BMS 3-xS 15A HXYP - Protection Module for Lithium-Ion Batteries

BMS 3-xS 15A HXYP - Protection Module for Lithium-Ion Batteries


Protection and charging module (BMS) for lithium-ion batteries with 3, 4, 5, 6, or 7 cells. More
Manufacturer: NEVEN Product code: P13278 Shipping and payment
from 4,20 EUR incl. VAT
Variant does not exist
Protection and charging module (BMS) for lithium-ion batteries with 3, 4, 5, 6, or 7 cells. More
Manufacturer: NEVEN Product code: P13278 Shipping and payment

Variants5

ModelNumber of cells Availability Price incl. VAT Quantity (ks)
BMS 3-xS 15A HXYP - Protection Module for Lithium-Ion Batteries HXYP-3S-TY-T20 3S (12.6V) Out of Stock Watch availability 4,20 EUR Demand
BMS 3-xS 15A HXYP - Protection Module for Lithium-Ion Batteries HXYP-4S-TY-T20 4S (16.8V) Out of Stock Watch availability 5,10 EUR Demand
BMS 3-xS 15A HXYP - Protection Module for Lithium-Ion Batteries HXYP-5S-TY-T20 5S (21V) Out of Stock Watch availability 5,70 EUR Demand
BMS 3-xS 15A HXYP - Protection Module for Lithium-Ion Batteries HXYP-6S-TY-T20 6S (25.2V) in stock 6,30 EUR
BMS 3-xS 15A HXYP - Protection Module for Lithium-Ion Batteries HXYP-7S-TY-T20 7S (29.4V) Out of Stock Watch availability 7 EUR Demand

HXYP-xS-TY-T20 BMS 3, 4, 5, 6 or 7 Cell 29.4V 15A Li-Ion Protection/Charging Module

Protection and charging module (BMS) for 3, 4, 5, 6, or 7 Li-Ion cells with individual cell monitoring. Suitable for lithium battery nominal voltages of 3.6V, 3.7V (including 18650, 26650).


Technical Parameters:

  • Model:
    • HXYP-3S-TY-T20 3S 12.6V
    • HXYP-4S-TY-T20 4S 16.8V
    • HXYP-5S-TY-T20 5S 21V
    • HXYP-6S-TY-T20 6S 25.2V
    • HXYP-7S-TY-T20 7S 29.4V
  • Charging Voltage: 12.6V, 16.8V, 21V, 25.2V, 29.4V
  • Continuous Discharge Current: 15A
  • Maximum Discharge Current: 20A
  • Overcharge Voltage (per cell): 4.25V±0.05V
  • Over-discharge Voltage (per cell): 2.5±0.05V
  • Balancing Current: 56mA
  • Static Current: 30uA
  • Overheat Protection: -10℃~+70℃
  • Weight: 23g
  • Dimensions: 60x40x8 mm

Note:

Calculation of the upper limit of operating overcurrent: battery 1C, capacity 2000 translates to:
2Ah*1=2A upper limit of operating current.
3C battery, capacity 2000 translates to
2Ah*3=6A upper limit of operating current.
For products with a current above 3A, the discharge rate must exceed 3C.
If the battery heats up during use, it indicates that the battery's rate is not suitable for use. In this case,
it should not be used for extended periods; otherwise, the battery will quickly degrade.

 

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