Availability: | |
---|---|
Quantity: | |
>FT Series
FT (Front Terminal) Series is specially designed for telecom use with 15 years design life in float service.
The FTbatteries adopt AGM technology, the new material AGM separator enables great efficiency of the internal gas re-combination and internal centralized venting operation, it makes the internal mechanism of the batteries running at low gas pressure so as to provide absolutely safe conditions and excellent reliability even if the compact width of the batteries. High quality Pb-Ca-Sn thicker plates are assembled to support long durability, the batteries would be offering 15 years float service time. Flame Retardant material for ABS cases is available.
>Main Features
7. Design float service life: 3-5 years.
Battery Model No. | FBR12-150FT | |
Nominal Voltage | 12V | |
Capacity(25ºC) | 20HR(10.8V) | 150Ah |
10HR(10.5V) | 132AH | |
1HR(9.6V) | 90Ah | |
Dimension | Length | 565±2m (22.29inch) |
Width | 110±2mm (4.33inch) | |
Height | 297±2mm ( 11.69 inch) | |
Total height | 297±2mm ( 11.69 inch) | |
Approx. Weight | 48kg (91.511bs ) ±4% | |
Terminal type | F13 | |
Internal resistance(Fully charged,25ºC) | Approx 5.5mΩ | |
Capacity affected by temperature(20HR) | 40ºC | 102% |
25ºC | 100% | |
0ºC | 85% | |
-15ºC | 65% | |
Self-discharge((25ºC) | 3month | Remaining Capacity:91% |
6month | Remaining Capacity:82% | |
12month | Remaining Capacity:65% | |
Nominal operating temperature | 25ºC±3ºC(77ºF±5ºF) | |
Operating temperature range | Discharge | -15ºC-50ºC(5ºF-122ºF) |
Charge | -10ºC-50ºC(14ºF-122ºF) | |
Storage | -20ºC-50ºC(-4ºF-122ºF) | |
Float charging voltage(25ºC) | 13.5 to 13.8V Temperature compensation:-18mV/ºC | |
Cyclic charging voltage(25ºC) | 14.5 to 15V Temperature compensation:-30mV/ºC | |
Max charging current | 37.5A | |
Max discharging current | 1000A(5sec.) | |
Designed floating life(20ºC) | 15years |
>FT Series
FT (Front Terminal) Series is specially designed for telecom use with 15 years design life in float service.
The FTbatteries adopt AGM technology, the new material AGM separator enables great efficiency of the internal gas re-combination and internal centralized venting operation, it makes the internal mechanism of the batteries running at low gas pressure so as to provide absolutely safe conditions and excellent reliability even if the compact width of the batteries. High quality Pb-Ca-Sn thicker plates are assembled to support long durability, the batteries would be offering 15 years float service time. Flame Retardant material for ABS cases is available.
>Main Features
7. Design float service life: 3-5 years.
Battery Model No. | FBR12-150FT | |
Nominal Voltage | 12V | |
Capacity(25ºC) | 20HR(10.8V) | 150Ah |
10HR(10.5V) | 132AH | |
1HR(9.6V) | 90Ah | |
Dimension | Length | 565±2m (22.29inch) |
Width | 110±2mm (4.33inch) | |
Height | 297±2mm ( 11.69 inch) | |
Total height | 297±2mm ( 11.69 inch) | |
Approx. Weight | 48kg (91.511bs ) ±4% | |
Terminal type | F13 | |
Internal resistance(Fully charged,25ºC) | Approx 5.5mΩ | |
Capacity affected by temperature(20HR) | 40ºC | 102% |
25ºC | 100% | |
0ºC | 85% | |
-15ºC | 65% | |
Self-discharge((25ºC) | 3month | Remaining Capacity:91% |
6month | Remaining Capacity:82% | |
12month | Remaining Capacity:65% | |
Nominal operating temperature | 25ºC±3ºC(77ºF±5ºF) | |
Operating temperature range | Discharge | -15ºC-50ºC(5ºF-122ºF) |
Charge | -10ºC-50ºC(14ºF-122ºF) | |
Storage | -20ºC-50ºC(-4ºF-122ºF) | |
Float charging voltage(25ºC) | 13.5 to 13.8V Temperature compensation:-18mV/ºC | |
Cyclic charging voltage(25ºC) | 14.5 to 15V Temperature compensation:-30mV/ºC | |
Max charging current | 37.5A | |
Max discharging current | 1000A(5sec.) | |
Designed floating life(20ºC) | 15years |
Main Features
1.Using oxygen recombination technology: maintenance-free
2.PbCaSn alloy for plate grids: less gassing, less self-discharging
3.High quality AGM separator: extend cycle life and prevent micro short circuit
4.ABS material: increase the strength of battery container. (Flame-retardant ABS is optional);
5.High purity raw material: ensure low self discharge rate
6.Silver-coated copper terminals (T1, T2 terminal), brass insert terminals and lead terminals improve the electric conductivity
Main Features
1.Using oxygen recombination technology: maintenance-free
2.PbCaSn alloy for plate grids: less gassing, less self-discharging
3.High quality AGM separator: extend cycle life and prevent micro short circuit
4.ABS material: increase the strength of battery container. (Flame-retardant ABS is optional);
5.High purity raw material: ensure low self discharge rate
6.Silver-coated copper terminals (T1, T2 terminal), brass insert terminals and lead terminals improve the electric conductivity
Uninterruptible Power Supply (UPS): Lead-acid batteries are commonly employed in UPS systems to provide backup power in case of mains power failure. They offer a reliable and cost-effective solution for short-duration power backup.
Solar Power Systems: Lead-acid batteries are used in off-grid solar power systems to store energy generated by solar panels. They serve as a reliable storage solution for electricity produced during the day, which can be used during periods of low sunlight or at night.
Telecommunications: Lead-acid batteries are used in the telecommunications industry to provide backup power for cell towers and communication infrastructure. They ensure that critical communication systems remain operational during power outages.
Electric Forklifts: Lead-acid batteries power electric forklifts and other industrial equipment. They are preferred for their ability to deliver high current in short bursts, making them suitable for applications with heavy power demands.
Despite their relatively low energy density compared to some newer battery technologies, lead-acid batteries remain essential in various applications due to their cost-effectiveness, durability, and well-established technology.
Uninterruptible Power Supply (UPS): Lead-acid batteries are commonly employed in UPS systems to provide backup power in case of mains power failure. They offer a reliable and cost-effective solution for short-duration power backup.
Solar Power Systems: Lead-acid batteries are used in off-grid solar power systems to store energy generated by solar panels. They serve as a reliable storage solution for electricity produced during the day, which can be used during periods of low sunlight or at night.
Telecommunications: Lead-acid batteries are used in the telecommunications industry to provide backup power for cell towers and communication infrastructure. They ensure that critical communication systems remain operational during power outages.
Electric Forklifts: Lead-acid batteries power electric forklifts and other industrial equipment. They are preferred for their ability to deliver high current in short bursts, making them suitable for applications with heavy power demands.
Despite their relatively low energy density compared to some newer battery technologies, lead-acid batteries remain essential in various applications due to their cost-effectiveness, durability, and well-established technology.