I-SD-160 Imvamisa Ephakathi Nokwakha Isithando Somlilo

1. izingxenye Main:

(1) Ukunikezwa kwamandla we-SD-160 okuphakathi

(2) Isinxephezelo se-Compensation nokwakha itafula lesithando somlilo

(3) Ikhoyili yokungeniswa, isitimela esiqondisayo nesembozo sangaphandle

(4) womoya yokudla indlela

2. Amandla amakhulu wokufaka: 160KW

3. Imvamisa yokukhishwa kwe-oscillation: 1-20KHZ

4.I-voltage yokufaka: izigaba ezintathu 380V 50 noma 60HZ

5. Isikhathi sokulayisha: 100%

Izidingo zamanzi apholile: ≥6MPa, ≥0.2L / min

7.Ukushisa umthamo (KG / min)

(1) Insimbi iye ku-1000 ° C: 5.7KG

(2) Ithusi kuye ku-700 ℃: 8KG

8. Usayizi wethebula: amamitha ayi-1.6 ubude x 0.7 wamamitha ububanzi × 0.89 amamitha ukuphakama

9. Isisindo somlilo wokubumba: 260KG

10. Isetshenziselwa ukushisa okuqhubekayo kwezinto ze-monolithic ezifana nensimbi, ithusi, i-aluminium, njll.

Isicelo esiyinhloko:

Isithando somlilo esishisayo semvamisa esiphakathi sisetshenziselwa i-diathermy eqhubekayo yemigoqo ejwayelekile yensimbi, insimbi engagqwali, ithusi, i-aluminium, njll. izinto zokwakha; it is ikakhulukazi esetshenziselwa Ukushisa okuqhubekayo yonke impahla.

isicelo ejwayelekile:

Kufaka phakathi ukunikezwa kwamandla okuvama okuphakathi, ibhokisi lesinxephezelo se-capacitor nebhentshi lomsebenzi, ikhoyili yokungeniswa, indlela yokudla, njll. Ngokuya ngezidingo ezahlukahlukene zohlelo lokusebenza, ingafaka futhi ama-thermometer we-infrared, izilawuli zokushisa, namadivayisi wokudla nawokufaka;

Izici zesithando somlilo esiphakathi nendawo semvamisa esiphakathi:

(1) Ububanzi bemvamisa bukhulu, busuka ku-1KHZ buye ku-20KHZ, futhi imvamisa efanelekile ingakhethwa ngokuya ngobubanzi bento yokushisa ethile.

(2) Lapho yonke impahla ishiswa emvuthweni ophakathi nendawo owakha isithando somlilo, ubude bekhoyili yokungeniswa bungu-500mm-1 imitha ubude, futhi izinto eziningi ziyashiswa ngasikhathi sinye, okuqinisekisa umphumela wokudlulisa ukushisa;

(3) Isithando somlilo esivama imvamisa esimaphakathi sisebenzisa imodi yokushisa eqhubekayo, futhi umthwalo ongaphakathi kwekhoyili yokungeniswa ulinganisela ngokulinganayo, onqoba okokusebenza okubangelwe ukushintsha komthwalo omkhulu lapho umthwalo webha elilodwa ukhuphuka usuka ekamelweni lokushisa uye ku-1100 ° C phakathi nayo yonke inqubo yokushisa. Ushintsho olukhulu lwamandla okushisa wangempela luqinisekisa ukuthi amandla angempela emishini angaba ngaphezu kwama-85% wamandla alinganisiwe phakathi nayo yonke inqubo yokushisa eqhubekayo, futhi imishini ingasetshenziswa ngempumelelo.

(4) Lapho kufudunyezwa izinsimbi ezingekho ayoni njengethusi ne-aluminium, amandla angempela emishini angaba ngaphezu kwama-85% wamandla amakhulu ngokuklanywa okufanelekile kwekhoyili yokungeniswa kanye ne-capacitor, namandla okushisa we-3.5KG / KW • ihora lapho kufudunyezwa ithusi.

(5) Uma kuqhathaniswa namandla kagesi e-thyristor intermediate frequency, ayigcini ngosayizi omncane futhi kulula ukuyigcina, kepha ingonga namandla ngo-15-20%.

Imininingwane eyinhloko yesithando somlilo se-monolithic namandla okushisa: