I-Wireless Temperature ne-Humidity Sensor enenzwa ye-Thermocouple
R718CKAB_R718CTAB_R718CNAB
Imaniwali yosebenzisayo

I-Wireless Temperature ne-Humidity Sensor enenzwa ye-Thermocouple

Copyright©Netvox Technology Co., Ltd.
Lo mbhalo uqukethe ulwazi lobunikazi lobunikazi okuyindawo ye-NETVOX Technology. Izogcinwa ngokuthenjwa okuqinile futhi ngeke idalulwe kwamanye amaqembu, ngokuphelele noma ingxenye, ngaphandle kwemvume ebhaliwe ye-NETVOX Technology. Imininingwane ingashintsha ngaphandle kwesaziso sangaphambili.

Isingeniso

R718CKAB
Inzwa yezinga lokushisa/umswakamo kanye ne-thermocouple yohlobo lwe-K ingathola izinga lokushisa, umswakama, nezinga lokushisa langaphezulu lento. Ibanga lokulinganisa izinga lokushisa elingu-R718CK lingu -40°C kuya ku-+375°C. I-R718CK inezici zokulandelana okuhle, amandla amakhulu e-electromotive eshisayo, ukuzwela okuphezulu, nokuzinza. Akufanele isetshenziswe ezindaweni ezine-sulfuric, ukunciphisa, i-oxidizing, i-vacuum atmospheres, noma i-oxidizing atmospheres ebuthakathaka.
I-R718CTAB
Inzwa yezinga lokushisa/umswakama kanye ne-T-type thermocouple ingakwazi ukubona izinga lokushisa, umswakama, kanye nezinga lokushisa langaphezulu lento. Izinga lokushisa elilinganisa u-R718CT lingu-40°C kuya ku-+125°C kodwa lisebenza ngokuzinza kakhulu ebangeni lika -40°C kuya ku-0°C.
I-R718CNAB
Inzwa yezinga lokushisa/umswakamo kanye ne-thermocouple yohlobo lwe-N ingathola izinga lokushisa, umswakama, kanye nezinga lokushisa langaphezulu lento. Ibanga lokulinganisa izinga lokushisa lika-R718CK lingu-40°C kuya ku-+800°C, elibanzi kunezinye izinhlobo zama-thermocouples.
I-LoRa Wireless Technology
I-LoRa ubuchwepheshe bokuxhumana obungenantambo obusebenzisa amasu afana nokuxhumana okude nokusetshenziswa kwamandla aphansi. Uma kuqhathaniswa nezinye izindlela zokuxhumana, amasu we-LoRa wokuguquguquka kwe-spectrum akhulisa kakhulu ibanga lokuxhumana. Isetshenziswa ekuxhumaneni okungenazintambo okude nokwedatha ephansi njengokufunda imitha okuzenzakalelayo, okokusebenza okuzenzakalelayo kwesakhiwo, amasistimu okuphepha angenantambo, nohlelo lokulawula lokuqapha lwezimboni. Izici zifaka usayizi omncane, ukusetshenziswa kwamandla okuphansi, ibanga elide lokudlulisela, nekhono lokulwa nokuphazamiseka.
I-LoRaWAN
I-LoRaWAN yakhe izindinganiso nezindlela zokuphela kwe-LoRa, iqinisekisa ukusebenzisana phakathi kwamadivayisi namasango avela kubakhiqizi abahlukene.

Ukubukeka

Izici

• Imojuli yokuxhumana engenantambo ye-SX1276
• 2 ER14505 ibhethri ngokuhambisana (AA usayizi 3.6V webhethri ngalinye)
• Isilinganiso se-IP65
• Isisekelo sikazibuthe
• Ukutholwa kwe-thermocouple
• Ukutholwa kwezinga lokushisa nokuswakama
• Ihambisana nedivayisi ye-LoRaWAN TM Class A
• I-spectrum yokusabalalisa i-frequency hopping
• Sekela amapulatifomu ezinkampani zangaphandle: Actility/ThingPark, TTN, MyDevices/Cayenne
• Idizayini yamandla aphansi wempilo ende yebhethri
  Qaphela: Sicela uvakashele http://www.netvox.com.tw/electric/electric_calc.html ngokubala impilo yebhethri nolunye ulwazi oluningiliziwe.

Setha Imiyalo

Khanyisa cisha

Vula	Faka amabhethri. (Umsebenzisi angase adinge i-screwdriver ukuze avule ikhava yebhethri.)
Vula	Cindezela bese ubamba inkinobho yokusebenza imizuzwana emi-3 kuze kukhanye inkomba eluhlaza.
Vala (Ukusetha kabusha kwasefekthri)	Cindezela bese ubamba inkinobho yokusebenza imizuzwana emi-5 kuze kube yilapho inkomba eluhlaza ikhanya izikhathi ezingama-20.
Vala amandla	Susa Amabhethri.
Qaphela	1. Uma umsebenzisi ekhipha futhi efaka ibhethri; idivayisi kufanele icishwe ngokuzenzakalelayo. 2. 5 amasekhondi ngemva kokukhanyisa, idivayisi izoba kumodi yokuhlola yobunjiniyela. 3. Isikhawu sokuvula/ukuvala siphakanyiswa ukuthi sibe yimizuzwana eyi-10 ukuze kugwenywe ukuphazamiseka kwe-capacitor inductance nezinye izingxenye zokugcina amandla.

Ukujoyina Inethiwekhi

Awuzange ujoyine inethiwekhi	Vula idivayisi ukuze useshe inethiwekhi ukuze ujoyine. Inkomba eluhlaza ihlala ivuliwe imizuzwana emi-5: Impumelelo Inkomba eluhlaza ihlala ivaliwe: Yehlulekile
Ujoyine inethiwekhi (ngaphandle kokusetha kabusha kwasekuqaleni)	Vula idivayisi ukuze useshe inethiwekhi yangaphambilini ukuze ujoyine. Inkomba eluhlaza ihlala ivuliwe imizuzwana emi-5: Impumelelo Inkomba eluhlaza ihlala ivaliwe: Yehlulekile
Yehlulekile ukujoyina inethiwekhi	Sicela uhlole imininingwane yokuqinisekisa idivayisi esangweni noma uxhumane nomhlinzeki wakho wesiphakeli sengxenyekazi.

Ukhiye Womsebenzi

Cindezela bese ubamba imizuzwana emi-5	Setha kabusha kusilungiselelo sasekuqaleni/Vala Inkomba eluhlaza ikhanya izikhathi ezingama-20: Impumelelo Inkomba eluhlaza ihlala ivaliwe: Yehlulekile
Cindezela kanye	Idivayisi kunethiwekhi: inkomba eluhlaza ibaneka kanye bese ithumela umbiko. Idivayisi hhayi kunethiwekhi: inkomba eluhlaza ihlala ivaliwe

Imodi Yokulala

Idivayisi ivuliwe futhi ikunethiwekhi

Isikhathi sokulala: Isikhawu esincane. Uma ukuguqulwa kombiko kudlula inani lokusetha noma isimo sishintsha, idivayisi izothumela umbiko wedatha ngokusekelwe ku-Min Interval.

I-Vol ephansitage Isexwayiso

I-Vol ephansitage

3.2 V

Umbiko Wedatha

Idivayisi izothumela ngokushesha umbiko wephakethe lenguqulo kanye nephakethe le-uplink elihlanganisa izinga lokushisa kanye nomthamo webhethritage
Idivayisi ithumela idatha ngokusekelwe ekucushweni okuzenzakalelayo ngaphambi kokuba noma yikuphi ukumisa kwenziwe.
Okuzenzakalelayo:
Isikhawu esikhulu: 0x0384 (900s)
Isikhawu esincane: 0x0384 (900s) (Ihlola ngokuzenzakalela ivolumu yamanjetagnjalo Ngaso sonke isikhathi)
I-BatteryChange: 0x01 (0.1V)
Ukushintsha kwezinga lokushisa:0x01 (1°C)
Ukushintsha kwe-AirTemperature: 0x01 (1℃)
Ukushintsha kwe-AirHumid: 0x01 (1%)
Qaphela:

1. Isikhathi semibiko yedatha singahluka ngenxa ye-firmware.
2. Isikhawu phakathi kwemibiko emibili kufanele kube yisikhathi esincane.
3. Sicela uhlole idokhumenti ye-Netvox LoRaWAN Application Command kanye ne-Netvox Lora Command Resolver http://cmddoc.netvoxcloud.com/cmddoc ukuxazulula idatha ye-uplink.

Ukucushwa kombiko wedatha nesikhathi sokuthumela kungokulandelayo:

Isikhawu esincane (Iyunithi: isekhondi)	Isikhawu esikhulu (Iyunithi: isekhondi)	Ushintsho Olubikekayo	Ushintsho Lwamanje≥ Ushintsho Olubikekayo	Ushintsho Lwamanje ＜ Ushintsho Olubikekayo
Noma iyiphi inombolo ephakathi kuka-1–65535	Noma iyiphi inombolo ephakathi kuka-1–65535	Ayikwazi ukuba ngu-0	Bika Ngesikhawu Esincane ngasinye	Bika Ngesikhawu Esiphezulu

5.1 Isbampi-ReportDataCmd
I-FPort: 0x06

Amabhayithi	1	1	1	I-Var(Lungisa=8 Amabhayithi)
	Inguqulo	Uhlobo lwedivayisi	ReportType	INetvoxPayLoadData

Inguqulo - 1 byte –0x01——Inguqulo ye-NetvoxLoRaWAN Application Command Version
I-DeviceType- 1 byte - Uhlobo Lwedivayisi Yedivayisi
Uhlobo lwedivayisi lusohlwini lwe-Netvox LoRaWAN Application Devicetype idokhumenti
ReportType - 1 byte -ukwethulwa kwe-NetvoxPayLoadData, ngokohlobo lwedivayisi
I-NetvoxPayLoadData– Amabhayithi alungisiwe (Fixed =8bytes)
Amathiphu

1. Ibhethri Voltage:
   IVoltagI-e value i-bit 0 ~ bit 6, ibhithi 7=0 iyivolumu evamiletage, futhi ibhithi 7=1 inevolumu ephansitage.
   Ibhethri=0xA0, kanambambili=1010 0000, uma ibhithi elingu-7= 1, lisho ivolumu ephansitage.
   Ivolumu yangempelatage ithi 0010 0000 = 0x20 = 32, 32*0.1v =3.2v
2. Iphakethe lenguqulo:
   Uma Uhlobo Lombiko=0x00 kuyinguqulo yephakethe, njengokuthi 01C4000A0B202005200000, inguqulo ye-firmware ithi 2020.05.20
3. Iphakethe ledatha:
   Lapho Uhlobo Lombiko=0x01 luyiphakethe ledatha.
4. Inani Elisayiniwe:
   Uma izinga lokushisa liyinegethivu, ukugcwalisa kuka-2 kufanele kubalwe.

Idivayisi	Uhlobo Lwedivayisi	Uhlobo lombiko	INetvoxPayLoadData
R718CKAB R718CTAB R718CNAB	0xC4 0xC5 0xCE	0x01	Iyunithi yebhethri (ibhayithi elingu-1):0.1V	Izinga lokushisa (Kusayinwe amabhayithi angu-2): 0.1°C	I-AirTemperature (Iyunithi yamabhayithi esayinwe angu-2):0.01°C	Iyunithi ye-AirHumidity (2 bytes): 0.01%	I-ThresholdAlarm (1 byte) Bit0_LowTemperatureAlarm Bit1_HighTemperatureAlarm Bit2_LowAirTemperatureAlarm Bit3_HighAirTemperatureAlarm Bit4_LowAirHumidityAlarm Bit5_HighAirHumidityAlarm I-Bit6-7:Igodliwe

ExampInombolo yomthetho: 01C40124028A0B0E1A9001
Ibhayithi yoku-1 (01): Inguqulo
Ibhayithi yesi-2 (C4): Uhlobo Lwedivayisi 0xC4-R718CKAB
3rd byte (01): ReportType
Ibhayithi yesi-4 (24): Ibhethri-3.6v, 24 Hex=36 Dec 36*0.1v-3.6v
Ibhayithi yesi-5 yesi-6 (028A): Izinga lokushisa-65°C, 028A(HEX)=650(DEC), 650*0.1°C =65.0°C
Ibhayithi yesi-7 (8B0E): Izinga lokushisa Lomoya-0°C, OB28.3E(HEX)=0(DEC), 2830*2830°C =0.01°C
Ibhayithi yesi-9 yesi-10 (1490): Umswakamo Womoya-68%, 1A90(HEX)=6800(DEC), 6800*0.01%=68.00%
Ibhayithi engu-11 (01): I-alamu ye-Threshold Alarm-Low Temperature, Bit 0 =1 0000 0001
5.2 Isbampingxenye ye-ConfigureCmd
I-FPort: 0x07

Amabhayithi	1	1	I-Var (Lungisa = 9 Bytes)
	CmdID	Uhlobo lwedivayisi	INetvoxPayLoadData

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

Incazelo	Idivayisi	Cmd ID	Uhlobo Lwedivayisi	INetvoxPayLoadData
Lungiselela umbikoReq	R718CKAB R718CTAB R718CNAB	0x01	0xC4 0xC5 0xCE	I-MinTime (2 amabhayithi) Iyunithi: s	I-MaxTime (2 amabhayithi) Iyunithi: s	Ukushintsha Ibhethri (ibhayithi elingu-1): 0.1v	Ukushintsha kwezinga lokushisa (ibhayithi elingu-1) Iyunithi: 1℃		Ukushintsha Kwezinga lokushisa Lomoya (ibhayithi elingu-1): 1℃	Iyunithi Yokushintsha I-AirHumid (ibhayithi elingu-1): 1%	Kugciniwe (ibhayithi elingu-1) Kulungisiwe 0x00
Lungiselela i-ReportRsp		0x81		Isimo (0x00_success)				Kugciniwe (8 Bytes, Fixed 0x00)
ReadConfig ReportReq		0x02		Kugciniwe (9 Bytes, Fixed 0x00)
FundaConfig ReportRsp		0x82		I-MinTime (2 amabhayithi) Iyunithi: s	I-MaxTime (2 amabhayithi) Iyunithi: s	Ukushintsha Ibhethri (ibhayithi elingu-1): 0.1v	Ukushintsha kwezinga lokushisa (ibhayithi elingu-1) Iyunithi: 1℃		Ukushintsha Kwezinga lokushisa Lomoya (ibhayithi elingu-1) Iyunithi: 1℃	Iyunithi Yokushintsha I-AirHumid (ibhayithi elingu-1): 1%	Kugciniwe (ibhayithi elingu-1) Kulungisiwe 0x00

1. Lungiselela amapharamitha wombiko we-R718CKAB:
   MinTime = 1min (0x3c), MaxTime = 1min (0x3c), BatteryChange = 0.1v (0x01), TemperatureChange = 5℃ (0x05),
   I-AirTemperatureChange=5℃ (0x05), i-AirHumidChange=5% (0x05)
   Isixhumanisi esingezansi: 01C4003C003C0105050500
   Impendulo: 81C4000000000000000000 (Impumelelo yokucushwa)
   81C4010000000000000000 (ukwehluleka ukuhlela)
2. Funda Ukucushwa:
   Isixhumanisi esingezansi: 02C4000000000000000000
   Impendulo: 82C4003C003C0105050500 (Ukucushwa kwamanje)

5.3 IsbampI-GlobalCalibrateCmd
I-FPort: 0x0E

Incazelo	Cmd ID	Uhlobo lwenzwa	I-PayLoad (Lungisa = 9 Bytes)
SethaGlobal CalibrateReq SethaGlobal CalibrateRsp	0x01 0x81	0x01 Izinga lokushisa	Isiteshi (ibhayithi elingu-1) 0_Isiteshi1, 1_Channel2, njll Isiteshi (ibhayithi elingu-1) 0_Isiteshi1, 1_Channel2, njll	Isiphindaphinda (2 amabhayithi, Akusayiniwe) Isimo (1 ibhayithi, 0x00_impumelelo)		Isihlukanisi (2 amabhayithi, Akusayiniwe)	I-DeltValue (2 amabhayithi, Kusayinwe)	Igodliwe (2 amabhayithi, Kulungisiwe 0x00)
						Kugciniwe (7 bytes, Fixed 0x00)
GetGlobal CalibrateReq	0x02 0x82	0x02 Umswakama	Isiteshi (ibhayithi elingu-1) 0_Isiteshi1, 1_Isiteshi2, njll. Isiteshi (ibhayithi elingu-1) 0_Isiteshi1, 1_Isiteshi2, njll.	Kugciniwe (8 Bytes, Fixed 0x00)
GetGlobal CalibrateRsp				Isiphindaphinda (2 bytes, Unsigned)		Isihlukanisi (2 bytes, Akusayiniwe)	I-DeltValue (2 amabhayithi, Kusayinwe)	Kugciniwe (2 bytes, Fixed 0x00)
ClearGlobal CalibrateReq	0x03	Kugciniwe (10 Bytes, Fixed 0x00)
ClearGlobal CalibrateRsp	0x83	Isimo (1 Byte, 0x00_success)			Kugciniwe (9 Bytes, Fixed 0x00)

Uhlobo lwenzwa - byte
0x01_Inzwa Yokushisa (Izinga lokushisa le-Thermocouple nezinga lokushisa lomoya)
0x02_Inzwa Yomswakama
Isiteshi - byte
0x00_ I-Thermocouple Temperature
0x01_Izinga lokushisa Lomoya
0x02_ Umswakamo Womoya
※ Iyunithi:
Izinga lokushisa le-Thermocouple: 0.1°C
Izinga lokushisa lomoya: 0.01°C
Umswakama womoya: 0.01%

1. Linganisa inzwa yokushisa ye-thermocouple engu-R718CKAB ngokukhuphula uhlobo lwenzwa engu-10℃: 0x01 Channel: 0x00, Multiplier: 0x0001, Divisor: 0x001, DeltValue: 0x0064
   Ezansi: 0101000001000100640000
   Impendulo: 8101000000000000000000
   8101000100000000000000
   // 0064 Hex = 100 Dec, 100*0.1°C=10°C
   // Impumelelo yokumisa
   // Ukuhluleka kokucushwa
2. Funda Ukucushwa:
   Ezansi: 0201000000000000000000
   Impendulo: 8201000001000100640000
   // Ukucushwa kwamanje

5.4 Setha/GetSensorAlarmThresholdCmd
Isizinda: 0x10
Qaphela: Inani lomkhawulo lingalungiselelwa abasebenzisi.
Uma inzwa ibonisa 0xFFFFFFFF, umsebenzi we-threshold ophezulu / ophansi uyakhutshazwa.

CmdDescriptor	I-CmdID (ibhayithi elingu-1)	Ukukhokha (amabhayithi angu-10)
I-SetSensorAlarm ThresholdReq	0x01	Isiteshi (ibhayithi elingu-1) 0x00_Channel1, 0x01_Chanel2, 0x02_Channel3, njll.)	I-SensorType (1 ibhayithi) 0x00_Khubaza WONKE umkhawulo wenzwa. 0x01_Izinga lokushisa, 0x02_Umswakama,		I-SensorHighthreshold (amabhayithi ama-4)	I-SensorLow Threshold (4 bytes)
SethaI-Alarm yeSensor I-ThresholdRsp	0x81	Isimo (0x00_success)		Kugciniwe (9 bytes, Fixed 0x00)
I-GetSensorAlarm ThresholdReq	0x02	Isiteshi (ibhayithi elingu-1, 0x00_Channel1, 0x01_Chanel2, 0x02_Channel3, njll.)	I-SensorType (1 ibhayithi) 0x00_Khubaza WONKE umkhawulo wenzwa. 0x01_Izinga lokushisa, 0x02_Umswakama,		Kugciniwe (8 bytes, Fixed 0x00)
I-GetSensorAlarm ThresholdRsp	0x82	Isiteshi (ibhayithi elingu-1) 0x00_Channel1, 0x01_Chanel2, 0x02_Channel3, njll.)	I-SensorType (1 ibhayithi) 0x00_Khubaza WONKE umkhawulo wenzwa. 0x01_Izinga lokushisa, 0x02_Umswakama,		I-SensorHighthreshold (amabhayithi ama-4)	I-SensorLow Threshold (4 bytes)

Isiteshi - 1byte
0x00_ I-Thermocouple Temperature
0x01_Izinga lokushisa Lomoya
0x02_ Umswakamo Womoya
※ Iyunithi:
Izinga lokushisa le-Thermocouple: 0.1°C
Izinga lokushisa lomoya: 0.01°C
Umswakama womoya: 0.01%

1. Beka i-threshold ephezulu ibe ngu-40.5°C bese umkhawulo ophansi ube ngu-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 // Ukuphumelela kokucushwa
2. I-GetSensorAlarmThresholdReq
   Ezansi: 0200010000000000000000
   Impendulo: 8200010000019500000069
3.  Khubaza yonke imikhawulo yezinzwa. (Lungisa Uhlobo Lwenzwa lube ngu-0)
   Ezansi: 0100000000000000000000
   Impendulo: 8100000000000000000000

5.5 Isbampi-NetvoxLoRaWANRejoin
(Umyalo we-NetvoxLoRaWANRejoin uwukuhlola ukuthi idivayisi isekunethiwekhi yini. Uma idivayisi inqanyuliwe, izojoyina ngokuzenzakalelayo ibuyele kunethiwekhi.)
Isizinda: 0x20

CmdDescriptor	I-CmdID (ibhayithi elingu-1)	Ukukhokha (amabhayithi angu-5)
SetNetvoxLoRaWANRejoinReq	0x01	I-RejoinCheckPeriod (amabhayithi angu-4, Iyunithi: 1s 0XFFFFFFFF Khubaza Umsebenzi We-NetvoxLoRaWANRejoinFunction)	Joyina kabushaI-Threshold (ibhayithi elingu-1)
SetNetvoxLoRaWANRejoinRsp	0x81	Isimo (1 byte, 0x00_success)	Kugciniwe (4 bytes, Fixed 0x00)
GetNetvoxLoRaWANRejoinReq	0x02	Kugciniwe (5 Bytes, Fixed 0x00)
GetNetvoxLoRaWANRejoinRsp	0x82	I-RejoinCheckPeriod (amabhayithi angu-4, Iyunithi:1s)	Joyina kabushaI-Threshold (ibhayithi elingu-1)

1. Lungiselela amapharamitha
   RejoinCheckPeriod = 60min (0x00000E10); RejoinThreshold = izikhathi ezi-3 (0x03)
   Ezansi: 0100000E1003
   Impendulo: 810000000000 (ukucushwa kuyaphumelela)
   810100000000 (ukuhluleka kokucushwa)
2. Funda ukumisa
   Ezansi: 020000000000
   Impendulo: 8200000E1003
   Qaphela: a. Setha kabusha i-CheckThreshold njenge-0xFFFFFFFF ukuze umise idivayisi ekujoyineni kabusha inethiwekhi.
   b. Ukulungiselelwa kokugcina kuzogcinwa njengokusetha kabusha idivayisi emuva kusilungiselelo sasekuqaleni.
   c. Ukulungiselelwa okuzenzakalelayo: RejoinCheckPeriod = 2 (hr) kanye ne-RejoinThreshold = 3 (izikhathi)

5.5 Isbample ye-MinTime/MaxTime logic
Example#1 ngokusekelwe ku-MinTime = 1 Ihora, i-MaxTime = Ihora elingu-1, Ushintsho Olubikekayo okungukuthi i-BatteryVoltageChange =0.1V

Qaphela: I-MaxTime=MinTime. Idatha izobikwa kuphela ngokuya nge-MaxTime (MinTime) kungakhathaliseki ukuthi i-BatteryVoltagI-eChange value.
Example#2 ngokusekelwe ku-MinTime = 15 Minutes, MaxTime = 1 Ihora, Ushintsho Olubikayo okungukuthi i-BatteryVoltageChange = 0.1V.

Example#3 ngokusekelwe ku-MinTime = 15 Minutes, MaxTime = 1 Ihora, Ushintsho Olubikayo okungukuthi i-BatteryVoltageChange = 0.1V.

Qaphela:

1. Idivayisi ivuka kuphela futhi yenze idatha sampngena ngokuya nge-MinTime Interval. Uma ilele, ayiqoqi idatha.
2. Imininingwane eqoqiwe iqhathaniswa nedatha yokugcina ebikiwe. Uma ukuhluka kwedatha kukhulu kunenani le-ReportableChange, idivayisi ibika ngokuya ngesikhawu se-MinTime. Uma ukuhluka kwedatha kungakhudlwana kunedatha yokugcina ebikiwe, idivayisi ibika ngokuya ngesikhawu se-MaxTime.
3. Asincomi ukusetha inani le-MinTime Interval liphansi kakhulu. Uma i-MinTime Interval iphansi kakhulu, idivayisi ivuka njalo futhi ibhethri izophela maduze.
4. Noma nini lapho idivayisi ithumela umbiko, kungakhathaliseki ukuthi umphumela uvela ekushintshashintsheni kwedatha, inkinobho ephushiwe noma isikhawu se-MaxTime, omunye umjikelezo wokubala we-MinTime/MaxTime uyaqalwa.

Ukufakwa

1. I-Wireless Temperature and Humidity Sensor ene-Thermocouple Sensor (R718CXAB) inozibuthe owakhelwe ngaphakathi. Uma ifakiwe, ingaxhunywa ebusweni bento ngensimbi elula futhi esheshayo.
   Ukuze wenze ukufaka kuvikeleke kakhulu, sebenzisa izikulufu (ezithengiwe) ukuze uvikele iyunithi odongeni noma kwenye indawo.
2. Uma i-R718CXAB iqhathaniswa namanani okugcina abikiwe, izinga lokushisa/ukushintsha kwezinga lokushisa ledlula ku-1°C (okuzenzakalelayo), izobika amanani ngesikhawu se-MinTime.
   Uma ingeqi ku-1°C (okuzenzakalelayo), izobika amanani ngesikhawu se-MaxTime.
3. Ungafaki yonke i-stainless probe oketshezini. Ukucwilisa i-probe oketshezini kungalimaza inhlanganisela yokuvala futhi ngaleyo ndlela kubangele ukuthi uketshezi lungene ngaphakathi kwe-PCB.

Izicelo:

• Ihhavini
• Imishini yokulawula izimboni
• Imboni ye-semiconductor

Qaphela:

1. Ungalufaki ucingo ebhokisini elivikelwe ngensimbi noma endaweni enezinto zikagesi ezizungezile ukugwema ukuphazamisa ukudluliswa kwentambo kocingo.
2. Ungacwilisi uphenyo ezixazululweni zamakhemikhali, njengotshwala, i-ketone, i-ester, i-asidi, ne-alkali.
3. Sicela ungawuqedi ucingo ngaphandle uma kudingeka ukuthi umiselele amabhethri.
4. Ungathinti i-gasket engenamanzi, ilambu lesikhombi se-LED, okhiye bokusebenza lapho ufaka amabhethri esikhundleni. Sicela usebenzise i-screwdriver esifanele ukuqinisa izikulufu (uma usebenzisa i-screwdriver kagesi, kunconywa ukuthi usethe i-torque njenge-4kgf) ukuqinisekisa ukuthi ucingo alunakunqobeka.

Ibhethri Passivation

Amadivayisi amaningi e-Netvox anikwa amandla amabhethri angu-3.6V ER14505 Li-SOCl2 (lithium-thionyl chloride) anikeza ama-advan amaningi.tagkufaka phakathi izinga eliphansi lokuzikhipha kanye nokuminyana kwamandla aphezulu. Kodwa-ke, amabhethri e-lithium ayisisekelo afana namabhethri e-Li-SOCl2 azokwakha isendlalelo sokudlula njengokusabela phakathi kwe-lithium anode ne-thionyl chloride uma egcinwe isikhathi eside noma uma izinga lokushisa lokulondoloza liphezulu kakhulu. Lesi sendlalelo se-lithium chloride sivimbela ukuzikhipha ngokushesha okubangelwa ukusabela okuqhubekayo phakathi kwe-lithium ne-thionyl chloride, kodwa ukudlula kwebhethri kungaholela ku-vol.tagukubambezeleka lapho amabhethri eqala ukusebenza, futhi amadivayisi ethu angase angasebenzi kahle kulesi simo.
Njengomphumela walokho, sicela uqinisekise ukuthi uthola amabhethri kubathengisi abathembekile, futhi kuphakanyiswa ukuthi uma isikhathi sokulondoloza singaphezu kwenyanga eyodwa kusukela ngedethi yokukhiqiza ibhethri, wonke amabhethri kufanele enziwe asebenze. Uma behlangabezana nesimo sokudlula kwebhethri, abasebenzisi bangacupha ibhethri ukuze baqede i-hysteresis yebhethri.
I-ER14505 Ibhethri Passivation:
7.1 Ukutshela kanjani ibhethri kudinga ukuqaliswa
Xhuma ibhethri elisha le-ER14505 kusixhasi ngokuhambisana, bese uhlola ivolumutage wesekethe.
Uma i-voltage ingaphansi kuka-3.3V, kusho ukuthi ibhethri idinga ukuvulwa.
7.2 Ulenza lisebenze kanjani ibhethri
a. Xhuma ibhethri ku-resistor ngokuhambisana
b. Gcina uxhumano imizuzu engu-5~8
c. UmqulutagI-e yesiyingi kufanele ibe ngu-≧3.3, ekhombisa ukusebenza ngempumelelo.

Ibhrendi	Layisha Ukumelana	Isikhathi Sokuqalisa	Ukuqalisa Kwamanje
I-NHTONE	165 Ω	5 imizuzu	20mA
RAMWAY	67 Ω	8 imizuzu	50mA
EVE	67 Ω	8 imizuzu	50mA
SAFT	67 Ω	8 imizuzu	50mA

Qaphela: Uma uthenga amabhethri kwabanye ngaphandle kwabakhiqizi abane abangenhla, isikhathi sokwenza kusebenze ibhethri, ukusebenza kwamanje, kanye nokumelana nomthwalo odingekayo kuzoba ngaphansi kwesimemezelo somkhiqizi ngamunye.

Imiyalelo Yesondlo Ebalulekile

Sicela unake okulandelayo ukuze uzuze ukunakekelwa okungcono kakhulu komkhiqizo:

• Gcina idivayisi yomile. Imvula, umswakama, nanoma yiluphi uketshezi lungase lube namaminerali futhi ngaleyo ndlela kulimaze amasekhethi kagesi. Uma idivayisi iba manzi, sicela usule ngokuphelele.
• Ungalusebenzisi noma ulugcine endaweni enothuli noma engcolile. Ingase ilimaze izingxenye zayo ezikhiphekayo kanye nezingxenye ze-elekthronikhi.
• Ungalugcini ucingo ngaphansi kwezimo ezishisa kakhulu. Amazinga okushisa aphezulu angafinyeza ukuphila kwezinto zikagesi, acekele phansi amabhethri, futhi akhubaze noma ancibilikise izingxenye ezithile zepulasitiki.
• Ungalugcini ucingo ezindaweni ezibanda kakhulu. Uma kungenjalo, lapho izinga lokushisa likhuphuka, umswakama owenziwe ngaphakathi kwedivayisi uzolimaza ibhodi.
• Ungalujikijeli, ungalunqobi, noma ulunyakazise ucingo. Ukuphathwa kabi kwemishini kungacekela phansi amabhodi esekethe angaphakathi nezakhiwo ezintekenteke.
• Ungaluhlanzi ucingo ngamakhemikhali aqinile, okokuhlanza, noma izihlanzi ezinamandla.
• Ungalusebenzisi ucingo ngopende. Ama-smudges angase avimbe idivayisi futhi athinte ukusebenza.
• Ungaliphonsi ibhethri emlilweni, noma ibhethri lizoqhuma. Amabhethri alimele angase aqhume.
  Konke lokhu okungenhla kusebenza kudivayisi yakho, ibhethri, nezisetshenziswa. Uma noma iyiphi idivayisi ingasebenzi kahle, sicela uyiyise esikhungweni sesevisi esigunyaziwe esiseduze ukuze iyokhandwa.

Izinyathelo Zokuqaphela Ukufakwa Kwangaphandle

Ngokwe-Enclosure Protection Class (ikhodi ye-IP), idivayisi ithobelana nezinga le-GB 4208-2008, elilingana ne-IEC 60529:2001 degrees yokuvikela ehlinzekwa yizindawo ezivalekile (IP Code).
Indlela Yokuhlola Ejwayelekile Ye-IP:
IP65: fafaza idivayisi kuzo zonke izinhlangothi ngaphansi kokugeleza kwamanzi okungu-12.5L/min imizuzu emi-3, futhi umsebenzi wangaphakathi we-elekthronikhi ujwayelekile.
I-IP65 ivikela uthuli futhi iyakwazi ukuvimbela umonakalo odalwe amanzi avela emibhobho kuzo zonke izinhlangothi kusukela ezintweni ezisebenza ngogesi ezihlaselayo. Ingasetshenziswa ezindaweni ezijwayelekile zasendlini nezivikelekile zangaphandle. Ukufakwa ezimeni zesimo sezulu esibi kakhulu noma ukuchayeka elangeni nasemvuleni kungalimaza izingxenye zocingo. Abasebenzisi bangase badinge ukufaka idivayisi ngaphansi kwesisitho selanga (fig. 1) noma babhekane nohlangothi nge-LED kanye nokhiye wokusebenza uye phansi (umkhiwane 2) ukuze bagweme. ukungasebenzi kahle. IP67: idivayisi icwiliswa emanzini ajulile angu-1m imizuzu engu-30, futhi umsebenzi wangaphakathi we-elekthronikhi ujwayelekile.

Amadokhumenti / Izinsiza

I-netvox I-Wireless Temperature kanye nenzwa yomswakama enenzwa ye-Thermocouple [pdf] Imaniwali yosebenzisayo I-R718CKAB, R718CTAB, R718CNAB, R718CKAB Wireless Temperature and Humidity Sensor, R718CKAB, Inzwa Yokushisa Okungenantambo Nokuswakama, Inzwa Yezinga lokushisa Nokuswakama, Inzwa Yokuswakama

Izithenjwa

• Imaniwali yosebenzisayo