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Ni-Cd 555

Length: 

Width

Height:

Terminal:

Cells Per Unit:

Voltage Per Unit:

Capacity:

Weight:

Terminal:

Max Discharging Current:

Design Life:

Max Charging Current:

Reference Capacity:

Float Charging Voltage:

Cycle Use Voltage:

Operating Temperature Ranges:

Normal Operating Temperature Ranges:

Self Discharge:

 

Container Material:

176± 2mm (6.9 in)

246± 2mm (9.7 in)
382± 2mm (15.0 in)

M10 - 25~30 N*m

1

1.2

555Ah@5hr-rate to 1 V per cell @20°C

Approx. 28.3 Kg (Tolerance ± 3%) or 62.6 lbs.

2x(M10)

555A

20 Year (floating charge)

55.5A

C1 - 228.0 Ah

СЗ - 450.0 Ah

С5 - 500.0 Ah

C10 - 520.0 Ah

1.40V-1.42V @20°C

Temperature Compensation: -3mV/°C/Cell

1.42V-1.44V @20°C

Temperature Compensation: -4mV/°C/Cell

Discharge: -30°C~50°C

Charge: -30°C~50°C

Storage: 10°C~30°C

20°C±5°C

This decrease is quite rapid during the first two weeks and then stabilizes at about 2 % per month at + 20 °C. In general the self-discharge of a Ni-Cd battery is affected by various temperatures. The open circuit loss is reduced at low temperatures; that is, the self-discharge is significantly increased at higher temperatures.

Polypropylene

Constant Current Discharge Characteristics: A(20ºC)

FV/Time
10MIN
30MIN
1HR
2HR
3HR
4HR
5HR
8HR
10HR
1 V
680
550
406
254
176
136
111
69.8
56
1.05 V
562
468
356
242
173
133
110
69.1
55.6
1.10 V
444
374
302
226
166
128
105
66.4
53.6
1.15 V
340
276
228
200
150
119
100
64
52

Discharge Characteristics Curve

1.jpeg

Charge Characteristics Curve for Cycle Use (IU)

2.jpeg

Cycle Life In Relation to Depth of Discharge

3.jpeg

Relationship Between Charging Voltage and Temperature

4.jpeg

Temperature Effects on Capacity​

5.jpeg

Storage Characteristics

6.jpeg

Effect of Temperature on Long Term Life

7.jpeg

Relationship of OCV and State of Charge (20ºC)

8.jpeg

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