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Last modified by Admin on 2026/04/27 12:30
From version 8.21
edited by Admin
on 2025/12/23 10:07
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To version 8.11
edited by Admin
on 2025/12/23 09:52
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140 140  * The **"**//Voltage difference//**"** field indicates the difference between the minimum and maximum cell voltages.
141 141  * The **"**//Temperature difference//**"** field indicates the difference between the minimum and maximum temperatures.
142 142  
143 -The **Commands **area contains fields for sending commands to the device, as well as error thresholds for voltage and temperature measurement:
143 +The **Commands **section contains fields for sending commands to the device, as well as error thresholds for voltage and temperature measurement:
144 144  
145 145  * Discharge all cells – command to balance all cells.
146 146  * Yellow voltage difference – threshold value for cell voltage measurement error for the yellow level, V.
... ... @@ -156,84 +156,84 @@
156 156  
157 157  The BMS Logic device setup and verification window is divided into three areas.
158 158  
159 -The **Info** area contains device information:
159 +The **Info** section contains device information:
160 160  
161 -* Hardware version;
162 -* Software version;
163 -* Cell count – number of cells currently connected.
164 -* Serial number – device serial number. The serial number is saved once during board production.
165 -* Balancing resistance – balancing resistor value, Ohms. Set once during board production.
166 -* Address – unique device address. Each BMS Logic device connected to a BMS Main controller must have a unique address.
161 +* **Hardware version** – Hardware version.
162 +* **Software version** – Software version.
163 +* **Cell count** – Number of cells currently connected.
164 +* **Serial number** – Device serial number. The serial number is saved once during board production.
165 +* **Balancing resistance** – Balancing resistor value, Ohms. Set once during board production.
166 +* **Address** – Unique device address. Each BMS Logic device connected to a BMS Main controller must have a unique address.
167 167  
168 -The **Measurements** area contains information about all cells connected to the device. Key parameters are displayed vertically relative to the corresponding cell (Cell 1 - Cell 18).
168 +The **Measurements** section contains information about all cells connected to the device. Key parameters are displayed vertically relative to the corresponding cell (Cell 1 - Cell 18).
169 169  
170 -* The **"**//Volts//**"** field displays the cell voltage in volts. The minimum and maximum voltage among all cells are highlighted with blue and red backgrounds respectively. A graphical representation of the cell voltage is located above the numeric field. Below are fields for specifying the actual (reference) cell voltage. The difference between the reference and measured cell voltages is shown in the **"**Difference**"** row and is color-coded depending on the degree of discrepancy. This helps to easily track the voltage measurement error of the BMS Logic device. The error threshold values are set in the **"**Commands**"** section at the bottom of the window. Also, using the **"**Capture**"** button, it is possible to memorize the current voltage values of all cells if it is needed to compare several BMS Logic devices with each other.
171 -* The temperature sensor readings for each cell in the "//°C//" field are displayed similarly – there is an option to memorize temperature readings and monitor the difference between measured and reference readings in real time. The model of the temperature sensor used is set in the "Temperature sensor" field below.
172 -* The **"**//Inputs (C0-C18)//**"** row displays the connection status of the corresponding voltage measurement line.
173 -* The **"**//Discharge//**"** row contains flags indicating whether balancing is enabled for the corresponding cell.
174 -* The **"**//uOhm//**"** row is not used.
175 -* The **"**//Board temperature//**"** field shows the temperature of the BMS Logic board. The fields to the right are for entering the temperature measured by an external thermometer (first field) and the maximum allowable measurement error (second field). The current measurement error is shown in the third field with color highlighting.
176 -* The **"**//Temperature sensor//**"** field allows you to set the model of the thermistor used for temperature measurement.
177 -* The **"**//Voltage difference//**"** field indicates the difference between the minimum and maximum cell voltages.
178 -* The **"**//Temperature difference//**"** field indicates the difference between the minimum and maximum temperatures.
170 +* The **"Volts"** field displays the cell voltage in volts. The minimum and maximum voltage among all cells are highlighted with blue and red backgrounds, respectively. A graphical representation of the cell voltage is located above the numeric field. Below are fields for specifying the actual (reference) cell voltage. The difference between the reference and measured cell voltages is shown in the **"Difference"** row and is color-coded depending on the degree of discrepancy. This allows for easy tracking of the voltage measurement error of the BMS Logic device. The error threshold values are set in the **"Commands"** section at the bottom of the window. Also, using the **"Capture"** button, you can memorize the current voltage values of all cells if you need to compare several BMS Logic devices with each other.
171 +* The temperature sensor readings for each cell in the **"°C"** field are displayed similarly – there is an option to memorize temperature readings and monitor the difference between measured and reference readings in real time. The model of the temperature sensor used is set in the **"Temperature sensor"** field below.
172 +* The **"Inputs (C0-C18)"** row displays the connection status of the corresponding voltage measurement line.
173 +* The **"Discharge"** row contains flags indicating whether balancing is enabled for the corresponding cell.
174 +* The **"uOhm"** row is not used.
175 +* The **"Board temperature"** field shows the temperature of the BMS Logic board. The fields to the right are for entering the temperature measured by an external thermometer (first field) and the maximum allowable measurement error (second field). The current measurement error is shown in the third field with color highlighting.
176 +* The **"Temperature sensor"** field allows you to set the model of the thermistor used for temperature measurement.
177 +* The **"Voltage difference"** field indicates the difference between the minimum and maximum cell voltages.
178 +* The **"Temperature difference"** field indicates the difference between the minimum and maximum temperatures.
179 179  
180 -The **Commands** area contains fields for sending commands to the device, as well as error thresholds for voltage and temperature measurement:
180 +The **Commands** section contains fields for sending commands to the device, as well as error thresholds for voltage and temperature measurement:
181 181  
182 -* Discharge all cells – command to balance all cells.
183 -* Sleep – put the device into sleep mode.
184 -* Wake up – take the device out of sleep mode into operational mode.
185 -* Bootloader – put the device into bootloader mode.
186 -* Yellow voltage difference – threshold value for cell voltage measurement error for the yellow level, V.
187 -* Red voltage difference – threshold value for cell voltage measurement error for the red level, V.
188 -* Yellow temperature difference – threshold value for cell temperature measurement error for the yellow level, °C.
189 -* Red temperature difference – threshold value for cell temperature measurement error for the red level, °C.
190 -* The "Resistance calculation" row is not used.
182 +* **Discharge all cells** – Command to balance all cells.
183 +* **Sleep** – Puts the device into sleep mode.
184 +* **Wake up** – Takes the device out of sleep mode into operational mode.
185 +* **Bootloader** – Puts the device into bootloader mode.
186 +* **Yellow voltage difference** – Threshold value for cell voltage measurement error for the yellow level, V.
187 +* **Red voltage difference** – Threshold value for cell voltage measurement error for the red level, V.
188 +* **Yellow temperature difference** – Threshold value for cell temperature measurement error for the yellow level, °C.
189 +* **Red temperature difference** – Threshold value for cell temperature measurement error for the red level, °C.
190 +* The **"Resistance calculation"** row is not used.
191 191  
192 192  == BMS Display ==
193 193  
194 -The BMS Display monitor window is described in the [[BMS Display documentation>>doc:Battery management systems.BMS Display.3\. Configuration.WebHome]].
194 +Окно монитора BMS Display описано в [[документации на BMS Display>>doc:Battery management systems.BMS Display.3\. Configuration.WebHome]].
195 195  
196 196  == BMS Indication ==
197 197  
198 -The BMS Indication monitor window is described in the [[BMS Indication documentation>>doc:Battery management systems.BMS Indication.3\. Configuration.WebHome]].
198 +Окно монитора BMS Indication описано в [[документации на BMS Indication>>doc:Battery management systems.BMS Indication.3\. Configuration.WebHome]].
199 199  
200 200  == Updater ==
201 201  
202 -The updater module allows updating the firmware of BMS Mini, BMS Mini S, BMS Main X, BMS Main 2.1, BMS Logic 12/18/RET/12S, BMS Display, and BMS IMD devices through the bootloader.
202 +Модуль обновления через загрузчик позволяет обновлять встроенное ПО устройств BMS Mini, BMS Mini S, BMS Main X, BMS Main 2.1, BMS Logic 12/18/RET/12S, BMS Display, BMS IMD.
203 203  
204 -The process of updating through bootloader is described in the "Firmware Update" section of the documentation for the corresponding device (for example, [[BMS Main 2.1>>doc:Battery management systems.BMS Main 2\.1.4\. Firmware update.WebHome]]).
204 +Процесс обновления через загрузчик описан в разделе "Обновление ВПО" в документации на соответствующее устройство (например, [[BMS Main 2.1>>doc:Battery management systems.BMS Main 2\.1.4\. Firmware update.WebHome]]).
205 205  
206 206  == Unified bootloader ==
207 207  
208 -The unified bootloader module allows updating the firmware of BMS Main 3 and BMS Main 3X.
208 +Модуль обновления через универсальный загрузчик позволяет обновлять встроенное ПО устройств BMS Main 3 и BMS Main 3X.
209 209  
210 -The process of updating through unified bootloader is described in the "Firmware Update" section of the [[BMS Main 3 documentation>>doc:Battery management systems.BMS Main 3.6\. Firmware update.WebHome]].
210 +Процесс обновления через универсальный загрузчик описан в разделе "Обновление ВПО" в документации на [[BMS Main 3>>doc:Battery management systems.BMS Main 3.6\. Firmware update.WebHome]].
211 211  
212 212  == Log viewer ==
213 213  
214 -The Log Viewer module allows you to analyze device log files with the capability to plot graphs and display selected parameters in a tabular format.
214 +Модуль Log viewer позволяет анализировать лог-файлы устройства с возможностью построения графиков и табличного вывода выбранных параметров.
215 215  
216 -To get started:
216 +Для начала работы:
217 217  
218 -~1. Create a new database using the **"**New database**"** button.
218 +~1. Создайте новую базу данных с помощью кнопки «New base»
219 219  
220 220  [[image:1766062577813-983.png||data-xwiki-image-style-alignment="center" data-xwiki-image-style-border="true" height="135" width="226"]]
221 221  
222 -2. Enter a name for the database and select a folder to store it.
222 +2. Введите имя базы и выберите папку для хранения базы.
223 223  
224 224  [[image:1766062577815-237.png||data-xwiki-image-style-alignment="center" data-xwiki-image-style-border="true" height="291" width="394"]]
225 225  
226 -3. Import log files using the "Import CSV" button
226 +3. Импортируйте лог-файлы с помощью кнопки Import CSV
227 227  
228 228  [[image:1766062577817-283.png||data-xwiki-image-style-alignment="center" data-xwiki-image-style-border="true" height="188" width="228"]]
229 229  
230 -4. Select the log files you wish to import
230 +4. Выберите необходимые лог-файлы для импорта
231 231  
232 232  [[image:1766062577818-783.png||data-xwiki-image-style-alignment="center" data-xwiki-image-style-border="true" height="273" width="373"]]
233 233  
234 -To display data in graphical form, select the "Graphic view" tab. The graphs show only the parameters selected in the left part of the window. The "From" and "To" fields define the time range for which to plot the graph. The module supports both single and dual graph window modes, as well as automatic or manual vertical scaling of the graphs. The time interval displayed on the graphs can be selected in the lower right corner.
234 +Для отображения данных в графическом виде выберете вкладку "Graphic view". На графиках отображаются только выбранные в левой части окна параметры. В полях From и To задается временной диапазон, за который требуется построить график. Поддерживаются режимы одного и двух окон с графиками, а также автоматическое или ручное масштабирование графиков по вертикали. В нижнем правом углу выбирается отображаемый на графиках временной промежуток.
235 235  
236 -[[image:1766062707743-878.png||data-xwiki-image-style-alignment="center" data-xwiki-image-style-border="true" height="325" width="432"]]To display data in tabular form, select the **"Table view"** tab. The **From** and **To** fields allow you to select the time range for which to display data. Only the parameters selected in the left part of the window are shown in the columns.
236 +[[image:1766062707743-878.png||data-xwiki-image-style-alignment="center" data-xwiki-image-style-border="true" height="325" width="432"]]Для отображения данных в графическом виде выберете вкладку Table view. В полях From и To можно выбрать временной диапазон, за который требуется вывести данные. В столбцах отображаются только выбранные в левой части окна параметры.
237 237  
238 238  [[image:1766062736332-834.png||data-xwiki-image-style-alignment="center" data-xwiki-image-style-border="true" height="315" width="419"]]
239 239  {{comment}}{{/comment}}