3.6V 2,100mAh Sony US18650 VTC4
Sony VTC4–High-Drain 30A
The Sony VTC4 cell comes up with a nominal capacity of 2,100mAh, the nominal voltage of 3.6V. This is an absolutely excellent cell for anyone seeking high performance 18650 cells.
HIGHLIGHTS OF Molicel Sony VTC4
- Nominal capacity: 2,100mAh
- Nominal Voltage: 3.6V
- Max Continuous Discharge: 30A
- Peak Discharge Theoretic, 4 sec.: 52.5A
- Cycle Life: 500 cycles
- Charge Method : constant current constant voltage
- Charge Up Voltage : 4.2±0.05V
- Charge Current : 2.0A
- Charge Time : 2.5hrs
- Energy Density: 451wh/l
APPLICATION:devices including a portable page scanner, handheld instrument biometric device, or quadcopter.
Can : Steel
Diameter : 18.35 mm+0.15/-0.20mm
Height : 65.0 mm ±0.20mm
Weight: 45.0g +/-1.5 g
SE（Trade name of Sony Energy Devices Corp.）
Y：Year Supposing the year ’15 as X, the year ’16 as Y, the year ’17 as Z, the ye
ar’18 as A, Every
next year is counted as B, C, ･･･(Using an Alphabet letter)
M：Month January as A, the consecutive month as B, C,… (Using an Alphabet letter)
D：Day 01, 02, ・・・・29, 30, 31 （Using figures）
S：Electrode History A, B, C,･･ (Using an Alphabet letter)
Nominal Specification of Sony VTC5A
|Nominal Capacity||2100mAh||Discharge at 0.2ItA, 2.5Vcut off after Standard Charge|
|Rated Capacity||2000mAh||Discharge at 0.2ltA, 2.5Vcut off after Standard Charge|
|Charge Voltage||4.20 ±0.05V|
|Cut Of Voltage||2.5V|
|Maximum Charge Voltage||4.25V|
|Maximum Charge Current||Continuous||4A|
|Pulse||12A||Charging voltage<4.15V Average current<8A|
|Continuous Maximum Discharge Current||30A|
|Allowable Environment Temperature||Charge||0 ~45℃|
|limit of cell surface temperature||Charge||60℃|
|Energy Density||427Wh/I||case over In of 400Wh/I, it is possibility to be subject to regulation by object country.|
The cells must not be discharged when the environmental temperature is outside of the range of -20℃ to 60℃. For discharging, it is acceptable for the cell surface temperature to rise to 80℃ at maximum points.
※ Cell condition at the shipment ; About 70% discharged
|Temperature Range||Upper Limited Charging Voltage||Maximum Charging Current||Charging Current Recommendation|
|Low Charginf Temperature Range||0℃≦T＜10℃||4.15V||1.0A||0.5A|
|Standard Charginf Temperature Range||10℃≦T＜45℃||4.25V||4.0A||2.0A|
|High Charginf Temperature Range||45℃＜T≦60℃||4.15V||4.0A||2.0A|
Part of Safety Tests
|Heat cycle test||1)Standard charge
2)Heat cycle at 75℃6h-30min→-40℃6h for 10cycles.
3)Storage at 20±5°℃ for 24hours
|Shock test||1) Standard Charge
2) Drop the battery from 1.2m height onto P-tile for 3times in each of X, Y and Z direction
3)Discharge at 10A,2.5V cut off
5) Capacity by discharge at 10A,2.5V cutoff
|Vibration test||1) Standard charge||No leakage,
|Vibration test under the following condition(5min. sweep, 1 hour for each axes)|
|3) Discharge at 10A,2.5V cut off
4) Standard charge
5)Capacity by discharge at 10A, 2.5V cutoff
Over current protective circuit
1.) The over current protective circuit shall operate charging at over 12A.
2.) The over current protective circuit or device shall operate discharging not to result in the risk or fire or explosion for over 30A discharging. The allowable time at each current is less than the below table.
Storage Measures For Factory
1.Cell or battery warehouses should be set up independently.
Set up “No Fireworks” eye-catching signs in storage places.
It is strictly forbidden to stack combustibles and flammable items around.
2.The temperature of cell or battery warehouses should be controlled within the range of 20±5℃,
The maximum should not exceed 30℃,
The relative humidity should not be greater than 75%.
Keep the warehouse clean, dry and well ventilated, and do not store other items.
3.Cell or battery warehouses should be equipped with smoke and temperature alarm devices, and the alarm signal should be transmitted to a place where someone is on duty 24 hours a day.
4.Cell or battery warehouses should be equipped with independent external accident exhaust devices.
The accident exhaust devices should be interlocked with smoke and temperature alarm devices.
5.Cells and batteries should be neatly placed, not stacked too high, and storage facilities should be made of non-combustible materials, and anti-static measures should be taken.
6.The positive or negative pole position of each battery (cell) must be insulated to prevent short circuit protection measures.
7.Automatic sprinkler facilities should be set up in the battery warehouse.
8.The battery must not be stored at full capacity, and it is recommended to store it at 50% power.
9.Semi-finished batteries should be equipped with protective plates.
10.Waste batteries should be stored separately after being discharged.
11.Each fireproof zone of the battery and cell warehouse shall not exceed 250 square meters.
12.A sufficient number of spherical dry powder automatic fire extinguishers or sprinklers should be hung in the battery and cell warehouses.
13.The battery and cell warehouses should be equipped with 2 fire blankets each, and 1 special bucket for handling accident batteries.
1.Explosion-proof electrical equipment should be used in battery warehouses and aging rooms.
2.Faulty batteries and waste batteries must be placed in special treatment cabinets for isolation and disposal, and the use of explosion-proof sand buckets to deal with accident batteries is advocated.
Storage Measures For Daily Lithium Battery Users
1. For Lithium-ion batteries which need to be stored for a long time and not used, they should be kept in a state of 50%-60% charge. They should be recharged every 3 months and recharged every half a year.
2. Attention should be paid to moisture-proof and moisture-proof, to prevent squeezing, collision, etc., to avoid battery damage.
3. It is forbidden to use or place the battery at high temperatures (in hot sunlight or in very hot cars), otherwise it may cause the battery to overheat, catch fire or fail in function, and shorten its life.
4. It is forbidden to store in places with strong static electricity and strong magnetic fields, otherwise it will easily destroy the battery safety protection device and bring unsafe hidden dangers.
5. If the battery emits an odor, fever, discoloration, deformation, or any abnormality during use, storage, or charging, immediately remove the battery from the device or charger and disable it.
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