• Gel Battery the AcmeG Series Battery  AG12V100F System 1
  • Gel Battery the AcmeG Series Battery  AG12V100F System 2
  • Gel Battery the AcmeG Series Battery  AG12V100F System 3
  • Gel Battery the AcmeG Series Battery  AG12V100F System 4
  • Gel Battery the AcmeG Series Battery  AG12V100F System 5
Gel Battery the AcmeG Series Battery  AG12V100F

Gel Battery the AcmeG Series Battery AG12V100F

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
2000 unit
Supply Capability:
300000 unit/month

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Range summary

The AcmeG range front access gel batteries is designed based on  the Acme series, using the polymer gel electrolyte with real front access structure. The state-of  the-art internal and external design ensures   AcmeG the high reliability and makes the  installation quite simple and safe when  placed on a standard relay rack tray or  in a closed cabinet. AcmeG range gel battery   is designed with high energy density and    suitable for 19". 23" rack or  cabinet.











Technical features

  • Long life
     Using the polymer gel electrolyte
     4BS paste technology
     Special paste formula
     Special patented grid alloy

  • Wide operational temperature range
     Excellent charging and discharging ability  at low temperature 
     Decline the water-loss at high temperature 

  • special structure
      real front access structure makes the installation and maintenance squite simple  and safe 
      suitable for 19". 23" rack or cabinet
      The specially centralized venting system  ensures the small gas be vented our of the closed cabinet


Type:

  AG12V100F

Voltage:

  12V

Nominal Capacity:

  100Ah(C10)  100Ah(10 hours rate:)

Length:

  390mm

Width:

  105mm

Height:

  287mm

Height  with termial:

  287mm

Weight:

  33Kg

Compliant standards
Designed to be compliant with:

  • IEC 60896-2

  • BS 6290 Part 4

  • Telcordia SR-4228

  • EUROBAT GUIDE

  • UL

  • Manufactured under system ISO9001 &  ISO14001 by NARADA

Battery installation compliant with:

  • EN 50272-2 or local equivalents

Main applications

  • Telecom standby and cyclical applications

  • UPS

  • Power plant and power transfer system

  • Solar energy system

  • Emergency lighting system

Products characteristics:

  • float voltage: 2.25Vpc at 77oF(25oC) , Equalization charge voltage: 2.40Vpc at 77oF(25oC)

  • Self discharge rate: < 2% pre month at 68oF(20oC)

  • Design life: more than 12 years at  68oF(20oC)

  • Shelf life: 6 months at 68oF(20oC)

  • Recombination efficiency: >99%

  • the Pressure at which the valve opens  & reclose is Opened at 10 to 35kpa(1.45psi to 5.08psi) and

  • closed at 3 to 15 kpa (0.44psi to 2.18psi)

  • Temperature ranges: -40oC to 50oC

  • Terminal Hardware Torque:10±0.1N  m

  • Container Material: ABS (V0 optional)

FAQ

What is a Gel Cell Battery?

A gel battery design is typically a modification of the standard lead acid automotive or marine battery. A gelling agent is added to the electrolyte to reduce movement inside the battery case. Many gel batteries also use one way valves in place of open vents, this helps the normal internal gasses to recombine back into water in the battery, reducing gassing. "Gel Cell" batteries are non-spillable even if they are broken. Gel cells must be charged at a lower voltage (C/20) than flooded or AGM to prevent excess gas from damaging the cells. Fast charging them on a conventional automotive charger may be permanently damage a Gel Battery.

What is sulfation of batteries?

Sulfation is the formation or deposit of lead sulfate on the surface and in the pores of the active material of the batteries' lead plates. If the sulfation becomes excessive and forms large crystals on the plates, the battery will not operate efficiently and may not work at all. Common causes of battery sulfation are standing a long time in a discharged condition, operating at excessive temperatures, and prolonged under or over charging.

How long a battery can last?

The service design life of a battery are vary considerably with how it is used, how it is maintained and charged, temperature, and other factors.

Do batteries self-discharge when not in use?

All batteries, regardless of their chemistry, self-discharge. The rate of self-discharge depends both on the type of battery and the storage temperature the batteries are exposed to. However, for a good estimate, Narada batteries self-discharge approximately 4% per week at 80ĄăF.


 

Q:What is the difference between a maintenance-free battery and a conventional battery?
Lead-acid battery is composed of positive and negative plates, partitions, shell, electrolyte and wiring pile head and other components, the discharge of the chemical reaction is to rely on positive electrode active substances (lead dioxide and lead) and negative plate active substances (sponge Pure lead) in the electrolyte (dilute sulfuric acid solution) under the action, which plate grid, the traditional battery lead and antimony alloy manufacturing, maintenance-free battery is made of lead calcium alloy, the former with antimony, the latter with calcium, This is the fundamental difference between the two points.
Q:What are the technical parameters of the battery?
Usually the capacity of the power supply is expressed by kV · A or kW. However, as a power supply VRLA battery, the use of security (A · h) that its capacity is more accurate.
Q:Maintenance-free battery how to detect it?
Do not always check the color of the electric eye for maintenance-free batteries. Green for the full power; black for the lack of electricity, need to be added to charge; gray or light yellow for the electrolyte is insufficient, because maintenance-free battery can not add liquid, should immediately replace the battery.
Q:What kind of battery is divided into?
At present, we used the car battery is divided into three categories, namely, ordinary batteries, dry batteries and maintenance-free batteries three.
Q:Lead-acid battery how to maintain?
After 5 hours of repair, the excess electrolyte is sucked out with a straw, and if the electrolyte is sucked out into black, it indicates that the battery is severely grounded and that the battery is difficult to repair.
Q:How does battery activation work?
If you are talking about dry batteries, that is, to add sulfuric acid can use the battery (commonly known as water bottles), then it is because the long-term storage so that a high degree of oxidation of the negative board, plus acid will be a high temperature, Low, you can add acid in the pool after the addition of a small current for a long time to charge, you can solve. Generally with 0.05C charge to 3 times can be.
Q:How to repair the battery?
Pry open the adhesive or heat-sealed battery cover, reveal the maintenance-free battery rubber exhaust valve, carefully remove the exhaust valve, save, observe the battery internal situation. Add 0.1% to 0.5% of the electrolyte to the battery, just to the battery above the flow of electrolyte. At the same time, check whether the black impurities, if there are obvious black turbid impurities, indicating that the battery plate has been significantly softened, the possibility of battery repair is relatively small. If there is no black muddy impurities, need to wait 4 hours later, the water fully into the battery. If it is only because the deactivation time is long and cause the battery capacity to decline, do not need to carry out this step operation, should go directly to step 3 pre-charge.
Q:How should the battery be well maintained?
Electrolyte density This is to evaluate whether the battery charge is normal, whether the aging of the important parameters, the use of density meter or electrolyte density tester can be measured. If the electrolyte density is too small, you need to charge. And the electrolyte concentration is too thick or too thin to a certain extent, it means that such as the occurrence of plate vulcanization, short circuit or overcharge phenomenon, this time on the need for maintenance.
Q:What are the advantages of maintenance-free batteries?
Maintenance-free battery because of its normal charging voltage, the electrolyte only produce a small amount of gas, so throughout the use of the need for the addition of distilled water, in the normal charging system, do not need to remove the charge from the removal. But in the maintenance of the proportion of its electrolyte should be checked.
Q:How to deal with waste batteries?
Laboratory recycling method: ordinary dry battery is cylindrical, the outer cylinder made of zinc, the zinc cylinder is the battery negative; tube central carbon rod for the positive; tube for the manganese dioxide, ammonium chloride and chlorination Zinc.

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