Brand Name: | Enerkey |
Model Number: | EK-B3S12A |
MOQ: | 50pieces |
Price: | $1.35-$1.65 |
Packaging Details: | Strong paper box +EVA Foam |
Payment Terms: | L/C, D/A, D/P, T/T, Western Union, MoneyGram |
Welding point description:
B+ is connected to the positive pole of the battery;
• B- connect to the negative pole of the battery;
• B1 3.7V
• B2 7.4V
• MB/B1 is connected to the connection point before battery 1 and battery 2;
P+ is connected to the positive electrode of the charging/discharging terminal (the charging terminal and the discharging terminal are shared);
• P- is connected to the negative pole of the charging/discharging terminal (the charging terminal and the discharging terminal are shared).
Notice:
(1) Please pay attention to the operating conditions of input and output voltage and load current, so that the power consumption in the protection board does not exceed the allowable power consumption of the specification.
(2) When the battery is connected, it may not be able to discharge. In this case, connect the charger to return to normal operation.
(3) When the overcharged battery and the overdischarged battery are mixed together, it becomes an overcharged state and an overdischarged state, and both charging and discharging are impossible.
(4) Although the protection board has a built-in anti-static protection circuit, please do not apply excessive static electricity to the protection board that exceeds the performance of the protection circuit.
Enerkey Lithium Battery Protection Board (BMS) 3S 12A For Photovoltaic Solar Panels and Industrial Power & Home Energy Storage System and Electric Car and Scooter and Motorcycle
|
|
Product model |
EK-B3S12A |
Suitable battery strings
|
3S
|
Product size(mm) | L35xW32.5xT3.5 |
Weight with box | 0.015kg |
Rated discharge current | Typ 12A |
Peak starting current | Typ 60A |
Over current protection current | Typ 20A |
Specical function | Electrical tools |
Suitable battery type | Lithium(NCM) |
Rated working voltage B+B- | Max 12.6V |
P+P- input withstand voltage
|
Max 33V
|
Charging overcurrent protection value
|
Not limited
|
Charge detection voltage | Min 4.225V / Typ 4.28V / Max 4.305V |
Charge detection delay time
|
Min 0.5S / Typ 1S / Max 1.5S
|
Overcharge release voltage
|
Min 4.03V / Typ 4.05V / Max 4.13V
|
Discharge detection voltage |
Min 2.17V / Typ 2.25V / Max 2.33V
|
Discharge detection delay time | Typ 100ms |
Discharge release voltage | Min 2.8V / Typ 2.95V / Max 3.05V |
Conditions for lifting protection
|
Disconnect external load or charge self-recovery
|
Overcurrent detection voltage | Typ 0.1V |
Overcurrent protection time | Typ 100MS |
Conditions for lifting protection | Disconnect external load or charge self-recovery |
Short circuit protection current | Typ 60A |
Detection delay time | Min 150μS / Typ 250μS / Max 400μS |
Conditions for lifting protection | Disconnect external load or charge self-recovery |
Main circuit on-state resistance | Typ 6mΩ / Max 9mΩ |
Normal working current consumption | Typ 5μA / Max 9μA |
Current consumption during sleep | Max 0.1μA |
Operating Temperature
|
-40℃ ~ +85℃
|
Wiring precautions:
1. Installing the protective board requires a certain amount of technical electronic knowledge.
2. When wiring, first connect the B- wire at the soldering pad position to the total negative terminal of the battery (the B- wire should be soldered to a short and thick wire) and solder the wired terminal to the battery pack first, and then insert the protective plate.
3. The connection between the battery terminal B- and the protection board terminal B- should be short and thick, otherwise it will cause the protection board to charge and discharge in advance and malfunction.
4. You need to use thick wires when wiring P+/P-. Wires that are too thin and too long will burn the board!
Q1. Why did we choose you?
* We can provide you with efficient after-sales service, with more than 10 years of strong technical support.
* Products have passed FCC, CE, ROHS and other international standards certification.
* We can provide you with factory price, Welcome you to visit our factory and production process.
Q2. What is your product range (type)?
*We mainly do battery management systems in the fields of power batteries, energy storage batteries and consumer batteries.
*Mainly used for LFP, Li-ino and LTO batteries.
Q3: How do I know which kind of material & type my battery is ?
*Please look the battery body, If the normal voltage of your battery shows 3.2V, The battery is LiFePo4.
*If the normal voltage of your battery shows 3.6V or 3.7V, the battery is Li-ion or Lto battery.
Q4. Do you have minimum order requirements?
Can it be customized? What is the lead time for samples and batches?
*Our minimum order quantity is 1 piece, ODM customization is available.
* 1~3 days delivery of existing samples, 3~10 days delivery of customized samples.
Q5: What if i can't use it?
*Regular products have instructional videos, We can also support online video call guidance from engineers.
Q6. What are your terms of payment?
*We accept wire transfer and cash payment, all negotiable. Payment method :visa, mastercard, T/T, PayPal, APPLE_PAY, GOOGLE_PAY, GC_REAL_TIME_BANK_TRANSFER, RMB
Q7. How do you guarantee the quality?
* All our products are subjected to professional laboratory 100% testing, as well as repeated aging tests.
* Obtained FCC, CE, ROHS and other international standard certification.
* Provide 3 years after-sales warranty service. Free spare units for replace in 3 years.
Q8. How to choose a BMS suitable for our battery?
*Depending on the voltage and current that matches your battery, you can consult our customer service and we will provide it for you equipped with the most suitable battery management system.
Q9. How can i contact you?
*We have 7x24 hours online service, Please leave us a message online.
*You can also contact us by Email, WhatsApp, WeChat, etc(see below). We are so glad to work with you.
Brand Name: | Enerkey |
Model Number: | EK-B3S12A |
MOQ: | 50pieces |
Price: | $1.35-$1.65 |
Packaging Details: | Strong paper box +EVA Foam |
Payment Terms: | L/C, D/A, D/P, T/T, Western Union, MoneyGram |
Welding point description:
B+ is connected to the positive pole of the battery;
• B- connect to the negative pole of the battery;
• B1 3.7V
• B2 7.4V
• MB/B1 is connected to the connection point before battery 1 and battery 2;
P+ is connected to the positive electrode of the charging/discharging terminal (the charging terminal and the discharging terminal are shared);
• P- is connected to the negative pole of the charging/discharging terminal (the charging terminal and the discharging terminal are shared).
Notice:
(1) Please pay attention to the operating conditions of input and output voltage and load current, so that the power consumption in the protection board does not exceed the allowable power consumption of the specification.
(2) When the battery is connected, it may not be able to discharge. In this case, connect the charger to return to normal operation.
(3) When the overcharged battery and the overdischarged battery are mixed together, it becomes an overcharged state and an overdischarged state, and both charging and discharging are impossible.
(4) Although the protection board has a built-in anti-static protection circuit, please do not apply excessive static electricity to the protection board that exceeds the performance of the protection circuit.
Enerkey Lithium Battery Protection Board (BMS) 3S 12A For Photovoltaic Solar Panels and Industrial Power & Home Energy Storage System and Electric Car and Scooter and Motorcycle
|
|
Product model |
EK-B3S12A |
Suitable battery strings
|
3S
|
Product size(mm) | L35xW32.5xT3.5 |
Weight with box | 0.015kg |
Rated discharge current | Typ 12A |
Peak starting current | Typ 60A |
Over current protection current | Typ 20A |
Specical function | Electrical tools |
Suitable battery type | Lithium(NCM) |
Rated working voltage B+B- | Max 12.6V |
P+P- input withstand voltage
|
Max 33V
|
Charging overcurrent protection value
|
Not limited
|
Charge detection voltage | Min 4.225V / Typ 4.28V / Max 4.305V |
Charge detection delay time
|
Min 0.5S / Typ 1S / Max 1.5S
|
Overcharge release voltage
|
Min 4.03V / Typ 4.05V / Max 4.13V
|
Discharge detection voltage |
Min 2.17V / Typ 2.25V / Max 2.33V
|
Discharge detection delay time | Typ 100ms |
Discharge release voltage | Min 2.8V / Typ 2.95V / Max 3.05V |
Conditions for lifting protection
|
Disconnect external load or charge self-recovery
|
Overcurrent detection voltage | Typ 0.1V |
Overcurrent protection time | Typ 100MS |
Conditions for lifting protection | Disconnect external load or charge self-recovery |
Short circuit protection current | Typ 60A |
Detection delay time | Min 150μS / Typ 250μS / Max 400μS |
Conditions for lifting protection | Disconnect external load or charge self-recovery |
Main circuit on-state resistance | Typ 6mΩ / Max 9mΩ |
Normal working current consumption | Typ 5μA / Max 9μA |
Current consumption during sleep | Max 0.1μA |
Operating Temperature
|
-40℃ ~ +85℃
|
Wiring precautions:
1. Installing the protective board requires a certain amount of technical electronic knowledge.
2. When wiring, first connect the B- wire at the soldering pad position to the total negative terminal of the battery (the B- wire should be soldered to a short and thick wire) and solder the wired terminal to the battery pack first, and then insert the protective plate.
3. The connection between the battery terminal B- and the protection board terminal B- should be short and thick, otherwise it will cause the protection board to charge and discharge in advance and malfunction.
4. You need to use thick wires when wiring P+/P-. Wires that are too thin and too long will burn the board!
Q1. Why did we choose you?
* We can provide you with efficient after-sales service, with more than 10 years of strong technical support.
* Products have passed FCC, CE, ROHS and other international standards certification.
* We can provide you with factory price, Welcome you to visit our factory and production process.
Q2. What is your product range (type)?
*We mainly do battery management systems in the fields of power batteries, energy storage batteries and consumer batteries.
*Mainly used for LFP, Li-ino and LTO batteries.
Q3: How do I know which kind of material & type my battery is ?
*Please look the battery body, If the normal voltage of your battery shows 3.2V, The battery is LiFePo4.
*If the normal voltage of your battery shows 3.6V or 3.7V, the battery is Li-ion or Lto battery.
Q4. Do you have minimum order requirements?
Can it be customized? What is the lead time for samples and batches?
*Our minimum order quantity is 1 piece, ODM customization is available.
* 1~3 days delivery of existing samples, 3~10 days delivery of customized samples.
Q5: What if i can't use it?
*Regular products have instructional videos, We can also support online video call guidance from engineers.
Q6. What are your terms of payment?
*We accept wire transfer and cash payment, all negotiable. Payment method :visa, mastercard, T/T, PayPal, APPLE_PAY, GOOGLE_PAY, GC_REAL_TIME_BANK_TRANSFER, RMB
Q7. How do you guarantee the quality?
* All our products are subjected to professional laboratory 100% testing, as well as repeated aging tests.
* Obtained FCC, CE, ROHS and other international standard certification.
* Provide 3 years after-sales warranty service. Free spare units for replace in 3 years.
Q8. How to choose a BMS suitable for our battery?
*Depending on the voltage and current that matches your battery, you can consult our customer service and we will provide it for you equipped with the most suitable battery management system.
Q9. How can i contact you?
*We have 7x24 hours online service, Please leave us a message online.
*You can also contact us by Email, WhatsApp, WeChat, etc(see below). We are so glad to work with you.