imikhiqizo

4.2. Imisebenzi Yemojula ye-I/O • Okokufaka Kwezinga Eliphezulu Le-Analogi / Imojula Yokokufaka ye-HART (16pt) – Imojula Yokufaka Yezinga Eliphezulu Le-Analogi isekela kokubili okokufaka kwezinga eliphezulu kwe-analog kanye ne-HART. Okokufaka kwe-analogi kuvamise ukuba ngu-4-20mA DC kuwo womabili amadivayisi endabuko nawe-HART. Idatha ye-HART ingasetshenziselwa isimo nokumisa. Idatha ye-HART, efana neziguquguqukayo zesibili neziphakeme, ingasetshenziswa futhi njengezinguquko zokulawula inqubo. Izinguqulo ezimbili ezithi I-Single end kanye nohlobo Oluhlukile ziyatholakala. • Okokufaka kwe-Analogi Kwezinga Eliphezulu w/o HART (16pt) – Imojula Yokokufaka Yeleveli Ephakeme Ye-analogi isekela okokufaka kwe-analog kwezinga eliphezulu Okokufaka kwe-analogi ngokuvamile kungu-4-20mA DC kumadivayisi avamile. • I-Analog Output/HART Output Module (16pt) – Imojuli yokuphuma kwe-Analog isekela kokubili okujwayelekile okuphumayo kwe-4-20mA DC kanye nokuphumayo kwesidluliseli se-HART. • I-Analog Output w/o HART (16pt) – Imojuli yokuphuma kwe-Analog isekela ukuphuma okujwayelekile okungu-4-20mA DC. • I-Digital Input 24 VDC (32pt) - Inzwa ye-Digital input yamasignali angu-24V • Ukulandelana Kokufaka Kwedijithali Kwemicimbi (32pt) - Yamukela amasignali ahlukene we-24VDC njengokungenayo okuhlukile. Okokufaka kungamakwa isikhathi ukuze kusekelwe Ukulandelana Kwemicimbi engu-1ms. • I-Digital Input Pulse Accumulation (32pt) - Yamukela amasignali ahlukene we-24VDC njengokungenayo okuhlukile. Iziteshi zokuqala eziyi-16 zingahlelwa njenge-Pulse accumulation ukuze zisekele i-Pulse Accumulation kanye nokulinganisa imvamisa ngesisekelo sesiteshi ngasinye. Iziteshi 17 - 32 zingahlelwa njenge-DI. • I-Digital Output 24 VDC (32pt) – Imiphumela yedijithali ecwilayo yamanje. Okukhiphayo kuvikelwe nge-electronic short-circuit. • I-DO Relay Extension Board (32pt) - I-Digital output ene-NO noma i-NC yokuxhumana okomile. Ingasetshenziselwa izicelo zamandla aphansi noma amandla aphezulu. • Okokufaka kwe-Analog Yezinga Eliphansi – i-RTD & TC (16pt) – Inikeza okokufaka kwe-thermocouple (TC) nedivayisi yokumelana nezinga lokushisa (RTD). 4.3. Ukulinganisa kwe-Series 8 I/O Cishe kukho konke ukulungiselelwa, isilawuli se-C300 kanye nochungechunge lwe-8 I/O luhlinzeka ngoxhumo lwemishini yenqubo esebenzisekayo, elondolozekayo endaweni encane kunabaqhudelana nabo abakhona kanye nemikhiqizo elinganayo ye-Honeywell. Ukufaka amamojula we-Series 8 I/O kunikela ekongeni kwezindleko sekukonke. Osayizi be-IOTA bayahlukahluka ngokuya ngohlelo lokusebenza. Ngokuvamile, imojuli ye-analog inamaphuzu angu-16 futhi ihlala ku-6 inch (152mm) IOTA yezinhlelo zokusebenza ezingasadingeki kanye ne-IOTA engu-12 inch (304mm) yezinhlelo zokusebenza ezingasasebenzi. Imojula eqondile inamaphuzu angama-32 futhi ihlala ku-9-intshi (228mm) IOTA yezinhlelo zokusebenza ezingasadingeki kanye ne-IOTA engu-12 inch (304mm) yezinhlelo zokusebenza ezingasasebenzi. Ulwazi oluqondile ngosayizi wemojuli ethile luchazwe kuThebula Lenombolo Yezimodeli. 4.3.1. I-Series 8 Field connections Uchungechunge 8 Uxhumano lwenkundla lisebenzisa isixhumi esijwayelekile esiyimojuli. I-modularity yesixhumi ivumela ukususwa nokufakwa kwezintambo zensimu. Lokhu kunciphisa kakhulu izinqubo zokufaka nokulungisa futhi kungasiza ekuhloleni indawo. Izixhumi zenkambu ze-Series 8 zamukela kufika ku-12 AWG / 2.5 mm2 intambo enentambo.