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Raw data log
[12] S0_STATE = 1.000 [] [13] 1f WTW energie = 35.671 W [Momentary] [13] 1f WTW energie = 0.790 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 15:14:59 ID 0 Count = 1.000000 ID 1 Rate [msec] = 4266.430176 ID 2 State = H ID 3 Momentary value = 843.796814 W ID 4 Today = 16.341879 kWh [delta = 0.001000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 15:15:00 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 W ID 4 Today = 6.229915 kWh [delta = 0.000000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 15:15:00 ID 0 Count = 0.000000 ID 1 Rate [msec] = 100923.023438 ID 2 State = H ID 3 Momentary value = 35.670750 W ID 4 Today = 0.790000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 15:15:01 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 15:15:01 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 15:15:01 [11] 3f Zon energie = 843.797 W [Momentary] [11] 3f Zon energie = 16.342 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 0.000 W [Momentary] [12] 1f Wpomp energie = 6.230 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 35.671 W [Momentary] [13] 1f WTW energie = 0.790 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 15:15:06 ID 0 Count = 2.000000 ID 1 Rate [msec] = 4309.375977 ID 2 State = H ID 3 Momentary value = 835.387756 W ID 4 Today = 16.343880 kWh [delta = 0.002000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 15:15:06 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 W ID 4 Today = 6.229915 kWh [delta = 0.000000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 15:15:07 ID 0 Count = 0.000000 ID 1 Rate [msec] = 100923.023438 ID 2 State = H ID 3 Momentary value = 35.670750 W ID 4 Today = 0.790000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 15:15:07 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 15:15:07 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 15:15:08 [11] 3f Zon energie = 835.388 W [Momentary] [11] 3f Zon energie = 16.344 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 0.000 W [Momentary] [12] 1f Wpomp energie = 6.230 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 35.671 W [Momentary] [13] 1f WTW energie = 0.790 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 15:15:12 ID 0 Count = 1.000000 ID 1 Rate [msec] = 4346.182129 ID 2 State = H ID 3 Momentary value = 828.313232 W ID 4 Today = 16.344879 kWh [delta = 0.001000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 15:15:12 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 W ID 4 Today = 6.229915 kWh [delta = 0.000000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 15:15:13 ID 0 Count = 0.000000 ID 1 Rate [msec] = 100923.023438 ID 2 State = H ID 3 Momentary value = 35.670750 W ID 4 Today = 0.790000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 15:15:13 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 15:15:14 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 15:15:14 [11] 3f Zon energie = 828.313 W [Momentary] [11] 3f Zon energie = 16.345 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 0.000 W [Momentary] [12] 1f Wpomp energie = 6.230 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 35.671 W [Momentary] [13] 1f WTW energie = 0.790 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 15:15:18 ID 0 Count = 2.000000 ID 1 Rate [msec] = 4384.275879 ID 2 State = H ID 3 Momentary value = 821.116211 W ID 4 Today = 16.346880 kWh [delta = 0.002000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 15:15:19 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 W ID 4 Today = 6.229915 kWh [delta = 0.000000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 15:15:19 ID 0 Count = 0.000000 ID 1 Rate [msec] = 100923.023438 ID 2 State = H ID 3 Momentary value = 35.670750 W ID 4 Today = 0.790000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 15:15:20 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 15:15:20 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 15:15:20 [11] 3f Zon energie = 821.116 W [Momentary] [11] 3f Zon energie = 16.347 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 0.000 W [Momentary] [12] 1f Wpomp energie = 6.230 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 35.671 W [Momentary] [13] 1f WTW energie = 0.790 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 15:15:25 ID 0 Count = 1.000000 ID 1 Rate [msec] = 4409.297852 ID 2 State = H ID 3 Momentary value = 816.456482 W ID 4 Today = 16.347879 kWh [delta = 0.001000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 15:15:25 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 W ID 4 Today = 6.229915 kWh [delta = 0.000000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 15:15:26 ID 0 Count = 1.000000 ID 1 Rate [msec] = 99148.289063 ID 2 State = H ID 3 Momentary value = 36.309250 W ID 4 Today = 0.791000 kWh [delta = 0.001000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 15:15:26 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 15:15:27 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 15:15:27 [11] 3f Zon energie = 816.456 W [Momentary] [11] 3f Zon energie = 16.348 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 0.000 W [Momentary] [12] 1f Wpomp energie = 6.230 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 36.309 W [Momentary] [13] 1f WTW energie = 0.791 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 15:15:31 ID 0 Count = 1.000000 ID 1 Rate [msec] = 4424.098145 ID 2 State = H ID 3 Momentary value = 813.725220 W ID 4 Today = 16.348879 kWh [delta = 0.001000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 15:15:32 ID 0 Count = 0.000000 ID 1 Rate [msec] = 0.000000 ID 2 State = H ID 3 Momentary value = 0.000000 W ID 4 Today = 6.229915 kWh [delta = 0.000000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 15:15:32 ID 0 Count = 0.000000 ID 1 Rate [msec] = 99148.289063 ID 2 State = H ID 3 Momentary value = 36.309250 W ID 4 Today = 0.791000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 15:15:33 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 15:15:33 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 15:15:33 [11] 3f Zon energie = 813.725 W [Momentary] [11] 3f Zon energie = 16.349 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 0.000 W [Momentary] [12] 1f Wpomp energie = 6.230 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 36.309 W [Momentary] [13] 1f WTW energie = 0.791 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 15:15:39 ID 0 Count = 0.000000 ID 1 Rate [msec] = 4449.209961 ID 2 State = H ID 3 Momentary value = 809.132385 W ID 4 Today = 16.348879 kWh [delta = 0.000000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 15:15:39 ID 0 Count = 1.000000 ID 1 Rate [msec] = 195059.234375 ID 2 State = H ID 3 Momentary value = 18.455933 W ID 4 Today = 6.230915 kWh [delta = 0.001000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 15:15:39 ID 0 Count = 0.000000 ID 1 Rate [msec] = 99148.289063 ID 2 State = H ID 3 Momentary value = 36.309250 W ID 4 Today = 0.791000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 15:15:39 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 15:15:39 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 15:15:39 [11] 3f Zon energie = 809.132 W [Momentary] [11] 3f Zon energie = 16.349 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 18.456 W [Momentary] [12] 1f Wpomp energie = 6.231 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 36.309 W [Momentary] [13] 1f WTW energie = 0.791 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 15:15:42 ID 0 Count = 1.000000 ID 1 Rate [msec] = 4473.790039 ID 2 State = H ID 3 Momentary value = 804.686829 W ID 4 Today = 16.349878 kWh [delta = 0.001000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 15:15:42 ID 0 Count = 0.000000 ID 1 Rate [msec] = 195059.234375 ID 2 State = H ID 3 Momentary value = 18.455933 W ID 4 Today = 6.230915 kWh [delta = 0.000000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 15:15:42 ID 0 Count = 0.000000 ID 1 Rate [msec] = 99148.289063 ID 2 State = H ID 3 Momentary value = 36.309250 W ID 4 Today = 0.791000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 15:15:42 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 15:15:42 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 15:15:42 [11] 3f Zon energie = 804.687 W [Momentary] [11] 3f Zon energie = 16.350 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 18.456 W [Momentary] [12] 1f Wpomp energie = 6.231 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 36.309 W [Momentary] [13] 1f WTW energie = 0.791 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 15:15:44 ID 0 Count = 0.000000 ID 1 Rate [msec] = 4473.790039 ID 2 State = H ID 3 Momentary value = 804.686829 W ID 4 Today = 16.349878 kWh [delta = 0.000000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 15:15:44 ID 0 Count = 0.000000 ID 1 Rate [msec] = 195059.234375 ID 2 State = H ID 3 Momentary value = 18.455933 W ID 4 Today = 6.230915 kWh [delta = 0.000000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 15:15:44 ID 0 Count = 0.000000 ID 1 Rate [msec] = 99148.289063 ID 2 State = H ID 3 Momentary value = 36.309250 W ID 4 Today = 0.791000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 15:15:44 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 15:15:44 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 15:15:44 [11] 3f Zon energie = 804.687 W [Momentary] [11] 3f Zon energie = 16.350 kWh [Daily sum] [11] S0_STATE = 1.000 [] [12] 1f Wpomp energie = 18.456 W [Momentary] [12] 1f Wpomp energie = 6.231 kWh [Daily sum] [12] S0_STATE = 1.000 [] [13] 1f WTW energie = 36.309 W [Momentary] [13] 1f WTW energie = 0.791 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 15:15:47 ID 0 Count = 1.000000 ID 1 Rate [msec] = 4474.166016 ID 2 State = H ID 3 Momentary value = 804.619202 W ID 4 Today = 16.350878 kWh [delta = 0.001000] Get data for S0-port=3 model=Arduino-S0_port03 value=1f Wpomp energie at 19-Apr-2026 15:15:47 ID 0 Count = 0.000000 ID 1 Rate [msec] = 195059.234375 ID 2 State = H ID 3 Momentary value = 18.455933 W ID 4 Today = 6.230915 kWh [delta = 0.000000] Get data for S0-port=4 model=Arduino-S0_port04 value=1f WTW energie at 19-Apr-2026 15:15:47 ID 0 Count = 0.000000 ID 1 Rate [msec] = 99148.289063 ID 2 State = H ID 3 Momentary value = 36.309250 W ID 4 Today = 0.791000 kWh [delta = 0.000000] Get data for S0-port=5 model=Arduino-S0_port05 value=Water at 19-Apr-2026 15:15:47 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]
