I-Noker Digital Power Regulator 250a Isigaba Sesithathu Sokushisa Isilawuli Sokushisa I-Thyristor Isilawuli Sokushisa Esifakiwe Isithombe Esifakiwe

I-Noker Digital Power Regulator 250a Isigaba Sesithathu Sokushisa Isithando Sokushisa I-Thyristor

Incazelo emfushane:

Isilawuli samandla sochungechunge lwe-NK30T samukela ubuchwepheshe bamuva bokulawula amandla kagesi, ubuchwepheshe bokulingisa okushisayo, ngokunemba kokulawula okuphezulu, usayizi omncane nezinye izici.

Isilawuli samandla sisetshenziswa kakhulu ekushiseni kukagesi okuvamile, umugqa wokukhiqiza ingilazi entantayo, i-silicon ye-monocrystalline, ukufudumeza kwe-polysilicon, ukubunjwa kwezinto zensimbi nezinye izikhathi, kuye kwanconywa kakhulu ngamakhasimende ethu.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Ividiyo

Izici

I-Scr power regulator, eyaziwa nangokuthi isilawuli samandla e-scr sisetshenziselwa ukulawula ukulethwa kwamandla.Zenzelwe ukuhluka i-ac voltage kuyo yonke imithwalo ye-resistive&inductive.Izilawuli zamandla e-thyristor zinikeza indlela ebushelelezi yokulethwa kwamandla ukuze kulayishwe.Ngokungafani namakhonsathi, awunawo ama-electromechanical movemen.I-Scr power regulator ihlanganisa i-back to back xhuma i-silicon rectifier(scr), i-trigger pcb board, iziguquli zamanje, isiguquli sezinga lokushisa.Ngebhodi le-trigger pcb ukulawula i-thyristor nge-engeli yesigaba&zero uqhume amamodeli amabili.Ama-transformer amanje athola i-current yezigaba ezintathu, njengokulawula kwamanje njalo futhi abe isivikelo samanje.Iziguquli zokushisa zithola izinga lokushisa le-heatsink ukuvikela i-Scr ukuthi iphephe.

1. Ukusebenza okuphezulu okwakhelwe ngaphakathi, isilawuli esincane samandla amancane;
2. Izici ze-peripheral;
2.1.Ukusekela 4-20mA kanye 0-5V/10v ezimbili inikezwe;
2.2.Okokufaka okubili kokushintsha;
2.3.Ububanzi obubanzi be-primary loop voltage (AC110--440V);
3. Isixazululo sokupholisa esisebenzayo, usayizi omncane kangako, isisindo esilula;
4. Umsebenzi we-alamu osebenzayo;

4.1.Ukuhluleka kwesigaba;
4.2.Ukushisa ngokweqile;
4.3 I-Overcurrent;
4.4.Ikhefu lokulayisha;
5. Okukhiphayo okudluliswayo okukodwa, 3A AC250V, 3A DC30V;
6. Ukwenza lula ukulawula okumaphakathi RS485 ukuxhumana;

Ukucaciswa

Into	Ukucaciswa
Ukunikezwa kwamandla kagesi	Amandla amakhulu: AC260--440v, amandla okulawula: AC160-240v
Imvamisa yamandla	45-65Hz
Ikalwe okwamanje	25a---320a
Indlela yokupholisa	Ukupholisa abalandeli ngempoqo
Ukuvikelwa	Isigaba silahlekelwa, phezu kwamanje, phezu kokushisa, ukugcwala, ukulahlekelwa umthwalo
Okokufaka kwe-analogue	Okokufaka okubili kwe-analogue, 0-10v/4-20ma/0-20ma
Okokufaka kwedijithali	Okokufaka okudijithali okubili
Okukhiphayo kwe-relay	Okuphumayo kwe-relay eyodwa
Ukuxhumana	Ukuxhumana kwe-modbus
Imodi yokucupha	Isiqalo sokushintsha kwesigaba, inhlamvu yokuwela uziro
Ukunemba	±1%
Ukuzinza	±0.2%
Isimo Sendawo	Ngaphansi kuka-2000m.Nyusa amandla okulinganisa lapho ukuphakama kungaphezu kuka-2000m.Izinga lokushisa le-Ambient: -25+45°CUkuswakama kwe-Ambient: 95%(20°C±5°C) Ukudlidliza<0.5G

Amatheminali

Itheminali yesilawuli samandla e-NK30T scr

Isilawuli samandla se-thyristor sezigaba ezintathu esinogesi obanzi osukela ku-110-440v, ukusekelwa okungu-0-10v/4-20mA okokufaka kwe-analogue, okokufaka kwedijithali oku-2, ukuxhumana kwe-modbus kungasetshenziswa ukulawula isilawuli samandla we-scr ukude.Uma udinga ngemojuli yezinga lokushisa le-PID, uyazikhethela.Awudingi ukwengeza imojuli eyengeziwe yezinga lokushisa.

Ukusebenza kwekhibhodi

Isigaba sesithathu se-thyristor power regulator sisebenzisa isibonisi seshubhu yedijithali engu-5-bit, ukukhanya okudonsa amehlo kweshubhu ledijithali kuphezulu, ukwethembeka okuhle.Ingabonisa wonke amapharamitha kanye nesimo sesilawuli samandla, ulwazi lwephutha.Umklamo owenziwe umuntu ulungele kakhulu ukulungiselelwa kwedatha yenkambu yesilawuli samandla nokuboniswa kwesimo.

Ubukhulu

Igobolondo lesigaba sesithathu se-thyristor power regulator lenziwe ngepuleti lensimbi eligoqiwe lekhwalithi ephezulu elibandayo, indawo engaphezulu iphathwa nge-anti-oxidation, futhi impushana iphathwa ngokufafaza nge-electrostatic, enezici zokumelana nokushisa okuphezulu kanye ne-anti-oxidation.Isilawuli samandla sinomklamo wesakhiwo esihlangene, ivolumu encane nesisindo esincane.

Isicelo

noker=thyristor_power-controller_pcb_board

Ezinye izinhlelo zokusebenza ezintathu isigaba thyristor power regulator kabanzi:

1. Izithando zomlilo ezincibilikisa i-aluminium;

2. Ukubamba iziko;

3. Amabhoyili;

4. Imishini yokomisa ama-microwave;

5. I-Multi-zone drying and healing overs;

6. Ukubumba umjovo wepulasitiki odinga ukushisisa okunezindawo eziningi ezibunjwe ngokuyinhloko;

7. Amapayipi epulasitiki namashidi extrusion;

8. Amasistimu wokushisela amashidi ensimbi;

Insizakalo yekhasimende

1. Isevisi ye-ODM/OEM iyahlinzekwa.

2. Ukuqinisekiswa kwe-oda okusheshayo.

3. Isikhathi sokulethwa okusheshayo.

4. Isikhathi sokukhokha esilula.

Njengamanje, inkampani ikhulisa ngamandla izimakethe zaphesheya kanye nokwakheka komhlaba wonke.Sizibophezele ekubeni ngelinye lamabhizinisi ayishumi ahamba phambili athumela impahla kwamanye amazwe emkhiqizweni kagesi waseShayina, osebenzela umhlaba ngemikhiqizo yeqophelo eliphezulu kanye nokuzuza isimo sokuwina namakhasimende amaningi.