Single Cell Charger - 3.65V - 6 Amp
Single cell charger - 3.65V. Designed to charge a single cell (1S) of the LiFePO4/LiFeYPO4. Charging current: 6.0A Max, 4.0A Average
100V-240V AC input for worldwide power support. It can charge any 3.2V LiFePO4 rechargeable cell. Safety Protect
Question: Is it important to have a BMS or SBM installed on the battery pack?
Answer: Simply said: Yes!
It is important to install and to use a protection of the lithium batteries. The batteries need to be protected against deep discharge and the overcharge of the individual cells. In gene
FAQ: Can LiFePO4 cells be charged with impulse DC current? (Most lead-acid batteries prefer to be charged with trickling currents – which increases their lifespan.)
Answer: With LiFePO4 cells it is possible to charge with non-impulsive DC current. There is no study or a test report known
Check our offer of the 12V chargers
We have for 4 cells from 12V 2A, 12V 5A, 12V 10A, 12V 20A, and 12V 100A models.
Q: I am using a new laboratory Power Supply (PS). This PS is able to charge to a max. of 30 Volts and a current of max. 10 Amp. What I do is setup the PS to 4 Volts and 3 Amp. At the end of the charging, the PS automatically reduces the current to 0.01 Amp.
This is 100% correct. For large capacity cells (
RT-BMS Monitor Screen Demonstration
Check the on-line.
(The acually available information may differ, based on the software functions)
Question: My mistake I discharged my battery pack very low voltage and the cells are misbalanced. I think the RT-BMS system does not work properly. What shall I do?
Deep discharge: please avoid the deep discharge of the battery pack at any case. You need to monitor the battery pack continually to
RT-BMS Monitor unit released - product and manual information
RT-BMS data monitor unit with a touch display (for RT-BMS Master unit). Designed to read and display data from all software versions of RT-BMS Master unit starting from HW version 2.0. The BMS Master Unit is connected to the boa
Check these FAQ published on our blog to understand the initial battery charging
We remind all users of the LFP cells and LP batteries that the cells and batteries MUST be charged to full voltage level BEFORE assembling into a pack and before starting to be used.
The new 3.2V LFP&
Battery Charging Guidelines as published by Sinopoly
The show the steps of the charging process for the best state-of-art charging process.