Détails de produit
Lieu d'origine: Chine
Nom de marque: Link-W
Numéro de modèle: 3,2 V 170 Ah.
Conditions de paiement et d'expédition
Quantité de commande min: 500pcs
Prix: USD12.88-40.31/PC
Détails d'emballage: Emballage et palettisation
Délai de livraison: 10-25 jours de travail
Conditions de paiement: T / T , 30% percré et 78% de paiement final
Capacité d'approvisionnement: Commerce
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Tension nominale:
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3.2v
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Capacité nominale:
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170 Ah à 3,2 V.
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Tension de charge:
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3.65V
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Courant de charge maximum:
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1C continu, 2C pendant 30s à 25°C
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Tension de coupure de décharge:
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-30°C : 2,0 V / 0-55°C : 2,5 V
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Poids:
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3,9 kg
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Dimensions:
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54×173×210mm
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Tension nominale:
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3.2v
|
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Capacité nominale:
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170 Ah à 3,2 V.
|
|
Tension de charge:
|
3.65V
|
|
Courant de charge maximum:
|
1C continu, 2C pendant 30s à 25°C
|
|
Tension de coupure de décharge:
|
-30°C : 2,0 V / 0-55°C : 2,5 V
|
|
Poids:
|
3,9 kg
|
|
Dimensions:
|
54×173×210mm
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Link-W 3.2V 170AH High-Capacity Lithium-Ion Battery Cell for Industrial Applications
Product Introduction:
Discover the power and reliability of the Link-W Lithium-Ion Battery Cell, engineered to deliver exceptional performance across diverse sectors. With a robust 170AH capacity and stable 3.2V output, this cell is ideal for demanding applications including marine vessels, construction equipment, solar energy systems, and telecommunications infrastructure. Its superior design ensures consistent energy delivery even in challenging environments.
Key Advantages:
Specifications Table:
Q&A:
Q: What is the maximum continuous discharge current supported?
A: The cell is designed for high-demand applications, supporting substantial discharge currents. For specific current ratings based on your application requirements, please consult our technical datasheet.
Q: How does the battery perform in sub-zero conditions?
A: Our cell maintains reliable performance down to -30°C with a discharge cut-off voltage of 2.0V, ensuring operation in cold climate applications.
Q: What safety features are incorporated?
A: The cell includes multiple protection mechanisms against overcharging, over-discharging, and short circuits, meeting international safety standards for industrial power applications.