📌Order link Mppt PowMr 60A Website 👉 https://powmr.com/products/mppt-solar... LAZADA 👉 https://s.lazada.co.th/s.941HP?cc Shopee 👉 https://shope.ee/1fosnAbEOj Hello, welcome everyone to the ZimZimDIY channel. Today, I will review and demonstrate how to use the PowMr MPPT Charge Controller 60A. This is considered a popular model in the 60A size because it provides good value for money. This Controller is mostly used in the Off Grid system, which means that it will not mess with the house electricity. This Controller is placed in the middle between the solar panel and the battery used to store energy. Therefore, it can also be called It is a charging controller. This controller's features are: 1. Supports battery voltage in 4 systems, namely 12V, 24V, 36V, 48V. Basically, all systems must not exceed 60A. Therefore, if used in a 12V system, the charging current is 60A, the total panel watts must not exceed 720W. If in a 24V system, the charging current is 60A, the panel watts must not exceed 1,440W. If in a 36V system, the charging current is 60A, the panel watts must not exceed 2,160W. And if in a 48V system, the charging current is 60A, the panel watts must not exceed 2,880W. But if the input watts are more than this, the amps will overflow. And the machine will have difficulty protecting. You will see that at the 48V voltage system, we will get the most watts and we will receive The most energy storage. 2. Supports the highest voltage from the solar panel in the 36V and 48V system at 160V DC by referring to the Voc voltage of all solar panels in series. If the voltage is more than 160V, the device will turn on but not work. And if the ground voltage exceeds 190V, the device may be at risk of high-voltage short circuits and the device may be permanently damaged. As for the equipment that he gave, he will also include a manual and a mounting bolt to get started. He told me to connect the battery before connecting the solar panel every time. I will connect the battery + to the battery - as a 12V lead-acid battery. The manual says that in actual use It is advisable to install a fuse between the battery and the controller to prevent a short circuit. And a breaker should be installed between the battery and the panel like this. Now, it will turn on by itself and it will check the voltage as an Auto Switch automatically. This means that if we connect a 24V, 36V, or 48V battery, the Controller will automatically know the voltage that we are using. Now the screen displays the LCD Display. The main interface shows 4 general usage modes. The first mode, on the left, displays the PV voltage from the panel. Notice that it is now 0V and the right is 0W because I did not plug in the solar panel. If we press the up arrow button once, it will display the second mode. The second mode on the left is the battery voltage and the right is the charging current. I did not plug in the panel, so it will only show Only battery voltage. Mode 3 on the left is Working mode. On the right is Temperature. Working Mode has 4 states. State 1 is 3.0. 3.0 means there is no charging. So check if we haven't plugged in the panel or if it is in the night state. State 2 is 4.0. 4.0 means MPPT is working in normal charging mode. State 3 is 7.0. 7.0 is Absorption mode. What I mean is that this state controls the current and voltage to be at the most appropriate and safe level before the battery is full. So let it work. Don't touch it. As for State 4, 8.0 Floating Mode, to put it simply, this mode is when the battery is full. But it will maintain the battery voltage in a ready-to-use state at all times. And the last mode, the 4th mode, is Protection mode. There will be a warning sign like this. If it doesn't show any status, it's considered the best. But if it shows a status, look at the CODE code again to see what it means. For example, now mine shows Code 18. Code 18 means that the input voltage from the panel is too low. Let's increase the voltage a little bit. Add another panel in series. If Code 60 means that the temperature is too high, it will be in protection mode. The fan will work automatically. Code 63 means that our battery voltage is too high. Wait for recovery or discharge by itself. Code 65 means that the battery voltage is too low. Wait for recovery or add power from outside. Code 71 means that the PV input voltage is high. Reduce the voltage from the panel. And Code 73 means that the current is too high. You must reduce the wattage from the panel. Next, we will set the values ​​in the system. Let's have friends press the program button once and observe. The menu on the left will show Code, there will be 5 codes in total. Code 1 d00 will be the Output timer. Code 2 d01 will set the Floating voltage of the water battery. Code 3 d02 will set the maximum charging voltage. Code 4 d03 will be the low cut-off voltage of the Output. Code 5 d04 will select charging water batteries or lithium batteries. Thank you to all friends who follow and watch.