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Unsaved Changes: 11
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Raw data log
[12] S0_STATE = 1.000 [] [13] 1f WTW energie = 40.767 W [Momentary] [13] 1f WTW energie = 0.741 kWh [Daily sum] [13] S0_STATE = 1.000 [] [14] Water = 0.000 ltr/min [Momentary] [14] Water = 70.000 liter [Daily sum] [14] S0_STATE = 1.000 [] [15] WTW Brink = 0.000 fail [Momentary] [15] WTW Brink = 0.000 fail [Daily sum] [15] S0_STATE = 0.000 [] Get data for S0-port=2 model=Arduino-S0_port02 value=3f Zon energie at 19-Apr-2026 13:53:45 ID 0 Count = 6.000000 ID 1 Rate [msec] = 1054.659058 ID 2 State = H ID 3 Momentary value = 3413.425537 W ID 4 Today = 13.485811 kWh [delta = 0.006000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 13:53:46 ID 0 Count = 4.000000 ID 1 Rate [msec] = 1497.135986 ID 2 State = H ID 3 Momentary value = 2404.591064 W ID 4 Today = 3.507003 kWh [delta = 0.004000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 13:53:46 ID 0 Count = 0.000000 ID 1 Rate [msec] = 88305.718750 ID 2 State = H ID 3 Momentary value = 40.767464 W ID 4 Today = 0.741000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 13:53:46 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 ltr/min ID 4 Today = 70.000000 liter [delta = 0.000000] Get data for S0-port=6 model=Arduino-S0_port06 value=WTW Brink at 19-Apr-2026 13:53:46 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = L ID 3 Momentary value = 0.000000 fail ID 4 Today = 0.000000 fail [delta = 0.000000] Obtained data at 19-Apr-2026 13:53:46 [11] 3f Zon energie = 3413.426 W [Momentary] [11] 3f Zon energie = 13.486 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 2404.591 W [Momentary] [12] 1f Wpomp energie = 3.507 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 40.767 W [Momentary] [13] 1f WTW energie = 0.741 kWh [Daily sum] [13] S0_STATE = 1.000 [] [14] Water = 0.000 ltr/min [Momentary] [14] Water = 70.000 liter [Daily sum] [14] S0_STATE = 1.000 [] [15] WTW Brink = 0.000 fail [Momentary] [15] WTW Brink = 0.000 fail [Daily sum] [15] S0_STATE = 0.000 [] Get data for S0-port=2 model=Arduino-S0_port02 value=3f Zon energie at 19-Apr-2026 13:53:50 ID 0 Count = 5.000000 ID 1 Rate [msec] = 982.065002 ID 2 State = H ID 3 Momentary value = 3665.745117 W ID 4 Today = 13.490811 kWh [delta = 0.005000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 13:53:51 ID 0 Count = 3.000000 ID 1 Rate [msec] = 1493.760010 ID 2 State = H ID 3 Momentary value = 2410.025635 W ID 4 Today = 3.510003 kWh [delta = 0.003000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 13:53:51 ID 0 Count = 1.000000 ID 1 Rate [msec] = 88830.992188 ID 2 State = H ID 3 Momentary value = 40.526398 W ID 4 Today = 0.742000 kWh [delta = 0.001000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 13:53:51 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 ltr/min ID 4 Today = 70.000000 liter [delta = 0.000000] Get data for S0-port=6 model=Arduino-S0_port06 value=WTW Brink at 19-Apr-2026 13:53:52 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = L ID 3 Momentary value = 0.000000 fail ID 4 Today = 0.000000 fail [delta = 0.000000] Obtained data at 19-Apr-2026 13:53:52 [11] 3f Zon energie = 3665.745 W [Momentary] [11] 3f Zon energie = 13.491 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 2410.026 W [Momentary] [12] 1f Wpomp energie = 3.510 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 40.526 W [Momentary] [13] 1f WTW energie = 0.742 kWh [Daily sum] [13] S0_STATE = 1.000 [] [14] Water = 0.000 ltr/min [Momentary] [14] Water = 70.000 liter [Daily sum] [14] S0_STATE = 1.000 [] [15] WTW Brink = 0.000 fail [Momentary] [15] WTW Brink = 0.000 fail [Daily sum] [15] S0_STATE = 0.000 [] Get data for S0-port=2 model=Arduino-S0_port02 value=3f Zon energie at 19-Apr-2026 13:53:56 ID 0 Count = 7.000000 ID 1 Rate [msec] = 844.268982 ID 2 State = H ID 3 Momentary value = 4264.043945 W ID 4 Today = 13.497811 kWh [delta = 0.007000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 13:53:56 ID 0 Count = 4.000000 ID 1 Rate [msec] = 1490.619995 ID 2 State = H ID 3 Momentary value = 2415.102539 W ID 4 Today = 3.514003 kWh [delta = 0.004000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 13:53:56 ID 0 Count = 0.000000 ID 1 Rate [msec] = 88830.992188 ID 2 State = H ID 3 Momentary value = 40.526398 W ID 4 Today = 0.742000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 13:53:57 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 ltr/min ID 4 Today = 70.000000 liter [delta = 0.000000] Get data for S0-port=6 model=Arduino-S0_port06 value=WTW Brink at 19-Apr-2026 13:53:57 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = L ID 3 Momentary value = 0.000000 fail ID 4 Today = 0.000000 fail [delta = 0.000000] Obtained data at 19-Apr-2026 13:53:57 [11] 3f Zon energie = 4264.044 W [Momentary] [11] 3f Zon energie = 13.498 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 2415.103 W [Momentary] [12] 1f Wpomp energie = 3.514 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 40.526 W [Momentary] [13] 1f WTW energie = 0.742 kWh [Daily sum] [13] S0_STATE = 1.000 [] [14] Water = 0.000 ltr/min [Momentary] [14] Water = 70.000 liter [Daily sum] [14] S0_STATE = 1.000 [] [15] WTW Brink = 0.000 fail [Momentary] [15] WTW Brink = 0.000 fail [Daily sum] [15] S0_STATE = 0.000 [] Get data for S0-port=2 model=Arduino-S0_port02 value=3f Zon energie at 19-Apr-2026 13:54:01 ID 0 Count = 6.000000 ID 1 Rate [msec] = 723.627014 ID 2 State = L ID 3 Momentary value = 4974.938965 W ID 4 Today = 13.503811 kWh [delta = 0.006000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 13:54:01 ID 0 Count = 4.000000 ID 1 Rate [msec] = 1460.822998 ID 2 State = H ID 3 Momentary value = 2464.364258 W ID 4 Today = 3.518003 kWh [delta = 0.004000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 13:54:01 ID 0 Count = 0.000000 ID 1 Rate [msec] = 88830.992188 ID 2 State = H ID 3 Momentary value = 40.526398 W ID 4 Today = 0.742000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 13:54:02 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 ltr/min ID 4 Today = 70.000000 liter [delta = 0.000000] Get data for S0-port=6 model=Arduino-S0_port06 value=WTW Brink at 19-Apr-2026 13:54:02 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = L ID 3 Momentary value = 0.000000 fail ID 4 Today = 0.000000 fail [delta = 0.000000] Obtained data at 19-Apr-2026 13:54:02 [11] 3f Zon energie = 4974.939 W [Momentary] [11] 3f Zon energie = 13.504 kWh [Daily sum] [11] S0_STATE = 0.000 [] [12] 1f Wpomp energie = 2464.364 W [Momentary] [12] 1f Wpomp energie = 3.518 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 40.526 W [Momentary] [13] 1f WTW energie = 0.742 kWh [Daily sum] [13] S0_STATE = 1.000 [] [14] Water = 0.000 ltr/min [Momentary] [14] Water = 70.000 liter [Daily sum] [14] S0_STATE = 1.000 [] [15] WTW Brink = 0.000 fail [Momentary] [15] WTW Brink = 0.000 fail [Daily sum] [15] S0_STATE = 0.000 [] Get data for S0-port=2 model=Arduino-S0_port02 value=3f Zon energie at 19-Apr-2026 13:54:06 ID 0 Count = 8.000000 ID 1 Rate [msec] = 727.672974 ID 2 State = H ID 3 Momentary value = 4947.277344 W ID 4 Today = 13.511811 kWh [delta = 0.008000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 13:54:06 ID 0 Count = 3.000000 ID 1 Rate [msec] = 1436.083008 ID 2 State = H ID 3 Momentary value = 2506.818848 W ID 4 Today = 3.521003 kWh [delta = 0.003000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 13:54:07 ID 0 Count = 0.000000 ID 1 Rate [msec] = 88830.992188 ID 2 State = H ID 3 Momentary value = 40.526398 W ID 4 Today = 0.742000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 13:54:07 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 ltr/min ID 4 Today = 70.000000 liter [delta = 0.000000] Get data for S0-port=6 model=Arduino-S0_port06 value=WTW Brink at 19-Apr-2026 13:54:07 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = L ID 3 Momentary value = 0.000000 fail ID 4 Today = 0.000000 fail [delta = 0.000000] Obtained data at 19-Apr-2026 13:54:07 [11] 3f Zon energie = 4947.277 W [Momentary] [11] 3f Zon energie = 13.512 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 2506.819 W [Momentary] [12] 1f Wpomp energie = 3.521 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 40.526 W [Momentary] [13] 1f WTW energie = 0.742 kWh [Daily sum] [13] S0_STATE = 1.000 [] [14] Water = 0.000 ltr/min [Momentary] [14] Water = 70.000 liter [Daily sum] [14] S0_STATE = 1.000 [] [15] WTW Brink = 0.000 fail [Momentary] [15] WTW Brink = 0.000 fail [Daily sum] [15] S0_STATE = 0.000 [] Get data for S0-port=2 model=Arduino-S0_port02 value=3f Zon energie at 19-Apr-2026 13:54:11 ID 0 Count = 7.000000 ID 1 Rate [msec] = 719.939026 ID 2 State = H ID 3 Momentary value = 5000.423828 W ID 4 Today = 13.518811 kWh [delta = 0.007000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 13:54:11 ID 0 Count = 4.000000 ID 1 Rate [msec] = 1434.469971 ID 2 State = H ID 3 Momentary value = 2509.637695 W ID 4 Today = 3.525003 kWh [delta = 0.004000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 13:54:12 ID 0 Count = 0.000000 ID 1 Rate [msec] = 88830.992188 ID 2 State = H ID 3 Momentary value = 40.526398 W ID 4 Today = 0.742000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 13:54:12 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 ltr/min ID 4 Today = 70.000000 liter [delta = 0.000000] Get data for S0-port=6 model=Arduino-S0_port06 value=WTW Brink at 19-Apr-2026 13:54:12 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = L ID 3 Momentary value = 0.000000 fail ID 4 Today = 0.000000 fail [delta = 0.000000] Obtained data at 19-Apr-2026 13:54:12 [11] 3f Zon energie = 5000.424 W [Momentary] [11] 3f Zon energie = 13.519 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 2509.638 W [Momentary] [12] 1f Wpomp energie = 3.525 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 40.526 W [Momentary] [13] 1f WTW energie = 0.742 kWh [Daily sum] [13] S0_STATE = 1.000 [] [14] Water = 0.000 ltr/min [Momentary] [14] Water = 70.000 liter [Daily sum] [14] S0_STATE = 1.000 [] [15] WTW Brink = 0.000 fail [Momentary] [15] WTW Brink = 0.000 fail [Daily sum] [15] S0_STATE = 0.000 [] Get data for S0-port=2 model=Arduino-S0_port02 value=3f Zon energie at 19-Apr-2026 13:54:16 ID 0 Count = 6.000000 ID 1 Rate [msec] = 762.814026 ID 2 State = H ID 3 Momentary value = 4719.368164 W ID 4 Today = 13.524811 kWh [delta = 0.006000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 13:54:16 ID 0 Count = 3.000000 ID 1 Rate [msec] = 1432.645996 ID 2 State = H ID 3 Momentary value = 2512.833008 W ID 4 Today = 3.528003 kWh [delta = 0.003000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 13:54:17 ID 0 Count = 0.000000 ID 1 Rate [msec] = 88830.992188 ID 2 State = H ID 3 Momentary value = 40.526398 W ID 4 Today = 0.742000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 13:54:17 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 ltr/min ID 4 Today = 70.000000 liter [delta = 0.000000]
