Ni-Cd 420

Length: 

Width

Height:

Terminal:

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Cells Per Unit:

Voltage Per Unit:

Capacity:

Weight:

Terminal:

Max Discharging Current:

Design Life:

Max Charging Current:

Reference Capacity:

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Float Charging Voltage:

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Cycle Use Voltage:

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Operating Temperature Ranges:

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Normal Operating Temperature Ranges:

Self Discharge:

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Container Material:

164± 2mm (6.5 in)
158± 2mm (6.2 in)
394± 2mm (15.5 in)

M10 - 25~30 N*m​

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1

1.2

420Ah@5hr-rate to 1 V per cell @20°C

Approx. 18.5 Kg (Tolerance ± 3%) or 30.15 lbs.

2x(M10)

420A

20 Year (floating charge)

42.0A

C1 - 157.0 Ah

C3 - 291.0 Ah

C5 - 382.0 Ah

C10 - 401.0 Ah

1.40V-1.42V @20°C

Temperature Compensation: -3mV/°C/Cell

1.42V-1.44V @20°C

Temperature Compensation: -4mV/°C/Cell

Discharge: -30ºC~50ºC

Charge: -30ºC~50ºC

Storage: 10ºC~30ºC

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