I-Pulse Control 2 Phase Closed Loop Stepper Drive T60Plus

Incazelo emfushane:

Idrayivu ye-T60PLUS closed loop stepper, enemisebenzi yokufaka kanye nokukhipha isignali ye-encoder Z. Ihlanganisa imbobo yokuxhumana ye-miniUSB ukuze kube lula ukulungisa amapharamitha ahlobene.

I-T60PLUS ifanisa ama-motor e-closed loop stepper anesignali ye-Z ngaphansi kuka-60mm

• Imodi yokushaya kwenhliziyo: I-PUL&DIR/CW&CCW

• Izinga lesiginali: 5V/24V

• l Amandla kagesi: 18-48VDC, kanye no-36 noma 48V onconywayo.

• Izinhlelo zokusebenza ezijwayelekile: Umshini wokushayela ngezikulufo ozenzakalelayo, umshini wokusabalalisa i-servo, umshini wokukhipha izintambo, umshini wokufaka amalebula, umshini wokuthola imithi,

• imishini yokuhlanganisa kagesi njll.

Sithumelele i-imeyili

Imininingwane Yomkhiqizo

Landa

Amathegi Omkhiqizo

Isingeniso Somkhiqizo

Umshayeli Wesinyathelo Sokulawula Ukushaya Kwenhliziyo

Uxhumano

Izici

Ukunikezwa kwamandla kagesi	18~48VDC
Ukunemba kokulawula	4000 Ukushaya kwenhliziyo/r
Imodi yokushaya kwenhliziyo	Isiqondiso kanye nokushaya kwenhliziyo, i-CW/CCW double pulse, i-A/B quadrature pulse
Ukulawula kwamanje	I-algorithm yokulawula i-vector ye-Servo
Isethingi yokwahlukaniswa kwezigaba	Ukusethwa kweswishi ye-DIP, izinketho ezingu-15 (noma ukusethwa kwesofthiwe yokulungisa amaphutha)
Ibanga lesivinini	Okuvamile 1200 ~ 1500rpm, kufika ku-4000rpm
Ukucindezelwa kwe-resonance	Ukubalwa okuzenzakalelayo kwephuzu lokuzwakala ukuze kucindezelwe ukudlidliza kwemvamisa ephakathi
Ukulungiswa kwepharamitha ye-PID	Isofthiwe yokulungisa amaphutha ukuze ilungise izici ze-PID yemoto
Isihlungi se-pulse	Isihlungi sesignali yedijithali esingu-2MHz
Ukukhishwa kwe-alamu	Ukukhishwa kwe-alamu kokusebenzisa i-overcurrent, i-overvoltage, iphutha lesikhundla, njll.

Imodi Yokushaya Inhliziyo

Isixhumi esibonakalayo sesignali sedrayivu ejwayelekile yochungechunge lwe-T simise okwe-pulse, futhi i-T60PLUS V3.0 ingathola izinhlobo ezintathu zesignali yomyalo we-pulse.

Ukushaya kwenhliziyo kanye nesiqondiso (PUL + DIR)
Ukushaya kwenhliziyo okuphindwe kabili (CW +CCW)
Ukushaya kwenhliziyo okuqondile (ukushaya kwenhliziyo okuqondile okuqondile okungu-A/B)

Ukusetha kwe-Micro-stepping

Ukushaya kwenhliziyo/ukuvuselelwa	SW1	SW2	SW3	SW4	Amazwi
3600	on	on	on	on	Iswishi ye-DIP iphendukela esimweni esithi “3600” futhi isofthiwe yokuhlola ingashintsha ngokukhululekile ezinye izingxenye.
800	kuvaliwe	on	on	on
1600	on	kuvaliwe	on	on
3200	kuvaliwe	kuvaliwe	on	on
6400	on	on	kuvaliwe	on
12800	kuvaliwe	on	kuvaliwe	on
25600	on	kuvaliwe	kuvaliwe	on
7200	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
40000	kuvaliwe	kuvaliwe	kuvaliwe	kuvaliwe

Ukusetha kwe-Micro-stepping

Ama-terminal okushayela ashile?

1. Uma ine-short circuit phakathi kwama-terminal, hlola ukuthi i-motor winding iyi-short-circuit.

2. Uma ukumelana kwangaphakathi phakathi kwama-terminal kukhulu kakhulu, sicela uhlole.

3. Uma kufakwe ukusonta ngokweqile ekuxhumaneni phakathi kwezintambo ukuze kwakhiwe ibhola lokusonta.

Idrayivu ye-stepper evaliwe ine-alamu?

1. Uma kunephutha lokuxhumanisa izintambo ze-encoder, sicela uqiniseke ukuthi usebenzisa ikhebula lesandiso se-encoder elifanele, noma uxhumane ne-Rtelligent uma ungakwazi ukusebenzisa ikhebula lesandiso ngezinye izizathu.

2.Hlola ukuthi i-encoder yonakele yini njengokukhipha isignali.

Okwedlule: I-Pulse Control 2 Closed Loop Stepper Drive T42

Olandelayo: I-Pulse Control 2 Phase Closed Loop Stepper Drive T86