I-Autonics LCD Display PID Temperature Controller Manual
Ukucatshangelwa Kokuphepha
- Uyacelwa ukuthi ubheke konke ukuphepha kokusebenza komkhiqizo okuphephile nokufanele ukugwema izingozi.
- Ukucatshangelwa kokuphepha kuhlukaniswe ngale ndlela elandelayo. Isexwayiso : Ukwehluleka ukulandela le miyalo kungase kubangele ukulimala okubi kakhulu noma ukufa. Isexwayiso : Ukwehluleka ukulandela le miyalo kungaholela ekulimaleni komuntu siqu noma ekulimaleni komkhiqizo.
- Izimpawu ezisetshenziswe kumbhalo womkhiqizo kanye nemiyalo zimelela okulandelayo. isexwayiso: uphawu lumele ukuqaphela ngenxa yezimo ezikhethekile lapho kungavela khona izingozi.
Isexwayiso :
- Idivayisi evikelekile kufanele ifakwe uma usebenzisa iyunithi ngemishini engadala ukulimala okukhulu noma ukulahleka okukhulu kwezomnotho. (isb. ukulawula amandla enuzi, okokusebenza kwezokwelapha, imikhumbi, izimoto, ojantshi, izindiza, amathuluzi okushisa, imishini yokuphepha, amathuluzi okuvikela ubugebengu / izinhlekelele, njll.
- Faka kuphaneli yedivayisi ozoyisebenzisa.Ukuhluleka ukulandela lo myalo kungahle kuholele ekushayweni ugesi.
- Ungaxhumi, ungalungisi, noma uhlole iyunithi ngenkathi ixhunywe kumthombo wamandla. Ukwehluleka ukulandela lo myalo kungaholela ekushayweni ugesi noma umlilo.
- Hlola 'Ukuxhuma' ngaphambi kwezintambo. Ukwehluleka ukulandela lo myalo kungaholela emlilweni.
- Ungahlukanisi noma uguqule iyunithi. Ukwehluleka ukulandela lo myalo kungaholela ekushayweni ugesi noma umlilo.
Isexwayiso :
- Lapho uxhuma okokufaka kwamandla nokudluliswa kwamandla, sebenzisa ikhebula le-AWG 20 (0.50mm2) noma ngaphezulu bese uqinisa isikulufa sokugcina nge-torque yokuqinisa engu-0.74 kuye ku-0.90Nm. Lapho uxhuma intambo yokufaka inzwa nentambo yokuxhumana ngaphandle kwekhebula elizinikele, sebenzisa ikhebula le-AWG 28 kuye ku-16 bese uqinisa isikulufa sokugcina nge-torque yokuqinisa engu-0.74 kuye ku-0.90Nm.
- Sebenzisa iyunithi ngaphakathi kokucacisiwe okulinganisiwe. Ukwehluleka ukulandela lo myalo kungaholela ekulimaleni komlilo noma komkhiqizo.
- Sebenzisa indwangu eyomile ukuhlanza iyunithi, futhi ungasebenzisi amanzi noma i-organic solvent. Ukwehluleka ukulandela lo myalo kungaholela ekushayweni ugesi noma umlilo.
- Ungayisebenzisi iyunithi endaweni lapho igesi evuthayo / eqhumayo / ebhubhisayo, umswakama, ilanga eliqondile, ukushisa okukhazimulayo, ukudlidliza, umthelela, noma usawoti ongaba khona. Ukwehluleka ukulandela lo myalo kungaholela emlilweni noma kuqhume.
- Gcina izinsalela zensimbi, uthuli nezintambo zingagobhozi ziyunithi. Ukwehluleka ukulandela lo myalo kungaholela ekulimaleni komlilo noma komkhiqizo.
Uku-oda Ulwazi
I-TX 4 S 1 4 R
Lawula okukhiphayo:
- R : Okukhiphayo kwe-relay
- S: SSR drive okukhipha
- C : Okukhishwayo kwamanje okukhethiwe noma okukhishwayo kwe-SSR drive
Ukunikezwa kwamandla kagesi :
- 4 : 100-240VAC 50/60Hz
Okukhipha inketho:
- 1 : Ukukhishwa kwe-alamu 1
- 2 : Alamu okukhipha 1 + Alarm okukhipha 2
- A : Ukukhishwa kwe-alamu 1 + Ukukhishwa kwe-alamu 2 + Trans. okukhiphayo
- B : Ukukhishwa kwe-alamu 1 + Ukukhishwa kwe-alamu 2 + RS485 com. okukhiphayo
Usayizi :
- S: I-DIN W48 × H48mm
- M : I-DIN W72 × H72mm
- H: I-DIN W48 × H96mm
- L: I-DIN W96 × H96mm
Idijithi:
- 4 : 9999 (amadijithi angu-4)
Into :
- TX: Isibonisi se-LCD sokubonisa ukushisa kwe-PID
Uhlobo lokufaka noRange
| Uhlobo lokokufaka | Iphuzu ledesimali | Bonisa | Wokufaka ububanzi (℃) | Wokufaka ububanzi (℉) | |
| Thermocouple | I-K (CA) | 1 | I-KCA.H | -50 ukuze 1200 | -58 ukuze 2192 |
| 0.1 | I-KCA.L | -50.0 ukuze 999.9 | -58.0 ukuze 999.9 | ||
| I-J (IC) | 1 | I-JIC.H | -30 ukuze 800 | -22 ukuze 1472 | |
| 0.1 | I-JICL | -30.0 ukuze 800.0 | -22.0 ukuze 999.9 | ||
| I-L (IC) | 1 | LI.H | -40 ukuze 800 | -40 ukuze 1472 | |
| 0.1 | I-LIC.L | -40.0 ukuze 800.0 | 40.0 ku999.9 | ||
| I-T (CC) | 1 | TCC.H | -50 ukuze 400 | -58 ukuze 752 | |
| 0.1 | TCC.L | -50.0 ukuze 400.0 | -58.0 ukuze 752.0 | ||
| I-R (PR) | 1 | I-RPR | 0 ku1700 | 32 ku3092 | |
| I-S (PR) | 1 | 5PR | 0 ku1700 | 32 ku3092 | |
| I-RTD | DPt 100Ω | 1 | I-DPt.H | -100 ukuze 400 | -148 ukuze 752 |
| 0.1 | I-DPt.L | -100.0 ukuze 400.0 | -148.0 ukuze 752.0 | ||
| Cu50Ω | 1 | CU5.H | -50 ukuze 200 | -58 ukuze 392 | |
| 0.1 | I-CU5.L | -50.0 ukuze 200.0 | -58.0 ukuze 392.0 | ||
- Ukucaciswa okungenhla kungashintsha futhi amanye amamodeli angayekwa ngaphandle kwesaziso.
- Qiniseka ukuthi ulandela izexwayiso ezibhalwe kumanuwali yemiyalo nezincazelo zobuchwepheshe (ikhathalogi, ikhasi eliyisiqalo).
Imininingwane
| Uchungechunge | I-TX4S | I-TX4M | I-TX4H | I-TX4L | ||
| Ukunikezwa kwamandla kagesi | 100-240VAC 50/60Hz | |||||
| Ivolumu evumelekiletagibanga | 90 kuya ku-110% wevolumu elinganiselwetage | |||||
| Ukusetshenziswa kwamandla | Ubukhulu. 8VA | |||||
| Indlela yokubonisa | Izingxenye eziyi-11 (i-PV: emhlophe, i-SV: eluhlaza), okunye ukubonisa (okuphuzi) okunendlela ye-LCD ※1 | |||||
| Usayizi wohlamvu | I-PV (W × H) | 7.2×14mm | 10.7×17.3mm | 7.2×15.8mm | 16×26.8mm | |
| I-SV (W × H) | 3.9×7.6mm | 6.8×11mm | 6.2×13.7mm | 10.7×17.8mm | ||
| Uhlobo lokokufaka | I-RTD | I-DPt100Ω, i-Cu50Ω (umkhawulo wokumelana nomugqa ovunyelwe. | ||||
| TC | I-K (CA), J (IC), L (IC), T (CC), R (PR), S (PR) | |||||
| Khombisa ukunemba ※2 | I-RTD |
|
||||
| TC | ||||||
| Lawula okukhiphayo | I-Relay | 250VAC 3A, 30VDC 3A, 1a | ||||
| I-SSR | Ubukhulu. 12VDC ± 2V 20mA | Ubukhulu. 13VDC ± 3V 20mA | ||||
| Okwamanje | DC4-20mA noma DC0-20mA (umthwalo wokumelana nobukhulu. 500Ω) | |||||
| Okukhipha inketho | Okukhipha i-alamu | AL1, AL2: 250VAC 3A, 30VDC 3A 1a | ||||
| I-Trans. okukhiphayo | DC4-20mA (umthwalo wokumelana nobukhulu. 500Ω, ukunemba kokukhipha: ± 0.3% FS) | |||||
| Com. okukhiphayo | Ukukhishwa kokuxhumana kwe-RS485 (indlela ye-Modbus RTU) | |||||
| Indlela yokulawula | ON / OFF ukulawula, P, PI, PD, ukulawula PID | |||||
| I-Hysteresis | 1 kuye ku-100 ℃ / ℉ (0.1 kuye ku-50.0 ℃ / ℉) okuguqukayo | |||||
| Ibhendi elilinganisiwe (P) | 0.1 kuye ku-999.9 ℃ / ℉ | |||||
| Isikhathi sokuhlanganisa (I) | 0 kuya ku-9999 isekhondi | |||||
| Isikhathi esuselwe (D) | 0 kuya ku-9999 isekhondi | |||||
| Isikhathi sokulawula (T) | 0.5 kuya ku-120.0 isekhondi | |||||
| Ukusetha kabusha mathupha | 0.0 ukuya ku-100.0% | |||||
| Sampisikhathi sokulala | 50ms | |||||
| Amandla e-Dielectric | 3,000VAC 50 / 60Hz iminithi elingu-1 (phakathi kwesekethe eyisiyingi nesekondari) | |||||
| Ukudlidliza | 0.75 mm ampi-litude at frequency 5 kuya ku-55Hz (iminithi elingu-1) endaweni ngayinye engu-X, Y, Z amahora ama-2 | |||||
| Umjikelezo wokuphila odluliselwe | Omakhenikha | OUT, AL1 / 2: min 5,000,000 works | ||||
| Ezogesi | OUT, AL1 / 2: iminithi engu-200,000 (250VAC 3A umthwalo wokumelana) | |||||
| Ukumelana ne-insulation | Ubuncane. I-100MΩ (ku-500VDC megger) | |||||
| Ukumelana Noise | Umsindo oyisikwele ngomsindo we-simulator (ububanzi be-pulse 1㎲) ± 2kV R-phase, S-phase | |||||
| Ukugcinwa kwememori | Okusondele. Iminyaka eyi-10 (uhlobo lwememori ye-semiconductor engashintshi) | |||||
| Imvelo | I-Ambient temp. | -10 kuye ku-50 ℃, isitoreji: -20 kuye ku-60 ℃ | ||||
| I-ambient humi. | 35 kuya ku-85% RH, isitoreji: 35 kuya ku-85% RH | |||||
| Isakhiwo sokuvikela | IP50 (iphaneli langaphambili, amazinga we-IEC) | |||||
| Uhlobo lwe-insulation | Ukwehlukanisa kabili (uphawu:, amandla kagesi phakathi kwesekethe eyisiyingi nesekethe yesibili: 3kV) | |||||
| Ukugunyazwa |  |
|||||
| Isisindo ※ | I-approx. 146.1g (cishe 86.7g) | Okusondele. 233g (cishe 143g) | Okusondele. 214g (cishe 133g) | Okusondele. 290g (cishe 206g) | ||
- Uma usebenzisa iyunithi kuzinga lokushisa eliphansi (ngaphansi kuka-0 ℃), umjikelezo wokubonisa uhamba kancane.
Ukuphuma kokulawula kusebenza ngokujwayelekile. - Ekamelweni lokushisa (23 ℃ ± 5 ℃)
- TC R (PR), S (PR), ngezansi kuka-200 ℃: (PV ± 0.5% noma ± 3 ℃, khetha eyodwa ephakeme) ± 1-digit, over 200 ℃: (PV ± 0.5% or ± 2 ℃, khetha eyodwa ephakeme) ± 1-digit
- TC L (IC), RTD Cu50Ω: (PV ± 0.5% noma ± 2 ℃, khetha eyodwa ephakeme) ± 1-idijithi
- Ngaphandle kwebanga lokushisa kwegumbi
- TC R (PR), S (PR): (PV ± 1.0% noma ± 5 ℃, khetha eyodwa ephakeme) ± 1-idijithi
- TC L (IC), RTD Cu50Ω: (PV ± 0.5% noma ± 3 ℃, khetha eyodwa ephakeme) ± 1 idijithi
- Isisindo sifaka ukupakisha. Isisindo kubakaki ngeyunithi kuphela.
- Ukumelana nemvelo kukalwe kungabi namakhaza noma ukufingqa.
Incazelo Yeyunithi
- Ingxenye yenani elilinganisiwe (PV): RUN imodi: Ibonisa inani elilinganisiwe lamanje (PV) .Imodi yokusetha: Ibonisa amapharamitha.
- Ithempelesha yeyunithi (℃ / ℉) inkomba: Ibonisa iyunithi lokushisa elibekiwe njengeyunithi lokushisa [UNIT] lepharamitha 2 iqembu.
- Isetha inani lokubonisa (i-SV): RUN imodi: Ibonisa inani lokusetha (SV). Imodi yokusetha: Ibonisa inani lokusetha kwepharamitha.
- Isibonisi sokusonga ngokuzenzakalela: Iyakhanya ngenkathi ishuna ngokuzenzakalela njalo ngemizuzwana eyi-1.
- Isilawuli sokukhipha (OUT1): KUYAVULA ngenkathi okukhiphayo kokulawula KUVULIWE.
- IYAVULA lapho i-MV ingaphezu kuka-3.0% kumjikelezo / isigaba sokulawulwa kwendlela yokukhipha yedrayivu ye-SSR
- Isikhombi se-alamu (AL1, AL2): IYAVULA lapho okukhiphayo kwe-alamu okuhambelana nakho KUVULA.
- ukhiye: Ingena eqenjini lepharamitha, libuyela kumodi ye-RUN, lihambisa amapharamitha, futhi lilondoloze inani lesethingi.
- Ukusetha ukhiye wokulungiswa kwenani: Ifaka imodi yokusetha ye-SV bese ihambisa amadijithi.
- Ukhiye wokufaka wedijithali: Cindezela okhiye + be-3 sec ukwenza imisebenzi yokhiye wokufaka wedijithali osethwe kukhiye wokufaka wedijithali [DI-K] weqembu lepharamitha 2 (RUN / STOP, ukukhipha okukhanyayo kwe-alamu, ukushuna okuzenzakalelayo).
- Imbobo ye-PC loader: Kungenxa yezokuxhumana okuzenzakalelayo ukusetha ipharamitha nokuqapha nge-DAQMaster efakwe ku-PC. Sebenzisa lokhu ukuxhuma i-EXT-US (ikhebula lokuguqula, lithengiswa lodwa) + I-SCM-US (Isiguquli se-USB / Serial, esithengiswa ngokwehlukile).
Ukufakwa
- TX4S (48 × 48mm) uchungechunge
- Okunye uchungechunge
- Faka iyunithi kuphaneli, bopha ubakaki ngokucindezela ngamathuluzi nge (-) driver.
Uhlelo Olubanzi Lokuphathwa Kwedivayisi [DAQMaster]
I-DAQMaster iyisofthiwe yokuphatha idivayisi ephelele yokusetha imingcele nezinqubo zokuqapha. I-DAQMaster ingalandwa kweyethu web indawo ku www.kuzithin.com.
| Into | Ukucaciswa okuncane |
| Uhlelo | Ikhompyutha ehambisanayo ye-IBM PC ene-Pentium Ⅲ noma ngaphezulu |
| Imisebenzi | IWindows 98 / NT / XP / Vista / 7/8/10 |
| Inkumbulo | 256MB+ |
| I-hard disk | 1GB + wesikhala sediski esinzima esitholakalayo |
| VGA | Isixazululo: 1024×768 noma ngaphezulu |
| Abanye | Imbobo ye-RS232C serial (9-pin), imbobo ye-USB |
Ukuxhumana
Uchungechunge lwe-TX4S
- PHUMA
- I-SSR
- 12VDC ± 2V 20mA Max.
- Okwamanje
- DC0 / 4-20mA
- Layisha 500ΩMax.
- I-Relay
- 250VAC 3A 1a
- 30VDC 3A 1a
- UMTHWALO OZIMELEYO
Uchungechunge lwe-TX4M
TX4H, L Uchungechunge
Ubukhulu
I-TX4S
I-TX4M
Ubakaki
- Uchungechunge lwe-TX4S
- Uchungechunge lwe-TX4M / H / L
- I-TX4H
- I-TX4L
Ukuphuma kwepaneli
Ikhava yesikhumulo (ithengiswa ngokwehlukana)
- I-RSA-COVER (48 × 48mm)
- I-RMA-COVER (72 × 72mm)
- I-RHA-COVER (48 × 96mm)
- I-RLA-COVER (96 × 96mm)
Ukusetha kwe-SV
- Ukushintsha ukushisa okusethiwe kusuka ku-210 ℃ kuye ku-250 ℃
- Uma kungekho okokufaka kokhiye kwamasekhondi ama-3 ngenkathi kusethwa i-SV, isilungiselelo esisha siyasetshenziswa futhi iyunithi lizobuyela kumodi ye-RUN.
Okuzenzakalelayo Kwefekthri
Ukulungiselelwa kwe-SV
|
Ipharamitha |
Okuzenzakalelayo kwemboni |
| – | 0 |
Ipharamitha 1 iqembu
|
Ipharamitha |
Okuzenzakalelayo kwemboni |
| AL1 | 1250 |
| AL2 | |
| AT | VALIWE |
| P | 10.0 |
| 1 | 240 |
| D | 49 |
| PHUMULA | 50.0 |
| HY5 | 2 |
Ipharamitha 2 iqembu
|
Ipharamitha |
Okuzenzakalelayo kwemboni |
Ipharamitha |
Okuzenzakalelayo kwemboni |
| I-IN-T | I-KCA.H | AHY5 | 1 |
| I-UNIT | C | I-LBA.T | 0 |
| IN-B | 0 | I-LBA.T | 2 |
| MAVF | 0.1 | I-FS-L | -50 |
| I-L-SV | -50 | FS-H | 1200 |
| H-SV | 1200 | ADR5 | 1 |
| O-FT | UKUSHISA | I-BPS5 | 96 |
| C-MD | I-PID | PRTY | AKUKHO |
| PHUMA | I-CURR | 5TP | 2 |
| I-SSR.M | Idatha ye-5TND | I-R5W.T | 20 |
| MA | 4-20 | I-COMW | I-EnA |
| T | 20.0 (Ukudlulisela) | I-DI-K | IMA |
| I-2.0 (idrayivu ye-SSR) | I-ErMV | 0.0 | |
| AL-1 | AM! A | LOC | VALIWE |
| AL-2 | AM2.A | ——- | ——- |
Ama-parameter Amaqembu
- I-oda lokusetha kwepharamitha Ipharamitha 2 iqembu Ipharamitha 1 isilungiselelo se-SV
- Yonke imingcele ihlobene. Setha amapharamitha njengokuhleleka okungenhla.
- Uma kungekho okokufaka okhiye amasekhondi angama-30 ngenkathi kusethwa amapharamitha, izilungiselelo ezintsha azinakwa, futhi iyunithi lizobuyela kumodi ye-RUN ngezilungiselelo zangaphambilini.
- Lapho ubuyela kumodi ye-RUN ngokubamba ukhiye isikhathi esingaphezu kwamasekhondi amathathu, cindezela ukhiye kungakapheli umzuzwana owodwa ukufaka kabusha ipharamitha yokuqala yeqembu lepharamitha langaphambilini.
- Bamba izinkinobho + + ze-5 sec kwimodi ye-RUN, ukufaka kabusha imenyu yepharamitha. Khetha u-'YEBO 'futhi wonke amapharamitha asethwe kabusha njengokwakhona kwasefekthri.
Ipharamitha 2 iqembu:
- Cindezela noma yimuphi ukhiye phakathi
- Cindezela ukhiye kanye ngemuva kokushintsha inani lokusetha, ukonga inani lokusetha bese udlulela kupharamitha elandelayo.
- Bamba ukhiye amasekhondi ama-3 ukonga inani lokusetha bese ubuyela kumodi ye-RUN ngemuva kokushintsha inani lokusetha.
- Amapharamitha anamachashazi kungenzeka angaveli ngohlobo lwemodeli noma ezinye izilungiselelo zepharamitha.
- Ukusetha ububanzi: Bheka ku-▣ Type Input And Range '.
- Lapho ushintsha inani lokusetha, imingcele ye-5V isethwe kabusha, i- [IN-B, H-5V / L-5V, AL1, AL2, LBaB, AHYS].
- Lapho kushintshwa inani lokusetha, imingcele ye-5V isethwe kabusha, [IN-B, H-5V / L-5V, AL1, AL2, LBaB, AHYS].
- Ukusetha ububanzi: -999 kuye ku-999 ℃ / ℉ (-199.9 kuye ku-999.9 ℃ / ℉
- Ukusetha ibanga: 0.1 kuye ku-120.0 sec
- Ukusetha ububanzi: Ngaphakathi kwebanga lokushisa lenzwa ngayinye [H-5V≥ (L 5V + 1digit)]
- Lapho ushintsha inani lokusetha, ne-5V, H-5V, i-5V isethwa kabusha njenge-H-5V.
- Lapho kushintshwa inani lokusetha, i- [ErMV] isethwe kabusha njenge) 0, [DI-K] isethwe kabusha NJENGOVALIWE.
- Kubonakala kuphela kokukhipha kwamanje okukhethiwe noma imodeli yokukhipha yedrayivu ye-SSR (TX4 - 4C).
- Kubonakala kuphela kumodeli yokukhipha yedrayivu ye-SSR (TX4 - 4S).
- Kuvela kuphela lapho okukhiphayo kokulawula [OUT] kusethwe njenge-CURR.Ibanga lokusetha: 0.5 kuye ku-120.0 sec
- Kubonakala kuphela lapho indlela yokulawula [C-MD] kuyi-PID.
- Akuveli lapho ukukhishwa kwedrayivu ye-SSR kusethwe njenge-CYCL, noma i-PHAS.
- Cindezela ukhiye ukushintsha ukusethwa kwe-'Alarm operation '' Alarm option '.
- Indlela yokusetha ifana nokusebenza kwe-al1 AL1 [AL-XNUMX].
- Kubonakala kuphela kumamodeli wokukhishwa kwe-alamu 2.
- Ukusetha ububanzi: 1 kuye ku-100 ℃ / ℉ (0.1 kuye ku-50.0 ℃ / ℉)
- Akuveli lapho ukusebenza kwe-alamu kwe-AL1 / AL2 [AL-1, AL-2] kusethwe njengo-AM) _ / SBa / LBa.
- Ukusetha ibanga: 0 kuye ku-9999 sec (isethwe ngokuzenzakalela ngesikhathi sokushuna okuzenzakalelayo)
- Kuvela kuphela lapho ukusebenza kwe-alamu [AL-1, AL-2] kusethwe njenge-LBa.
- Ukusetha ububanzi: 0 kuye ku-999 ℃ / ℉ (0.0 kuya ku-999.9 ℃ / ℉) (kusethwe ngokuzenzakalela ngesikhathi sokushuna okuzenzakalelayo)
- Kubonakala kuphela lapho ukusebenza kwe-alamu [AL-1, AL-2] kusethwe njenge-LBa ne- [LBaT] ingasethiwe njengo-0.
- Ukusetha ububanzi: Bheka ku-▣ Type Input kanye neRange '.
- Kubonakala kuphela kumodeli yokukhipha yokudlulisa (TX4 -A4).
- Ukusetha ibanga: 1 kuya ku-127
- Ukusetha ibanga: 24, 48, 96, 192, 384 bps Phindaphinda i-100 ukuze ufunde inani lesethingi.
- Ukubeka ububanzi: 5 kuya 99ms
- Ukusetha ububanzi: 0.0 kuya ku-100.0%
- Kuphela) 0 (OFF) / 10) 0 (ON) kuvela lapho indlela yokulawula [C-MD] isethwe njenge-ONOF.
- Lapho indlela yokulawula [C-MD] ishintsha i-PID↔ONOF futhi inani lesethingi lingaphansi kuka-10) 0, isethwe kabusha njenge) 0.
- Kuvela kumodeli yokukhipha yokuxhumana eyi-RS485 (TX4 -B4).
- I-AT ayiveli lapho indlela yokulawula [C-MD] isethwe njenge-ONOF.
Ukusetha ububanzi:
|
VALIWE |
Vula |
| LOC1 | Ipharamitha 2 yokukhiya iqembu |
| LOC2 | Ipharamitha 1,2 yokukhiya iqembu |
| LOC3 | Ipharamitha 1,2 iqembu, ukukhiya kwe-SV yokukhiya |
I-alamu
Setha kokubili ukusebenza kwe-alamu nokukhethwa kwe-alamu ngokuhlanganisa. I-alamu ngayinye isebenza ngamamodeli amabili wokukhipha i-alamu Lapho izinga lokushisa lamanje lingaphandle kwebanga le-alamu, i-alamu iyazisula ngokuzenzakalela. Uma okukhethwa kukho kwe-alamu kungukhiye we-alamu noma isiqhebezo se-alamu nokulandelana kokubekwe eceleni kwe-1/2, cindezela ukhiye wokufaka wedijithali (+ 3 sec, ukhiye wokufaka wedijithali [DI-K] wepharamitha 2 iqembu elisethwe njenge-ALRE), noma Cisha amandla bese UVULA ukusula i-alamu.
|
Imodi |
Igama |
Ukusebenza kwe-alamu |
Incazelo |
|
| A) _ | – | – | Akukho okukhipha i-alamu | |
| A! | Ukuphambuka komkhawulo ophezulu we-alamu | VALIWE H KU-SV PV 100, 110, ukuphambuka komkhawulo ophakeme: Setha njengo-10 ℃ | VALIWE H KU-PV SV 90 ℃ 100 ℃ Ukuphambuka kwemikhawulo ephezulu: Setha njengo -10 ℃ | Uma ukuphambuka phakathi kwe-PV ne-SV njengomkhawulo ophezulu kuphezulu kunenani elibekiwe lokushisa kokuchezuka, okukhiphayo kwe-alamu kuzoba KUVULIWE. |
| TO @ | Ukuphambuka kwe-alamu enomkhawulo ophansi | ON H OFF PV SV 90 V 100 ℃ Ukuphambuka komkhawulo ophansi: Setha u-10 ℃ | ON H I-OFFSV PV100 ℃ 110, ukuphambuka komkhawulo ophansi: Setha njengo -10 ℃ | Uma ukuphambuka phakathi kwe-PV ne-SV njengomkhawulo ophansi kungaphezulu kunenani elibekiwe lokushisa kokuchezuka, okukhiphayo kwe-alamu kuzoba KUVULIWE. |
|
A # |
Ukuphambuka phezulu / low- umkhawulo alamu | ON H VALIWE H ON
I-PV SV PV 90 ℃ 100 ℃ 110 ℃ High, okuphansi-umkhawulo ukuphambuka: Setha njengo-10 ℃ |
Uma ukuphambuka phakathi kwe-PV ne-SV njengomkhawulo ophakeme / ophansi kungaphezulu kunenani elibekiwe lokushisa kokuchezuka, okukhiphayo kwe-alamu kuzoba KUVULIWE. | |
|
I- $ |
Ukuphambuka okuphezulu / okuphansi- komkhawulo wokugcina i-alamu | VALIWE H ON H OFF PV SV PV 90 ℃ 100 ℃ 110 ℃ Okuphakeme, okuphansi-umkhawulo ukuphambuka: Setha njengo-10 ℃ | Uma ukuphambuka phakathi kwe-PV ne-SV njengomkhawulo ophakeme / ophansi kungaphezulu kunenani elibekiwe lokushisa kokuchezuka, okukhiphayo kwe-alamu kuzoVALWA. | |
|
A% |
Inani eliphelele le-alamu yomkhawulo ophakeme |
VALIWE H O PV SV 90 ℃ 100 ℃ Inani eliphelele le-alamu: Setha njengo-90 ℃ | VALIWE H ON
I-SV PV 100 ℃ 110 ℃ Inani eliphelele le-alamu: Setha njengo-110 ℃ |
Uma i-PV iphakeme kunenani eliphelele, okukhiphayo kuzoba KUVULIWE. |
|
A ^ |
Inani eliphelele le-alamu yomkhawulo ophansi |
ON H VALIWE
PV SV 90 ℃ 100 ℃ Inani eliphelele le-alamu: Setha njengo-90 ℃ |
ON H VALIWE
I-SV PV 100 ℃ 110 ℃ Inani eliphelele le-alamu: Setha njengo-110 ℃ |
Uma i-PV ingaphansi kwenani eliphelele, okukhiphayo kuzoba KUVULIWE. |
| Sba | Inzwa break alamu | – | KUZOKUVULIWE lapho ithola ukungaxhumeki kwenzwa. | |
| LBa | I-alamu yekhefu lokuphamba | – | KUZOKUVULIWE lapho ithola ukuphuka kwe-loop. | |
- H: I-alamu okukhipha i-hysteresis [AHYS]
Inketho ye-alamu:
|
Inketho |
Igama |
Incazelo |
| AM .A | I-alamu ejwayelekile | Uma kuyisimo se-alamu, okukhiphayo kwe-alamu KUVULIWE. Uma kuyisimo se-alamu esicacile, ukukhishwa kwe-alamu KUVALIWE. |
| AM .B | I-alamu latch | Uma kuyisimo se-alamu, ukukhishwa kwe-alamu KUVULIWE futhi kugcina isimo se-ON. (Alarm okukhipha BAMBA) |
| AM .C | Ukulandelana kokubekwe eceleni 1 | Isimo sokuqala se-alamu asinakwa futhi sisuka esimweni se-alamu yesibili, i-alamu ejwayelekile iyasebenza. Lapho amandla enikezwa futhi kuyisimo se-alamu, lesi simo sokuqala se-alamu asinakwa futhi kusukela esimweni se-alamu yesibili, i-alamu ejwayelekile iyasebenza. |
| AM .D | I-alamu latch nokulandelana ngokulandelana 1 | Uma kuyisimo se-alamu, sisebenza kokubili isiqhebezo se-alamu nokulandelana kokubekwe eceleni. Lapho amandla ehlinzekwa futhi kuyisimo se-alamu, lesi simo sokuqala se-alamu asinakwa futhi kusukela esimweni sesibili se-alamu, i-alch latch iyasebenza. |
| AM .E | Ukulandelana kokubekwe eceleni 2 | Isimo sokuqala se-alamu asinakwa futhi sisuka esimweni se-alamu yesibili, i-alamu ejwayelekile iyasebenza. Lapho kusetshenziswa kabusha ukulandelana kokubekwe eceleni futhi uma kuyisimo se-alamu, ukuphuma kwe-alamu akuvuli. Ngemuva kokususa isimo se-alamu, i-alamu ejwayelekile iyasebenza. |
| AM .F | I-alamu latch nokulandelana ngokulandelana 2 | Ukusebenza okuyisisekelo kuyafana ne-latch latch nokulandelana kokubekwe eceleni 1. Akusebenzi kuphela ngamandla ON / OFF, kepha futhi nenani lokusetha i-alamu, noma inketho ye-alamu iyashintsha. Lapho kusetshenziswa kabusha ukulandelana kokubekwe eceleni futhi uma kuyisimo se-alamu, ukuphuma kwe-alamu akuvuli. Ngemuva kokusula isimo se-alamu, i-alch latch iyasebenza. |
- Isimo sokuphinda kusetshenziswe ukulandelana kokubekwe eceleni kokulandelana kokubekwe eceleni 1, i-latch latch nokulandelana kokubekwe eceleni
- Khanyisa ON Isimo sokuphinda kusetshenziswe ukulandelana kokubekwe eceleni kokulandelana kokubekwe eceleni 2, isiqhebezo se-alamu nokulandelana kokubekwe eceleni
- KUVULIWE, kushintsha ukushisa kwesethi, izinga lokushisa kwe-alamu [AL1, AL2] noma ukusebenza kwe-alamu [AL-1, AL-2], ukushintsha imodi ye-STOP kumodi ye-RUN.
Inzwa break alamu: Umsebenzi okhishwa i-alamu UZOVULA lapho inzwa ingaxhunyiwe noma lapho ukukhishwa kwenzwa kutholwa ngesikhathi sokulawula ukushisa. Ungahlola ukuthi inzwa ixhunywe nge-buzzer noma amanye amayunithi usebenzisa oxhumana nabo be-alamu. Kukhethwa phakathi kwe-alamu ejwayelekile [i-SBaA] noma i-alamu latch [SBaB].
Imisebenzi
Ukulungiswa kokufaka [IN-B] Isilawuli uqobo asinawo amaphutha kepha kungahle kube nephutha ngenzwa yokushisa yokufaka yangaphandle. Lo msebenzi owokulungisa leli phutha. Ex) Uma izinga lokushisa langempela lingu-80 ℃ kodwa isilawuli sikhombisa ama-78 ℃, setha inani lokulungisa okokufaka [IN-B] njenge-'2 'nesilawuli sikhombisa ama-80 ℃.
- Njengomphumela wokulungiswa kokufaka, uma inani lamanje lokushisa (PV) lingaphezu kwebanga ngalinye lokushisa lenzwa yokufaka, libonisa i-HHHH noma i-LLLL.
Okokufaka kwedijithali okokufaka [MAVF]: Uma izinga lokushisa lamanje (i-PV) liguquguquka ngokuphindaphindiwe ngokushintsha kwesignali yokufaka ngokushesha, libonisa ku-MV futhi ukulawula okuzinzile akunakwenzeka. Ngakho-ke, umsebenzi wokuhlunga wedijithali uzinzisa inani lokushisa lamanje. Okwesiboneloample, setha inani lesihlungi sedijithali okokufaka njengesekhondi elingu-0.4, futhi lisebenzisa isihlungi sedijithali kumanani wokufaka phakathi nesekhondi elingu-0.4 futhi libonisa lawa manani. Izinga lokushisa lamanje lingase lihluke ngevelu yokokufaka langempela.
Indlela yokukhipha yedrayivu ye-SSR (umsebenzi we-SSRP) [SSrM]
- Umsebenzi we-SSRP ungakhethwa kokulawula okujwayelekile kwe-ON / OFF, ukulawula umjikelezo, ukulawulwa kwesigaba ngokusebenzisa okukhiphayo okujwayelekile kwe-SSR.
- Le parameter yokusebenza ivela kuphela kumodeli yokukhipha yedrayivu ye-SSR (TX4 - 4S).
- Ukuqaphela ukunemba okuphezulu nokubiza kokushisa okusebenzayo kokubili ngokukhipha kwamanje (4-20mA) nokukhipha okuqondile (ukulawula umjikelezo nokulawulwa kwesigaba)
- Khetha okukodwa kokulawula okujwayelekile kwe-ON / OFF [STND], ukulawula umjikelezo [CYCL], ukulawulwa kwesigaba [PHAS] kupharamitha le-SSrM leqembu lepharamitha 2. Ngokulawula umjikelezo, xhuma i-zero cross turn-on SSR noma i-SSR yokuvula okungahleliwe. Ukulawulwa kwesigaba, xhuma ukuvula i-SSR okungahleliwe.
Lapho ukhetha imodi yokulawula umjikelezo noma isigaba, ukunikezwa kwamandla komthwalo nesilawuli sokushisa kufanele kube okufanayo. Umjikelezo wokulawula [T] uyakwazi ukusetha kuphela lapho indlela yokulawula [C-MD] yeqembu lepharamitha 2 isethwe njenge-PID ne-SSR drive output method [SSrM] isethwe njenge-STND Uma kwenzeka kukhishwa okukhiphayo kwamanje noma imodeli yokukhipha yedrayivu ye-SSR I-TX4 - 4C), le parameter ayiveli. Ukulawulwa okujwayelekile kwe-ON / OFF nge-SSR kutholakala kuphela.
- Izilawuli ezijwayelekile ze-ON / OFF [STND] IZIVULELE (100% okukhiphayo) / OFF (0% okukhiphayo) ngokufana nokukhishwa okujwayelekile kokudlulisa.
- Ukulawulwa kwe-Cycle [CYCL] Kulawula umthwalo ngokuphinda okukhiphayo KUVALIWE / KUVALWE ngokusho kwesilinganiso sokukhiphayo ngaphakathi komjikelezo wokusetha ngokususelwe esikhathini esithile (umjikelezo ongu-50). Ukunemba kokulawula kucishe kufane nokulawulwa kwesigaba. Lokhu kulawula kuthuthukise umsindo we-ON / OFF kunokwengamela kwesigaba ngenxa yohlobo lwe-zero cross oluvula i-ON / OFF ku-zero point ye-AC.
- Isigaba sokulawula [i-PHAS] Silawula umthwalo ngokulawula isigaba esingaphakathi komjikelezo we-AC uhhafu.Ukulawulwa kwezinto kuyatholakala. Kumele usebenzise ukuvula i-SSR okungahleliwe kule modi.
Ibanga lokukhipha lamanje [oMA]: Uma kwenzeka kukhishwa okukhiphayo kwamanje noma imodeli yokukhipha yedrayivu ye-SSR (TX4S- 4C), lapho ukulawula okukhipha [OUT] iqembu lepharamitha 2 kusethwe njenge- [CURR], ungakhetha ibanga eliphakeme / eliphansi, i-4-20mA [4-20 ] noma u-0-20mA [0-20] wokukhipha kwamanje.
IHysteresis [HYS]: Setha isikhawu phakathi kwe-ON no-OFF kokukhipha kokulawula kokulawula kwe-ON / OFF.
- Uma i-hysteresis incane kakhulu, ukuzingela (ukushukuma, ukuxoxa) kungenzeka ngenxa yomsindo wangaphandle.
- Uma kwenzeka imodi yokulawula i-ON / OFF, noma ngabe i-PV ifinyelela esimweni esizinzile, kusakhona ukuzingela. Kungaba ngenxa yenani lokusetha le-hysteresis [HYS], izici zokuphendula zomthwalo noma indawo yenzwa. Ukuze wehlise ukuzingela kubuncane, kuyadingeka ukuthi unake izinto ezilandelayo lapho ucabanga ngesikhashana. ukulawula; iHysteresis efanele [HYS], umthamo weheater, izici ezishisayo, impendulo yenzwa nendawo.
I-alamu yekhefu le-Loop (LBA): Ihlola i-loop yokulawula futhi ikhiphe i-alamu ngokushintshwa kokushisa kwendaba. Ngokulawula ukushisa (isilawuli sokupholisa), lapho i-control output MV ingu-100% (0% wokulawula ukupholisa) ne-PV ayinyuswa ngaphezu kwebhande lokutholwa le-LBA [LBaB] ngesikhathi sokuqapha se-LBA [LBaT], noma lapho okukhipha i-MV kungu-0 % (100% ukupholisa
control) ne-PV ayincishisiwe ngezansi kune-LBA band band [LBaB] ngesikhathi sokuqapha se-LBA [LBaT], ukuphuma kwe-alamu KUYAVULA.
Qala ukulawula ku-1: Lapho okukhiphayo kokulawula i-MV kungu-100%, i-PV inyuswa ngaphezu kwebhande lokutholwa kwe-LBA [LBaB] ngesikhathi sokuqapha se-LBA [LBaT].
1 kuye ku-2: Isimo sokushintsha okukhiphayo kokulawula kwe-MV (isikhathi sokuqapha se-LBA sisethwe kabusha.)
2 kuye ku-3: Lapho okukhiphayo kokulawula i-MV ingu-0% futhi i-PV ayincishisiwe ngaphansi kune-LBA detection band [LBaB] ngesikhathi sokuqapha se-LBA [LBaT], i-loop break alamu (LBA) IVULA ngemuva kwesikhathi sokuqapha se-LBA.
3 kuye ku-4: I-Control output MV ingu-0% ne-loop break alamu (LBA) ejika futhi igcine i-ON.
4 kuye ku-6: Isimo sokushintsha okukhiphayo kokulawula kwe-MV (isikhathi sokuqapha se-LBA sisethwe kabusha.)
6 kuye ku-7: Lapho okukhiphayo kokulawula i-MV kungu-100% futhi i-PV ayinyuswa ngaphezu kwebhande lokutholwa kwe-LBA [LBaB] ngesikhathi sokuqapha se-LBA [LBaT], i-alamu yekhefu (LBA) LIYAVULA ngemuva kwesikhathi sokuqapha se-LBA.
7 kuye ku-8: Lapho okukhipha isilawuli i-MV kungu-100% futhi i-PV inyuswa ngaphezu kwebhande lokutholwa le-LBA [LBaB] ngesikhathi sokuqapha se-LBA [LBaT], i-alamu yekhefu (LBA) LIYAVALWA ngemuva kwesikhathi sokuqapha se-LBA.
8 kuye ku-9: Isimo sokushintsha okukhiphayo kokulawula kwe-MV (isikhathi sokuqapha se-LBA sisethwe kabusha.)
- Lapho wenza ukushuna okuzenzakalelayo, ibhendi yokutholwa kwe-LBA [LBaB] nesikhathi sokuqapha se-LBA zisethwe ngokuzenzakalela ngokususelwa kunani lokushuna okuzenzakalelayo. Lapho imodi yokusebenza kwe-alamu [AL-1, AL-2] isethwe njenge-loop break alamu (LBA) [LBa], ibhendi yokutholwa kwe-LBA [LBaB] nepharamitha yesikhathi sokuqapha se-LBA [LBaT].
Ukhiye wokufaka wedijithali (+ 3 sec) [DI-K]
|
Ipharamitha |
Ukusebenza |
|
| VALIWE | VALIWE | Ayisebenzisi umsebenzi wokhiye wokufaka wedijithali. |
|
GIJIMA / YIMA |
IMA |
Imisa isikhashana ukulawula okukhiphayo. Okukhiphayo okusizayo (ngaphandle kwe-loop break alamu, inzwa break alamu) ngaphandle kokukhipha kokulawula kusebenza njengokusetha. Bamba okhiye bokufaka kwidijithali amasekhondi amathathu ukuqala kabusha.
Ukhiye wokufaka we-Digital (t: ngaphezulu kwamasekhondi amathathu)
|
|
Sula i-alamu |
ALRE |
Isula ukukhishwa kwe-alamu ngamandla.
(kuphela uma inketho ye-alamu ingusigaxa se-alamu, noma isiqhebezo se-alamu nokulandelana kokubekwe eceleni 1/2.) Lo msebenzi usetshenziswa lapho inani lamanje lingaphandle kwebanga lokusebenza kwe-alamu kepha ukuphuma kwe-alamu KUVULIWE. I-alamu isebenza ngokujwayelekile ngemuva kokusula i-alamu. |
|
Ukulungisa okuzenzakalelayo |
AT |
Iqala / Imisa ukushuna okuzenzakalelayo. Lo msebenzi uyefana nokushuna okuzenzakalelayo [AT] kwepharamitha 1 leqembu. (Ungaqala ukushuna okuzenzakalelayo [AT] kweqembu lepharamitha 1 bese ulimisa ngokhiye wokufaka wedijithali.)
※ Le parameter AT ivela kuphela lapho indlela yokulawula [C- D] ipharamitha 2 iqembu isethwe njenge-PID. Lapho indlela yolawulo [C- D] ipharamitha 2 iqembu lisethwe njenge-O OF, this ipharamitha liguqulwa njenge-OFF. |
Lawula okukhipha i-MV ngekhefu lokufaka [ErMV]: Lapho inzwa yokufaka ikhefu, setha isilawuli sokukhipha i-MV. Lapho indlela yokulawula [C-MD] yeqembu lepharamitha 2 isethwe njenge-ONOF, setha isilawuli sokukhipha i-MV njengo) 0 (OFF) noma10) 0 (ON). Lapho indlela yokulawula [C-MD] isethwe njenge-PID, ukusetha ibanga lokulawula okukhiphayo i-MV kungu-0 kuye ku-10) 0.
Ukuhlelwa Kwezokuxhumana
Okokusetha ipharamitha nokuqapha ngamadivayisi angaphandle (i-PC, i-PLC, njll.). Isebenza kumamodeli anokukhishwa kokuxhumana kwe-RS485 ngokukhipha kokukhethwa kukho (TX4 -B4). Sicela ubheke ku-'Order Information '.
Isixhumi esibonakalayo
| Comm. umthetho olandelwayo | I-Modbus RTU | Comm. isivinini | 4800, 9600 (okuzenzakalelayo), 19200, 38400, 115200 bps |
| Uhlobo lokuxhuma | RS485 | Isikhathi sokulinda sokuphendula | 5 ukuya ku-99ms (okuzenzakalelayo: 20ms) |
| Izinga lokusebenza | Ukuhambisana kwe-EIA RS485 | Qala kancane | 1-bit (kulungisiwe) |
| UMax. uxhumano | Amayunithi angama-31 (ikheli: 01 kuya ku-127) | Idatha kancane | 8-bit (kulungisiwe) |
| Indlela evumelanisiwe | Asynchronous | Ubunye kancane | Akukho (okuzenzakalelayo), Okungajwayelekile, Ngisho |
| Comm. indlela | I-double-wire half duplex | Yima kancane | 1-bit, 2-bit (okuzenzakalelayo) |
| Comm. uhla olusebenzayo | UMax. 800m | ||
Ukusetshenziswa kwenhlangano yohlelo
- Kunconywa ukusebenzisa isiguquli sokuxhumana se-Autonics; I-SCM-WF48 (i-Wi-Fi iye ku-RS485 · Isiguquli sokuxhumana esingenantambo se-USB, esithengiswa ngokwehlukana), i-SCM-US48I (isiguquli se-USB kuye ku-RS485, esithengiswe ngokwehlukana), i-SCM-38I (RS232C to RS485 converter, ithengiswe ngokwehlukile), SCM-US (USB kwisiguquli somkhiqizo, esithengiswa ngokwehlukana). Sicela usebenzise i-twisted pair wire, efanelekile ukuxhumana kwe-RS485, kwe-SCM-WF48, SCM-US48I ne-SCM-38I.
Imanuwali
Ngemininingwane enemininingwane nemiyalo yokuhlelwa kokuxhumana netafula lokuhlela i-Modbus, sicela ubheke kwincwajana yomsebenzisi yezokuxhumana, futhi uqiniseke ukuthi ulandela izexwayiso ezibhalwe encazelweni yezobuchwepheshe (ikhathalogi, ikhasi eliyisiqalo).
Vakashela ikhasi lethu eliyisiqalo (www.kuzithin.comukulanda imanuwali.
Iphutha
| Bonisa | Incazelo | Ukuxazulula inkinga |
| VULA | Iyakhanya lapho inzwa yokufaka inqanyuliwe noma inzwa ingaxhunyiwe. | Hlola isimo sesizweli sokufaka. |
| HHHH | Iyakhanya lapho inani elilinganisiwe liphakeme kunebanga lokufaka. | Lapho okokufaka kungaphakathi kwebanga lokufaka elinganisiwe, lesi sibonisi siyanyamalala. |
| I-LLLL | Ukukhanya lapho inani elilinganisiwe lingaphansi kwebanga lokufaka. |
Izixwayiso ngesikhathi sokusetshenziswa
- Landela imiyalelo kokuthi 'Izixwayiso ngesikhathi sokusebenzisa'. Uma kungenjalo, Kungase kubangele izingozi ezingalindelekile.
- Bheka ubukhulu bamatheminali ngaphambi kokufaka izintambo inzwa yokushisa. Ngenzwa yokushisa ye-RTD, yifake ngohlobo lwentambo engu-3, usebenzisa izintambo ngobukhulu nobude obufanayo. Ngenzwa yokushisa ye-thermocouple (CT), sebenzisa ucingo olunxephezelwe olukhethiwe lokwelula ucingo.
- Gcina kude nevolumu ephezulutagolayini be-e noma izintambo zikagesi ukuvimbela umsindo ongenisayo. Esimeni lapho kufakwa ulayini wamandla kanye nolayini wesignali wokufaka eduze, sebenzisa isihlungi somugqa i-orvaristor kulayini wamandla kanye nentambo evikelekile kulayini wesiginali yokufaka. Ungasebenzisi eduze kwesisetshenziswa esikhiqiza amandla kazibuthe anamandla noma umsindo wefrikhwensi ephezulu.
- Ungasebenzisi amandla weqile lapho uxhuma noma unqamula izixhumi zomkhiqizo.
- Faka iswishi yamandla noma i-circuit breaker endaweni efinyeleleka kalula ukuze unikeze noma unqamule amandla.
- Ungayisebenzisi iyunithi ngenhloso ethile (isb. I-voltmeter, ammeter), kodwa isilawuli sethempelesha
- Lapho ushintsha inzwa yokufaka, cisha ugesi kuqala ngaphambi kokushintsha. Ngemuva kokushintsha inzwa yokufaka, shintsha inani lepharamitha ehambisanayo.
- Musa ukweqa ulayini wezokuxhumana nolayini wamandla. Sebenzisa izintambo zombili ezisontekile kulayini wokuxhumana bese uxhuma ubuhlalu be-ferrite ekugcineni ngakunye kolayini ukunciphisa umphumela womsindo wangaphandle.
- Yenza indawo edingekayo ezungeze iyunithi ngemisebe yokushisa. Ngokwesilinganiso sokushisa esinembile, fudumeza iyunithi ngaphezulu kwemizuzu engama-20 ngemuva kokuvula amandla.
- Qinisekisa ukuthi ukunikezwa kwamandla kagesi voltage ifinyelela ku-voltage elinganiselwetage phakathi kwamasekhondi angu-2 ngemva kokunikeza amandla.
- Ungafaki ucingo kumatheminali angasetshenziswanga.
- Le yunithi ingasetshenziswa ezindaweni ezilandelayo.
- Ngaphakathi (kwisimo semvelo sikalwe 'Ngezici')
- Ubukhulu bobude. 2,000m
- Idigri yokungcola 2.
Imikhiqizo Emikhulu
- Izilawuli Zokushisa Kwama-Photoelectric Sensors
- I-Fiber Optic Sensors Temperature / Humidity Transducers
- Izilawuli Zeminyango SSR / Power Controllers
- Izibali Zeminyango YoMnyango
- Izibali zesikhathi sezindawo
- Amamitha wePhaneli Yezinzwa Eziseduze
- Ingcindezi Izinzwa Tachometer / Pulse (Ukukala) Amamitha
- Ama-Rotary Encoders Khombisa Amayunithi
- Isixhumi / Izikhoxe Izilawuli Zenzwa
- Ishintsha Amandla Wemodi
- Lawula Ukushintsha/Lamps/Amabhaza
- I / O Terminal Blocks & Cables
- Ama-Stepper Motors / Abashayeli / Izilawuli Zokunyakaza
- Iphaneli Yemidwebo / YeLogic
- Amadivayisi wenethiwekhi yasensimini
- Laser Ukumaka System (Fibre, Co₂, Nd: yag)
- Uhlelo lwe-Laser Welding / Cutting.
Xhumana nathi
I-Autonics Corporation
Amakhanda amakhulu:
- 18, Bansong-ro 513beon-gil, Haeundae-gu, Busan, South Korea, 48002
- TEL: 82-51-519-3232
- I-imeyili: sales@autonics.com
Amadokhumenti / Izinsiza
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I-Autonics LCD Khombisa Isilawuli Sokushisa Kwe-PID [pdf] Incwadi Yeziqondiso LCD Khombisa PID lokushisa Isilawuli, TX UCHUNGECHUNGE |
