3.6V 4500mah NiCd battery nickel–cadmium battery pack

Short Description:

Introduction about 3.6V NiCd battery nickel–cadmium battery packs

Nickel-cadmium battery is a DC-powered battery. The nickel-cadmium battery can be charged and discharged more than 500 times, which is economical and durable. Its internal resistance is small, not only is low internal resistance, it can be charged quickly, but also can provide large current to the load, and the voltage change is small during discharge, which is a very ideal DC power supply battery.

We can produce different capacities according to customers requirements.


Product Detail

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Technical Parameters

3.6V NiCd Battery

Model

Rated Voltage
(V)

Rated Capacity
(mAh)

0.1ltA
Standard Charge

0.2ltA
Standard Discharge

Max Weight
(g)

Foreign Standard

Current
(Ma)

Time
(h)

Current
(Ma)

Time
(h)

KRH3.6-2/3AA-300

3.6

300

30

14-16

60

5

≥36

2/3AA

KRH3.6-AA-600

3.6

600

60

14-16

120

5

≥60

AA

KRH3.6-AA-700

3.6

700

70

14-16

140

5

≥63

AA

KRH3.6-AA-800

3.6

800

80

14-16

160

5

≥66

AA

KRH3.6-AA-1000

3.6

1000

100

14-16

200

5

≥75

AA

KRH3.6-A-1400

3.6

1400

140

14-16

280

5

≥96

A

KRH3.6-K-2000

3.6

2000

200

14-16

400

5

≥135

K

KRH3.6-SC-1600

3.6

1600

160

14-16

320

5

≥147

SC

KRH3.6-SC-1800

3.6

1800

180

14-16

360

5

≥153

SC

KRH3.6-SC-2000

3.6

2000

200

14-16

400

5

≥162

SC

KRH3.6-C-2500

3.6

2500

250

14-16

500

5

≥210

C

KRH3.6-C-2800

3.6

2800

280

14-16

560

5

≥222

C

KRH3.6-C-3000

3.6

3000

300

14-16

600

5

≥228

C

KRH3.6-D-4000

3.6

4000

400

14-16

800

5

≥414

D

Product details

3.6v 800mah

3.6v 800mah

3.6v 1800mah

3.6v 1800mah

3.6v 2000mah

3.6v 2000mah

3.6v 4500mah -

3.6v 4500mah

3.6v 4500mah

3.6v 4500mah

Application

application

Battery memory effect

Battery memory effect (Battery memory effect) refers to the phenomenon that if the battery is a nickel-cadmium battery, if it is not fully charged and discharged for a long time, it is easy to leave traces in the battery and reduce the battery capacity.

The battery memory effect means that the battery seems to memorize the user's daily charging and discharging range and pattern. It is difficult to change this pattern over time, and it cannot be charged or discharged significantly. Lithium-ion batteries do not have this effect.

To eliminate this effect, there are two methods, one is to use a small current deep discharge (such as using 0.1C to discharge to 0V) and the other is to use a large current to charge and discharge (such as 1C) several times.

In practical applications, the method of eliminating the memory effect has strict specifications and an operating procedure. Improper operation will be counterproductive.

Recommendation 1: It is not necessary to discharge the battery before each charge, and it is harmful, because the service life of the battery is needlessly shortened.

Recommendation 2: It is not advisable to use a resistor to connect the positive and negative poles of the battery to discharge. The current cannot be controlled, and it is easy to overdischarge to 0V, and even cause the polarity of the battery in the series battery pack to reverse.

Why choose us

Rich Experience in R&D and production more than 27 years!

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Prompt on-time delivery! 

Competitive price!

Professional service!    

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