I-Mitsubishi Japan Servo Driver MR-JE-100A

I-Mitsubishi Japan Servo Driver MR-JE-100A Isithombe Esifakiwe
  • I-Mitsubishi Japan Servo Driver MR-JE-100A
  • I-Mitsubishi Japan Servo Driver MR-JE-100A

Incazelo emfushane:

I-Mitsubishi Servo System - ethuthukisiwe futhi eguquguqukayo.

I-Mitsubishi servo inezinhlobo ezihlukahlukene zamamotho (ama-Rotary, ama-linear kanye nama-direct drive motors) ukuze kuzuzwe ukusebenza kahle komshini.

Isici: Kuyashesha, Kunembile, Futhi Kulula Ukusisebenzisa.- JE


Singabanye abahlinzeki be-FA One-stop abachwepheshile e-China.Imikhiqizo yethu eyinhloko ehlanganisa i-servo motor, gearbox yeplanethi, inverter ne-PLC, i-HMI.Ama-Brands ahlanganisa i-Panasonic, i-Mitsubishi, i-Yaskawa, i-Delta, i-TECO, i-Sanyo Denki, i-Scheider, i-Siemens , u-Omron nabanye; Isikhathi sokuthumela: Phakathi nezinsuku zokusebenza ezingu-3-5 ngemva kokuthola inkokhelo. Indlela yokukhokha: T/T, L/C, PayPal, West Union, Alipay, Wechat nokunye

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Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Imininingwane Ecacisiwe

 

Imodeli ye-Servo amplifier MR-JE-

10A

20A

40A

70A

100A

200A

300A
Okukhiphayo I-voltage elinganiselwe

3-isigaba 170 V AC
Ikalwe okwamanje[A]

1.1

1.5

2.8

5.8

6.0

11.0

11.0
Okokufaka kokunikezwa kwamandla I-Voltage/frequency (Qaphela 1)

3-isigaba noma 1-isigaba 200 V AC kuya ku-240 V AC, 50 Hz/60 Hz

3-isigaba noma 1-isigaba 200 V AC kuya 240 V AC, 50 Hz/60 Hz (Note 9)

Izigaba ezi-3 200 V AC ukuya ku-240 V AC, 50 Hz/60 Hz
Ilinganiselwe okwamanje (Qaphela 7)[A]

0.9

1.5

2.6

3.8

5.0

10.5

14.0
Ukushintshashintsha kwe-voltage okuvumelekile

3-isigaba noma 1-isigaba 170 V AC kuya 264 V AC

3-isigaba noma 1-isigaba 170 V AC kuya ku-264 V AC (Qaphela 9)

3-isigaba 170 V AC kuya ku-264 V AC
Ukushintshashintsha kwefrikhwensi okuvumelekile

±5% umkhawulo
Ukunikezwa kwamandla kwe-interface

24 V DC ± 10% (umthamo wamanje odingekayo: 0.3 A)
Indlela yokulawula

Isilawuli se-Sine-wave PWM/indlela yokulawula yamanje
Amandla okuvuselela abekezelelekayo esiphikisa esakhelwe ngaphakathi esivuselelayo (Qaphela 2, 3)[W]

-

-

10

20

20

100

100
Ibhuleki elinamandla

Kwakhelwe ngaphakathi (Qaphela 4, 8)
Umsebenzi wokuxhumana

I-USB: Xhuma ikhompuyutha yomuntu siqu (i-MR Configurator2 iyahambisana)
RS-422/RS-485 (Qaphela 10): Xhuma isilawuli (1 : n ukuxhumana kufika kuma-ax angu-32) (Qaphela 6)
I-pulse ephumayo yesifaki khodi

Ihambisana (A/B/Z-phase phase)
I-analog monitor

2 iziteshi
Imodi yokulawula isikhundla Imvamisa ye-pulse yokufaka ephezulu

4 Mpulses/s (uma usebenzisa isamukeli esihlukile), 200 kpulses/s (uma usebenzisa i-open-collector)
Ukubeka ukushaya kwempendulo

Ukulungiswa kwesifaki khodi: 131072 pulses/rev
Yala i-pulse multiplying factor

Igiya le-elekthronikhi A/B eliningi, A: 1 kuya ku-16777215, B: 1 kuya ku-16777215, 1/10 < A/B <4000
Imisa ukulungiselelwa kobubanzi obuphelele

I-pulse engu-0 kuye ku-± 65535 pulse (iyunithi yokushaya umyalo)
Iphutha ngokweqisa

±3 ukuzungezisa
Umkhawulo we-torque

Imiswe ngamapharamitha noma okokufaka kwe-analog yangaphandle (0 V DC ukuya ku-+10 V DC/ithoshi enkulu)
Imodi yokulawula isivinini Ibanga lokulawula isivinini

Umyalo wesivinini se-Analog 1:2000, umyalo wesivinini sangaphakathi 1:5000
Okokufaka komyalo wesivinini se-analog

0 V DC ukuya ku-±10 V DC/isivinini esilinganiselwe (Isivinini esingu-10 V siyashintsheka nge-[Pr. PC12].)
Izinga lokuguquguquka kwesivinini

±0.01% ubukhulu (ukushintshashintsha komthwalo 0% kuya ku-100%), 0% (ukushintshashintsha kwamandla: ±10%)
±0.2% esiphezulu (izinga lokushisa elizungezile: 25℃ ± 10 ℃) kuphela uma usebenzisa umyalo wejubane le-analog
Umkhawulo we-torque

Imiswe ngamapharamitha noma okokufaka kwe-analog yangaphandle (0 V DC ukuya ku-+10 V DC/ithoshi enkulu)
Imodi yokulawula i-torque Okokufaka komyalo we-torque ye-Analog

0 V DC ukuya ku-±8 V DC/i-torque enkulu (i-impedance yokokufaka: 10 kΩ ukuya ku-12 kΩ)
Umkhawulo Wejubane

Imiswe ngamapharamitha noma okokufaka kwe-analog yangaphandle (0 V DC ukuya ku-± 10 V DC/isivinini esilinganiselwe)
Imodi yokuma

Indlela yethebula lephoyinti, indlela yohlelo
Umsebenzi we-Servo

Ukulawula ukucindezela kokudlidliza okuthuthukisiwe II, isihlungi esiguquguqukayo II, isihlungi esiqinile, ukushuna okuzenzakalelayo, ukushuna kokuthinta okukodwa, umsebenzi wedrayivu oqinile, umsebenzi wokuqopha idrayivu, umsebenzi wokuxilongwa komshini, umsebenzi wokuqapha amandla
Imisebenzi yokuzivikela

Ukuvalwa kwe-overcurrent, ukuvala ugesi omningi okuvuselelayo, ukuvala ukulayishwa ngokweqile (i-electronic thermal), ukuvikelwa kokushisisa kwe-servo motor, ukuvikelwa kwephutha lesifaki khodi, ukuvikela iphutha lokuvuselela kabusha, ukuvikela ukungasebenzi kwamandla, ukuvikela ukwehluleka kwamandla ngaso leso sikhathi, ukuvikela isivinini, iphutha lokuvikela ngokweqile.
Ukuhambisana namazinga omhlaba

Bheka "Ukuhambisana namazinga nemithetho yomhlaba" kukhathalogi.
Isakhiwo (isilinganiso se-IP)

Ukupholisa kwemvelo, kuvuliwe (IP20)

Phoqa ukupholisa, vula (IP20)
Vala ukukhweza (Qaphela 5) Izigaba ezi-3 zokufaka ugesi

Kungenzeka
Okokufaka kokuphakelwa kwamandla kwesigaba esingu-1

Kungenzeka

Akwenzeki

-
Imvelo Izinga lokushisa le-ambient

Ukusebenza: 0 ℃ kuya ku-55 ℃ (okungaqhwandi), isitoreji: -20 ℃ ukuya ku-65 ℃ (okungaqhwandi)
Umswakama we-ambient

Ukusebenza/Isitoreji: 90 %RH umkhawulo (okungafinyeleli)
Ambience

Ngaphakathi (akukho ukukhanya kwelanga okuqondile); ayikho igesi egqwalayo, igesi evuthayo, inkungu kawoyela noma uthuli
Ukuphakama

1000 m noma ngaphansi ngaphezu kwezinga lolwandle
Ukumelana nokudlidliza

5.9 m/s2 ku-10 Hz ukuya ku-55 Hz (izikhombisi-ndlela ze-X, Y ne-Z axs)
Isisindo[kg]

0.8

0.8

0.8

1.5

1.5

2.1

2.1

Mayelana nomshayeli we-Mitsubishi:

1. Ukukhishwa okulinganiselwe kanye nesivinini se-servo motor kuyasebenza lapho i-servo amplifier, ehlanganiswe ne-servo motor, isetshenziswa ngaphakathi kwe-voltage kagesi eshiwo kanye nemvamisa.

2. Khetha inketho efaneleke kakhulu yokuvuselela uhlelo lwakho ngesofthiwe yethu yokukhetha umthamo.

3. Bheka "Inketho Yokuvuselela" kukhathalogi ukuze uthole amandla abekezelelekayo okuvuselela [W] uma kusetshenziswa inketho yokuvuselela kabusha.

4. Uma usebenzisa ibhuleki elakhelwe ngaphakathi, bheka "MR-JE-_A Servo Amplifier Instruction Manual" ukuze uthole isilinganiso esivumelekile somthwalo kumotho inertia ratio.

5. Uma izikhulisamsindo ze-servo zifakwe eduze, gcina izinga lokushisa le-ambient ngaphakathi kokungu-0 ℃ ukuya ku-45 ℃, noma zisebenzise ngo-75% noma ngaphansi kwesilinganiso esisebenzayo somthwalo.

6. Umsebenzi wokuxhumana we-RS-422 uyatholakala kuma-servo amplifiers akhiqizwa ngoDisemba 2013 noma kamuva. Umsebenzi wokuxhumana we-RS-485 uyatholakala nama-servo amplifiers akhiqizwa ngoMeyi 2015 noma kamuva. Bheka ku-"MR-JE-_A Servo Amplifier Instruction Manual" ukuze uthole ukuthi ungaqinisekisa kanjani usuku lokukhiqizwa kwemikhiqizo.

7. Leli nani lisebenza uma kusetshenziswa ugesi wezigaba ezi-3.

8. Ibanga logu ngamabhuleki aguqukayo we-HG-KN/HG-SN servo motor series lingase lihluke kunangaphambili kwe-HF-KN/HF-SN. Xhumana nehhovisi lezentengiso lendawo ukuze uthole imininingwane eyengeziwe.

9. Uma kusetshenziswa ugesi wesigaba esingu-1 200 V AC kuya ku-240 V AC, wasebenzise ngo-75% noma ngaphansi kwesilinganiso esisebenzayo sokulayisha.

10. Ihambisana ne-Mitsubishi general-purpose AC servo protocol (ukuxhumana kwe-RS-422/RS-485) kanye nephrothokholi ye-MODBUS® RTU (ukuxhumana kwe-RS-485).

 

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