Isithombe Esivelele Somshayeli Womkhiqizo We-Digital Stepper R110PLUS

Umshayeli Womkhiqizo We-Digital Stepper R110PLUS

Incazelo emfushane:

Idrayivu ye-R110PLUS yedijithali yesigaba sesibili isekelwe kuplatifomu ye-DSP engama-32-bit, enobuchwepheshe be-micro-stepping obakhelwe ngaphakathi kanye

ukulungiswa okuzenzakalelayo kwamapharamitha, okubandakanya umsindo ophansi, ukudlidliza okuphansi, ukushisa okuphansi kanye nokukhishwa kwe-torque ephezulu ngesivinini esikhulu. Kungadlala ngokugcwele ukusebenza kwemoto ye-stepper enezigaba ezimbili.

Inguqulo ye-R110PLUS V3.0 yengeze umsebenzi wamapharamitha enjini afanayo e-DIP, ingashayela imoto ye-stepper enezigaba ezimbili engu-86/110.

• Imodi yokushaya kwenhliziyo: PUL & DIR

• Izinga lesiginali: Iyahambisana no-3.3~24V; ukumelana nochungechunge akudingekile ekusetshenzisweni kwe-PLC.

• I-voltage yamandla: 110~230V AC; Kunconywa i-220V AC, esebenza kahle kakhulu ngesivinini esiphezulu.

• Izicelo ezijwayelekile: umshini wokuqopha, umshini wokulebula, umshini wokusika, umshini wokudweba, i-laser, imishini yokuhlanganisa okuzenzakalelayo,

• njll.

Sithumelele i-imeyili

Imininingwane Yomkhiqizo

Landa

Amathegi Omkhiqizo

Isingeniso Somkhiqizo

Ukulawulwa Kwe-Loop Evulekile Yemoto Yezitebhisi

Uxhumano

Izici

• I-Voltage Yokusebenza: 18~80VAC noma 24~100VDC
• Ukuxhumana: I-USB kuya ku-COM
• Umphumela wamanje wesigaba esiphezulu: 7.2A/Isigaba (I-Sinusoidal Peak)
• Imodi yokushaya kwe-PUL+DIR, CW+CCW ngokuzithandela
• Umsebenzi we-alamu yokulahlekelwa yisigaba
• Umsebenzi we-half-current
• Imbobo ye-IO yedijithali:
Ukufakwa kwesignali yedijithali okuhlukaniswe nge-photoelectric oku-3, izinga eliphezulu lingathola ngqo izinga le-24V DC;
Ukukhishwa kwesignali yedijithali okuhlukanisiwe okungu-1 kwe-photoelectric, i-voltage ephezulu yokumelana engu-30V, i-input ephezulu noma i-pull-out current engu-50mA.
• Amagiya angu-8 angenziwa ngokwezifiso ngabasebenzisi
• Amagiya angu-16 angahlukaniswa ngokwehlukaniswa okuchazwe ngumsebenzisi, okusekela ukuxazululwa okungahleliwe okuphakathi kuka-200-65535
• Imodi yokulawula i-IO, isekela ukwenza ngezifiso isivinini esingu-16
• Imbobo yokufaka ehlelekayo kanye nembobo yokuphuma

Izilungiselelo Zamanje

I-Sine peak A	SW1	SW2	SW3	Amazwi
2.3	on	on	on	Abasebenzisi bangasetha amazinga angu-8 imisinga edlula isofthiwe yokulungisa amaphutha.
3.0	kuvaliwe	on	on
3.7	on	kuvaliwe	on
4.4	kuvaliwe	kuvaliwe	on
5.1	on	on	kuvaliwe
5.8	kuvaliwe	on	kuvaliwe
6.5	on	kuvaliwe	kuvaliwe
7.2	kuvaliwe	kuvaliwe	kuvaliwe

Ukusetha kwe-Micro-stepping

Izinyathelo / uguquko	SW5	SW6	SW7	SW8	Amazwi
7200	on	on	on	on	Abasebenzisi bangasetha i-16 ukwahlukaniswa kwezinga ngokusebenzisa ukulungisa amaphutha isofthiwe.
400	kuvaliwe	on	on	on
800	on	kuvaliwe	on	on
1600	kuvaliwe	kuvaliwe	on	on
3200	on	on	kuvaliwe	on
6400	kuvaliwe	on	kuvaliwe	on
12800	on	kuvaliwe	kuvaliwe	on
25600	kuvaliwe	kuvaliwe	kuvaliwe	on
1000	on	on	on	kuvaliwe
2000	kuvaliwe	on	on	kuvaliwe
4000	on	kuvaliwe	on	kuvaliwe
5000	kuvaliwe	kuvaliwe	on	kuvaliwe
8000	on	on	kuvaliwe	kuvaliwe
10000	kuvaliwe	on	kuvaliwe	kuvaliwe
20000	on	kuvaliwe	kuvaliwe	kuvaliwe
25000	kuvaliwe	kuvaliwe	kuvaliwe	kuvaliwe

Imibuzo Evame Ukubuzwa

Umbuzo 1. Uyini umshayeli we-digital stepper?
A: Umshayeli we-digital stepper uyidivayisi kagesi esetshenziselwa ukulawula nokusebenzisa ama-stepper motors. Ithola izimpawu zedijithali ezivela kumlawuli bese iziguqula zibe ama-pulse kagesi aqondile aqhuba ama-stepper motors. Ama-digital stepper drives anikeza ukunemba nokulawula okukhulu kune-analog drives evamile.

Umbuzo 2. Usebenza kanjani umshayeli we-digital stepper?
A: Ama-stepper drive edijithali asebenza ngokwamukela izimpawu zesinyathelo nesiqondiso ezivela kumlawuli, njenge-microcontroller noma i-PLC. Iguqula lezi zimpawu zibe ama-pulse kagesi, abese ethunyelwa ku-stepper motor ngokulandelana okuthile. Umshayeli ulawula ukugeleza kwamanje esigabeni ngasinye sokugoqa semoto, okuvumela ukulawulwa okunembile kokunyakaza kwemoto.

Umbuzo 3. Yiziphi izinzuzo zokusebenzisa abashayeli be-digital stepper?
A: Kunezinzuzo eziningana zokusebenzisa abashayeli be-stepper bedijithali. Okokuqala, kunikeza ukulawula okunembile kokunyakaza kwe-stepper motor, okuvumela ukubeka kahle umgodi we-motor. Okwesibili, abashayeli bedijithali bavame ukuba namakhono okufaka i-microstepping, okuvumela imoto ukuthi isebenze kahle futhi ithule. Ngaphezu kwalokho, laba bashayeli bangaphatha amazinga aphezulu wamandla kagesi, okubenza bafanelekele izinhlelo zokusebenza ezidinga kakhulu.

Umbuzo 4. Ingabe abashayeli be-stepper bedijithali bangasetshenziswa nanoma iyiphi i-stepper motor?
A: Abashayeli be-stepper bedijithali bayahambisana nezinhlobo ezahlukene ze-stepper motor, okuhlanganisa ama-bipolar kanye nama-unipolar motor. Kodwa-ke, kubalulekile ukuqinisekisa ukuhambisana phakathi kwe-voltage kanye nezilinganiso zamanje ze-drive kanye ne-motor. Ngaphezu kwalokho, umshayeli kufanele akwazi ukusekela izimpawu zesinyathelo kanye nesiqondiso ezidingwa yisilawuli.

Umbuzo 5. Ngingayikhetha kanjani idrayivu ye-digital stepper efanele uhlelo lwami lokusebenza?
A: Ukuze ukhethe umshayeli we-stepper wedijithali ofanele, cabanga ngezinto ezifana nokucaciswa kwemoto ye-stepper, izinga lokunemba elifunekayo, kanye nezidingo zamanje. Ngaphezu kwalokho, uma ukusebenza kwemoto okushelelayo kuyinto eza kuqala, qiniseka ukuthi uyahambisana nomlawuli futhi uhlole amakhono e-microstepping edrayivu. Kunconywa futhi ukuthi ubheke ishidi ledatha lomkhiqizi noma ufune iseluleko sochwepheshe ukuze wenze isinqumo esinolwazi.

Okwedlule: Uchungechunge lwe-Motion Control Mini PLC RX3U

Olandelayo: Umshayeli Wemoto Yesitebhisi Sedijithali i-R86mini