I-Mitsubishi Elevator Nexay VFGH Incwadi Yokugunyazisa I-Elevator: Izikhokelo zePhaneli yoKhuseleko kunye noLawulo

1. ImiGaqo yoKhuseleko ebalulekileyo

1.1 IiMfuno zoKhuseleko lwaMandla

1. Ukuqinisekiswa kokukhutshwa kweCapacitor

   • Emva kokusika amandla e-elevator aphambili, i-DCV LED kwibhodi ye-surge absorber (KCN-100X) iya kucima ngaphakathi ~ 10 imizuzwana.

   • Inyathelo elibalulekileyo:Ngaphambi kokuba usebenze kwiisekethe zokuqhuba, sebenzisa i-voltmeter ukuqinisekisa ukuba i-voltage kuwo wonke ama-capacitors aphambili ikufuphi ne-zero.

2. Iphaneli yokulawula yeQela Ingozi

   • Ukuba inkqubo yolawulo yeqela ifakiwe, iitheminali ekwabelwana ngazo (iitheminali/iziqhagamshelo ezinophawu olubomvu) zihlala ziphila naxa iphaneli yolawulo yesinyusi esinye icinyiwe.

1.2 Izikhokelo zokuSebenza zePhaneli yoLawulo

1. Ukhuseleko lwe-ESD yeeSemiconductors

   • Gwema ukunxibelelana ngokuthe ngqo kunye ne-base-triggered semiconductor components kwiibhodi ze-E1 (KCR-101X) okanye i-F1 (KCR-102X). Ukukhutshwa okungatshintshiyo kungonakalisa iimodyuli ze-IGBT.

2. Iprotocol yoTshintsho yeModyuli ye-IGBT

   • Ukuba imodyuli ye-IGBT iyasilela, yibuyiselezonke iimodyulingaphakathi kweyunithi ehambelanayo yokuhlaziya/inverter ukuqinisekisa ukuthembeka kwenkqubo.

3. UThintelo lweNto yaNgaphandle

   • Ukuthintela ukubeka iindawo zentsimbi ezikhululekileyo (umz., izikrufu) kumphezulu wephaneli yokulawula ukunqanda umngcipheko wendlela emfutshane.

4. Amandla-Okuthintelwa

   • Ungaze unike amandla iyunithi yokuqhuba ukuba naziphi na izihlanganisi zikhutshiwe ngexesha lokugunyazisa okanye ukugcinwa.

5. UkuPhuculwa kwendawo yokusebenza

   • Kumagumbi omatshini avaliweyo, icala elikhuselekileyo / elingasemva ligubungela ipaneli yokulawula ngaphambi kofakelo lokugqibela. Zonke iinkonzo kufuneka zenziwe ukusuka ngaphambili.

6. Inkqubo yokuguqulwa kweParameter

   • Seta iR/M-MNT-FWR toggle switchukuyaindawo ye-MNTphambi kokutshintsha iiparamitha zenkqubo yeelevator.

2. Ukuqinisekiswa koBonelelo lwaMandla

2.1 Ukulawulwa koHlolo lweVoltage

Qinisekisa igalelo/imveliso yombane kwiindawo ezichongiweyo zomlinganiselo:

Ibhodi yeP1 yoQinisekiso loBonelelo lwaMandla:

• -12V ukuya kwi-GND: DC-12V (±5%)

• +12V ukuya kwi-GND: DC+12V (±5%)

• +5V ukuya kwi-GND: DC+5V (±5%)

2.2 UkuJonga ukuBonelelwa koMbane kwiMoto kunye nokuHlala

Qinisekisa amandla ombane we-AC kwikhabhinethi kunye neenkqubo zokumisa:

2.3 UHlolo lweSiqhagamshelo kunye neSiqhekezi seSekethe

1. Amanyathelo okunika amandla kwangaphambili:

   • CimaI-NF-CP,NF-SP, kwayeSCBiiswitshi.

   • Qinisekisa zonke iziqhagamshelo zivuliweP1kwayeIibhodi ze-R1ziplagwe ngokukhuselekileyo.

2. Ulandelelwano lweProtokholi yoMsebenzi woMbane:

   • Emva kokuvula i-NF-CP/NF-SP/SCB, amandla KWI-breakers zokhuseleko kunye nokutshintshwa kokhuseleko lweseketheibenye ngexesha.

   • Kwiisekethe zamandla ezikhethiweyo, qinisekisa ukuthotyelwa kombanengaphambiliiiswitshi zokuvala:

   ISekethe yaMandla	Ukhuseleko Tshintshela	Indawo yoMlinganiso	Umbane oMgangatho	Ukunyamezelana
   DC48V	ZCA	Icala eliphambili ↔ Iterminal 107	DC48V	±3V
   DC24V	ZCB	Icala eliphambili ↔ Iterminal 107	DC24V	±2V

3. Backup Power Warning:

   • MUSA ukubamba icala lesibini lomkhuseli wesekethe ye-BTP– Amandla ogcino ahlala esebenza.

3. Ukuhlolwa kweMotor Encoder

3.1 Inkqubo yoVavanyo lwe-Encoder

1. Ukwahlulwa kwamandla:

   • Cima iI-NF-CP yokutshintsha amandla.

2. Uqhawulo lweKhowudi:

   • Susa isidibanisi se-encoder kwicala lomatshini wokutsala.

   • Khulula izikrufu zokufakwa kweekhowudi.

3. PD4 uQinisekiso lwesiqhagamshelo:

   • Qinisekisa uqhagamshelwano olukhuselekileyo lweIplagi yePD4kwibhodi yeP1.

4. Ukujonga iVoltage:

   • Vula i-NF-CP.

   • Umlinganiselo wombane kwisidibanisi se-encoder:

     • Izikhonkwane 1 (+) ↔ 2 (–):+12V ±0.6V(ukunyamezelana okubalulekileyo).

5. UQhagamshelwano lweProtocol:

   • Cima i-NF-CP.

   • Qhoboshela kwakhona isiqhagamshelo sekhowudi.

6. Uqwalaselo lweParameter:

   • Vula i-NF-CP.

   • Cwangcisa P1 ibhodi potentiometers rotary:

     • MON1 = 8,MON0 = 3.

7. Uvavanyo lokulinganisa umkhomba-ndlela:

   • Jikelezisa i-encoder ukulinganisa isinyusiPHEZULUulwalathiso.

   • QinisekisaUmboniso we7SEG2 ubonisa "u"(jonga kuMfanekiso 4).

   • Ukuba u-"d" uyavela: Tshintsha izibini zocingo lwe-encoder:

     • ENAP ↔ ENBPkwayeENAN ↔ ENBN.

8. Ukugqibezela:

   • Ngokukhuselekileyo qinisa izikrufu zokufakela i-encoder.

4 Ukuxilongwa kweSimo se-LED

Jonga kuMfanekiso 1 woyilo lwebhodi.

Iitshekhi ezibalulekileyo:

1. Ukuqinisekiswa kweYunithi yoLungiso:

   • Emva kokunyusa amandla,I-CFO kwi-7SEG kufuneka ikhanyise.

   • Ukuba iCFO icimile: Hlola i-wiring yesekethe yamandla kunye nokulandelelana kwesigaba.

2. Uqinisekiso lwesimo se-WDT:

   • Qinisekisa ukukhanya kwe:

     • I-CWDTkwayeI-MWDT(KCD-100X)

     • WDT(KCD-105X)

   • Ukuba i-WDT icinyiwe:

     • Khangela+5V unikezelokunye nemfezeko yesihlanganisi.

3. Uvavanyo lweSekethe yeCapacitor:

   • I-DCV LEDkwibhodi ye-capacitor (KCN-1000/KCN-1010) kufuneka:

     • Khanyisa xa ivuliwe.

     • Cima~10 imizuzwanaemva kokucima kombane.

   • Ukuziphatha okungaqhelekanga kwe-CVD: Ukuxilongwa:

     • Iyunithi yokuguqula

     • Ukutshaja / ukukhupha iisekethe

     • I-Capacitor terminal voltage

Umzobo we-1 isimo se-LED kwibhodi ye-P1