Bodenfeuchtesensor HB-UNI-Sen-CAP-MOIST(-T)

Entwicklung und Bau von Hardware aller Art, die im HM-Umfeld eingesetzt werden kann

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jp112sdl
Beiträge: 5786
Registriert: 20.11.2016, 20:01
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Re: Bodenfeuchtesensor HB-UNI-Sen-CAP-MOIST(-T)

Beitrag von jp112sdl » 10.07.2020, 11:35

Bengel00 hat geschrieben:
10.07.2020, 10:44
bei den Logs unten war nur einer auf Kanal3 angschlossen
Bengel00 hat geschrieben:
10.07.2020, 10:44
Feuchtesensor trocken und gegen 09:44:30 Uhr in ein Glass Wasser gestellt

Code: Alles auswählen


09:42:16.916 -> *HIGHValue : 1000
09:42:16.916 -> *LOWValue  : 1

09:43:23.697 -> +Analog     (#3): 910
09:43:23.697 -> +Humidity (#3) %: 75

09:55:13.037 -> +Analog     (#3): 446
09:55:13.071 -> +Humidity (#3) %: 56

09:56:12.175 -> +Analog     (#3): 446
09:56:12.175 -> +Humidity (#3) %: 56

09:57:11.281 -> +Analog     (#3): 446
09:57:11.281 -> +Humidity (#3) %: 56

09:58:10.382 -> +Analog     (#3): 446
09:58:10.416 -> +Humidity (#3) %: 56

09:59:09.522 -> +Analog     (#3): 445
09:59:09.522 -> +Humidity (#3) %: 56

10:00:08.619 -> +Analog     (#3): 446
10:00:08.653 -> +Humidity (#3) %: 56

10:01:07.740 -> +Analog     (#3): 446
10:01:07.774 -> +Humidity (#3) %: 56

10:02:06.879 -> +Analog     (#3): 446
10:02:06.879 -> +Humidity (#3) %: 56
2 Sachen fallen mir auf:
1.)
09:42:16.916 -> *HIGHValue : 1000
09:42:16.916 -> *LOWValue : 1

Das ist murks. Stell da mal was vernünftiges ein... High 900 und Low 400

2.) Wenn der Sensor im Wasser ist, ist doch alles ok?
Die Werte bleiben konstant

VG,
Jérôme ☕️

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Bengel00
Beiträge: 20
Registriert: 04.03.2015, 12:56

Re: Bodenfeuchtesensor HB-UNI-Sen-CAP-MOIST(-T)

Beitrag von Bengel00 » 10.07.2020, 12:57

FrankenKai hat geschrieben:
10.07.2020, 11:27
Mit welcher Spannung (VCC) werden die betrieben?
Die laufen mit 3,3V, das funktionierte bei dem alten Bodenfeuchtesensor auch so, gleicher Pro Mini und selbe sowie gleiche Sensoren.

jp112sdl
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Re: Bodenfeuchtesensor HB-UNI-Sen-CAP-MOIST(-T)

Beitrag von jp112sdl » 10.07.2020, 13:00

Auf dem 9:45 Uhr Log sieht für mich alles ok aus

VG,
Jérôme ☕️

---
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Bengel00
Beiträge: 20
Registriert: 04.03.2015, 12:56

Re: Bodenfeuchtesensor HB-UNI-Sen-CAP-MOIST(-T)

Beitrag von Bengel00 » 10.07.2020, 20:01

Den High/Low Value habe ich angepasst.
Alle 3 Feuchtesensoren sind angeschlossen.
Alle Feuchtesensor zu beginn trocken.
Die Werte von Sensor 1+2 fallen obwohl die Fühler alle Trocken sind und pegeln sich so eif ein viel zu niedrigen Wert ein.

Gegen 13:22:00 Uhr Sensor 1 in ein Glass Wasser gestellt
Es tut sich nix an dem Wert

Gegen 13:24:00 Uhr Sensor 2 in ein Glass Wasser gestellt, Sensor 1 trocken gemacht
Werte gehen leicht hoch und runter aber, kein vernünftiger Messwert


Gegen 13:28:00 Uhr Sensor 3 in ein Glass Wasser gestellt, Sensor 2 trocken gemacht

Code: Alles auswählen

13:09:51.424 -> AskSin++ V4.1.6 (Jul 10 2020 10:05:59)
13:09:51.424 -> Address Space: 32 - 166
13:09:51.424 -> CC init1
13:09:51.424 -> CC Version: 14
13:09:51.424 ->  - ready
13:09:51.696 -> iVcc: 3342
13:09:51.696 -> eVcc: 4241
13:09:51.696 -> ID: F31102  Serial: JPCAPM0002
13:09:51.696 -> *LOW BAT Limit: 22
13:09:51.696 -> *Sendeintervall: 1
13:09:51.696 -> Config changed List1 (CH 1)
13:09:51.696 -> Config changed List1 (CH 2)
13:09:51.730 -> *HIGHValue : 900
13:09:51.730 -> *LOWValue  : 400
13:09:51.730 -> Config changed List1 (CH 3)
13:09:51.730 -> *HIGHValue : 900
13:09:51.730 -> *LOWValue  : 400
13:09:51.730 -> Config changed List1 (CH 4)
13:09:51.730 -> *HIGHValue : 900
13:09:51.730 -> *LOWValue  : 400
13:09:57.916 -> +Analog     (#1): 619
13:09:57.984 -> +Analog     (#2): 584
13:09:58.086 -> +Analog     (#3): 9 lower than limit!
13:09:58.086 -> +Battery      V : 42
13:09:58.086 -> +Humidity (#1) %: 57
13:09:58.086 -> +Humidity (#2) %: 64
13:09:58.086 -> +Humidity (#3) %: 100
13:09:58.120 -> <- 12 01 A2 53 F31102 31AF6E 00 41 2A 42 39 43 40 44 64  - 1142
13:09:58.731 -> waitAck: 00
13:09:58.765 -> <- 12 01 A2 53 F31102 31AF6E 00 41 2A 42 39 43 40 44 64  - 1783
13:09:58.901 -> -> 0A 01 80 02 31AF6E F31102 00  - 1908
13:09:58.901 -> waitAck: 01
13:10:57.724 -> +Analog     (#1): 535
13:10:57.792 -> +Analog     (#2): 509
13:10:57.894 -> +Analog     (#3): 11 lower than limit!
13:10:57.894 -> +Battery      V : 42
13:10:57.894 -> +Humidity (#1) %: 73
13:10:57.894 -> +Humidity (#2) %: 79
13:10:57.894 -> +Humidity (#3) %: 100
13:10:57.928 -> <- 12 02 84 53 F31102 31AF6E 00 41 2A 42 49 43 4F 44 64  - 3213
13:11:56.826 -> +Analog     (#1): 463
13:11:56.928 -> +Analog     (#2): 441
13:11:56.996 -> +Analog     (#3): 13 lower than limit!
13:11:56.996 -> +Battery      V : 42
13:11:56.996 -> +Humidity (#1) %: 88
13:11:56.996 -> +Humidity (#2) %: 92
13:11:57.030 -> +Humidity (#3) %: 100
13:11:57.030 -> <- 12 03 84 53 F31102 31AF6E 00 41 2A 42 58 43 5C 44 64  - 4026
13:12:55.944 -> +Analog     (#1): 397 lower than limit!
13:12:56.046 -> +Analog     (#2): 378 lower than limit!
13:12:56.114 -> +Analog     (#3): 14 lower than limit!
13:12:56.114 -> +Battery      V : 42
13:12:56.114 -> +Humidity (#1) %: 100
13:12:56.114 -> +Humidity (#2) %: 100
13:12:56.148 -> +Humidity (#3) %: 100
13:12:56.148 -> <- 12 04 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 4839
13:13:55.055 -> +Analog     (#1): 338 lower than limit!
13:13:55.157 -> +Analog     (#2): 319 lower than limit!
13:13:55.225 -> +Analog     (#3): 15 lower than limit!
13:13:55.225 -> +Battery      V : 42
13:13:55.225 -> +Humidity (#1) %: 100
13:13:55.259 -> +Humidity (#2) %: 100
13:13:55.259 -> +Humidity (#3) %: 100
13:13:55.259 -> <- 12 05 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 5652
13:14:54.172 -> +Analog     (#1): 285 lower than limit!
13:14:54.247 -> +Analog     (#2): 265 lower than limit!
13:14:54.341 -> +Analog     (#3): 16 lower than limit!
13:14:54.341 -> +Battery      V : 42
13:14:54.341 -> +Humidity (#1) %: 100
13:14:54.341 -> +Humidity (#2) %: 100
13:14:54.341 -> +Humidity (#3) %: 100
13:14:54.375 -> <- 12 06 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 6467
13:15:53.290 -> +Analog     (#1): 237 lower than limit!
13:15:53.358 -> +Analog     (#2): 214 lower than limit!
13:15:53.460 -> +Analog     (#3): 17 lower than limit!
13:15:53.460 -> +Battery      V : 42
13:15:53.460 -> +Humidity (#1) %: 100
13:15:53.460 -> +Humidity (#2) %: 100
13:15:53.460 -> +Humidity (#3) %: 100
13:15:53.494 -> <- 12 07 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 7280
13:16:52.377 -> +Analog     (#1): 193 lower than limit!
13:16:52.479 -> +Analog     (#2): 168 lower than limit!
13:16:52.547 -> +Analog     (#3): 18 lower than limit!
13:16:52.547 -> +Battery      V : 42
13:16:52.547 -> +Humidity (#1) %: 100
13:16:52.581 -> +Humidity (#2) %: 100
13:16:52.581 -> +Humidity (#3) %: 100
13:16:52.581 -> <- 12 08 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 8093
13:17:51.484 -> +Analog     (#1): 153 lower than limit!
13:17:51.586 -> +Analog     (#2): 127 lower than limit!
13:17:51.654 -> +Analog     (#3): 19 lower than limit!
13:17:51.654 -> +Battery      V : 42
13:17:51.654 -> +Humidity (#1) %: 100
13:17:51.687 -> +Humidity (#2) %: 100
13:17:51.687 -> +Humidity (#3) %: 100
13:17:51.721 -> <- 12 09 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 8906
13:18:50.594 -> +Analog     (#1): 120 lower than limit!
13:18:50.696 -> +Analog     (#2): 102 lower than limit!
13:18:50.764 -> +Analog     (#3): 20 lower than limit!
13:18:50.764 -> +Battery      V : 42
13:18:50.764 -> +Humidity (#1) %: 100
13:18:50.798 -> +Humidity (#2) %: 100
13:18:50.798 -> +Humidity (#3) %: 100
13:18:50.798 -> <- 12 0A 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 9721
13:19:49.702 -> +Analog     (#1): 100 lower than limit!
13:19:49.804 -> +Analog     (#2): 91 lower than limit!
13:19:49.872 -> +Analog     (#3): 20 lower than limit!
13:19:49.872 -> +Battery      V : 42
13:19:49.872 -> +Humidity (#1) %: 100
13:19:49.906 -> +Humidity (#2) %: 100
13:19:49.906 -> +Humidity (#3) %: 100
13:19:49.906 -> <- 12 0B 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 10534
13:20:48.816 -> +Analog     (#1): 91 lower than limit!
13:20:48.884 -> +Analog     (#2): 86 lower than limit!
13:20:48.986 -> +Analog     (#3): 21 lower than limit!
13:20:48.986 -> +Battery      V : 42
13:20:48.986 -> +Humidity (#1) %: 100
13:20:48.986 -> +Humidity (#2) %: 100
13:20:48.986 -> +Humidity (#3) %: 100
13:20:49.020 -> <- 12 0C 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 11347
13:21:47.902 -> +Analog     (#1): 86 lower than limit!
13:21:48.004 -> +Analog     (#2): 82 lower than limit!
13:21:48.072 -> +Analog     (#3): 21 lower than limit!
13:21:48.106 -> +Battery      V : 42
13:21:48.106 -> +Humidity (#1) %: 100
13:21:48.106 -> +Humidity (#2) %: 100
13:21:48.106 -> +Humidity (#3) %: 100
13:21:48.140 -> <- 12 0D 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 12161
13:22:47.024 -> +Analog     (#1): 83 lower than limit!
13:22:47.092 -> +Analog     (#2): 80 lower than limit!
13:22:47.194 -> +Analog     (#3): 22 lower than limit!
13:22:47.194 -> +Battery      V : 42
13:22:47.194 -> +Humidity (#1) %: 100
13:22:47.194 -> +Humidity (#2) %: 100
13:22:47.194 -> +Humidity (#3) %: 100
13:22:47.228 -> <- 12 0E 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 12974
13:23:46.134 -> +Analog     (#1): 80 lower than limit!
13:23:46.202 -> +Analog     (#2): 78 lower than limit!
13:23:46.303 -> +Analog     (#3): 23 lower than limit!
13:23:46.303 -> +Battery      V : 42
13:23:46.303 -> +Humidity (#1) %: 100
13:23:46.303 -> +Humidity (#2) %: 100
13:23:46.303 -> +Humidity (#3) %: 100
13:23:46.337 -> <- 12 0F 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 13789
13:24:45.224 -> +Analog     (#1): 78 lower than limit!
13:24:45.326 -> +Analog     (#2): 77 lower than limit!
13:24:45.394 -> +Analog     (#3): 23 lower than limit!
13:24:45.394 -> +Battery      V : 42
13:24:45.394 -> +Humidity (#1) %: 100
13:24:45.428 -> +Humidity (#2) %: 100
13:24:45.428 -> +Humidity (#3) %: 100
13:24:45.428 -> <- 12 10 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 14602
13:25:44.335 -> +Analog     (#1): 91 lower than limit!
13:25:44.403 -> +Analog     (#2): 76 lower than limit!
13:25:44.505 -> +Analog     (#3): 24 lower than limit!
13:25:44.505 -> +Battery      V : 42
13:25:44.505 -> +Humidity (#1) %: 100
13:25:44.505 -> +Humidity (#2) %: 100
13:25:44.505 -> +Humidity (#3) %: 100
13:25:44.539 -> <- 12 11 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 15415
13:26:43.445 -> +Analog     (#1): 84 lower than limit!
13:26:43.513 -> +Analog     (#2): 74 lower than limit!
13:26:43.615 -> +Analog     (#3): 24 lower than limit!
13:26:43.615 -> +Battery      V : 42
13:26:43.615 -> +Humidity (#1) %: 100
13:26:43.615 -> +Humidity (#2) %: 100
13:26:43.615 -> +Humidity (#3) %: 100
13:26:43.649 -> <- 12 12 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 16228
13:27:42.530 -> +Analog     (#1): 80 lower than limit!
13:27:42.632 -> +Analog     (#2): 73 lower than limit!
13:27:42.700 -> +Analog     (#3): 24 lower than limit!
13:27:42.700 -> +Battery      V : 42
13:27:42.734 -> +Humidity (#1) %: 100
13:27:42.734 -> +Humidity (#2) %: 100
13:27:42.734 -> +Humidity (#3) %: 100
13:27:42.768 -> <- 12 13 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 17041
13:28:41.638 -> +Analog     (#1): 78 lower than limit!
13:28:41.740 -> +Analog     (#2): 87 lower than limit!
13:28:41.808 -> +Analog     (#3): 25 lower than limit!
13:28:41.808 -> +Battery      V : 42
13:28:41.808 -> +Humidity (#1) %: 100
13:28:41.842 -> +Humidity (#2) %: 100
13:28:41.842 -> +Humidity (#3) %: 100
13:28:41.876 -> <- 12 14 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 17856
13:29:40.754 -> +Analog     (#1): 76 lower than limit!
13:29:40.856 -> +Analog     (#2): 81 lower than limit!
13:29:40.924 -> +Analog     (#3): 25 lower than limit!
13:29:40.924 -> +Battery      V : 42
13:29:40.924 -> +Humidity (#1) %: 100
13:29:40.924 -> +Humidity (#2) %: 100
13:29:40.924 -> +Humidity (#3) %: 100
13:29:40.958 -> <- 12 15 A2 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 64  - 18669
13:29:41.094 -> -> 0A 15 80 02 31AF6E F31102 00  - 18794
13:29:41.094 -> waitAck: 01


Danach hae ich die Feuchtesensoren nochmal gegen neue getauscht und so 3 neune angeschlossen. Wie von Geisteshand kommen seid dem gescheite Werte egal ob Trocken oder Nass, diesebenötigen zwar einige Messungen (1Min Messinterval) bis sie ihr eigentlichen Wert erreicht haaben aber soweit funktioiert es erst einmal.

Code: Alles auswählen

13:51:44.685 -> AskSin++ V4.1.6 (Jul 10 2020 13:41:50)
13:51:44.719 -> Address Space: 32 - 166
13:51:44.719 -> CC init1
13:51:44.719 -> CC Version: 14
13:51:44.753 ->  - ready
13:51:44.991 -> iVcc: 3342
13:51:44.991 -> eVcc: 4222
13:51:44.991 -> ID: F31102  Serial: JPCAPM0002
13:51:44.991 -> *LOW BAT Limit: 22
13:51:44.991 -> *Sendeintervall: 1
13:51:44.991 -> Config changed List1 (CH 1)
13:51:44.991 -> Config changed List1 (CH 2)
13:51:45.025 -> *HIGHValue : 900
13:51:45.025 -> *LOWValue  : 400
13:51:45.025 -> Config changed List1 (CH 3)
13:51:45.025 -> *HIGHValue : 900
13:51:45.025 -> *LOWValue  : 400
13:51:45.025 -> Config changed List1 (CH 4)
13:51:45.025 -> *HIGHValue : 900
13:51:45.025 -> *LOWValue  : 400
13:51:51.211 -> +Analog     (#1): 820
13:51:51.279 -> +Analog     (#2): 823
13:51:51.381 -> +Analog     (#3): 829
13:51:51.381 -> +Battery      V : 42
13:51:51.381 -> +Humidity (#1) %: 16
13:51:51.381 -> +Humidity (#2) %: 16
13:51:51.381 -> +Humidity (#3) %: 15
13:51:51.415 -> <- 12 01 A2 53 F31102 31AF6E 00 41 2A 42 10 43 10 44 0F  - 1144
13:51:52.027 -> waitAck: 00
13:51:52.061 -> <- 12 01 A2 53 F31102 31AF6E 00 41 2A 42 10 43 10 44 0F  - 1785
13:51:52.605 -> -> 0C AF 86 5A 35AB1A 000000 88 D4 40  - 2334
13:51:52.672 -> waitAck: 00
13:51:52.706 -> <- 12 01 A2 53 F31102 31AF6E 00 41 2A 42 10 43 10 44 0F  - 2433
13:51:53.318 -> waitAck: 00
13:51:53.352 -> <- 12 01 A2 53 F31102 31AF6E 00 41 2A 42 10 43 10 44 0F  - 3074
13:51:53.488 -> -> 0A 01 80 02 31AF6E F31102 00  - 3198
13:51:53.488 -> waitAck: 01
13:51:53.930 -> ignore 0C 34 86 5A 35E9B7 000000 98 D8 3D  - 3647
13:52:52.329 -> +Analog     (#1): 822
13:52:52.397 -> +Analog     (#2): 824
13:52:52.465 -> +Analog     (#3): 828
13:52:52.465 -> +Battery      V : 42
13:52:52.499 -> +Humidity (#1) %: 16
13:52:52.499 -> +Humidity (#2) %: 16
13:52:52.499 -> +Humidity (#3) %: 15
13:52:52.533 -> <- 12 02 84 53 F31102 31AF6E 00 41 2A 42 10 43 10 44 0F  - 4505
13:53:51.444 -> +Analog     (#1): 822
13:53:51.512 -> +Analog     (#2): 825
13:53:51.614 -> +Analog     (#3): 828
13:53:51.614 -> +Battery      V : 42
13:53:51.614 -> +Humidity (#1) %: 16
13:53:51.614 -> +Humidity (#2) %: 15
13:53:51.614 -> +Humidity (#3) %: 15
13:53:51.648 -> <- 12 03 84 53 F31102 31AF6E 00 41 2A 42 10 43 0F 44 0F  - 5320
13:54:50.538 -> +Analog     (#1): 723
13:54:50.640 -> +Analog     (#2): 824
13:54:50.708 -> +Analog     (#3): 828
13:54:50.708 -> +Battery      V : 42
13:54:50.742 -> +Humidity (#1) %: 36
13:54:50.742 -> +Humidity (#2) %: 16
13:54:50.742 -> +Humidity (#3) %: 15
13:54:50.776 -> <- 12 04 84 53 F31102 31AF6E 00 41 2A 42 24 43 10 44 0F  - 6133
13:55:49.688 -> +Analog     (#1): 638
13:55:49.756 -> +Analog     (#2): 825
13:55:49.858 -> +Analog     (#3): 828
13:55:49.858 -> +Battery      V : 42
13:55:49.858 -> +Humidity (#1) %: 53
13:55:49.858 -> +Humidity (#2) %: 15
13:55:49.858 -> +Humidity (#3) %: 15
13:55:49.892 -> <- 12 05 84 53 F31102 31AF6E 00 41 2A 42 35 43 0F 44 0F  - 6948
13:56:48.803 -> +Analog     (#1): 560
13:56:48.871 -> +Analog     (#2): 825
13:56:48.973 -> +Analog     (#3): 828
13:56:48.973 -> +Battery      V : 42
13:56:48.973 -> +Humidity (#1) %: 68
13:56:48.973 -> +Humidity (#2) %: 15
13:56:48.973 -> +Humidity (#3) %: 15
13:56:49.007 -> <- 12 06 84 53 F31102 31AF6E 00 41 2A 42 44 43 0F 44 0F  - 7761
13:57:47.914 -> +Analog     (#1): 488
13:57:47.983 -> +Analog     (#2): 825
13:57:48.090 -> +Analog     (#3): 828
13:57:48.090 -> +Battery      V : 42
13:57:48.090 -> +Humidity (#1) %: 83
13:57:48.090 -> +Humidity (#2) %: 15
13:57:48.090 -> +Humidity (#3) %: 15
13:57:48.124 -> <- 12 07 84 53 F31102 31AF6E 00 41 2A 42 53 43 0F 44 0F  - 8577
13:58:47.046 -> +Analog     (#1): 423
13:58:47.113 -> +Analog     (#2): 825
13:58:47.181 -> +Analog     (#3): 828
13:58:47.215 -> +Battery      V : 42
13:58:47.215 -> +Humidity (#1) %: 96
13:58:47.215 -> +Humidity (#2) %: 15
13:58:47.215 -> +Humidity (#3) %: 15
13:58:47.249 -> <- 12 08 84 53 F31102 31AF6E 00 41 2A 42 60 43 0F 44 0F  - 9390
13:59:46.157 -> +Analog     (#1): 394 lower than limit!
13:59:46.225 -> +Analog     (#2): 825
13:59:46.327 -> +Analog     (#3): 828
13:59:46.327 -> +Battery      V : 42
13:59:46.327 -> +Humidity (#1) %: 100
13:59:46.327 -> +Humidity (#2) %: 15
13:59:46.327 -> +Humidity (#3) %: 15
13:59:46.361 -> <- 12 09 84 53 F31102 31AF6E 00 41 2A 42 64 43 0F 44 0F  - 10205
14:00:45.255 -> +Analog     (#1): 391 lower than limit!
14:00:45.357 -> +Analog     (#2): 825
14:00:45.425 -> +Analog     (#3): 828
14:00:45.425 -> +Battery      V : 42
14:00:45.425 -> +Humidity (#1) %: 100
14:00:45.459 -> +Humidity (#2) %: 15
14:00:45.459 -> +Humidity (#3) %: 15
14:00:45.459 -> <- 12 0A 84 53 F31102 31AF6E 00 41 2A 42 64 43 0F 44 0F  - 11020
14:01:44.374 -> +Analog     (#1): 391 lower than limit!
14:01:44.476 -> +Analog     (#2): 825
14:01:44.544 -> +Analog     (#3): 828
14:01:44.544 -> +Battery      V : 42
14:01:44.544 -> +Humidity (#1) %: 100
14:01:44.544 -> +Humidity (#2) %: 15
14:01:44.578 -> +Humidity (#3) %: 15
14:01:44.578 -> <- 12 0B 84 53 F31102 31AF6E 00 41 2A 42 64 43 0F 44 0F  - 11835
14:02:43.487 -> +Analog     (#1): 390 lower than limit!
14:02:43.589 -> +Analog     (#2): 825
14:02:43.657 -> +Analog     (#3): 828
14:02:43.657 -> +Battery      V : 42
14:02:43.657 -> +Humidity (#1) %: 100
14:02:43.691 -> +Humidity (#2) %: 15
14:02:43.691 -> +Humidity (#3) %: 15
14:02:43.691 -> <- 12 0C 84 53 F31102 31AF6E 00 41 2A 42 64 43 0F 44 0F  - 12650
14:03:42.624 -> +Analog     (#1): 389 lower than limit!
14:03:42.692 -> +Analog     (#2): 753
14:03:42.794 -> +Analog     (#3): 827
14:03:42.794 -> +Battery      V : 42
14:03:42.794 -> +Humidity (#1) %: 100
14:03:42.794 -> +Humidity (#2) %: 30
14:03:42.794 -> +Humidity (#3) %: 15
14:03:42.828 -> <- 12 0D 84 53 F31102 31AF6E 00 41 2A 42 64 43 1E 44 0F  - 13465
14:04:41.728 -> +Analog     (#1): 389 lower than limit!
14:04:41.796 -> +Analog     (#2): 694
14:04:41.898 -> +Analog     (#3): 827
14:04:41.898 -> +Battery      V : 42
14:04:41.898 -> +Humidity (#1) %: 100
14:04:41.898 -> +Humidity (#2) %: 42
14:04:41.898 -> +Humidity (#3) %: 15
14:04:41.932 -> <- 12 0E 84 53 F31102 31AF6E 00 41 2A 42 64 43 2A 44 0F  - 14280
14:05:40.841 -> +Analog     (#1): 389 lower than limit!
14:05:40.909 -> +Analog     (#2): 639
14:05:41.011 -> +Analog     (#3): 827
14:05:41.011 -> +Battery      V : 42
14:05:41.011 -> +Humidity (#1) %: 100
14:05:41.011 -> +Humidity (#2) %: 53
14:05:41.011 -> +Humidity (#3) %: 15
14:05:41.053 -> <- 12 0F 84 53 F31102 31AF6E 00 41 2A 42 64 43 35 44 0F  - 15095
14:06:39.963 -> +Analog     (#1): 389 lower than limit!
14:06:40.031 -> +Analog     (#2): 588
14:06:40.133 -> +Analog     (#3): 827
14:06:40.133 -> +Battery      V : 42
14:06:40.133 -> +Humidity (#1) %: 100
14:06:40.133 -> +Humidity (#2) %: 63
14:06:40.133 -> +Humidity (#3) %: 15
14:06:40.167 -> <- 12 10 84 53 F31102 31AF6E 00 41 2A 42 64 43 3F 44 0F  - 15910
14:07:39.075 -> +Analog     (#1): 389 lower than limit!
14:07:39.143 -> +Analog     (#2): 539
14:07:39.245 -> +Analog     (#3): 827
14:07:39.245 -> +Battery      V : 42
14:07:39.245 -> +Humidity (#1) %: 100
14:07:39.245 -> +Humidity (#2) %: 73
14:07:39.245 -> +Humidity (#3) %: 15
14:07:39.279 -> <- 12 11 84 53 F31102 31AF6E 00 41 2A 42 64 43 49 44 0F  - 16726
14:08:38.185 -> +Analog     (#1): 389 lower than limit!
14:08:38.254 -> +Analog     (#2): 492
14:08:38.355 -> +Analog     (#3): 827
14:08:38.355 -> +Battery      V : 42
14:08:38.355 -> +Humidity (#1) %: 100
14:08:38.355 -> +Humidity (#2) %: 82
14:08:38.355 -> +Humidity (#3) %: 15
14:08:38.389 -> <- 12 12 84 53 F31102 31AF6E 00 41 2A 42 64 43 52 44 0F  - 17541
14:09:37.300 -> +Analog     (#1): 389 lower than limit!
14:09:37.368 -> +Analog     (#2): 447
14:09:37.470 -> +Analog     (#3): 827
14:09:37.470 -> +Battery      V : 42
14:09:37.470 -> +Humidity (#1) %: 100
14:09:37.470 -> +Humidity (#2) %: 91
14:09:37.470 -> +Humidity (#3) %: 15
14:09:37.504 -> <- 12 13 84 53 F31102 31AF6E 00 41 2A 42 64 43 5B 44 0F  - 18358
14:10:36.414 -> +Analog     (#1): 389 lower than limit!
14:10:36.482 -> +Analog     (#2): 409
14:10:36.584 -> +Analog     (#3): 827
14:10:36.584 -> +Battery      V : 42
14:10:36.584 -> +Humidity (#1) %: 100
14:10:36.584 -> +Humidity (#2) %: 99
14:10:36.584 -> +Humidity (#3) %: 15
14:10:36.618 -> <- 12 14 84 53 F31102 31AF6E 00 41 2A 42 64 43 63 44 0F  - 19173
14:11:35.496 -> +Analog     (#1): 389 lower than limit!
14:11:35.598 -> +Analog     (#2): 393 lower than limit!
14:11:35.666 -> +Analog     (#3): 827
14:11:35.666 -> +Battery      V : 42
14:11:35.700 -> +Humidity (#1) %: 100
14:11:35.700 -> +Humidity (#2) %: 100
14:11:35.700 -> +Humidity (#3) %: 15
14:11:35.734 -> <- 12 15 A2 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 0F  - 19988
14:11:36.346 -> waitAck: 00
14:11:36.346 -> <- 12 15 A2 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 0F  - 20629
14:11:36.482 -> -> 0A 15 80 02 31AF6E F31102 00  - 20756
14:11:36.482 -> waitAck: 01
14:12:35.324 -> +Analog     (#1): 389 lower than limit!
14:12:35.392 -> +Analog     (#2): 391 lower than limit!
14:12:35.494 -> +Analog     (#3): 827
14:12:35.494 -> +Battery      V : 42
14:12:35.494 -> +Humidity (#1) %: 100
14:12:35.494 -> +Humidity (#2) %: 100
14:12:35.494 -> +Humidity (#3) %: 15
14:12:35.528 -> <- 12 16 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 0F  - 22059
14:13:34.439 -> +Analog     (#1): 389 lower than limit!
14:13:34.507 -> +Analog     (#2): 391 lower than limit!
14:13:34.575 -> +Analog     (#3): 827
14:13:34.575 -> +Battery      V : 42
14:13:34.609 -> +Humidity (#1) %: 100
14:13:34.609 -> +Humidity (#2) %: 100
14:13:34.609 -> +Humidity (#3) %: 15
...

...
14:26:22.801 -> +Analog     (#1): 389 lower than limit!
14:26:22.903 -> +Analog     (#2): 391 lower than limit!
14:26:22.971 -> +Analog     (#3): 827
14:26:22.971 -> +Battery      V : 42
14:26:22.971 -> +Humidity (#1) %: 100
14:26:22.971 -> +Humidity (#2) %: 100
14:26:23.005 -> +Humidity (#3) %: 15
14:26:23.005 -> <- 12 24 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 0F  - 33478
14:27:21.917 -> +Analog     (#1): 389 lower than limit!
14:27:21.985 -> +Analog     (#2): 391 lower than limit!
14:27:22.087 -> +Analog     (#3): 827
14:27:22.087 -> +Battery      V : 42
14:27:22.087 -> +Humidity (#1) %: 100
14:27:22.087 -> +Humidity (#2) %: 100
14:27:22.087 -> +Humidity (#3) %: 15
14:27:22.126 -> <- 12 25 84 53 F31102 31AF6E 00 41 2A 42 64 43 64 44 0F  - 34295
14:28:21.008 -> +Analog     (#1): 678
14:28:21.110 -> +Analog     (#2): 391 lower than limit!
14:28:21.178 -> +Analog     (#3): 740
14:28:21.178 -> +Battery      V : 42
14:28:21.178 -> +Humidity (#1) %: 45
14:28:21.211 -> +Humidity (#2) %: 100
14:28:21.211 -> +Humidity (#3) %: 32
14:28:21.245 -> <- 12 26 84 53 F31102 31AF6E 00 41 2A 42 2D 43 64 44 20  - 35110
14:29:20.120 -> +Analog     (#1): 815
14:29:20.222 -> +Analog     (#2): 391 lower than limit!
14:29:20.290 -> +Analog     (#3): 666
14:29:20.290 -> +Battery      V : 42
14:29:20.290 -> +Humidity (#1) %: 17
14:29:20.324 -> +Humidity (#2) %: 100
14:29:20.324 -> +Humidity (#3) %: 47
14:29:20.324 -> <- 12 27 84 53 F31102 31AF6E 00 41 2A 42 11 43 64 44 2F  - 35926
14:30:19.237 -> +Analog     (#1): 820
14:30:19.305 -> +Analog     (#2): 391 lower than limit!
14:30:19.407 -> +Analog     (#3): 600
14:30:19.407 -> +Battery      V : 42
14:30:19.407 -> +Humidity (#1) %: 16
14:30:19.407 -> +Humidity (#2) %: 100
14:30:19.407 -> +Humidity (#3) %: 60....
14:30:19.441 -> <- 12 28 84 53 F31102 31AF6E 00 41 2A 42 10 43 64 44 3C  - 36741
14:31:18.355 -> +Analog     (#1): 821
14:31:18.423 -> +Analog     (#2): 391 lower than limit!
14:31:18.525 -> +Analog     (#3): 539
14:31:18.525 -> +Battery      V : 42
14:31:18.525 -> +Humidity (#1) %: 16
14:31:18.525 -> +Humidity (#2) %: 100
14:31:18.525 -> +Humidity (#3) %: 73
14:31:18.559 -> <- 12 29 A2 53 F31102 31AF6E 00 41 2A 42 10 43 64 44 49  - 37556
14:31:18.695 -> -> 0A 29 80 02 31AF6E F31102 00  - 37681
14:31:18.695 -> waitAck: 01
14:32:17.504 -> +Analog     (#1): 821
14:32:17.572 -> +Analog     (#2): 391 lower than limit!
14:32:17.674 -> +Analog     (#3): 481
14:32:17.674 -> +Battery      V : 42
14:32:17.674 -> +Humidity (#1) %: 16
14:32:17.674 -> +Humidity (#2) %: 100
14:32:17.674 -> +Humidity (#3) %: 84
14:32:17.708 -> <- 12 2A 84 53 F31102 31AF6E 00 41 2A 42 10 43 64 44 54  - 38987
14:33:16.614 -> +Analog     (#1): 821
14:33:16.686 -> +Analog     (#2): 391 lower than limit!
14:33:16.788 -> +Analog     (#3): 428
14:33:16.788 -> +Battery      V : 42
14:33:16.788 -> +Humidity (#1) %: 16
14:33:16.788 -> +Humidity (#2) %: 100
14:33:16.788 -> +Humidity (#3) %: 95
14:33:16.822 -> <- 12 2B 84 53 F31102 31AF6E 00 41 2A 42 10 43 64 44 5F  - 39802
14:34:15.704 -> +Analog     (#1): 821
14:34:15.805 -> +Analog     (#2): 391 lower than limit!
14:34:15.873 -> +Analog     (#3): 398 lower than limit!
14:34:15.907 -> +Battery      V : 42
14:34:15.907 -> +Humidity (#1) %: 16
14:34:15.907 -> +Humidity (#2) %: 100
14:34:15.907 -> +Humidity (#3) %: 100
14:34:15.941 -> <- 12 2C 84 53 F31102 31AF6E 00 41 2A 42 10 43 64 44 64  - 40620
14:35:14.846 -> +Analog     (#1): 821
14:35:14.914 -> +Analog     (#2): 391 lower than limit!
14:35:15.016 -> +Analog     (#3): 395 lower than limit!
14:35:15.016 -> +Battery      V : 42
14:35:15.016 -> +Humidity (#1) %: 16
14:35:15.016 -> +Humidity (#2) %: 100
14:35:15.016 -> +Humidity (#3) %: 100
14:35:15.050 -> <- 12 2D 84 53 F31102 31AF6E 00 41 2A 42 10 43 64 44 64  - 41439
14:36:13.965 -> +Analog     (#1): 821
14:36:14.067 -> +Analog     (#2): 391 lower than limit!
14:36:14.135 -> +Analog     (#3): 394 lower than limit!
14:36:14.135 -> +Battery      V : 42
14:36:14.135 -> +Humidity (#1) %: 16
14:36:14.135 -> +Humidity (#2) %: 100
14:36:14.172 -> +Humidity (#3) %: 100
14:36:14.172 -> <- 12 2E 84 53 F31102 31AF6E 00 41 2A 42 10 43 64 44 64  - 42258
14:37:13.115 -> +Analog     (#1): 821
14:37:13.183 -> +Analog     (#2): 391 lower than limit!
14:37:13.251 -> +Analog     (#3): 394 lower than limit!
14:37:13.285 -> +Battery      V : 42
14:37:13.285 -> +Humidity (#1) %: 16
14:37:13.285 -> +Humidity (#2) %: 100
14:37:13.285 -> +Humidity (#3) %: 100

Frage:
1. Ist das normal das die Werte nicht sofort innerhalb einer Messung von Nass auf Trocken oder andersherum wechseln?
2. Kann es sein das ich beim Kallibrieren/tesen die Messfühler zerstört habe? Ich habe dazu alle 3 auf einmal in ein Glas mit Wasser gestellt.

jp112sdl
Beiträge: 5786
Registriert: 20.11.2016, 20:01
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Kontaktdaten:

Re: Bodenfeuchtesensor HB-UNI-Sen-CAP-MOIST(-T)

Beitrag von jp112sdl » 10.07.2020, 20:36

Bengel00 hat geschrieben:
10.07.2020, 20:01
1. Ist das normal das die Werte nicht sofort innerhalb einer Messung von Nass auf Trocken oder andersherum wechseln?
Habe ich nie drauf geachtet. Dürfte aber eigentlich nicht sein. Ist vielleicht noch ein Fettfilm auf der Sensorfläche?
Im Boden ist es wohl zu vernachlässigen, wenn es ein paar Minuten Latenz gibt
Bengel00 hat geschrieben:
10.07.2020, 20:01
2. Kann es sein das ich beim Kallibrieren/tesen die Messfühler zerstört habe? Ich habe dazu alle 3 auf einmal in ein Glas mit Wasser gestellt.
Nee, da passiert nix.
Hier ist erklärt, wie ein kapazitiver Feuchtigkeitssensor funktioniert:
https://www.switchdoc.com/2020/06/tutor ... sor-grove/

VG,
Jérôme ☕️

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