Izici zokunikezwa kwamandla kwe-KGPS IF

KGPS intermediate frequency power supply is a thyristor intermediate frequency power supply, which is a kind of stop frequency conversion equipment, which uses thyristor components to change the three-phase industrial frequency power supply into a single-phase intermediate frequency power supply. This equipment has strong adaptability to various loads and a wide range of applications. It is mainly used for smelting, heat preservation, sintering, welding, quenching, tempering, diathermy, metal liquid purification, heat treatment, pipe bending, and crystal growth of various metals. .

Kuya

Imishini ye-IF inalezi zimpawu ezilandelayo:

Kuya

1. Ikhabhinethi yokunikezwa kwamandla yenziwe ngepuleti yensimbi ebandayo futhi ifafazwe ngepulasitiki, futhi izingxenye zinengqondo, ezilungele imishini, ukulungisa iphutha nokugcinwa. Indlela yokupholisa i-air-coolise noma ipholile ngamanzi.

Kuya

2. Ibhuloho le-rectifier (i-tube ye-KP) ne-inverter bridge (i-tube ye-KK) konke kukhethiwe ama-thyristors amahle kakhulu, futhi imishini yokulawula isifunda ikhethwa ngezingxenye ezinhle kakhulu, okwenza okokusebenza kuthembeke kakhulu futhi kuzinzile.

Kuya

3. The control core of this equipment is divided into two categories, namely, the most advanced constant power control panel in China is used for sweep frequency start (2.6, 3200 and 3206 series intermediate frequency equipment) and the zero-start control panel (2.7 and 2.8 series intermediate frequency equipment) During the entire starting process, the frequency conditioning system and the current conditioning system track the load changes over time, completing the more ambitious closed-loop soft start. This starting method has a small impact on the thyristor and is beneficial to extend the useful life of the thyristor. At the same time, it also has the advantage of simple starting for light and heavy loads.

Kuya

4. Lungisa ngokusebenzayo amandla okukhipha ngesikhathi sokusebenza, ukuze okokusebenza kuhlale kusesimweni sokusebenza samandla aphezulu okukhipha. Ikakhulukazi ngezikhathi zokuncibilikisa, isivinini sokuncibilikisa sithuthukiswa ngempumelelo.

Kuya

5. Asikho isidingo sabasebenzi abakhethekile. Ukusebenza kwalesi sixhobo kulula kakhulu. Kukhona inkinobho yamandla eyodwa kuphela neknobhu yokulungisa amandla eyodwa. Ngemuva kokuqala, inqobo nje uma i-knob yamandla iphendulelwa phezulu, okokusebenza kuzothatha isinyathelo sokufeza okunye. Lapho isithando somlilo sikhulisa izinto ngokuzumayo, Izinto zokusebenza zizolungisa amandla ngenkuthalo, futhi ngeke zibonise izenzakalo ezingathandeki zokushintshwa okungaphezulu kwamanje nangaphezulu kwe-voltage yokuvala.

Kuya

6. Ngenxa yokuthi ijubane lokuncibilikisa liyashesha futhi ukusebenza kahle kokushisa kuphezulu, ukukhiqizwa kweyunithi kuyathuthukiswa, futhi ngokuvamile akubonisi isimo sokusebenza samanje sokuvala, futhi konke kusebenza ngaphansi kwe-voltage ephezulu kakhulu ye-DC ephumayo (elungisiwe a=00), ngakho-ke isici samandla okufakwayo salo mshini siphezulu, sifika ku-0.94, ngakho-ke kunezinzuzo ezibaluleke kakhulu zezomnotho. Amandla okukhipha isilinganiso anganyuswa ngo-10-20%, umjikelezo wokuncibilika ungancishiswa ube ngu-2/3 we-original, ukuphuma kweyunithi kungandiswa izikhathi ezingu-1.5, futhi ukusetshenziswa kukagesi kungasindiswa ngaphezu kwe-10%.

Kuya

1. Umjikelezo wokuvikela wale mishini uphelele, ukuze izingxenye ze-thyristor zihlale zisebenza ngaphakathi kwebanga eliphephile, isikhathi sokuphila sandiswa kakhulu, futhi izinga lomonakalo liyancipha kakhulu.