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TECHNICAL SPECIFICATIONS TRACTION ELEMENTS PzS, PzB

TECHNICAL SPECIFICATIONS TRACTION ELEMENTS PzS, PzB

Product catalog summary
Technical Specifications for Traction Elements PzS, PzB
Materials:
  • Box/Lid: Polypropylene
  • Separators: PVC/Polyethylene
  • Acid Purity: 99.99%
  • Alloy: PbSb 2%
  • Sulfuric Acid Density: 1.28 g/cm³
1. Discharge Characteristics:
  • Nominal Voltage: 2V
  • Nominal Capacity at 5-hour Discharge: As per catalogue
  • Nominal Current Capacity: In = Cn(Ah)/5(h)
  • Final Discharge Voltage: 1.7 V
  • Final Charge Voltage: 2.60 to 2.70 V
  • Electrolyte Density (Fully Charged at 30°C): 1.28 ± 0.01 g/cm³
2. Self-Discharge Characteristics:
  • Self-discharge at 30°C after 30 days in fully charged condition should not exceed 1%
3. Battery Lifetime Characteristics:
  • Number of Charging-Discharging Cycles: 1200 (when following manufacturer's instructions)
4. Temperature Effect on Capacity:
  • Capacity is considered accurate at 30°C
  • True Capacity (Са) can be calculated using the formula: Са = С / (1 + 0.006(Tср. - 30°C))
  • For practical purposes:
    • Increase in temperature above 30°C increases measured capacity by 0.6% per degree
    • Decrease in temperature below 30°C decreases measured capacity by 0.6% per degree
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Catalog excerpts

TECHNICAL SPECIFICATIONS TRACTION ELEMENTS PzS, PzB-1

TECHNICAL SPECIFICATIONS TRACTIONELEMENTS PzS, PzB MATERIALS The Self-discharge of traction batteries, at temperature +300C after being in fully charged condition 30 days, should be not more than 1 % Number of Charging - discharging cycles 1200 - when following the instructions presented by the manufacturer. The capacity of the traction batteries is considered to be true for the temperature of 300C. If during the testing of the capacity the degrees are different from 300C, the capacity may be equaled to 300C using the following formula: Tcp. -Average temperature during the testing. For practical purposes the true capacity could be calculated by using the following way: - raising the temperature above 300C the measured capacity will be increased with 0,6% per every degree. - decreasing the temperature under 300C the measured capacity will be decreased with 0,6% per every degree.

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