1.45C 1.10C 0.93C 0.81C 0.50C 0.30C 0.25C 0.20C 0.160C 0.130C 0.119C 0.090C 0.078C
25 2.3C 1.8C 1.5C 1.15C 0.67C 0.48C 0.40C 0.29C 0.230C 0.19C 0.165C 0.13C 0.108C
1.70 5 1.8C 1.5C 1.2C 1.0C 0.62C 0.39C 0.32C 0.250C 0.199C 0.164C 0.143C 0.116C 0.096C
-5 1.6C 1.2C 1.0C 0.86C 0.53C 0.32C 0.27C 0.213C 0.168C 0.139C 0.123C 0.103C 0.086C
25 2.35C 1.85C 1.55C 1.2C 0.69C 0.50C 0.41C 0.300C 0.240C 0.200C 0.170C 0.135C 0.110C
1.65 5 1.9C 1.6C 1.3C 1.05C 0.64C 0.40C 0.33C 0.260C 0.208C 0.173C 0.147C 0.120C 0.098C
-5 1.6C 1.25C 1.05C 0.88C 0.54C 0.34C 0.27C 0.220C 0.176C 0.147C 0.125C 0.107C 0.087C
25 2.4C 1.9C 1.6C 1.25C 0.7C 0.51C 0.42C 0.310C 0.250C 0.210C 0.180C 0.140C 0.115C
1.60 5 2.0C 1.7C 1.4C 1.10C 0.66C 0.41C 0.34C 0.270C 0.216C 0.182C 0.156C 0.125C 0.102C
-5 1.65C 1.3C 1.1C 0.9C 0.55C 0.34C 0.28C 0.227C 0.183C 0.154C 0.132C 0.111C 0.091C