Leoch 12V 100Ah LPF Series VRLA Front Access Battery
- SKU: LPF12-100A FR
- Manufacturer: Leoch
- Data Sheet: Download
Product Information
12V 100Ah LPF Series VRLA Front Access Battery
Leoch LPF series batteries are equipped with front conversion terminal, faster installation and space saving, long-life float service design and high energy density, and are used as emergency power supply for communication and UPS.
Applications:
- For standard power cabinet
- Network connection equipment of communication system
- Power system of special network of local area network
- Power station systems
- UPS
Features:
- Capacity C10: 100Ah
- 12 years design life (25°C)
- Puncture resistant micro-porous glass mat separators extend life
- Flame-arresting, one-way pressure-relief vent for safety and long life
- Front access design for easy installation and maintenance
- Epoxy-sealed posts eliminate leaks
Standards:
- Compliance with IEC 60896 standards, EU Battery Directive
UL,CE Approved
Manufactured in Leoch®IATF 16949, ISO 45001, ISO 9001 and ISO 14001 certified production facilities
Specifications
Specifications LPF12-100A FR
| Rated Voltage | 12V |
| Nominal Capacity (25℃) | C10 ,1.80V/cell 100Ah |
| Dimension | 20" x 4.33" x 9.39" inch |
| Total Height | 238.5mm (9.39 inches) |
| Weight | (70.5 lbs) |
| Terminal | T13(M6) |
| Container Material | ABS (UL94 HB or V-0 optional) |
| Short-circuit current | 1900A |
| Internal Resistance (25℃) | Approx 5.5 mΩ (Fully charged) |
| Operating Temp. Range | Discharge -15~50℃ (5~122°F) Charge -20~40℃ (-4~104°F) Storage -15~40℃ (5~104°F) |
| Nominal Operating Temp. Range | 25±3℃ (77±5°F) |
| Max.Charging Current (25℃) | 0.3C |
| Charge voltage (25℃) | Float Charge Equalization Use 2.25-2.30V/cell 2.35-2.40V/cell |
| Temp.Coeffcient | -3mV/cell/℃ -5mV/cell/℃ |
| Capacity affected by Temperature | 40℃ (104°F) : 103% 25℃ (77°F) : 100% 0℃ (32°F) : 86% |
| Self Discharge | ≤3% per month at 25°C (77°F). LPF series batteries may be stored up to 6 months at 25°C (77°F) and then a freshening charge is required. For higher temperatures the time interval will be shorter. |