Iindaba - Indlela yokulinganisa isantya somoya kwiindawo ezimxinwa: Isikhokelo sika-2026 seeSensors ze-Angle Impeller eziLungisekayo

Impendulo eshwankathelweyo:

Ukulinganisa isantya somoya kwiindawo ezimxinwa okanye ezithintelweyo zoshishino, isisombululo esisebenzayo kakhulu sisiva-sensor se-angle impeller esihlengahlengiswayo, esivumela ukujongwa ngokuchanekileyo kwentloko yokuva ukuya emoyeni nokuba kukho imida yokufakelwa. Uthotho lwe-RD-IWSS-02 lweHonde Technology lubonelela ngoluhlu lwe-0-30m/s kunye noyilo lwentamo oluguquguqukayo oluyoyisa imida ye-anemometers eqinileyo, olubonelela ngemveliso yesignali ezininzi ezifana ne-RS485 (Modbus-RTU) kunye ne-4-20mA yokudibanisa imboni ngaphandle komthungo.

Kutheni ii-Anemometers eziqhelekileyo zingaphumeleli kwi-Industrial Vaccine

Sisebenzisa amava angaphezu kweminyaka eli-15 ekwenzeni izixhobo zoshishino, siye sabona ukuba izinzwa ezisemgangathweni, ezibekwe kwindawo ezinzileyo zihlala ziyimbangela ephambili yokungachaneki kwedatha ekujongeni imigudu yomoya kunye nokuphefumla koomatshini. Ingxaki ephambili yile:indlela yokuhamba komoyaKwiindawo ezimxinwa—ezifana nemibhobho ye-HVAC, iindawo zokupholisa, okanye izinto zangaphakathi zoomatshini ezintsonkothileyo—umoya awufane ufane.

Izinzwa eziqinileyo zemveli zihlala zichaphazeleka yiimida yokufakela inzwa, apho iprobe ingenakubekwa khona ukuze ijongane ngqo nevektha yomoya. Ukuba i-impeller iphazamiseke kancinci nokuhamba kwayo, isantya esilinganisiweyo siyehla kakhulu. Ngaphezu koko, iimfuno "zesantya somoya esiqala kancinci" zabalandeli bemizi-mveliso zifuna i-sensor enokubekwa ngqo embindini wendlela yokuhamba kwayo. I-sensor engenakuguquguquka ngokomzimba ayisebenzi kakuhle kwiindawo ze-B2B ezichanekileyo.

Iinkcukacha zobuGcisa eziPhambili

Kwiinjineli zeenkqubo kunye namagosa okuthenga, le datha yobugcisa ilandelayo ichaza indlela yokusebenza kwe-RD-IWSS-02 adjustable impeller sensor.

Ipharamitha	Iinkcukacha zoBugcisa
Uphawu	Itekhnoloji yeHonde
Uluhlu lwesantya somoya	0 ~ 30m/s
Ukuchaneka	±3%
Umgaqo wokungenisa	Isiseko Sokubona I-Impeller Esichanekileyo Kakhulu
Iindlela zoNxibelelwano lweziphumo	I-RS485 (Modbus-RTU), 4-20mA, DC0-10V, DC0-5V
Ukunikezwa Amandla	DC12 ~ 24V 1A
Ubushushu bokusebenza	-30 ~ 80℃
Ukufuma okusebenzayo	5%RH ~ 90%RH
Ububanzi beNtloko	46mm
Ubude obupheleleyo	325mm (Intamo eguquguqukayo edibeneyo)

I-Anatomy yeSensor ye-Impeller eLungiswayo

I-RD-IWSS-02 yenzelwe ukuvala umsantsa phakathi kweendawo ezikwaziyo ukubona izinto ngokuchanekileyo kunye neendawo ezinzima ezibonakalayo.

Intamo Eguquguqukayo:Intloko ye-impeller engama-46mm iqhagamshelwe kwisiseko sokufakelwa ngentamo eguquguqukayo enzima. Oku kuvumela ukulungiswa kokujonga kwe-360-degree, ukuqinisekisa ukuba i-impeller ijongene ngqo nomthombo womoya nokuba i-bracket yokufakelwa ivaliwe.
Ukufikelela Okulungiselelweyo:Ngobude obupheleleyo be-325mm—equka icandelo elingaphambili le-139mm kunye necandelo elingasemva le-124mm elahlulwe yibracket yokufaka ye-16mm—i-sensor inika ubunzulu obufunekayo ukuze ifikelele kwiipayipi ezinzulu okanye ngokusebenzisa i-insulation etyebileyo.
Isiseko Sokuziva Uzinzo Oluphezulu:Ngokungafaniyo nee-sensors zefilimu ezishushu ezinokuba novelwano kubushushu obuguquguqukayo, i-mechanical impeller core inika uzinzo oluphezulu lwexesha elide kunye nokumelana nokuqokelelana kothuli kwiindawo zoshishino.

Ukudibanisa noNxibelelwano: RS485 Modbus-RTU

Kwiinjineli zokwenza izinto ngokuzenzekelayo, ukusetyenziswa kweprotocol yeModbus-RTU ye-RD-IWSS-02 kuvumela uthungelwano lwe-sensor oluxineneyo.

Ukuhlalutywa kwedatha yoBugcisa

Ukuze ubuze ngesantya somoya, ikhompyutha ephetheyo ithumela isakhelo sophando. Kwisixhobo esikwidilesi 01:

Isakhelo soPhando: 01 03 00 00 00 01 84 0A
Isakhelo sempendulo: 01 03 02 02 18 B9 2E

Ingqondi yoBugcisa malunga nokubalwa kwedatha:Idatha yempendulo02 18ikwi-hexadecimal. Xa iguqulwa ibe yidesimali, ilingana536Ngokusekelwe kwi-100 yesixhobo, ubalo lulandelayo: 536 / 100 = 5.36 m/s

Ukuguquguquka kwenkqubo

Uqwalaselo lweBaud Rate:I-default yi-9600 bps, kodwa ingatshintshwa (Bhalisa00 67) ukuya kumaxabiso aqala kwi-2400 ukuya kwi-115200 bps ukuze kulungiselelwe ubude bebhasi obunzima.
Ukunxibelelana ne-Universal Address:Ukuba idilesi yesixhobo ilahlekile, idilesi yendalo yonkeFA(250) ingasetyenziselwa ukubuza nokuseta kwakhona i-hardware ID.

Izicelo zoshishino: Apho le Sensor igqwesa khona

Ukuguquguquka kwe-RD-IWSS-02 kuyenza ibe lukhetho oluphambili kumacandelo ahlukeneyo akhethekileyo:

Imozulu kunye neNdalo

Ukubeka esweni imozulu encinci:Ukulinganisa amazinga okutshintshiselana komoya kwiindawo ezithintelweyo zokusingqongileyo okanye kwiishafti zomoya.
Izikhululo zeMeteorological:Isebenza njengesensor yesibini kwiindawo apho ii-wind vanes eziqhelekileyo zingenakungena khona.

Ukwenziwa kwezinto ngokuzenzekelayo kwezolimo

Umoya weSilo kunye neGreenhouse:Ukuqinisekisa ukuhamba komoya rhoqo kwiindawo ezibuthathaka kunye neenkozo ezigciniweyo apho indawo iphezulu khona.
Ukulima Imfuyo Okwenziwa Ngoomatshini:Ukubeka iliso kwisantya somoya kwindawo ethile kwiindawo ezixineneyo zezindlu zezilwanyana.

Iziseko zophuhliso kunye nemizi-mveliso enzima

Izityalo zoMbane kunye nooLoliwe:Ukubeka iliso ekuhambeni komoya opholileyo kwiikhabhathi zombane ezimxinwa kunye namagumbi e-transformer.
Ulwakhiwo kunye nezonyango:Ukulinganisa ukuhamba komoya kumagumbi okucoca kunye nemibhobho ye-HVAC apho kufuneka khona indawo echanekileyo yokubeka imibhobho ukuze kuthotyelwe imithetho.

Isikhokelo sokuSebenza kunye neNgqiqo yoBunjineli

Ukulinganiswa kweSignali ye-Analog

Xa kusetyenziswa iziphumo ze-4-20mA okanye ze-0-10V, iinjineli kufuneka zisebenzise ifomula yokuguqula umgca eqhelekileyo ukuguqulela imiqondiso ye-analog ibe ngamaxabiso abonakalayo:

C = [(A2 - A1) × (X - B1)] / (B2 – B1) + A1

Apho:

A2 / A1:Imida yesantya somoya (30 kunye no-0).
B2 / B1:Imida yemveliso ye-analog (umz., 20mA kunye ne-4mA).
X:Ixabiso langoku okanye le-voltage elilinganiswa yi-PLC.
C:Isantya somoya esibaliweyo kwi-m/s.

Ingcebiso Engcono: Ukulungiswa Kwentsimi— Iimeko zentsimi ngamanye amaxesha zinokubangela ukuthambekela okubangelwa yingxolo. I-RD-IWSS-02 ivumela ukulinganiswa kwenqanaba lesoftware. Ngokubhala ixabiso elichaseneyo kuUbhaliso 00 6B, ungasebenzisa "Ixabiso Lokulungisa" (uluhlu ±1000) ukuze ulungelelanise imveliso yesensa kunye nomgangatho wesalathiso ngaphandle kokushukumisa isixhobo ngokwasemzimbeni.

Isiphelo kunye neSibhengezo sokuSebenza

Njengoko iinkqubo zoshishino zisiya ekujongeni ngokunzulu ngo-2026, ukukwazi ukulinganisa isantya somoya kwiindawo ezixineneyo akuseyonto ilula kodwa kuyimfuneko yokusebenza kakuhle. I-Adjustable Angle Impeller Wind Speed Sensor (RD-IWSS-02) inika ukuguquguquka okubonakalayo kunye nokuchaneka kwedijithali okufunekayo kwiindawo zanamhlanje ze-PLC kunye ne-DCS.

Lungiselela ukujonga ukuhamba komoya kwimizi-mveliso namhlanje:

Khuphela yonkeRD-IWSS-02Incwadi Yesikhokelo Yobugcisa
Cela ikowuteshini eyenzelwe wena ngokweemfuno zakho zeprojekthi ethile

Iinkcukacha zoqhakamshelwano:

Inkampani:I-Honde Technology Co., Ltd.
Iwebhusayithi: www.hondetechco.com
I-imeyile: info@hondetech.com

Ixesha leposi: Epreli-24-2026