I-Wireless Temperature kunye ne-Humidity Sensor ene-Thermocouple Sensor
R718CKAB_R718CTAB_R718CNAB
Incwadi yokusebenzisa

I-Wireless Temperature kunye ne-Humidity Sensor ene-Thermocouple Sensor

Ushicilelo ©Netvox Technology Co., Ltd.
Olu xwebhu luqulethe ulwazi lwezobuchwepheshe obunini obuyipropathi ye-NETVOX Technology. Iya kugcinwa ngokuthembekileyo kwaye ayiyi kubhengezwa kwamanye amaqela, ngokupheleleyo okanye inxalenye, ngaphandle kwemvume ebhaliweyo ye-NETVOX Technology. Iinkcukacha zinokutshintshwa ngaphandle kwesaziso sangaphambili.

Intshayelelo

R718CKAB
Isivamvo sobushushu/ukufuma kunye nohlobo lwe-K-thermocouple luyakwazi ukubona ubushushu, ukufuma, kunye nobushushu bomphezulu bento. Uluhlu lokulinganisa ubushushu be-R718CK yi -40 ° C ukuya +375 ° C. I-R718CK ineempawu zokulandelelana kakuhle, amandla amakhulu e-thermal electromotive, uvakalelo oluphezulu, kunye nokuzinza. Akufunekanga isetyenziswe kwiindawo zesulfuric, ukunciphisa, i-oxidizing, i-vacuum atmospheres, okanye i-oxidizing atmospheres ebuthathaka.
R718CTAB
Isivamvo sobushushu/ukufuma kunye ne-T-type thermocouple inokubona ubushushu, ukufuma, kunye nobushushu bomphezulu bento. Uluhlu lokulinganisa ubushushu obuyi-R718CT yi -40°C ukuya +125°C kodwa lusebenza ngokuzinzileyo kuluhlu luka -40°C ukuya ku-0°C.
R718CNAB
Isivamvo sobushushu/ukufuma kunye ne-N-type thermocouple inokubona ubushushu, ukufuma, kunye nobushushu bomphezulu bento. Umgangatho wokulinganisa ubushushu be-R718CK ngu-40 ° C ukuya ku-800 ° C, obanzi kunezinye iintlobo ze-thermocouples.
LoRa Wireless Technology
I-LoRa yitekhnoloji yonxibelelwano engenazingcingo eyamkela ubuchule obunjengonxibelelwano lomgama omde kunye nokusetyenziswa kwamandla aphantsi. Xa kuthelekiswa nezinye iindlela zonxibelelwano, iindlela zokumodareyitha zokusasazeka kwe-LoRa zandisa kakhulu umgama wonxibelelwano. Isetyenziswa kumgama omde kunye nedatha ephantsi yonxibelelwano olungenazingcingo njengofundo lwemitha oluzenzekelayo, izixhobo zokwakha ezizisebenzelayo, iinkqubo zokhuseleko ezingenazingcingo, kunye nenkqubo yolawulo yokubeka iliso kwishishini. Iimpawu ziquka ubungakanani obuncinci, ukusetyenziswa kwamandla aphantsi, umgama omde wokuhambisa, kunye nokukwazi ukuchasana nokuphazamiseka.
LoRaWAN
I-LoRaWAN yakha imigangatho ye-LoRa yokuphela ukuya ekupheleni kunye nobuchule, iqinisekisa ukusebenzisana phakathi kwezixhobo kunye namasango avela kubakhiqizi abahlukeneyo.

Imbonakalo

Iimbonakalo

• Imodyuli yonxibelelwano engenazingcingo ye-SX1276
• Ibhetri ye-2 ER14505 ngokunxuseneyo (ubungakanani beAA 3.6V kwibhetri nganye)
• IP65 ukukala
• Isiseko semagneti
• Ukufunyanwa kweThermocouple
• Ukubona iqondo lobushushu kunye nokufuma
• Iyahambelana nesixhobo se-LoRaWAN TM Class A
• Ukutsiba rhoqo okusasazekileyo
• Ukuxhasa iiplatifomu zomntu wesithathu: I-Actility/ThingPark, TTN, MyDevices/Cayenne
• Uyilo lwamandla aphantsi ukwenzela ubomi obude bebhetri
  Phawula: Nceda undwendwele http://www.netvox.com.tw/electric/electric_calc.html kubalo ubomi bebhetri kunye nolunye ulwazi oluneenkcukacha.

Cwangcisa imiyalelo

Layita icima

Vula	Faka iibhetri. (Umsebenzisi unokufuna isikrudrayiva ukuvula isiciko sebhetri.)
Layita	Cofa kwaye ubambe iqhosha lomsebenzi imizuzwana emi-3 de isalathisi esiluhlaza sidanyaze.
Cima (Useto ngokutsha lwasefektri)	Cinezela kwaye ubambe iqhosha lomsebenzi kwimizuzwana emi-5 de isalathisi esiluhlaza sidanyaze ngamaxesha angama-20.
Umbane ucimile	Susa iibhetri.
Phawula	1. Xa umsebenzisi ekhupha kwaye efaka ibhetri; isixhobo kufuneka sicinywe ngokungagqibekanga. 2. Imizuzwana emi-5 emva kombane, isixhobo siya kuba kwimo yovavanyo lobunjineli. 3. Ukuvula / ukuvala ikhefu kucetyiswa ukuba malunga nemizuzwana ye-10 ukuphepha ukuphazamiseka kwe-capacitor inductance kunye nezinye izinto zokugcina amandla.

Ukudibana kweNethiwekhi

Zange ujoyine inethiwekhi	Layita isixhobo ukukhangela inethiwekhi ukuze ujoyine. Isalathisi esiluhlaza sihlala kwimizuzwana emi-5: Impumelelo Isalathisi esiluhlaza sihlala sivaliwe: Ukungaphumeleli
Ujoyine inethiwekhi (ngaphandle kokusetwa kwakhona kwefektri)	Layita isixhobo ukukhangela inethwekhi yangaphambili ukuze ujoyine. Isalathisi esiluhlaza sihlala kwimizuzwana emi-5: Impumelelo Isalathisi esiluhlaza sihlala sivaliwe: Ukungaphumeleli
Isilele ukujoyina inethiwekhi	Nceda ujonge ulwazi loqinisekiso lwesixhobo kwisango okanye dibana nomboneleli wakho weqonga leseva.

Isitshixo sokuSebenza

Cinezela kwaye ubambe imizuzwana emi-5	Lungisa useto lwasefektri/Cima Isalathisi esiluhlaza sikhanyisa ngamaxesha e-20: Impumelelo Isalathisi esiluhlaza sihlala sivaliwe: Ukungaphumeleli
Cinezela kube kanye	Isixhobo si kwinethiwekhi: isalathisi esiluhlaza sidanyaza kanye kwaye sithumela ingxelo. Isixhobo si hayi kwinethiwekhi: isalathisi esiluhlaza sihlala sivaliwe

Indlela yokulala

Isixhobo sivuliwe kwaye kwinethiwekhi

Ixesha lokulala: Isithuba esifutshane. Xa utshintsho lwengxelo lugqithise ixabiso lokumisela okanye utshintsho lwemeko, isixhobo siya kuthumela ingxelo yedatha esekelwe kwiThutyana eliMfutshane.

Umthamo ophantsitage Isilumkiso

Umthamo ophantsitage

3.2 V

Ingxelo yeDatha

Isixhobo siya kuthumela kwangoko ingxelo yepakethe yenguqulelo kunye nepakethi ye-uplink kubandakanya ubushushu kunye nebhetri voltage
Isixhobo sithumela idata ngokusekelwe kubumbeko obuhlala bukhona phambi kokuba kwenziwe naluphi na ulungelelwaniso.
Ukuhlala kukho:
Ubukhulu besithuba: 0x0384 (900s)
Isithuba esifutshane: 0x0384 (900s) (Ijonga ngokuzenzekelayo ivolthi yangokutageMini yonke iThutyana)
Utshintsho lwebhetri: 0x01 (0.1V)
Utshintsho lobushushu:0x01 (1°C)
Ukutshintsha kobushushu bomoya: 0x01 (1℃)
Ukutshintsha kweAirHumid: 0x01 (1%)
Phawula:

1. Ixesha leengxelo zedatha lingahluka ngenxa ye-firmware.
2. Ixesha eliphakathi kweengxelo ezimbini kufuneka libe lelona xesha lincinci.
3. Nceda ujonge uxwebhu lwe-Netvox LoRaWAN loMyalelo weSicelo kunye neNetvox Lora Command Resolver http://cmddoc.netvoxcloud.com/cmddoc ukusombulula idatha ye-uplink.

Ulungelelwaniso lwengxelo yedatha kunye nexesha lokuthumela zimi ngolu hlobo lulandelayo:

Isithuba esifutshane (Iyunithi: okwesibini)	Ubuninzi bexesha lokuphumla (Iyunithi: okwesibini)	Utshintsho olunokuxelwa	Utshintsho lwangoku≥ Utshintsho olunokuxelwa	Utshintsho lwangoku＜ Utshintsho olunokuxelwa
Naliphi na inani phakathi kwe-1–65535	Naliphi na inani phakathi kwe-1–65535	Ayinakuba ngu-0	Ingxelo ngesithuba esifutshane	Ingxelo ngokoBuninzi beThutyana

5.1 Eksample ye ReportDataCmd
I-FPort: 0x06

Iibhayithi	1	1	1	Var(Lungisa=8 Bytes)
	Inguqulelo	Uhlobo lwesiXhobo	Uhlobo lweNgxelo	INetvoxPayLoadData

Inguqulelo-1 byte –0x01——Uguqulelo lwe-NetvoxLoRaWAN Application Command Version
Uhlobo lwesiXhobo- 1 byte – Uhlobo lwesiXhobo seSixhobo
Udidi lwesixhobo luhlulwe kwi-Netvox LoRaWAN yosetyenziso lweSixhobo sohlobo lwedoc
Uhlobo lweNgxelo-1 byte-umboniso weNetvoxPayLoadData, ngokohlobo lwesixhobo
iNetvoxPayLoadData– Ii-bytes ezizinzileyo (Zilungisiwe =8bytes)
Iingcebiso

1. Ibhetri Voltage:
   IVoltagIxabiso lika-e lincinci 0 ~ bit 6, bit 7=0 ngumthamo wesiqhelotage, kwaye bit 7=1 ngumthamo ophantsitage.
   Ibhetri=0xA0, yokubini=1010 0000, ukuba bit 7= 1, ithetha ivolthi ephantsitage.
   Eyona voltage ngu 0010 0000 = 0x20 = 32, 32*0.1v =3.2v
2. Ipakethi yoguqulelo:
   Xa Uhlobo lweNgxelo = 0x00 yipakethi yenguqulo, efana ne-01C4000A0B202005200000, i-firmware version yi-2020.05.20
3. Ipakethi yedatha:
   Xa Uhlobo lweNgxelo=0x01 yipakethi yedatha.
4. Ixabiso elisayiniweyo:
   Xa iqondo lokushisa libi, ukuncediswa kwe-2 kufuneka kubalwe.

Isixhobo	Uhlobo lwesiXhobo	Uhlobo lweNgxelo	INetvoxPayLoadData
R718CKAB R718CTAB R718CNAB	0xC4 0xC5 0xCE	0x01	Ibhetri (1 byte) iyunithi: 0.1V	Iqondo lobushushu (Isayinwe ngeebhayithi ezi-2) iyunithi: 0.1°C	Ubushushu bomoya (Esayinwe ngeebhayithi ezi-2) iyunithi:0.01°C	Ukufuma komoya (2 bytes) iyunithi: 0.01%	I-ThresholdAlarm (1 byte) Bit0_LowTemperatureAlarm Bit1_HighTemperatureAlarm Bit2_LowAirTemperatureAlarm Bit3_HighAirTemperatureAlarm Bit4_LowAirHumidityAlarm Bit5_HighAirHumidityAlarm I-Bit6-7:Igciniwe

Example ye-Uplink: 01C40124028A0B0E1A9001
1st byte (01): Version
I-byte ye-2 (C4): Uhlobo lweDivaysi 0xC4-R718CKAB
3rd byte (01): ReportType
4th byte (24): Ibhetri-3.6v, 24 Hex=36 Dec 36*0.1v-3.6v
Ibhayithi yesi-5 yesi-6 (028A): Ubushushu-65°C, 028A(HEX)=650(DEC), 650*0.1°C =65.0°C
7th 8th byte (0B0E): Ubushushu boMoya-28.3 ° C, OB0E(HEX) = 2830 (DEC), 2830 * 0.01 ° C =28.30 ° C
9th 10th byte (1490): Air Humidity-68%, 1A90(HEX)=6800(DEC),6800*0.01%=68.00%
11th byte (01): I-Alarm ye-Threshold-Low Low Temperature, Bit 0 =1 0000 0001
5.2 Eksample ye ConfigureCmd
I-FPort: 0x07

Iibhayithi	1	1	Var (Lungisa = 9 Bytes)
	CmdID	Uhlobo lwesiXhobo	INetvoxPayLoadData

CmdID– 1 byte
I-DeviceType- 1 byte - Uhlobo lwesiXhobo seSixhobo
I-NetvoxPayLoadData– var bytes (Ubukhulu = 9bytes)

Inkcazo	Isixhobo	Cmd ID	Uhlobo lwesiXhobo	INetvoxPayLoadData
Lungiselela IngxeloReq	R718CKAB R718CTAB R718CNAB	0x01	0xC4 0xC5 0xCE	MinTime (2 bytes) Iyunithi: s	MaxTime (2 bytes) Iyunithi: s	Ukutshintsha kwebhetri (1 byte) Iyunithi: 0.1v	Utshintsho lobushushu (1 byte) Iyunithi: 1℃		Ukutshintsha koBubushushu bomoya (1 byte) iYunithi: 1℃	Utshintsho lweAirHumid (1 byte) iYunithi: 1%	Igciniwe (ibhayithi enye) Zinzile 1x0
Config ReportRsp		0x81		Ubume (0x00_success)				Igciniwe (8 Bytes, Fixed 0x00)
ReadConfig ReportReq		0x02		Igciniwe (9 Bytes, Fixed 0x00)
ReadConfig ReportRsp		0x82		MinTime (2 bytes) Iyunithi: s	MaxTime (2 bytes) Iyunithi: s	Ukutshintsha kwebhetri (1 byte) Iyunithi: 0.1v	Utshintsho lobushushu (1 byte) Iyunithi: 1℃		Utshintsho lobushushu bomoya (1 byte) Iyunithi: 1℃	Utshintsho lweAirHumid (1 byte) iYunithi: 1%	Igciniwe (ibhayithi enye) Zinzile 1x0

1. Qwalasela iiparamitha zengxelo ye-R718CKAB:
   MinTime = 1min (0x3c), MaxTime = 1min (0x3c), BatteryChange = 0.1v (0x01), TemperatureChange = 5℃ (0x05),
   AirTemperatureChange=5℃ (0x05), AirHumidChange=5% (0x05)
   Ikhonkco elisezantsi: 01C4003C003C0105050500
   Impendulo: 81C4000000000000000000 (impumelelo yoqwalaselo)
   81C4010000000000000000 (Ukusilela kuqwalaselo)
2. Funda Ubumbeko:
   Ikhonkco ezantsi: 02C4000000000000000000
   Impendulo: 82C4003C003C0105050500 (Ulungelelwaniso lwangoku)

5.3 Eksample yeGlobalCalibrateCmd
I-FPort: 0x0E

Inkcazo	Cmd ID	Uhlobo Lwenzwa	Umthwalo ohlawulwayo (Lungisa = 9 Bytes)
SetGlobal CalibrateReq SetGlobal CalibrateRsp	0x01 0x81	0x01 Ubushushu	Isitishi (ibhayithi enye) 0_Ijelo1, 1_Ijelo2, njl Isitishi (ibhayithi enye) 0_Ijelo1, 1_Ijelo2, njl	Isiphindaphindi (iibytes ezi-2, ayityikitywanga) Ubume (ibhayithi enye, 0x00_impumelelo)		Isahluli (iibytes ezi-2, ayityikitywanga)	DeltValue (iibytes ezi-2, Isayiniwe)	Igciniwe (iibytes ezi-2, Zilungisiwe 0x00)
						Igciniwe (7 bytes, Fixed 0x00)
GetGlobal CalibrateReq	0x02 0x82	0x02 Ukufuma	Isitishi (ibhayithi enye) 0_Ijelo1, 1_Ijelo2, njl. Isitishi (ibhayithi enye) 0_Ijelo1, 1_Ijelo2, njl.	Igciniwe (8 Bytes, Fixed 0x00)
GetGlobal CalibrateRsp				Isiphindaphindesi (2 bytes, Unsigned)		Isahluli (2 bytes, ayityikitywanga)	DeltValue (iibytes ezi-2, Isayiniwe)	Igciniwe (2 bytes, Fixed 0x00)
ClearGlobal CalibrateReq	0x03	Igciniwe (10 Bytes, Fixed 0x00)
ClearGlobal CalibrateRsp	0x83	Ubume (1 Byte, 0x00_success)			Igciniwe (9 Bytes, Fixed 0x00)

Isimbo Senzwa- byte
0x01_Isivamvo sobushushu (ubushushu beThermocouple kunye nobushushu bomoya)
0x02_Inzwa yokufuma
Ijelo - byte
0x00_ Ubushushu beThermocouple
0x01_Ubushushu boMoya
0x02_ Ukufuma komoya
※ Iyunithi:
Ubushushu beThermocouple: 0.1°C
Ubushushu bomoya: 0.01°C
Ukufuma komoya: 0.01%

1. Ukulinganisa i-R718CKAB thermocouple iqondo lokushisa ngokunyusa i-10℃ Uhlobo lwe-Sensor: 0x01 Channel: 0x00, Multiplier: 0x0001, Divisor: 0x001, DeltValue: 0x0064
   Ezantsi: 0101000001000100640000
   Impendulo: 8101000000000000000000
   8101000100000000000000
   // 0064 Hex = 100 Dec, 100*0.1°C=10°C
   // Impumelelo yoqwalaselo
   // Ukungaphumeleli koqwalaselo
2. Funda Ubumbeko:
   Ezantsi: 0201000000000000000000
   Impendulo: 8201000001000100640000
   // Ubumbeko lwangoku

5.4 Seta/GetSensorAlarmThresholdCmd
I-Fport: 0x10
Phawula: Ixabiso lomqobo lingamiselwa ngabasebenzisi.
Ukuba umenzi woluvo ubonisa i-0xFFFFFFFF, umsebenzi we-threshold ophezulu / ophantsi uvaliwe.

CmdDescriptor	CmdID (ibhayithi enye)	Ukuhlawula (10 bytes)
SetSensorAlarm ThresholdReq	0x01	Ijelo (1 byte) 0x00_Channel1, 0x01_Chanel2, 0x02_Channel3, njalo njalo)	Uhlobo loluvo (ibhayithi e-1) 0x00_Khubaza ZONKE umda womva woluvo. 0x01_Ubushushu, 0x02_Ukufuma,		ISensorHigh Threshold (4 bytes)	ISensorLow Threshold (4 bytes)
SetSensorAlarm ThresholdRsp	0x81	Ubume (0x00_success)		Igciniwe (9 bytes, Fixed 0x00)
GetSensorAlarm ThresholdReq	0x02	Isitishi (1 byte, 0x00_Channel1, 0x01_Chanel2, 0x02_Channel3, njalo njalo)	Uhlobo loluvo (ibhayithi e-1) 0x00_Khubaza ZONKE umda womva woluvo. 0x01_Ubushushu, 0x02_Ukufuma,		Igciniwe (8 bytes, Fixed 0x00)
GetSensorAlarm ThresholdRsp	0x82	Ijelo (1 byte) 0x00_Channel1, 0x01_Chanel2, 0x02_Channel3, njalo njalo)	Uhlobo loluvo (ibhayithi e-1) 0x00_Khubaza ZONKE umda womva woluvo. 0x01_Ubushushu, 0x02_Ukufuma,		ISensorHigh Threshold (4 bytes)	ISensorLow Threshold (4 bytes)

Umjelo - 1byte
0x00_ Ubushushu beThermocouple
0x01_Ubushushu boMoya
0x02_ Ukufuma komoya
※ Iyunithi:
Ubushushu beThermocouple: 0.1°C
Ubushushu bomoya: 0.01°C
Ukufuma komoya: 0.01%

1. Misela i-threshold ephezulu ibe yi-40.5°C kunye ne-low threshold ibe yi-10.5°C.
   Downlink: 0100010000019500000069 // 195Hex=405Dec,405*0.1°C=40.5°C; 69Hex=105Dec,105*0.1°C=10.5°C.
   Impendulo: 8100000000000000000000 // impumelelo yoqwalaselo
2. GetSensorAlarmThresholdReq
   Ezantsi: 0200010000000000000000
   Impendulo: 8200010000019500000069
3.  Khubaza yonke imida yoluvo. (Qwalasela iNdlela yoluvo ku-0)
   Ezantsi: 0100000000000000000000
   Impendulo: 8100000000000000000000

5.5 Eksample ye NetvoxLoRaWANRejoin
(Umyalelo we-NetvoxLoRaWANRejoin kukukhangela ukuba isixhobo sisekwinethiwekhi na. Ukuba isixhobo sicinyiwe, siyakuzimanya kwakhona sibuyele kumsebenzi wothungelwano.)
I-Fport: 0x20

CmdDescriptor	CmdID (ibhayithi enye)	Ukuhlawula (5 bytes)
SetNetvoxLoRaWANRejoinReq	0x01	Phinda uJoyineCheckPeriod (iibytes ezi-4, iYunithi: 1s 0XFFFFFFFF Khubaza iNetvoxLoRaWANRejoinFunction)	Phinda ujoyine i-Byte (1 ibhayithi)
SetNetvoxLoRaWANRejoinRsp	0x81	Ubume (1 byte, 0x00_success)	Igciniwe (4 bytes, Fixed 0x00)
GetNetvoxLoRaWANRejoinReq	0x02	Igciniwe (5 Bytes, Fixed 0x00)
GetNetvoxLoRaWANRejoinRsp	0x82	RejoinCheckPeriod (4 bytes, Unit:1s)	Phinda ujoyine i-Byte (1 ibhayithi)

1. Qwalasela iiparamitha
   RejoinCheckPeriod = 60min (0x00000E10); RejoinThreshold = 3 amaxesha (0x03)
   Ezantsi: 0100000E1003
   Impendulo: 810000000000 (ulungelelwaniso luphumelele)
   810100000000 (ubumbeko lusilele)
2. Funda ubumbeko
   Ezantsi: 020000000000
   Impendulo: 8200000E1003
   Phawula: a. Cwangcisa ukuJoyina kwakhona kwi-CheckThreshold njenge-0xFFFFFFFF ukuyekisa isixhobo ekuzibandakanyeni kwakhona kwinethiwekhi.
   b. Ubumbeko lokugqibela luya kugcinwa njengoseta ngokutsha isixhobo emva koseto lwasefektri.
   c. Useto oluhlala lukhona: RejoinCheckPeriod = 2 (hr) kunye neRejoinThreshold = 3 (amaxesha)

5.5 Eksample yeMinTime/MaxTime logic
Example#1 isekwe kwiMinTime = iyure e-1, iMaxTime = iyure e-1, iNguqulelo eNyekelekayo okt. BatteryVoltageChange =0.1V

Phawula: MaxTime=MinTime. Idatha iya kunikwa ingxelo kuphela ngokweMaxTime (MinTime) ubude nokuba iBatteryVoltageChange ixabiso.
Example#2 isekwe kwiMinTime = 15 Minutes, MaxTime = 1 Iyure, iReportable Change okt. BatteryVoltageChange = 0.1V.

Example#3 isekwe kwiMinTime = 15 Minutes, MaxTime = 1 Iyure, iReportable Change okt. BatteryVoltageChange = 0.1V.

Phawula:

1. Isixhobo sivuka kuphela kwaye senze idatha samphlala ngokweMinTime Interval. Xa ilele ayiqokeleli data.
2. Idatha eqokelelweyo ithelekiswa nedatha yokugqibela echazwe. Ukuba ulwahlulo lwedatha lukhulu kunexabiso leReportableChange, isixhobo sibika ngokwesithuba seMinTime. Ukuba ulwahlulo lwedatha alukho lukhulu kunedatha yokugqibela ebixelwe, isixhobo sibika ngokwexesha leMaxTime.
3. Asikucebisi ukuseta ixabiso leThutyana leMinTime liphantsi kakhulu. Ukuba iMinTime Interval iphantsi kakhulu, isixhobo sivuka rhoqo kwaye ibhetri iya kutsalwa ngokukhawuleza.
4. Nanini na isixhobo sithumela ingxelo, akukhathaliseki nokuba sisiphumo sokohluka kwedatha, ukutyhilwa kweqhosha okanye isithuba seMaxTime, omnye umjikelo wokubalo weMinTime/MaxTime uyaqaliswa.

Ukuhlohla

1. I-Wireless Temperature kunye ne-Humidity Sensor ene-Thermocouple Sensor (R718CXAB) inomazibuthe owakhelwe ngaphakathi. Xa ifakwe, inokudityaniswa kumphezulu wento ngentsimbi efanelekileyo kwaye ikhawuleza.
   Ukwenza ukufakela kukhuseleke ngakumbi, sebenzisa izikrufu (zithengiwe) ukukhusela iyunithi eludongeni okanye kwenye indawo.
2. Xa i-R718CXAB ithelekiswa nexabiso lokugqibela elixeliweyo, ubushushu / utshintsho lobushushu bomoya lugqithise kwi-1 ° C (ehlala ikho), iya kuxela amaxabiso kwithuba le-MinTime.
   Ukuba ayigqithanga kwi-1°C (ehlala ikho), iya kuchaza amaxabiso ngexesha lekhefu leMaxTime.
3. Musa ukubeka yonke iprobe engenastainless kulwelo. Ukutshonisa iprobe kulwelo kungonakalisa ikhompawundi yokutywina kwaye kubangele ukuba ulwelo lungene ngaphakathi kwePCB.

Usetyenziso:

• I-oveni
• Izixhobo zokulawula ishishini
• Ishishini leSemiconductor

Phawula:

1. Sukuyifaka ifowuni kwibhokisi yentsimbi ekhuselekileyo okanye kwindawo enezinye izixhobo zombane ezingqonge oko ukunqanda ukugqithisa okungenazingcingo kweso sixhobo.
2. Musa ukutshonisa i-probe kwizisombululo zekhemikhali, ezifana notywala, i-ketone, i-ester, i-asidi, kunye ne-alkali.
3. Nceda ungasiqhawuli isixhobo ngaphandle kokuba kufuneka ukutshintshwa kweebhetri.
4. Ungayichukumisi i-gasket engenamanzi, ukukhanya kwesalathisi se-LED, izitshixo zokusebenza xa utshintsha iibhetri. Nceda usebenzise i-screwdriver efanelekileyo ukuze uqinise izikhonkwane (ukuba usebenzisa i-screwdriver yombane, kuyacetyiswa ukuba usete i-torque njenge-4kgf) ukuqinisekisa ukuba isixhobo asingeneli.

Ibhetri Passivation

Uninzi lwezixhobo zeNetvox zinikwa amandla yi-3.6V ER14505 Li-SOCl2 (lithium-thionyl chloride) iibhetri ezibonelela ngee-advan ezininzi.tages kuquka izinga eliphantsi lokuzikhupha kunye nokuxinana kwamandla aphezulu. Nangona kunjalo, iibhetri ze-lithium eziphambili ezifana neebhetri ze-Li-SOCl2 ziya kwenza i-passivation layer njengempendulo phakathi kwe-lithium anode kunye ne-thionyl chloride ukuba zigcinwe ixesha elide okanye ukuba ukushisa kokugcina kuphezulu kakhulu. Lo maleko we-lithium chloride uthintela ukuzikhupha ngokukhawuleza okubangelwa kukusabela okuqhubekayo phakathi kwe-lithium nethionyl chloride, kodwa ukudlula kwebhetri kunokukhokelela kwivolthi.tagUkulibaziseka xa iibhetri zifakwa ekusebenzeni, kwaye izixhobo zethu zisenokungasebenzi ngokuchanekileyo kule meko.
Ngenxa yoko, nceda uqinisekise ukuba ukhupha iibhetri kubathengisi abathembekileyo, kwaye kucetyiswa ukuba ukuba ixesha lokugcina lingaphezulu kwenyanga enye ukususela kumhla wokuveliswa kwebhetri, zonke iibhetri kufuneka zisebenze. Ukuba udibana nemeko yokusetyenziswa kwebhetri, abasebenzisi banokuvula ibhetri ukuphelisa i-hysteresis yebhetri.
I-ER14505 iBattery Passivation:
7.1 Uyixela njani ibhetri ifuna isebenze
Xhuma ibhetri entsha ye-ER14505 kwi-resistor ngokuhambelanayo, kwaye ukhangele umthamotage yesekethe.
Ukuba voltage ingaphantsi kwe-3.3V, oko kuthetha ukuba ibhetri ifuna ukusebenza.
7.2 Uyenza isebenze njani ibhetri
a. Qhagamshela ibhetri kwisixhasi ngokunxuseneyo
b. Gcina uxhulumaniso lwe-5 ~ 8 imizuzu
c. Umqulutage yesekethe kufuneka ≧3.3, ebonisa ukusebenza ngempumelelo.

Uphawu	Ukunyangwa komthwalo	Ixesha lokuvula	Ukuqaliswa kwangoku
NHTONE	165 Ω	imizuzu 5	20mA
RAMWAY	67 Ω	imizuzu 8	50mA
EVE	67 Ω	imizuzu 8	50mA
SAFT	67 Ω	imizuzu 8	50mA

Phawula: Ukuba uthenga iibhetri ngaphandle kwaba benzi bane bangentla, ixesha lokuvula ibhetri, ukusebenza kwangoku, kunye noxhathiso olufunekayo lomthwalo luya kuxhomekeka ikakhulu kwisaziso somenzi ngamnye.

Imiyalelo Yesondlo Esibalulekileyo

Nceda unike ingqwalasela koku kulandelayo ukuze ufezekise ugcino olungcono lwemveliso:

• Gcina isixhobo somile. Imvula, ukufuma, okanye naluphi na ulwelo lunokuthi luqulathe iiminerali luze ludle iisekethe zombane. Ukuba isixhobo siba manzi, nceda usomise ngokupheleleyo.
• Musa ukusebenzisa okanye ukugcina isixhobo kwindawo enothuli okanye emdaka. Inokonakalisa amalungu ayo asusekayo kunye nezixhobo ze-elektroniki.
• Musa ukugcina ifowuni phantsi kweemeko ezishushu kakhulu. Ubushushu obuphezulu bunokubenza bufutshane ubomi bezixhobo zombane, butshabalalise iibhetri, bugqwethe okanye bunyibilikise ezinye iindawo zeplastiki.
• Musa ukusigcina isixhobo kwiindawo ezibanda kakhulu. Ngaphandle koko, xa iqondo lokushisa liphakama, umswakama owenziwe ngaphakathi kwesixhobo uya kulimaza ibhodi.
• Ungasigibi, usinkqonkqoze okanye usishukumise isixhobo eso. Ukuphathwa kakubi kwezixhobo kunokutshabalalisa iibhodi zeesekethe zangaphakathi kunye nezakhiwo ezibuthathaka.
• Musa ukusicoca isixhobo ngeekhemikhali ezomeleleyo, izicoci, okanye izicoci ezinamandla.
• Musa ukusebenzisa isixhobo ngepeyinti. I-smudges inokusithintela isixhobo kwaye ichaphazele umsebenzi.
• Musa ukuphosa ibhetri emlilweni, okanye ibhetri iya kudubula. Iibhetri ezonakeleyo nazo zinokugqabhuka.
  Konke oku kungasentla kusebenza kwisixhobo sakho, ibhetri, kunye nezixhobo. Ukuba nasiphi na isixhobo asisebenzi kakuhle, nceda usithathe usise kwinkonzo ekufuphi egunyazisiweyo ukuze silungiswe.

Izilumkiso zoFakelo lwaNgaphandle

Ngokutsho kweKlasi yoKhuseleko lwe-Enclosure (ikhowudi ye-IP), isixhobo sihambelana nomgangatho we-GB 4208-2008, olingana ne-IEC 60529: i-2001 degrees yokukhusela enikezelwa yi-enclosures (IP Code).
Indlela yoVavanyo oluMgangatho we-IP:
IP65: fafaza isixhobo kuwo onke amacala phantsi kwe-12.5L/min ukuhamba kwamanzi nge-3min, kunye nomsebenzi wangaphakathi we-elektroniki uqhelekileyo.
I-IP65 ikhusela uthuli kwaye iyakwazi ukukhusela umonakalo owenziwe ngamanzi aphuma kwimibhobho macala onke ukusuka kwizinto ezihlaselayo zombane. Ingasetyenziswa ngokubanzi ngaphakathi kunye neendawo ezikhuselekileyo zangaphandle. Ufakelo kwiimeko zemozulu ezimandundu okanye ukuba sesichengeni selanga nemvula kungonakalisa amalungu esixhobo. Abasebenzisi banokufuna ukufaka isixhobo phantsi kwe-awning (umzobo 1) okanye bajongane necala nge-LED kunye nesitshixo sokusebenza ezantsi (umzobo 2) ukunqanda. iinkqubo zininzi. IP67: isixhobo sintywiliselwa kwi-1m yamanzi anzulu ngemizuzu engama-30, kwaye umsebenzi wangaphakathi we-elektroniki uqhelekile.

Amaxwebhu / Izibonelelo

I-netvox yoBubushushu obungenazingcingo kunye neSensor yokufuma kunye neSensor ye-Thermocouple [pdf] Incwadi yokusebenzisa I-R718CKAB, i-R718CTAB, i-R718CNAB, i-R718CKAB i-Wireless Temperature kunye ne-Humidity Sensor, i-R718CKAB, i-Wireless Temperature kunye ne-Humidity Sensor, i-Temperature kunye ne-Humidity Sensor, i-Humidity Sensor

Iimbekiselo

• Incwadi yokusebenzisa