diff --git a/Power-monitoring-calibration.md b/Power-monitoring-calibration.md index 1c008ec1..5acc85a3 100644 --- a/Power-monitoring-calibration.md +++ b/Power-monitoring-calibration.md @@ -20,7 +20,7 @@ Verify the **Power** reading in the web UI (optionally with the power meter as w ### Step 4 Verify the **Voltage** reading with the multimeter and if needed change the voltage offset in V with command: <BR> `VoltageSet 235.5`<BR> *(235.5 would be replaced with your measurement which varies depending on the electrical standards and your electrical grid)* ### Step 5 -Verify the **Current** reading by calculating current value (amperage) using formula **P<sub>(W)</sub>/I<sub>(V)</sub>=I<sub>(A)</sub>** and if needed change the current offset in *mA* (mA=A\*1000) with command:<BR> `CurrentSet 254.777`<BR> *(instead of 254.777 enter your calculation value of ***A multiplied by 1000***)* +Verify the **Current** reading by calculating current value (amperage) using formula **P<sub>(W)</sub>/U<sub>(V)</sub>=I<sub>(A)</sub>** and if needed change the current offset in *mA* (mA=A\*1000) with command:<BR> `CurrentSet 254.777`<BR> *(instead of 254.777 enter your calculation value of ***A multiplied by 1000***)* ### Step 6 Confirm the validity of your calibration process checking **Power Factor** from the WebUI which should be `1.00` or as close as possible to `1.00` (In theory resistive loads will always provide a **Power Factor** of 1.00). If that is not the case, we recommend to repeat the calibration process and make sure everything was done correctly.