Last modified by Kilight Cao on 2025/07/22 16:13
From version 81.9
edited by Mengting Qiu
on 2025/07/01 14:04
on 2025/07/01 14:04
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To version 81.17
edited by Mengting Qiu
on 2025/07/01 14:10
on 2025/07/01 14:10
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... ... @@ -254,17 +254,23 @@ 254 254 255 255 **Steps:** 256 256 257 -**Calculate the K-value ratio**: 257 +**~1. Calculate the K-value ratio**: 258 258 259 259 Ratio=Desired Value/Current Value=1500/2000=0.75 260 260 261 -Multiply by the default K-value (1000) to get the new K-value: 261 +Multiply by the default K-value (1000) to get the new K-value: 0.75×1000=750(Decimal) 262 262 263 - 0.75×1000=750(Decimal)0.75×1000=750(Decimal)263 +**2. Convert the (% style="color:#037691" %)new K-value(%%) to hexadecimal**: 264 264 265 +* 750(D) = 0x02EE(H) 265 265 267 +**3. Send the calibration command to Sensor 2**: 266 266 269 +* Command Format: **0B 06 00 53 [(% style="color:#037691" %)K-value(%%) (2 bytes)] [CRC]** 267 267 271 +Example for K-value 0x02EE: 0B 06 00 53 02 EE F8 5D 272 + 273 + 268 268 if the value of sensor 1 is 1500 and the value of sensor 2 is 2000, it is necessary to keep the values around 1500if the value of sensor 1 is 1500 and the value of sensor 2 is 2000, it is necessary to keep the values around 1500. 269 269 270 270 Modify the K value of sensor 2: