I-thermometer ye-infrared ephephile ngokusetshenziswa kwezimayini

1, Ukubuka konke

I-CWH800(A) I-Intrinsically Safe Infrared Thermometer – Lo mkhiqizo usetshenziselwa ukukala izinga lokushisa lobuso bemishini ezimayini zamalahle. Iyi-thermometer ye-infrared ephathwa ngesandla yobungcweti enomklamo oqinile, okulula ukuyisebenzisa, ukunemba okuphezulu kokulinganisa, kanye nobubanzi bokulinganisa izinga lokushisa. Isetshenziselwa ukukala nokulungisa ezimayini zamalahle. Le thermometer ye-infrared ephathwa ngesandla engathintani ingasetshenziswa ukukala izinga lokushisa lobuso bezinto ezingafaneleki ngezindlela zendabuko zokulinganisa ukuxhumana (njengezinto ezihambayo, izindawo ezisebenza ngogesi, nezinto okunzima ukuzifinyelela, njll.).

2, Izici

Izinga lokushisa eliphezulu elingalinganiswa: 800ºC

Iboniswa ngezinombolo, ngesisombululo esingaphansi kuka-0.1ºC, futhi ingabonisa inani elihle noma elibi lokufundwa okubonisiwe.
Ingenza i-alamu yokushisa okuphezulu, i-alamu yokushisa okuphansi, kanye nokusetha ipharamitha yokukhipha umoya
Ingalinganisa amazinga okushisa aphezulu naphansi futhi igcine idatha
Ingagcina okungenani amaphuzu amathathu okulinganisa edatha futhi ingalungisa kabusha noma isule amaphuzu edatha
Ine-laser ambing, enesibonisi somthombo wokukhanya, ukukhiya okuzenzakalelayo kokufunda kanye nomsebenzi wokuvala okuzenzakalelayo
Ingasebenzisa i-laser kanye nokukhanya kwangemuva ngokujwayelekile
Imodi yokulinganisa: isilinganiso sokushisa kwephuzu
Izinkinobho zokuguqula ze-ºC/ºF kanye nokukhiya kwe-trigger
Inesibonisi se-voltage yamandla, isibonakaliso se-under-voltage, kanye nomsebenzi wokuvala okuzenzakalelayo lapho i-under-voltage
Ukunikezwa kwamandla okuvikela ukuqhuma: ibhethri elilodwa le-9V

3, Imisebenzi
1) Ukunemba okuyisisekelo: Thatha inani elikhulu phakathi kuka-±1.5% noma u-1.5˚C.
2) Ibanga lokushisa: 0ºC kuya ku-300ºC, izinga lokushisa eliphezulu: -25°C kuya ku-380°C, -13°F kuya ku-716°F.
3) Izinga lokukhishwa komoya: amazinga angu-4 enani elisethwe ngaphambilini, kanye nokulungiswa okwenziwe ngezifiso ngaphakathi kobubanzi obungu-0.1 kuya ku-0.99.
4) Isilinganiso sebanga: (D:S) 24:1
5) Isixazululo sokulinganisa: 0.1˚C / ˚F
6) Isikhathi sokuphendula: 150ms
7) Ububanzi bobude bamagagasi: 8 μm – 14 μm
8) Isikhombisi se-laser: Imisebe emibili ye-laser, yokukhiya endaweni yokulinganisa izinga lokushisa
9) I-Thermal imaging detector: I-micro-thermal radiation sensor focal plane array (FPA) engenisiwe (i-FPA)
10) I-Shutter: I-shutter ezenzakalelayo ehlanganisiwe
11) Isixazululo sesithombe: (Ububanzi x Ukuphakama) Amaphikseli angu-4800 (80 x 60)
12) Inkundla yokubuka: (ukuphakama x ububanzi) 50° x 38.6°
13) Ukuzwela kwezithombe ezishisayo: 150mk
14) Izinga lohlaka: 9Hz
15) Iphalethi: Imibala emibili (omhlophe ompunga, obomvu wensimbi)
16) Ifomethi yesithombe yokulondoloza: Isithombe se-Bitmap (BMP) esinolwazi lokushisa kanye nokukhishwa kwegesi
17) Uhlobo lokubonisa: 2.0″ TFT LCD
18) Isixazululo sesibonisi (ububanzi x ukuphakama): amaphikseli angu-38720 (176×220), Usayizi wesikrini: 80*60mm
19) Umsebenzi wokuvala okuzenzakalelayo: Uyatholakala (ungasethwa ngemenyu - iphuzu eli-1, amaphuzu ama-2, amaphuzu ama-5, amaphuzu ayi-10, KUVALIWE)
20) Isikhathi sokusetshenziswa kwebhethri okuqhubekayo: Ukusetshenziswa okuvamile: Izinsuku zokusebenza ezi-5 (amahora angu-8 ngosuku lokusebenza); Ukusetshenziswa okuqhubekayo: amahora angu-8
21) Ikhadi lememori: Ikhadi le-SD elingu-8GB min
22) Izinga lokushisa lokusebenza: -10˚C kuya ku-45˚C, 14˚F kuya ku-113˚F
23) Ukungawi: Ukuhlolwa kuklanyelwe ukuphakama okungamamitha amabili (amamitha angu-6.5)
24) Isisekelo se-Tripod: 1/4″ phansi kwesibambo