Toys, Power Tools, Home Appliances, Consumer Electronics, Golf Carts, SUBMARINES, Toys
Operating Temperature(℃):
-20-60
Product Name:
7.4v Battery Pack
MOQ:
1pcs Sample
Category:
Rechargeable Batteries Pack
Working Temperature:
-20°C~60°C
Battery Weight:
80±0.1 Kg
Reference Battery Size:
50*20*67 Mm
Highlight:
Toys 7.4V 2S2P 18650
,
2S2P 18650 5.2Ah LiNiMnCoO2
,
LiNiMnCoO2 Solar Light Lithium Battery
Product Description
7.4V 2S2P 18650 5.2Ah LiNiMnCoO2 Solar Light Lithium Battery
High-performance 7.4V lithium-ion battery pack featuring 2S2P 18650 configuration with 5.2Ah capacity. Designed specifically for solar light applications and power tools, utilizing advanced LiNiMnCoO2 cathode materials for optimal performance and reliability.
Safety Performance Classification
Heavy Load Resistance: Tested to prevent ignition or explosion under heavy loads
Thermal Shock Resistance: Withstands thermal shock testing without ignition or explosion
Overcharge Protection: Battery module tested to prevent ignition or explosion during overcharge
Overdischarge Protection: Battery module tested to prevent ignition or explosion during overdischarge
Short Circuit Resistance: Battery module tested to prevent ignition or explosion during short circuits
High Temperature Storage: Maintains integrity without leakage, smoke, fire or explosion
Heating Resistance: Battery module tested with no explosion penetration through protective screen
Puncture Resistance: Battery pack tested to prevent ignition or explosion during puncture events
Compression Resistance: Battery module tested to prevent ignition or explosion under compression
Low Pressure Resistance: Maintains integrity without leakage, smoke, fire or explosion under low pressure
Constant Damp Heat: Maintains appearance integrity with capacity retention ≥90% after testing
Vibration Resistance: Maintains functionality without damage, leakage, smoke or explosion
Impact Resistance: Withstands collisions without damage, leakage, smoke or explosion
Temperature Cycling: Maintains structural integrity with capacity retention ≥70% after cycling