1. Nuni mai lamba 4 na ƙimar zafin jiki na ainihin lokacin
2.Wurin sauya saitin zafin jiki da fitarwa mai juyi
3. Ana iya saita sauyawa a ko'ina tsakanin sifili da cikakke
4. Gidaje tare da aikin kumburin diodes masu fitar da haske don sauƙin kallo
5. Sauƙi don aiki tare da daidaita maɓallin turawa da saitin tabo
6. 2-hanyar sauyawa fitarwa tare da nauyin kaya 1.2A (PNP) / 2.2A (NPN)
7. Analog fitarwa (4 zuwa 20mA)
8. Za a iya juya tashar zafin jiki zuwa digiri 330
Yanayin zafin jiki | - 50 ~ 500 ℃ | Kwanciyar hankali | ≤0.2% FS/shekara |
Daidaito | ≤± 0.5% FS | Lokacin amsawa | ≤4ms |
Wutar shigar da wutar lantarki | DC 24V± 20% | Kewayon nuni | -1999-9999 |
Hanyar nunawa | 4-lamba na dijital tube | Mafi yawan amfani da rafi | <60mA |
Ƙarfin kaya | 24V / 1.2A | Canja rayuwa | > sau miliyan 1 |
Canja nau'in | PNP/NPN | Interface kayan | 304 bakin karfe |
Zazzabi mai jarida | -25 ~ 80 ℃ | Yanayin yanayi | -25 ~ 80 ℃ |
Yanayin ajiya | -40 ~ 100 ℃ | Ajin kariya | IP65 |
Mai jure jijjiga | 10g/0 ~ 500Hz | Juriya tasiri | 50g/1 ms |
Juyin yanayin zafi | ≤± 0.02% FS/ ℃ | Nauyi | 0.3kg |
Don hana tasirin kutsewar electromagnetic ya kamata a lura kamar haka:
1. Haɗin layi a matsayin gajere kamar yadda zai yiwu
2. Ana amfani da waya mai garkuwa
3. A guji wayoyi kusa da na'urorin lantarki da na lantarki waɗanda ke da saurin tsangwama
4. Sauƙi don aiki tare da daidaita maɓallin turawa da saitin tabo
5. Idan an shigar da ƙananan hoses, dole ne a yi ƙasa daban