Winsen ZPH02 Qir-Ubunjani kunye neeNgxelo zeSensor

Ingxelo

• Le copyright yencwadi yekaZhengzhou Winsen Electronics Technology Co., LTD. Ngaphandle kwemvume ebhaliweyo, nayiphi na inxalenye yale ncwadana ayisayi kukotshwa, iguqulelwe, igcinwe kuvimba weenkcukacha okanye inkqubo yokubuyisela, nayo ayinako ukusasazeka nge-elektroniki, ngokukopa, ngeendlela zokurekhoda.
• Enkosi ngokuthenga imveliso yethu.
• Ukuze uvumele abathengi basebenzise ngcono kwaye banciphise iimpazamo ezibangelwa ukusetyenziswa kakubi, nceda ufunde incwadana ngokucophelela kwaye uyisebenze ngokuchanekileyo ngokuhambelana nemiyalelo. Ukuba abasebenzisi abayithobeli imigaqo okanye basuse, badibanise, batshintshe amacandelo angaphakathi kwinzwa, asiyi kuba noxanduva lokulahlekelwa.
• Okuthile okufana nombala, inkangeleko, ubukhulu kunye nokunye, nceda ngohlobo
• Sizinikezela kuphuhliso lweemveliso kunye nokutsha kobugcisa, ngoko sinelungelo lokuphucula iimveliso ngaphandle kwesaziso. Nceda uqinisekise ukuba luguqulelo olusebenzayo phambi kokuba usebenzise le ncwadana. Kwangaxeshanye, izimvo zabasebenzisi malunga nendlela yokuphucula ukusetyenziswa zamkelekile.
• Nceda ugcine incwadi ngokufanelekileyo, ukuze ufumane uncedo ukuba unemibuzo ngexesha lokusetyenziswa kwixesha elizayo.

UProfile

• Le modyuli idibanisa iteknoloji yokufumanisa i-VOC ekhulileyo kunye neteknoloji yokufumanisa i-PM2.5 eqhubela phambili ukufumanisa i-VOC kunye ne-PM2.5 ngaxeshanye. I-sensor ye-VOC kule modyuli inovakalelo oluphezulu kwi-formaldehyde, benzene, carbon monoxide, ammonia, hydrogen, alcohol, umsi wecuba, i-essence kunye neminye imiphunga ye-organic.PM2.5 ukufunyanwa kusebenzisa umgaqo wokubala amasuntswana ukufumanisa amasuntswana (ububanzi ≥1μm).
• Ngaphambi kokunikezelwa, inzwa sele ikhulile, ihlaziywe, ilinganiswe kwaye inokuhambelana kakuhle kunye novakalelo oluphezulu. Inemveliso yesignali ye-PWM, kwaye inokuqwalasela ukuba ibe yi-UART yedijithali ye-serial interface kunye ne-interface ye-IIC eyenziwe ngokwezifiso.

Iimbonakalo

• 2 ku1
• Uvakalelo oluPhezulu
• Ukuhambelana Okulungileyo
• Uzinzo oluhle ixesha elide
• Imveliso ye-Interface i-E multiple asy ukuyifaka kunye nokusetyenziswa

Usetyenziso

• Isicoci soMoya
• Isihlaziyi somoya imitha ephathwayo
• Inkqubo yeHVAC
• Inkqubo ye-AC
• Inkqubo yeAlarm yomsi

Iiparamitha zobuGcisa

Umzekelo			ZPH02
Ukusebenza ivoltagUluhlu			5±0.2 V DC
Isiphumo			UART(9600, 1Hz±1%)
			I-PWM(ixesha: 1Hz±1%)
Ukukwazi ukubona	VOC		Formaldehyde(CH2O), benzene(C6H6), carbon monoxide(CO), hydrogen(H2), ammonia(NH3),alcohol(C2H5OH), umsi wecuba, undoqo & njl.
	Ukukwazi ukubona ngenxa yesuntswana		1 μm
Ixesha lokufudumala			≤5min
Ukusebenza Ngoku			≤150mA
Uluhlu lokufuma		Ugcino	≤90%RH
		Ukusebenza	≤90%RH
Ubushushu uluhlu		Ugcino	-20℃～50℃
		Ukusebenza	0℃～50℃
Ubungakanani			59.5×44.5×17mm (LxWxH)
Ujongano lomzimba			I-EH2.54-5P isiseko se-terminal

Ulwakhiwo

Umgaqo-siseko wokufunyanwa

Izikhonkwane Inkcazo

I-PIN1	Iphini lokulawula(MOD)
I-PIN2	Imveliso OUT2/RXD
I-PIN3	Power positive (VCC)
I-PIN4	Imveliso OUT1/TXD
I-PIN5	GND

Imiyalelo

1. I-PIN1: yi-pin yokulawula.
   • Uluvo lukwimo ye-PWM ukuba le pin ijinga emoyeni
   • Uluvo lukwimo ye-UART ukuba le pin iqhagamshela kwi-GND.
2. I-PIN2: Kwimo ye-UART, yi-RDX; Kwimo ye-PWM, sisignali ye-PWM ene-1Hz. Imveliso yi-PM2.5 yoxinaniso.
3. I-PIN4: Kwimo ye-UART, yi-TDX; Kwimo ye-PWM, sisignali ye-PWM ene-1Hz. Imveliso yinqanaba le-VOC.
4. Isifudumezi: Isifudumezi sakhelwe ngaphakathi kwaye isifudumezi senza ukuba umoya unyuke, nto leyo ebangela ukuba umoya uphume ngaphandle ungene kwisivamvo ngaphakathi.
5. Luluphi uhlobo lwamasuntswana anokufunyanwa: i-diamete ≥1μm, njengomsi, uthuli lwendlu, isikhunta, i-pollen kunye ne-spores.

PM2.5 imveliso yamaza kwimo ye-PWM

PHAWULA

1. I-LT bububanzi be-pulse yezinga eliphantsi kwixesha elinye ( 5 500Ms
2. I-UT bububanzi be-pulse yexesha elinye le-1s )).
3. Izinga lokubetha kwe-RT: RT=LT/UT x100% uluhlu 0.5%~50%

I-VOC yemveliso yamaza kwimo ye-PWM

PHAWULA

1. I-LT bububanzi be-pulse yezinga eliphantsi kwixesha elinye ( n * 1 00Ms
2. I-UT bububanzi be-pulse yexesha elinye le-1s )).
3. Isantya se-pulse ephantsi RT: RT = LT / UT x100% , amabakala amane, i-10% yokunyuka kwe-progressive 10% ~ 40% RT iphezulu, ungcoliseko luchungechunge oluninzi.

Ubudlelwane phakathi kwesantya esisezantsi se-pulse yemveliso kunye neengxinano zamasuntswana

PHAWULA
Abantu bahlala besebenzisa amabanga ahlukeneyo ngeyona ndlela, elungileyo, embi, embi kakhulu ukuchaza imeko yomgangatho womoya Cebisa umgangatho ngolu hlobo lulandelayo:

• Eyona nto ingcono 0.00% - 4.00%
• Kulungile 4.00% - 8.00%
• embi 8.00% - 12.00%
• Okubi kakhulu 12.00%

Uvakalelo lwegophe loluvo lwe-VOC

PHAWULA:

• Umgangatho womoya uhlelwe ngokwamanqanaba ama-4: eyona ilungileyo, intle, imbi, imbi.
• Imodyuli ilinganisiwe kwaye imveliso ye-0x00-0x03 ithetha ukusuka kwinqanaba eliphezulu lomgangatho womoya ukuya kwinqanaba elibi lomgangatho womoya. I-VOC ibandakanya iigesi ezininzi kwaye amabakala yireferensi yomthengi ukuba agwebe umgangatho womoya.

Inkqubo yonxibelelwano

Iisetingi ngokubanzi

Ireyithi yeBaud	9600
Amasuntswana edatha	8
Yeka kancinci	1
Ukulingana	akukho nanye
Inqanaba lonxibelelwano	5±0.2V (TTL)

Umyalelo wonxibelelwano
Imodyuli ithumela ixabiso loxinaniso rhoqo ngesekondi enye.Thumela kuphela,awufumani.Yalela ngolu hlobo lulandelayo: Itheyibhile yesi-4.

0	1	2	3	4	5	6	7		8
Qalisa i-byte	Ukufunyanwa chwetheza ikhowudi yegama	Iyunithi (Izinga lokubetha kwentliziyo ephantsi)	Inani elipheleleyo Izinga lokubetha kwentliziyo ephantsi	Inxalenye yeedesimali Izinga lokubetha kwentliziyo ephantsi	Ugcino	Imowudi	VOC ibakala		Jonga ixabiso
0XFF	0X18	0X00	0x00-0x63	0x00-0x63	0x00	0x01	0x01-0x 04		0x00-0x FF

PM2.5 ubalo:

• Byte3 0x12, byte4 0x13, ngoko RT=18.19%
• Uluhlu lwe-RT kwimodi ye-UART yi-0.5% ~ 50%.

Ubalo lwe-VOC:
I-Byte7 yimveliso yeVOC. 0x01: eyona, ...,0x04: eyona. 0x00 ithetha ukuba akukho senzwa efakiweyo okanye engasebenzi kakuhle.

Khangela kunye nokubala

Izilumkiso

1. Ufakelo kufuneka ngokuthe nkqo.
2. Izinyibilikisi ze-Organic (kubandakanya ijeli ye-sillica kunye nezinye izinto ezincamathelayo), ipeyinti, amayeza, i-oyile kunye noxinzelelo oluphezulu lweegesi ekujoliswe kuzo kufuneka ziphetshwe.
3. Umphunga womoya owenziweyo onjengefeni kufuneka ube kudeampxa isetyenziswa kwisivuseleli somoya, ayinakufakwa ngaphambili okanye ngasemva kwefeni. Naliphi na icala leqokobhe lefeni linokufakwa, kodwa ukuvuleka komoya kwiqokobhe kuyimfuneko ukuze kuqinisekiswe irhasi evela ngaphandle.
4. Ungawusebenzisi kwindawo apho kukho umphunga njengendawo yokuhlambela, okanye kufutshane nesifuma-manzi somoya.
5. Isivamvo sothuli samkela umgaqo-nkqubo wokusebenza we-optics, ngoko ukukhanya kwemitha kuya kuphembelela ukuchaneka kwesivamvo. Sicebisa ukuba abasebenzisi basebenzise isiponji ukugquma umngxuma ongunxantathu ombindini wesivamvo, banqande ukukhanya ngaphandle kukhanye isivamvo. kunye nokuphuma.
6. Ixesha lokufudumala kufuneka lithathe i-5 min okanye ngaphezulu kokusetyenziswa okokuqala kwaye ungayisebenzisi kwinkqubo ebandakanya ukhuseleko lwabantu.
7. Ukufuma kuya kwenza imisebenzi eqhelekileyo yemodyuli, ngoko kufuneka inqande.
8. I-Lens kufuneka icocwe rhoqo ngokwemeko yokwenyani (malunga kanye ngeenyanga ezintandathu).Sebenzisa enye isiphelo somqhaphu weswab ngamanzi acocekileyo ukukhuhla ilens, kwaye usebenzise elinye isiphelo ukosula dry.Don't sebenzisa organic solvent ezifana notywala njengomcoci.

DIMENSION

QHAGAMSHELANA

• Umnxeba: 86-371-67169097/67169670
• Ifeksi: 86-371-60932988
• I-imeyile: sales@winsensor.com

Amaxwebhu / Izibonelelo

Winsen ZPH02 Qir-Ubunjani kunye neeNgxelo zeSensor [pdf] Incwadi yokusebenzisa I-ZPH02, i-Qir-Quality kunye ne-Particles Sensor, i-ZPH02 i-Qir-Umgangatho kunye neSensoni yamacandelo, uMgangatho kunye neNgcaciso yeNcam, iSensor yamacandelo, i-Sensor

Iimbekiselo

• Incwadi yokusebenzisa