Description
- product specification :
- Agm batteries are dry batteries. It is safe to use.
- Batteries convert electrical energy into chemical energy.
- The internal structure of these batteries is different from flooded batteries
- It stores itself by charging method.
- They have lower electrical resistance.
- There is also less acid layer compared to flooded batteries.
- It has a high gas efficiency rate. It has less acidity than others.
- Another advantage of Agm batteries is their high energy density.
- Its use is also more flexible. It's long lasting.
- It is used in many fields.
- It can be easily used especially in uninterruptible power supplies and telecommunication systems.
- There is no acid leakage in these batteries.
- They are also safe because they emit almost no gas emissions.
- Technological features:
- This can be said for Agm batteries, especially VRLA batteries whose electrolytes are separator impregnated.
- It is used in many places and is generally used in vehicles. Many things in the car work thanks to the battery.
- It is a very cheap way to provide uninterrupted energy.
- Agm batteries can be used especially in vehicles.
- These batteries are preferred because they are easy to use and cheaper.
- They are placed inside uninterruptible power supplies.
- In some cases, when the efficiency of the UPS source increases and the battery grows, the battery is placed outside in a separate place and connected to the UPS devices.
- Battery life is generally 5 years.
- The important thing here is the amount of heat it is exposed to.
Scope of application:
- car
- a truck
- Mobile home farm tractor
- Ambulance
- boat
- For operating purposes in generators
| Part Number : | FZA 80-12 |
| Length : | 259 ± 2 mm ( 10.20 inches ) |
| Width : | 168 ± 2 mm ( 6.61 inches ) |
| Container Height : | 208 ± 2 mm ( 8.19 inches ) |
| Total Height ( with terminal ) : | 214 ± 2 mm ( 8.43 inches ) |
| Approx Weight: | Approx 24 kg (52.9lbs) |
| Nominal Voltage | 12V | |
| Nominal Capacity ( 10HR ) | 80AH | |
Terminal Type | Standard Terminal | F6 |
| Optional Terminal | - | |
Container Material | Standard Option | ABS |
| Flame Retardant Option ( FR ) | ABS ( UL94 : VO ) | |
Rated Capacity | 83.2 AH / 4.16A | ( 20hr , 1.80V / cell , 25 ° C / 77 ° F ) |
| 80.0 AH / 8.0A | ( 10hr , 1.80V / cell , 25 ° C / 77 ° F ) | |
| 69.0 AH / 13.8A | ( 5hr , 1.75V / cell , 25 ° C / 77 ° F ) | |
| 62.4 AH / 20.8A | ( 3hr , 1.75V / cell , 25 ° C / 77 ° F ) | |
| Max Discharge Current | 960A ( 55 ) | |
| Internal Resistance | Approx 6m0 | |
Discharge Characteristics | Operating Temp . Range | Discharge : -15-50 ° C ( 5-122 ° F ) |
| Charge : 0-40 ° C ( 5 - 104 ° F ) | ||
| Storage : -15-40 ° C ( 5-104 ° F ) | ||
| Nominal Operating Temp . Range | 25 + 3 ° C ( 77 + 5 ° F ) | |
| Cycle Use | Inital Charging Current less than 24.0A . Voltage 14.4V - 15.0V at 25 ° C ( 77 ° F ) Temp . Coefficient -30mV / " C | |
| Standby Use | No limit on Initial Charging Current Voltage 13.5V - 13.8V at 25 ° C ( 77 ° F ) Temp . Coefficient -20mV / ° C | |
Capacity affected by Temperature | 40 ° C ( 104 ° F ) 103 % | |
| 25 ° C ( 77 ° F ) 100 % | ||
| 0 ° C ( 32 ° F ) 86 % | ||
| Design Floating Life at 20 ° C | 10 Years |
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