Umenzi GE Imodyuli yeAnalog IC693ALG392
Ingcaciso yeMveliso
I-IC693ALG392 yiModyuli yokuPhuma ye-Analog yangoku/iVoltage ye-PACSystems i-RX3i kunye ne-Series 90-30.Imodyuli inamatshaneli aphumayo asibhozo anesiphelo esisodwa kunye neziphumo zombane kunye / okanye iziphumo zangoku ze-loop ngokusekelwe kufakelo ngumsebenzisi.Itshaneli nganye inokuveliswa isoftware yoqwalaselo kwimida elandelayo (0 ukuya +10 volts) njenge-unipolar, (-10 ukuya +10 volts) i-bipolar, i-0 ukuya kwi-20 milliamps, okanye i-4 ukuya kwi-20 milliamps.Itshaneli nganye iyakwazi ukuguqulela i-15 ukuya kwi-16 bits.Oku kuxhomekeke kuluhlu olukhethwa ngumsebenzisi.Zonke iitshaneli ezisibhozo zihlaziywa rhoqo nge-8 milliseconds.
Imodyuli ye-IC693ALG392 ibika impazamo ye-Open Wire kwi-CPU yetshaneli nganye xa kwiindlela zangoku.Imodyuli inokuya kwimeko yokugqibela eyaziwayo xa amandla enkqubo ephazamisekile.Ukuba amandla angaphandle asetyenziswa ngokuqhubekayo kwimodyuli, isiphumo ngasinye siya kugcina ixabiso laso lokugqibela okanye ukusetwa kwakhona kwi-zero njengoko kuqwalaselwe.Ufakelo kuyo nayiphi na I/O slot ye RX3i okanye Series 90-30 inkqubo kunokwenzeka.
Le modyuli kufuneka ifumane amandla ayo e-VDC angama-24 kumthombo wangaphandle oqhagamshelwe kwibhloko ye-terminal ngendlela ethe ngqo.Umjelo ngamnye ophumayo unesiphelo esinye kwaye umzi-mveliso ulungelelaniswe ukuya ku-.625 μA.Oku kunokutshintsha ngokusekelwe kumbane.Umsebenzisi kufuneka aqaphele ukuba kukho uphazamiseko oluqatha lweRF, ukuchaneka kwemodyuli kunokuncitshiswa ukuya ku +/-1% FS kwiziphumo zangoku kunye +/- 3% FS kwiziphumo zombane.Omnye kufuneka aqaphele ukuba le modyuli kufuneka ilungiswe kwindawo ebiyelweyo yentsimbi ukuze isebenze ngokuchanekileyo.
IiNgcaciso zobuGcisa
| Inani lamajelo: | 8 |
| Uluhlu lwe-VoltageOutput: | 0 ukuya +10V (unipolar) okanye -10 ukuya +10V (bipolar) |
| Uluhlu Lweziphumo Zangoku: | 0 ukuya ku-20 mA okanye 4 ukuya ku-20 mA |
| Ireyithi yoHlaziyo: | 8 msec (onke amajelo) |
| Umthamo Wemveliso Enkulu: | 5 mA |
| Ukutya umbane: | 110mA ukusuka +5 V ibhasi okanye 315 mA ukusuka +24 V unikezelo lomsebenzisi |
Ulwazi lobuGcisa
| Inani leMijelo yeZiphumo | 1 ukuya ku-8 ekhethiweyo, enye-iphele |
| Isiphumo Uluhlu lwangoku | 4 ukuya ku-20 mA kunye ne-0 ukuya ku-20 mA |
| Ukuphuma koluhlu lweVoltage | 0 ukuya 10 V kunye -10 V ukuya +10 V |
| Ulungelelwaniso | I-Factory ilinganiswe kwi-.625 μA ye-0 ukuya kwi-20 mA;0.5 μA kwi-4 ukuya ku-20 mA;kunye ne-.3125 mV yombane wombane (ngobalo ngalunye) |
| Umbane woBonelelo lomsebenzisi (oluncinci) | +24 VDC, ukusuka kumthombo wamandla ombane onikezelwe ngumsebenzisi |
| UBonelelo lwaNgaphandle Uluhlu lweVoltage | 20 VDC ukuya 30 VDC |
| I-Rejection Rejection Rejection (PSRR) yangokuI-Voltage | 5 μA/V (eqhelekileyo), 10 μA/V (ubona buninzi)25 mV/V (eqhelekileyo), 50 mV/V (ubona buninzi) |
| Unikezelo lwamandla lwangaphandle lwe-Voltage Ripple | 10% (ubuninzi) |
| Umbane woBonelelo lwangaphakathi | +5 VDC ukusuka PLC ngasemva |
| Ireyithi yoHlaziyo | I-8 milliseconds (uqikelelo, zonke iziteshi ezisibhozo) Igqitywe yi-I / O yexesha lokuskena, ukuxhomekeka kwesicelo. |
| Isigqibo:
| 4 ukuya ku-20mA: 0.5 μA (1 LSB = 0.5 μA) |
| 0 ukuya ku-20mA: 0.625 μA (1 LSB = 0.625 μA) | |
| 0 ukuya ku-10V: 0.3125 mV (1 LSB = 0.3125 mV) | |
| -10 ukuya +10V: 0.3125 mV (1 LSB = 0.3125 mV) | |
| Ukuchaneka ngokupheleleyo: 1 | |
| Imo yangoku | +/-0.1% yesikali esipheleleyo @ 25°C (77°F), eqhelekileyo+/-0.25% yesikali esipheleleyo @ 25 ° C (77 ° F), ubuninzi+/-0.5% yesikali esipheleleyo kuluhlu lobushushu obusebenzayo (ubona bukhulu) |
| Imowudi yombane | +/-0.25% yesikali esipheleleyo @ 25°C (77°F), eqhelekileyo+/-0.5% yesikali esipheleleyo @ 25°C (77°F), ubuninzi+/-1.0% yesikali esipheleleyo kuluhlu lobushushu obusebenzayo (ubona bukhulu) |
| Amandla ombane wokuThotyelwa okukhulu | VUSER –3 V (ubuncinci) ukuya ku-VUSER (ubona buninzi) |
| Umthwalo woMsebenzisi (indlela yangoku) | 0 ukuya ku-850 Ω (ubuncinane kwi-VUSER = 20 V, ubuninzi be-1350 Ω e-VUSER = 30 V) (Umthwalo ongaphantsi kwe-800 Ω uxhomekeke kwiqondo lobushushu.) |
| Umthamo wokuLawulwa kwemveliso (indlela yangoku) | 2000 pF (ubona buninzi) |
| I-Output Load Inductance (indlela yangoku) | 1 H |
| UkuLayishwa kwemveliso (imowudi yevoltage) Umthamo wemveliso | 5 mA (2 K Ohms ubuncinane ukuxhathisa) (1 μF ubuninzi besakhono) |
| Ukwahlula, uMmandla ukuya kwiNdwendwe yangasemva (i-optical) kunye nokwenza isakhelo somhlaba | 250 VAC eqhubekayo;I-1500 VDC ye-1 umzuzu |
| Ukutya umbane | I-110 mA ukusuka +5 unikezelo lwe-backplane ye-VDC PLC |
| I-315 mA ukusuka +24 unikezelo lwabasebenzisi beVDC |
