I-Digital Stepper Driver R110PLUS

Incazelo emfushane:

I-R110PLUS digital 2-phase stepper drive isuselwe kuplathifomu ye-32-bit DSP, enobuchwepheshe bokunyathela obakhelwe ngaphakathi

ukushuna okuzenzakalelayo kwamapharamitha, okunomsindo ophansi, ukudlidliza okuphansi, ukushisisa okuphansi kanye nokuphumayo kwetorque ephezulu ngesivinini esikhulu.Ingadlala ngokugcwele ukusebenza kwemotor enezigaba ezimbili ene-voltage ephezulu.

Inguqulo ye-R110PLUS V3.0 yengeze umsebenzi wamapharamitha we-DIP ahambisanayo, ingashayela i-86/110 enezigaba ezimbili ze-stepper motor.

• Imodi ye-Pulse: PUL & DIR

• Izinga lesiginali: 3.3~24V ehambisanayo; ukumelana nochungechunge akudingekile ukuze kusetshenziswe i-PLC.

• I-voltage yamandla: 110 ~ 230V AC; Kunconyiwe 220V AC, nokusebenza kwesivinini esiphezulu.

• Izicelo ezijwayelekile: umshini wokuqopha, umshini wokulebula, umshini wokusika, umshini wokuhlela, i-laser, okokusebenza kokuhlanganisa okuzenzakalelayo,

• njll.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Landa

Omaka bomkhiqizo

Isingeniso Somkhiqizo

Ukuxhumana

Izici

• Amandla kagesi asebenzayo :18~80VAC noma 24~100VDC
• Ukuxhumana: I-USB ukuya ku-COM
• Isigaba Esiphezulu Okukhiphayo kwamanje: 7.2A/Isigaba (I-Sinusoidal Peak)
• I-PUL+DIR, i-CW+CCW imodi ye-pulse ngokuzithandela
• Umsebenzi we-alamu wokulahlekelwa kwesigaba
• Umsebenzi wamanje oyisigamu
• Imbobo yedijithali ye-IO:
3 photoelectric isolation digital okokufaka, izinga eliphezulu lingathola ngokuqondile 24V DC level;
1 okukhipha isignali yedijithali ehlukile yesithombe kagesi, umkhawulo ophezulu wokumelana ne-voltage engu-30V, okokufaka okuphezulu noma okuphumayo okungama-50mA wamanje.
• Amagiya angu-8 angenziwa ngokwezifiso ngabasebenzisi
• Amagiya angu-16 angahlukaniswa ngokwehlukana okuchazwe ngumsebenzisi, okusekela ukulungiswa okungahleliwe kububanzi obungu-200-65535
• Imodi yokulawula ye-IO, isekela ukwenza ngokwezifiso isivinini esingu-16
• Imbobo yokufaka ehlelekayo kanye nembobo yokuphumayo

Isilungiselelo samanje

I-Sine Peak A	SW1	SW2	SW3	Ukuphawula
2.3	on	on	on	Abasebenzisi bangakwazi ukusetha izinga elingu-8 imisinga ngokusebenzisa isofthiwe yokulungisa iphutha.
3.0	icishiwe	on	on
3.7	on	icishiwe	on
4.4	icishiwe	icishiwe	on
5.1	on	on	icishiwe
5.8	icishiwe	on	icishiwe
6.5	on	icishiwe	icishiwe
7.2	icishiwe	icishiwe	icishiwe

Ukusetha kwe-Micro-steping

Izinyathelo / uguquko	SW5	SW6	SW7	SW8	Ukuphawula
7200	on	on	on	on	Abasebenzisi bangakwazi ukusetha i-16 ukuhlukaniswa kweziqephu ngokusebenzisa ukulungisa iphutha isofthiwe .
400	icishiwe	on	on	on
800	on	icishiwe	on	on
1600	icishiwe	icishiwe	on	on
3200	on	on	icishiwe	on
6400	icishiwe	on	icishiwe	on
12800	on	icishiwe	icishiwe	on
25600	icishiwe	icishiwe	icishiwe	on
1000	on	on	on	icishiwe
2000	icishiwe	on	on	icishiwe
4000	on	icishiwe	on	icishiwe
5000	icishiwe	icishiwe	on	icishiwe
8000	on	on	icishiwe	icishiwe
10000	icishiwe	on	icishiwe	icishiwe
20000	on	icishiwe	icishiwe	icishiwe
25000	icishiwe	icishiwe	icishiwe	icishiwe

FAQ

Q1. Yini umshayeli we-digital stepper?
A: Umshayeli we-stepper wedijithali iyisisetshenziswa sikagesi esisetshenziselwa ukulawula nokusebenzisa ama-stepper motors. Ithola amasignali edijithali avela kusilawuli futhi iwaguqule abe ama-pulses kagesi anembile ashayela ama-stepper motors. Amadrayivu e-Digital stepper anikeza ukunemba okukhulu nokulawula kunamadrayivu e-analog endabuko.

Q2. Ngabe umshayeli we-digital stepper usebenza kanjani?
A: Amadrayivu e-stepper edijithali asebenza ngokuthola amasiginali wesinyathelo nesiqondiso avela kusilawuli, njenge-microcontroller noma i-PLC. Iguqula lezi zimpawu zibe ama-pulses kagesi, abese ethunyelwa ku-stepper motor ngokulandelana okuthile. Umshayeli ulawula ukugeleza kwamanje esigabeni ngasinye sokusonga senjini, okuvumela ukulawula okunembile kokunyakaza kwemoto.

Q3. Yiziphi izinzuzo zokusebenzisa abashayeli be-digital stepper?
A: Kunezinzuzo ezimbalwa zokusebenzisa abashayeli be-stepper bedijithali. Okokuqala, inikeza ukulawula okunembile kokunyakaza kwe-stepper motor, okuvumela ukuma okunembile kwe-motor shaft. Okwesibili, amadrayivu edijithali avame ukuba namandla we-microstepping, avumela injini ukuthi ihambe kahle futhi ithule. Ukwengeza, laba bashayeli bangakwazi ukuphatha amazinga aphezulu amanje, okubenza bafanelekele izinhlelo zokusebenza ezinzima kakhulu.

Q4. Ingabe abashayeli be-stepper bedijithali bangasetshenziswa nanoma iyiphi i-stepper motor?
A: Abashayeli be-stepper bedijithali bayahambisana nezinhlobonhlobo zezinhlobo ze-stepper motor, kufaka phakathi ama-bipolar kanye nama-unipolar motors. Kodwa-ke, kubalulekile ukuqinisekisa ukuhambisana phakathi kwezilinganiso ze-voltage nezamanje zedrayivu nemoto. Ukwengeza, umshayeli kufanele akwazi ukusekela isinyathelo nesignali yesiqondiso esidingwa isilawuli.

Q5. Ngimkhetha kanjani umshayeli ofanele we-digital stepper wohlelo lwami lokusebenza?
IMP: Ukukhetha umshayeli ofanele wesitebhisi sedijithali, cabangela izici ezifana nokucaciswa kwe-stepper motor, izinga elifiswayo lokunemba, nezimfuneko zamanje. Ukwengeza, uma ukusebenza kwemoto okubushelelezi kuyinto ehamba phambili, qinisekisa ukuhambisana nesilawuli futhi uhlole amakhono edrayivu wokunyathela kancane. Kuyanconywa futhi ukuthi uthintane nephepha ledatha lomkhiqizi noma ufune iseluleko sochwepheshe ukuze wenze isinqumo esinolwazi.

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