battery the EosG series batteries EosG1000

battery the EosG series batteries EosG1000

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 2000 unit

Supply Capability:: 3000000 unit/month

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Range summary

The EosG range of gel technology batteries offers outstanding performance including a 15+ years design life .

The EosG series batteries is designed based on the Eos series.

Using the polymer gel electrolyte .

Built to the highest standards and compliant with the latest IEC60896-21/22 standard .

This range also offers 100% capacity out-of-the-box and is capable of handling deep discharges for complete peace of mind. The use of flexible connectors and the ability to be installed both horizontally and vertically allows for multiple installation possibilities.

Technical features

Above 15 years designed life
Reliable post sealing structure
Excellent charging acceptant ability
Excellent performance at extreme high and low temperature
Low self-discharge ability
Flexible and convenient installation with slinky outside looking

Type:	EosG1000
Voltage:	2V
Nominal Capacity:	1000Ah(C10)	1000Ah(10 hours rate:)
Length:	186mm
Width:	229mm
Height:	555mm
Height with termial:	566mm
Weight:	62.8Kg

Compliant standards

IEC60896-21/22
BS6290 part 4
Telcordia SR4228
Eurobat guide
UL
Manufactured under system ISO9001(TUV)

Battery installation compliant with:

EN 50272-2 or local equivalents

Main applications

Correspondence exchange and transmission system
Mobile communication system
Power plant and power transformer system
Navigation and signaling system
Solar energy system
Radio and broadcasting station
Emergency lighting system

Products characteristics:

Plate special patent calcium and tin lead alloy and thick plate design
Container ABS(V0 optional)
Separator AGM
Valve EPDR
Electrolyte using the polymer gel electrolyte
Terminal M8 copper core posts

FAQ

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: How to repair the battery?: Maintain the battery before, first of all to clean up the battery appearance of the dust, remove the terminal above the stain and corrosion.

Q: How is the capacity of the battery defined?: General circuit has a battery protection circuit, once the battery voltage is less than 10.8V will automatically cut off the electricity to prevent the battery because of over-discharge and damage. (Nominal value of 12V battery internal six cell grid) with the battery discharge current multiplied by the discharge time to express how much energy the battery can store, is a very image of a measure. The greater the value of the battery, indicating that the battery can store more energy. But does not mean that the battery can use such a large current discharge.

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: How to determine the battery is good or bad?: Instrument test: the general use of battery discharge tester, the test instrument two positive and negative clamp were holding the battery positive and negative electrodes, press the test button to observe the test instrument instructions.

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.

Q: What are the hazards of battery over discharge?: When the battery discharge current is large, the heat will become more obvious, there will be serious heat generated when the battery deformation, when the concentration of lead sulfate is particularly large, will form a larger crystal particles, that lead to the battery Internal irreversible sulfation.

Q: What battery does the van use?: General use of lead-acid batteries. Electrode is mainly made of lead and its oxide, the electrolyte is a sulfuric acid solution of a battery. English: Lead-acid battery Discharge state, the main component of the cathode is lead dioxide, the main component of the negative lead; charge state, the main components of the positive and negative are lead sulfate. Divided into exhausted batteries and maintenance-free lead-acid batteries.

Q: How does the battery increase the voltage?: The so-called battery is the storage of chemical energy, if necessary, the release of electrical energy of an electrical chemical equipment.