20170311_182204.jpg18cm x 12cm veroboardJPEG Image - 3.89 MB - 04/04/2017 at 10:22 |
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20170306_181931.jpgBasic collection of the bits used. The SD card adapter was changed for a micro sd card adapterJPEG Image - 3.45 MB - 04/04/2017 at 10:21 |
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20170214_181626.jpgFirst hookup to the dehumidifer, testing the relay control actionJPEG Image - 3.24 MB - 04/04/2017 at 10:21 |
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JPEG Image - 3.25 MB - 04/04/2017 at 10:21 |
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20170204_194040.jpgInitially had an OLED display but decided to can it as it would be used infrequentlyJPEG Image - 3.40 MB - 04/04/2017 at 10:21 |
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20170314_181105.jpgFinal layout of the module. I initially used a DHT11 sensor but subsequently switched to the DHT22 (more reliable)JPEG Image - 3.14 MB - 04/04/2017 at 10:20 |
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JPEG Image - 3.01 MB - 04/04/2017 at 10:20 |
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20170208_120547.jpgThe DNC65 control board. I attached to the anode side of the indicator leds to get the status of operationJPEG Image - 3.64 MB - 04/04/2017 at 10:18 |
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20170206_111758.jpgInitial testing of a ESP8266-01JPEG Image - 3.40 MB - 04/04/2017 at 10:17 |
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20170208_171916.jpgInitial testing using a Arduino NanoJPEG Image - 3.25 MB - 04/04/2017 at 10:17 |
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20170206_185823.jpgTesting the use of a ttl level shifterJPEG Image - 3.24 MB - 04/04/2017 at 10:17 |
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20170131_153616.jpgBathroom scales connected to the HX711 load cell amplifierJPEG Image - 3.20 MB - 04/04/2017 at 10:16 |
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20170131_120635.jpgBefore removing the original control board from the scales. I hooked up the load cells to a Sparkfun Load Cell Combinator board and then onto the HX711JPEG Image - 2.52 MB - 04/04/2017 at 10:16 |
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