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Found 2 results

  1. Hello, im looking for a HC3 Script which switch a Bathroom Fan on/off with dependency relative humindity. I found a HC2 Script from kapitano1 (https://forum.siio.de/t/lua-taupunktlueftung-im-keller/5206) My Lua skill is very low, so i tried to change the code to hc3 and add my ids. The script will run correctly when humidInAbs - humidOutAbs > 1 but the switch off fan code is not correct. And sorry for my english, but it is not my native language; i tried my best. Can anyone correct it please? Debug: 28.08.2020] [12:44:00] [DEBUG] [SCENE218]: - 28.08.2020 12:44:00 AußenTemp 21.59°C rel. Feuchtigkeit 57.0% [28.08.2020] [12:44:00] [DEBUG] [SCENE218]: - 28.08.2020 12:44:00 absolute Luftfeuchtigkeit Außen 10.969697021231g/m³ [28.08.2020] [12:44:00] [DEBUG] [SCENE218]: - 28.08.2020 12:44:00 InnenTemp 25.4°C rel. Feuchtigkeit 51.0% [28.08.2020] [12:44:00] [DEBUG] [SCENE218]: - 28.08.2020 12:44:00 absolute Luftfeuchtigkeit Innen 12.211619119493g/m³ [28.08.2020] [12:49:00] [ERROR] [SCENE218]: Declaration: { conditions = { { type = "date", property = "cron", operator = "match", value = {"*", "*", "*", "*", "*", "*"}, isTrigger = true } }, operator = "all" } Action: local date = os.date("%d.%m.%Y %H:%M:%S", os.time()) local EXP = tonumber("2.71828182845904523536028747135266249775724709369995") local pressure = fibaro.getValue(425, "value") -- Luftdruck local tempOut = fibaro.getValue(422, "value") -- Außentemperatur local humidOut = fibaro.getValue(424, "value") -- Feuchtigkeit local tempIn = fibaro.getValue(120, "value") --Temp local humidIn = fibaro.getValue(122, "value") -- Luftfeuchtigkeit local timeout_min = 5 -- Wartezeit local I1 = tonumber(tempOut) -- Temperatur (in °C) local I2 = tonumber(humidOut) -- Relative Luftfeuchtigkeit (in %) local I3 = tonumber(pressure) -- Aktueller Luftdruck (in Millibar) local I4 = tonumber(tempIn) -- Temperatur (in °C) local I5 = tonumber(humidIn) -- Relative Luftfeuchtigkeit (in %) local humidOutAbs local humidInAbs local run = 0 function actionToHigh() -- Aktionen bei Erkennung zu hoher Luftfeuchtigkeit fibaro.call(148, "turnOn") end function actionToLow() -- Aktionen bei Erkennung zu niedriger Luftfeuchtigkeit fibaro.call(148, "turnOff") end -- ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ -- Werte Draußen -- ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ function Voutside() --print(" - " ..date .. " AußenTemp " ..tempOut .. "°C rel. Feuchtigkeit " ..humidOut.. "%") humidOutAbs = 0.622 * I2/100 * (1.01325 * 10^(5.426651 - 2005.1 / (I1 + 273.15) + 0.00013869 * ((I1 + 273.15) * (I1 + 273.15) - 293700) / (I1 + 273.15) * (10^(0.000000000011965 * ((I1 + 273.15) * (I1 + 273.15) - 293700) * ((I1 + 273.15) * (I1 + 273.15) - 293700)) - 1) - 0.0044 * 10^((-0.0057148 * (374.11 - I1)^1.25))) + (((I1 + 273.15) / 647.3) - 0.422) * (0.577 - ((I1 + 273.15) / 647.3)) * EXP^(0.000000000011965 * ((I1 + 273.15) * (I1 + 273.15) - 293700) * ((I1 + 273.15) * (I1 + 273.15) - 293700)) * 0.00980665) / (I3/1000 - I2/100 * (1.01325 * 10^(5.426651 - 2005.1 / (I1 + 273.15) + 0.00013869 * ((I1 + 273.15) * (I1 + 273.15) - 293700) / (I1 + 273.15) * (10^(0.000000000011965 * ((I1 + 273.15) * (I1 + 273.15) - 293700) * ((I1 + 273.15) * (I1 + 273.15) - 293700)) - 1) - 0.0044 * 10^((-0.0057148 * (374.11 - I1)^1.25))) + (((I1 + 273.15) / 647.3) - 0.422) * (0.577 - ((I1 + 273.15) / 647.3)) * EXP^(0.000000000011965 * ((I1 + 273.15) * (I1 + 273.15) - 293700) * ((I1 + 273.15) * (I1 + 273.15) - 293700)) * 0.00980665)) * I3/1000 * 100000000 / ((I1 + 273.15) * 287.1) --print(" - " ..date .. " absolute Luftfeuchtigkeit Außen " ..humidOutAbs.. "g/m³") end function Vinside() -- ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ -- Werte Drinnen -- ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ --print(" - " ..date .. " InnenTemp " ..tempIn .. "°C rel. Feuchtigkeit " ..humidIn.. "%") humidInAbs = 0.622 * I5/100 * (1.01325 * 10^(5.426651 - 2005.1 / (I4 + 273.15) + 0.00013869 * ((I4 + 273.15) * (I4 + 273.15) - 293700) / (I4 + 273.15) * (10^(0.000000000011965 * ((I4 + 273.15) * (I4 + 273.15) - 293700) * ((I4 + 273.15) * (I4 + 273.15) - 293700)) - 1) - 0.0044 * 10^((-0.0057148 * (374.11 - I4)^1.25))) + (((I4 + 273.15) / 647.3) - 0.422) * (0.577 - ((I4 + 273.15) / 647.3)) * EXP^(0.000000000011965 * ((I4 + 273.15) * (I4 + 273.15) - 293700) * ((I4 + 273.15) * (I4 + 273.15) - 293700)) * 0.00980665) / (I3/1000 - I5/100 * (1.01325 * 10^(5.426651 - 2005.1 / (I4 + 273.15) + 0.00013869 * ((I4 + 273.15) * (I4 + 273.15) - 293700) / (I4 + 273.15) * (10^(0.000000000011965 * ((I4 + 273.15) * (I4 + 273.15) - 293700) * ((I4 + 273.15) * (I4 + 273.15) - 293700)) - 1) - 0.0044 * 10^((-0.0057148 * (374.11 - I4)^1.25))) + (((I4 + 273.15) / 647.3) - 0.422) * (0.577 - ((I4 + 273.15) / 647.3)) * EXP^(0.000000000011965 * ((I4 + 273.15) * (I4 + 273.15) - 293700) * ((I4 + 273.15) * (I4 + 273.15) - 293700)) * 0.00980665)) * I3/1000 * 100000000 / ((I4 + 273.15) * 287.1) --print(" - " ..date .. " absolute Luftfeuchtigkeit Innen " ..humidInAbs.. "g/m³") -- ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ end Voutside() Vinside() --if (humidInAbs > humidOutAbs) then if (humidInAbs - humidOutAbs) > 1 then print(" - " ..date .. " Bad 1.OG lüften!") actionToHigh() print(" - " ..date .. " AußenTemp " ..tempOut .. "°C rel. Feuchtigkeit " ..humidOut.. "%") print(" - " ..date .. " absolute Luftfeuchtigkeit Außen " ..humidOutAbs.. "g/m³") print(" - " ..date .. " InnenTemp " ..tempIn .. "°C rel. Feuchtigkeit " ..humidIn.. "%") print(" - " ..date .. " absolute Luftfeuchtigkeit Innen " ..humidInAbs.. "g/m³") fibaro.sleep(timeout_min*60*1000) else actionToLow() print(" - " ..date .. " Bad 1.OG nicht lüften") run = 0 end
  2. I would like to know which module I can use very safely for my bathroom ventilation? Safely because I probably need to install the module close to a wooden wall. And because the stories I read on this forum (modules are heating, melting, Qubino modules failing regulated safety specification, ...) I would like to be sure. The bathroom ventilation is a fan managing the humidity itself. See for example : http://www.conrad.be/ce/nl/product/551324/sygonix-33925W-Wand-en-plafondventilator-230-V-756-mh-10-cm?ref=list It's also running continously on a very low fan speed. It only increases the speed if the humidity requires the fan speed to increase. However, my wife really can't accept the noise if it is running on high speed (even regulated somewhat lower than the maximum) if she goes to bed. I even don't hear it running on the maximum speed. Therefore I would like her to switch the entire 220V power down (instead of me shutting down the entire bathroom power) if the fan started running on high speed if she goes for a sleep. Power also can be switched off and on. Because once switched off, the fan never will goes on again for the first coming hours (unless the next person will take a shower). So, which module you trust to manage continous 220V load and probably vary in power consumption? I have a Fibaro HCL controller. Remember, I only want to manage the power to the fan. Not the fan regulation itself. However I'm open for better idea's. Once I have a module, offcourse I can also partially regulate it via scenes (example, switch of during certain hours). thanks.
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