Isitholi Sedatha Yokushisa Nomswakama Yochungechunge lwe-PR203

Izici

■ UkutholwaSukuchama okungu-0.1s /Cisiteshi

Ngaphansi kwesisekelo sokuqinisekisa ukunemba okungu-0.01%, ukutholwa kwedatha kungenziwa ngesivinini esingu-0.1 S/channel. Kumodi yokutholwa kwe-RTD, ukutholwa kwedatha kungenziwa ngesivinini esingu-0.5 S/channel.

■ InzwaCukuqondiswaFukugcotshwa

Umsebenzi wokuphatha inani lokulungisa ungalungisa ngokuzenzakalelayo idatha yazo zonke iziteshi zokushisa nomswakama ngokuya ngokucushwa komsebenzisi okukhona. Amasethi amaningi edatha yenani lokulungisa angagcinwa kusengaphambili ukuze afane namaqoqo ahlukene ezinzwa zokuhlola.

■OchwepheshePukucubungula kwe-TCRinkombaJukugcotshwa

Ibhulokhi ye-thermostatic ye-aluminium alloy enenzwa yokushisa enembile kakhulu eyakhelwe ngaphakathi inganikeza isinxephezelo se-CJ ngokunemba okungcono kune-0.2℃ yesiteshi sokulinganisa i-thermocouple.

■IsiteshiDukubophaFukugcotshwa

Ngaphambi kokutholwa, kuzobona ngokuzenzakalelayo ukuthi zonke iziteshi zixhunywe yini kuma-sensor. Ngesikhathi sokutholwa, iziteshi ezingaxhunywanga kuma-sensor zizovalwa ngokuzenzakalelayo ngokwemiphumela yokutholwa.

■IsiteshiEi-xpansionFukugcotshwa

Ukwandiswa kwesiteshi kutholakala ngokuxhumanisa amamojula asekelayo, futhi ukuxhumana phakathi kwemojula kanye nomsingathi kudinga kuphela ukuxhunywa ngesixhumi esikhethekile ukuze kuqedwe ukusebenza kokwengeza amamojula.

▲ Imodyuli yokwandisa ye-PR2056 RTD

■ Ongakukhetha WkanyeDry BkonkeMindlela yokwenzaMukukhululekaHubumnene

Uma ulinganisa indawo enomswakama ophezulu isikhathi eside, indlela yebhalbhu emanzi neyomile ingasetshenziswa ekulinganiseni umswakama.

■ OkungaphakathiSi-torageFukugcotshwa,SukwesekwaDi-oubleBukuqoqaOokuyisisekeloDi-ata

Imemori ye-FLASH enkulu eyakhelwe ngaphakathi isekela ukusekela kabili idatha yokuqala. Idatha yokuqala ku-FLASH ingabukwa ngesikhathi sangempela futhi ingakopishwa kudiski ye-U ngokuthunyelwa kwe-one-key, okuthuthukisa ukuphepha nokuthembeka kwedatha.

■ OkungasuswaHumthamo omkhuluLi-ithiumBi-atter

Ibhethri le-lithium elikwazi ukukhishwa elikhulu lisetshenziselwa ukuphakelwa kwamandla futhi kusetshenziswa umklamo wokusetshenziswa kwamandla aphansi. Ingasebenza ngokuqhubekayo isikhathi esingaphezu kwamahora ayi-14, futhi ingagwema ukuphazamiseka kokulinganisa okubangelwa ukusetshenziswa kwamandla e-AC.

■OkungenantamboCukukhulumisanaFukugcotshwa

I-PR203 ingaxhunywa kwezinye izinto eziphathelene ne-peripheral ngenethiwekhi yendawo engenantambo engu-2.4G, isekele ama-acquisitor amaningi ukwenza ukuhlolwa kwensimu yokushisa ngasikhathi sinye, okuthuthukisa ngempumelelo ukusebenza kahle komsebenzi futhi kube lula inqubo yokuxhuma izintambo.

▲Umdwebo wokuxhumana okungenantambo

■InamandlaHikhompyutha ye-umanIukusebenzisanaFukuhlinzwa

Isixhumi sokusebenzisana phakathi kwabantu nekhompyutha esakhiwe ngesikrini sokuthinta sombala kanye nezinkinobho zemishini singanikeza isixhumi sokusebenza esicebile, okuhlanganisa: ukusethwa kwesiteshi, ukusethwa kokutholwa, ukusethwa kwesistimu, ukudweba amajika, ukuhlaziywa kwedatha, ukubuka idatha yomlando kanye nokulinganiswa kwedatha, njll.

▲ I-interface yokusebenza ye-PR203

■Sekela i-Panran Smart Metrology APP

Izitholi zokushisa nomswakama zisetshenziswa kanye ne-PANRAN smart metrology APP ukuze kufezwe ukuqapha okukude ngesikhathi sangempela, ukurekhoda, ukukhipha idatha, i-alamu kanye neminye imisebenzi yamadivayisi axhunyiwe kunethiwekhi; idatha yomlando igcinwa efwini, okuyinto elula ukucutshungulwa kwemibuzo kanye nedatha.

Ukukhetha imodeli