<div id="specification"></div><div id="specification_end"></div><span style="font-weight: bolder;">Product Parameters:</span><br></p><p><br></p><p>*lf you need customized services, please consult customer service for details.</p><p><br></p><table border="0" cellpadding="0" cellspacing="0" height="356" style="width: 592.52pt;"><colgroup><col width="346" style="width: 260pt;"><col width="25" style="width: 18.75pt;"><col width="35" span="2" style="width: 26.75pt;"><col width="34" span="4" style="width: 25.8pt;"><col width="35" style="width: 26.75pt;"><col width="34" span="2" style="width: 25.8pt;"><col width="35" style="width: 26.75pt;"><col width="34" style="width: 25.8pt;"><col width="35" style="width: 26.75pt;"></colgroup><tbody><tr height="19" style="height: 14.25pt;"><td class="et2" height="19" width="346" x:str="" style="height: 14.25pt; width: 260pt;"><span class="font1"><b>Charge voltage</b></span></td><td colspan="13" class="et3" width="444" x:str="" style="width: 333.1pt;"><span class="font2"><b>Li-ion: N(strings)*4.2V</b></span></td></tr><tr height="19" style="height: 14.25pt;"><td class="et4" height="19" x:str="" style="height: 14.25pt;"><span class="font1">Discharge current (A)</span></td><td class="et4" x:str=""><span class="font2">30</span></td><td class="et4" x:str=""><span class="font2">40</span></td><td class="et4" x:str=""><span class="font2">50</span></td><td class="et5" x:str=""><span class="font2">60</span></td><td class="et6" x:str=""><span class="font2">80</span></td><td class="et4" x:str=""><span class="font2">100</span></td><td class="et4" x:str=""><span class="font2">120</span></td><td class="et4" x:str=""><span class="font2">150</span></td><td class="et4" x:str=""><span class="font2">200</span></td><td class="et4" x:str=""><span class="font2">250</span></td><td class="et8" x:str=""><span class="font2">300</span></td><td class="et4" x:str=""><span class="font2">400</span></td><td class="et8" x:str=""><span class="font2">500</span></td></tr><tr height="19" style="height: 14.25pt;"><td class="et7" height="19" width="346" x:str="" style="height: 14.25pt; width: 260pt;"><span class="font1">Discharge overcurrent protection value(A)</span></td><td class="et4" x:str=""><span class="font2">45</span></td><td class="et4" x:str=""><span class="font2">60</span></td><td class="et4" x:str=""><span class="font2">75</span></td><td class="et5" x:str=""><span class="font2">90</span></td><td class="et4" x:str=""><span class="font2">120</span></td><td class="et4" x:str=""><span class="font2">150</span></td><td class="et8" x:str=""><span class="font2">180</span></td><td class="et8" x:str=""><span class="font2">225</span></td><td class="et4" x:str=""><span class="font2">300</span></td><td class="et4" x:str=""><span class="font2">375</span></td><td class="et8" x:str=""><span class="font2">450</span></td><td class="et4" x:str=""><span class="font2">600</span></td><td class="et8" x:str=""><span class="font2">750</span></td></tr><tr height="19" style="height: 14.25pt;"><td class="et4" height="19" x:str="" style="height: 14.25pt;"><span class="font1">Charge current (A)</span></td><td class="et4" x:str=""><span class="font2">15</span></td><td class="et4" x:str=""><span class="font2">20</span></td><td class="et4" x:str=""><span class="font2">25</span></td><td class="et5" x:str=""><span class="font2">30</span></td><td class="et4" x:str=""><span class="font2">40</span></td><td class="et6" x:str=""><span class="font2">50</span></td><td class="et4" x:str=""><span class="font2">60</span></td><td class="et6" x:str=""><span class="font2">75</span></td><td class="et4" x:str=""><span class="font2">100</span></td><td class="et4" x:str=""><span class="font2">125</span></td><td class="et8" x:str=""><span class="font2">150</span></td><td class="et4" x:str=""><span class="font2">200</span></td><td class="et4" x:str=""><span class="font2">250</span></td></tr><tr height="19" style="height: 14.25pt;"><td class="et7" height="19" width="346" x:str="" style="height: 14.25pt; width: 260pt;"><span class="font1">Charge overcurrent protection value(A)</span></td><td class="et4" x:str=""><span class="font2">45</span></td><td class="et4" x:str=""><span class="font2">60</span></td><td class="et4" x:str=""><span class="font2">75</span></td><td class="et5" x:str=""><span class="font2">90</span></td><td class="et4" x:str=""><span class="font2">120</span></td><td class="et4" x:str=""><span class="font2">150</span></td><td class="et8" x:str=""><span class="font2">180</span></td><td class="et15" x:str=""><span class="font2">225</span></td><td class="et4" x:str=""><span class="font2">300</span></td><td class="et4" x:str=""><span class="font2">375</span></td><td class="et8" x:str=""><span class="font2">450</span></td><td class="et4" x:str=""><span class="font2">600</span></td><td class="et8" x:str=""><span class="font2">750</span></td></tr><tr height="19" style="height: 14.25pt;"><td class="et7" height="19" width="346" x:str="" style="height: 14.25pt; width: 260pt;"><span class="font1">Main Circuit Conduct Inner resistance</span></td><td colspan="13" class="et9" x:str="">&lt;=20mu03a9</td></tr><tr height="19" style="height: 14.25pt;"><td class="et2" height="19" x:str="" style="height: 14.25pt;"><span class="font2"><b>Over charge protection</b></span></td><td colspan="13" class="et3" x:str=""><b>Balance voltage</b></td></tr><tr height="17" style="height: 12.75pt;"><td class="et2" height="17" x:str="" style="height: 12.75pt;"><span class="font1">Detect voltage </span><span class="font1">: </span><span class="font1">Li-ion: 4.25u00b10.05V</span></td><td colspan="13" class="et3" x:str="">Detect voltage: Li-ion: 3.8V</td></tr><tr height="17" style="height: 12.75pt;"><td class="et11" height="17" x:str="" style="height: 12.75pt;"><span class="font1">Protection delay: 1S</span></td><td colspan="13" class="et12" x:str="">Release voltage: Li-ion: 3.8V</td></tr><tr height="17" style="height: 12.75pt;"><td class="et11" height="17" x:str="" style="height: 12.75pt;"><span class="font1">Release voltage: Li-ion: 4.15u00b10.05V</span></td><td colspan="13" class="et12" x:str="">Balance current: 30u00b15mA</td></tr><tr height="17" style="height: 12.75pt;"><td class="et2" height="17" x:str="" style="height: 12.75pt;"><span class="font1"><b>Over discharge protection</b></span></td><td colspan="13" class="et3" x:str=""><b>Over Discharge current protection</b></td></tr><tr height="17" style="height: 12.75pt;"><td class="et2" height="17" x:str="" style="height: 12.75pt;"><span class="font1">Detect voltage : Li-ion: 2.7u00b10.05V</span></td><td colspan="13" class="et3" x:str="">Protection delay: 1S</td></tr><tr height="17" style="height: 12.75pt;"><td class="et11" height="17" x:str="" style="height: 12.75pt;"><span class="font1">Protection delay: 1S</span></td><td colspan="13" class="et12" x:str="">Protection release condition: OFF load</td></tr><tr height="17" style="height: 12.75pt;"><td class="et11" height="17" x:str="" style="height: 12.75pt;"><span class="font1">Release voltage: Li-ion: 2.8u00b10.05V</span></td><td colspan="13" class="et6"></td></tr><tr height="17" style="height: 12.75pt;"><td class="et2" height="17" x:str="" style="height: 12.75pt;"><span class="font1"><b>Short circuit protection</b></span></td><td colspan="13" class="et3" x:str=""><b>Self Consumption</b></td></tr><tr height="17" style="height: 12.75pt;"><td class="et11" height="17" x:str="" style="height: 12.75pt;"><span class="font1">Protection conditon:Short circuit of external load</span></td><td colspan="13" class="et12" x:str="">Working current: 55mA</td></tr><tr height="17" style="height: 12.75pt;"><td class="et2" height="17" x:str="" style="height: 12.75pt;"><span class="font1">Detect delay: 200~500uS (Subject to actual test)</span></td><td colspan="13" class="et3" x:str="">Sleeping currentt over-discharge): 800uA</td></tr><tr height="19" style="height: 14.25pt;"><td class="et4" height="19" x:str="" style="height: 14.25pt;"><span class="font2">Release condition: OFF load</span></td><td colspan="13" class="et6"></td></tr><tr height="17" style="height: 12.75pt;"><td colspan="14" class="et3" height="17" x:str="" style="height: 12.75pt;">Working Temp Charge: -40~65u2103 Discharge: -40~70u2103 (Customizable)</td></tr><tr height="17" style="height: 12.75pt;"><td class="et14" height="17" x:str="" style="height: 12.75pt;">Working Temp Temp range: <span class="font5">-</span><span class="font1">20~60</span><span class="font0">u2103</span></td><td colspan="13" class="et12" x:str="">Storing Temp Temp range: -40~85u2103</td></tr></tbody></table><p><br></p><p><span style="font-weight: bolder;">Package includes:</span></p><p><br></p><p>1 x BT</p><p>1 x Cable</p><p>1 x Battery Protection Board (Regular version)</p><p><font color="#ff0000">(The appearance and weight of products with different currents are inconsistent. Please refer to the product appearance received. thank you for understanding)</font><br></p><p><br></p><p><span style="font-weight: bolder;">Protective board connection battery wiring:</span>nn<font color="#ff0000">* Special attention: The wire cable of different manufacturers are not same standard, please make sure to use he matching cables; the colors of B- and P- lines of different manufacturers are different, please pay attention to the B- and P- marks.</font>nn1. Remember!!! When welding sampling wire cable, do not insert the cable into the BMS.n2. The cable connects the total negative electrode B-from the fine black line. The second wire (red wire) is connected to the positive pole of the first string of batteries.Connect the positive electrode of each string of batteries in turn until the last wire cable of the total positive B+.n3. After the cable is connected, do not insert the plug directly into the BMS.First measure the voltage between each two adjacent metal terminals on the back of the plug. If it is a ternary lithium battery, the voltage should be between 3.0~4.15V, and the iron-lithium battery should be 2.5~ Between 3.6V, lithium titanate battery should be between 1.8-2.8V, make sure the voltage is correct before proceeding to the next step.n4. Receive the BMS B-line (blue thick line) to the total battery negative electro-de (B-line length should not exceed 40cm).n5. Insert the wire cable into the BMS.nn<span style="font-weight: bolder;">After the wiring is completed:</span>nn1. Measure whether the voltage of battery B+, B- is equal to the voltage of B+ and P- (that is, whether the voltage of the battery pack itself is e- qual to the voltage after passing through the protection board, if they are equal, the BMS is working normally, which can be used normally. If not, please follow Re-check the queue of the wiring above.n2. The positive electrodes of the charging and discharging end are all directly connected to the total positive pole B+ of the battery; the wiring method of the same port BMS is that the charging and discharging negative poles are connected to the P- point of the BMS; the wiring m- ethod of the branch BMS is the negative pole of charging Connected to C-, the negative electrode of discharge is connected to P-.n3. Finally, if you have any questions, please contact the customer service to help you solve it.</p><p>