LINKDATA INR21700S-55P
LINKDATA 21700 cylindrical rechargeable lithium-ion cell. Typical capacity: 5.5Ah; minimum capacity: 5.4Ah. Continuous discharge: 50A without temperature cutoff, or 70A with an 80°C temperature cutoff. Capacity retention is at least 80% after 1000 cycles at 25±2°C with 5.5A charge and 5.5A discharge. Cycle test: charge to 4.2V, hold at constant voltage until current reaches 0.02C, discharge to 2.5V, and rest for 30 minutes. Diameter: 21.35±0.15mm; height: 70.7±0.2mm, including the sleeve; weight: 68.0±1.5g. The cathode chemistry is not specified.
Capacity
5.5Ah
Chemistry
Unspecified
Format
Cylindrical
Weight
68g
Specification
Engineering parameters
Core fields 4/4 · 0 individually confirmed fields
Coverage counts capacity, voltage, dimensions and weight; it does not certify the model. Missing fields are not zero. Expand each metric to inspect its conditions and evidence.
Conditions & source
Conditions & source
3.9 Maximum Pulse Discharge Current(10s) 最大脉冲放电电流(10s) 175A 10s(25±2°C)
Source version: A · Page 4
Source datasheet (access rules apply)Conditions & source
充电下限-10℃在环境、电芯表面及使用说明一致；环境上限45℃和表面上限60℃口径不同，上限继续留空。
Source version: A · Page 4
Original excerpt
格式编号：QF-QSI-S05-001-08-A 联动天翼新能源有限公司 Linkdata New Energy Co., Ltd.. Doc.No.： PS-C043-001 Rev.： A PRODUCT SPECIFICATION Model： INR21700S-55P Page：2 /20 Item 项目 Specification 规格 标准放电电流 3.9 Maximum Pulse Discharge Current(10s) 最大脉冲放电电流(10s) 175A 10s（25±2℃） 3.10 Maximum Charge Current 最大持续充电电流 11A 3.11 Maximum Continuous Discharge Current 最大持续放电电流 50A (without 80℃ temperature cut off） 50A（无温度截止） 70A(with 80℃ temperature cut off) 70A（80℃ 截止） 3.12 Cell Weight 电芯重量 68.0±1.5g 3.13 Cell Dimension 电芯尺寸 Diameter:21.35±0.15mm 直径：21.35±0.15mm Height:70.7±0.2mm 高度：70.7±0.2mm 3.14 Cell Internal Resistance 电芯内阻 ≤ 4.0mΩ 3.15 Storage Temperature (for shipping state--20~30%SOC) 存储温度（运输状态--20~30%SOC） 1 year/1 年 -20~25℃ 3 months/3 个月 -20~45℃ 1 month/1 个月 -20~60℃ 3.16 Operating temperature (Surface) 电芯表面作业温度限制 Ambient Temperature : Charge :-10 to 45℃ Discharge: -40 to 60℃ 环境箱温度： 充电：-10 到 45℃ 放电：-40 to 60℃ Charge :-10 to 60℃ (recommended recharge release < 45℃) Discharge: -40 to 80℃ (must re-discharge release < 60℃) 充电：-10 到 60℃ （推荐恢复充电温度低于 45℃） 放电：-40 to 80℃ （恢复放电温度低于60℃） LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA
放电下限-40℃在环境与电芯表面一致；环境上限60℃与表面上限80℃口径不同，上限继续留空。
Source version: A · Page 4
Original excerpt
格式编号：QF-QSI-S05-001-08-A 联动天翼新能源有限公司 Linkdata New Energy Co., Ltd.. Doc.No.： PS-C043-001 Rev.： A PRODUCT SPECIFICATION Model： INR21700S-55P Page：2 /20 Item 项目 Specification 规格 标准放电电流 3.9 Maximum Pulse Discharge Current(10s) 最大脉冲放电电流(10s) 175A 10s（25±2℃） 3.10 Maximum Charge Current 最大持续充电电流 11A 3.11 Maximum Continuous Discharge Current 最大持续放电电流 50A (without 80℃ temperature cut off） 50A（无温度截止） 70A(with 80℃ temperature cut off) 70A（80℃ 截止） 3.12 Cell Weight 电芯重量 68.0±1.5g 3.13 Cell Dimension 电芯尺寸 Diameter:21.35±0.15mm 直径：21.35±0.15mm Height:70.7±0.2mm 高度：70.7±0.2mm 3.14 Cell Internal Resistance 电芯内阻 ≤ 4.0mΩ 3.15 Storage Temperature (for shipping state--20~30%SOC) 存储温度（运输状态--20~30%SOC） 1 year/1 年 -20~25℃ 3 months/3 个月 -20~45℃ 1 month/1 个月 -20~60℃ 3.16 Operating temperature (Surface) 电芯表面作业温度限制 Ambient Temperature : Charge :-10 to 45℃ Discharge: -40 to 60℃ 环境箱温度： 充电：-10 到 45℃ 放电：-40 to 60℃ Charge :-10 to 60℃ (recommended recharge release < 45℃) Discharge: -40 to 80℃ (must re-discharge release < 60℃) 充电：-10 到 60℃ （推荐恢复充电温度低于 45℃） 放电：-40 to 80℃ （恢复放电温度低于60℃） LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA LINKDATA
Conditions & source
计算 DCR=(U1-U2)/I0 DCR(50%SOC 1C10s) 直流内阻 ≤11mΩ
Source version: A · Page 7
Source datasheet (access rules apply)3.14 Cell Internal Resistance 电芯内阻 ≤ 4.0mΩ
Source version: A · Page 4
Source datasheet (access rules apply)Not provided: Max pulse charge.
Source note: Values should be verified against the latest manufacturer datasheet before pack design or procurement approval. Calculated values derive from the nominal figures above and are not manufacturer ratings.