Emergency Lighting 4.8 V Rechargeable Ni MH Battery Pack AA 1700mAh

Brand Name:Godson or OEM
Model Number:GS-AA170HT
Minimum Order Quantity:50PCS
Payment Terms:T/T
Place of Origin:Guangdong, China (Mainland)
Price:Negotiable
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Location: Guangzhou Guangdong China
Address: Unit 103B (Main Building), Building 4, No. 29 North Pier Road, Huang Pu Village, Haizhu District, Guangzhou, Guangdong, China ,510330
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Product Details


Emergency Lighting 4.8 V Rechargeable Ni-MH Battery Pack AA 1700mAh

Product parameters:

DescriptionSpecificationConditions
Nominal Voltage4.8 V
Nominal Capacity1700mAh

Standard Charge/Discharge,up to 3 cycles are allowed.

Minimum Capacity1650mAh
Standard Charge170mA(0.1C) × 16 hrsTa=0~70℃ (see Note 1)

Rapid Charge


850mA(0.5C) ×144 mins

approx.


(With -△V or dT/dt or TCO control) Timer CutOff =120%

input capacity ( for ref. only)

-△V= 5-10mV/cell dT/dt = 1~2℃/3min Ta=10~55℃

Trickle Charge85-170mA(0.05C-0.1C)Ta=0~70℃
Discharge Cut-off Voltage1.0V
Maximum Discharging Current1700mA(1C)
Discharge Temperature-20℃~70℃
Storage Temperature-20℃~35℃
Typical Weight(approximate)27g



Application:

Pos.Application fieldsApplication of the product
1Lightingemergency lighting, emergency power supply, solar lights, searchlingts, flashlights
2Power toolselectric drills, planers, saws, power granted
3Electronic toysremote control car, remote control boats, aircraft, model aircraft
4Communication equipmentcordless phones, walkie-talkie
5Other useselectric shavers, massagers, electric tooth brush


List Of Ni-MH High Temperature Cells:


TypeModelDiemeter
(mm)
Height
(mm)
Capacity
(mAh)
Voltage(V)Operating Temperature
(°C)
AAGS-AA60HT14.5 +0 -0.750.0±0.56001.2-20 to 70
GS-AA60H14.5 +0 -0.750.0±0.56001.2-20 to 55
GS-AA70HT14.5 +0 -0.750.0±0.57001.2-20 to 70
GS-AA70H14.5 +0 -0.750.0±0.57001.2-20 to 55
GS-AA80HT14.5 +0 -0.750.0±0.58001.2-20 to 70
GS-AA80H14.5 +0 -0.750.0±0.58001.2-20 to 55
GS-AA85HT14.5 +0 -0.750.0±0.58501.2-20 to 70
GS-AA85H14.5 +0 -0.750.0±0.58501.2-20 to 55
GS-AA90HT14.5 +0 -0.750.0±0.59001.2-20 to 70
GS-AA90H14.5 +0 -0.750.0±0.59001.2-20 to 55
GS-AA100HT14.5 +0 -0.750.0±0.510001.2-20 to 70
GS-AA100H14.5 +0 -0.750.0±0.510001.2-20 to 55
GS-AA110HT14.5 +0 -0.750.0±0.511001.2-20 to 70
GS-AA110H14.5 +0 -0.750.0±0.511001.2-20 to 55
GS-AA120HT14.5 +0 -0.750.0±0.512001.2-20 to 70
GS-AA120H14.5 +0 -0.750.0±0.512001.2-20 to 55
GS-AA130HT14.5 +0 -0.750.0±0.513001.2-20 to 70
GS-AA130H14.5 +0 -0.750.0±0.513001.2-20 to 55
GS-AA140HT14.5 +0 -0.750.0±0.514001.2-20 to 70
GS-AA140H14.5 +0 -0.750.0±0.514001.2-20 to 55
GS-AA150HT14.5 +0 -0.750.0±0.515001.2-20 to 70
GS-AA150H14.5 +0 -0.750.0±0.515001.2-20 to 55
GS-AA160HT14.5 +0 -0.750.0±0.516001.2-20 to 70
GS-AA160H14.5 +0 -0.750.0±0.516001.2-20 to 55
GS-AA170H14.5 +0 -0.750.0±0.517001.2-20 to 55
GS-AA180H14.5 +0 -0.750.0±0.518001.2-20 to 55
GS-AA190H14.5 +0 -0.750.0±0.519001.2-20 to 55
GS-AA200H14.5 +0 -0.750.0±0.520001.2-20 to 55
GS-AA210H14.5 +0 -0.750.0±0.521001.2-20 to 55
GS-AA220H14.5 +0 -0.750.0±0.522001.2-20 to 55


NiMH or alkaline? When to choose rechargeable batteries over disposable ones?


Should you always opt for rechargeable batteries? Is it cheaper to reuse one battery instead of buying multiple batteries? Or are disposable batteries better? When NiMH and alkaline come into play, the answer will always depend on your specific needs. Read on to find out when you like which.


1.It all begins with the flow of energy
The primary purpose of disposable and rechargeable batteries is the same: to store chemical energy and convert it into electricity when needed. When the battery discharges, a chemical reaction causes energy to flow through an external path between the battery's two electrodes. As the stored energy reaches its limit, the chemical reaction slows down. In the case of disposable alkaline batteries, this means it's time to recycle the battery.
What about rechargeable batteries? Due to the different chemical composition of NiMH batteries, the "depleted" flow of electrons can be reversed. By connecting the battery to a charger, electrical energy can be converted into chemical energy. When the maximum capacity is reached, the cycle is complete and the battery is ready to release new energy.


2.Are rechargeable batteries cheap?
But considering that rechargeable batteries last between five and 10 years, you can save a lot of money over time, in most cases. This can have a huge impact on demanding, power-hungry equipment. After all, a single rechargeable battery can be the equivalent of hundreds of disposable batteries.
However, for low-power devices with longer battery life, rechargeable batteries are not always the best choice. Sticking with disposable batteries might make sense if you consider the average life of rechargeable batteries. Wall clocks can last for months on a single charge, so an investment in rechargeable batteries may not be as beneficial.


3.Understand your requirements
When weighing NiMH versus alkalinity, remember to understand the requirements of your device. Does it need to last for months? In this case, disposable batteries can usually be used. If you need fast, robust and reliable power or frequent charging, rechargeable batteries will be more economical -- and better for the environment.


Performance Curves for Ni-MH Cell:


1. Ni-MH Cell Charge Curve At 0.1C For 16h At 55 Degree



2. Ni-MH Cell Discharge Curve At 0.25C At 55 Degree



3. Ni-MH Cell Charge Efficiency At Different Temperature



4. Ni-MH Cell Cycle Life Curve


China Emergency Lighting 4.8 V Rechargeable Ni MH Battery Pack AA 1700mAh supplier

Emergency Lighting 4.8 V Rechargeable Ni MH Battery Pack AA 1700mAh

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