Etu ịhọrọ otu Ọkụ induction ugboro nke ọkara?

1. Nchekwa, sturdy na ịrụ ọrụ nke ọma ọkụ ahụ Ọdịdị nke ọkara ugboro induction ọkụ

Ejiri ihe mgbochi seismic (ọkwa 7 Richter scale) rụọ ụlọ ọkụ nke ọkụ induction ugboro ugboro, ma nweekwa yoke pụrụ iche na onye na-eduzi eriri igwe nwere ụdị pụrụ iche iji ghọta ọrụ dị mma na nke ọma nke ọkụ ahụ. ahu.

2. Built-in fault detection monitor for medium frequency induction furnace

Ihe mmetụta dị iche iche na-anakọta data arụ ọrụ akụrụngwa n’oge niile, na-eti mkpu ma bepụ ọkụ ọkụ n’oge maka ọnọdụ ndị na-adịghị mma, na ngwa igwe mmadụ na-ewepụta ọdịnaya dị njọ na-akpaghị aka, ma na-eduzi ndị ọrụ nlekọta ka ha rụọ ọrụ nchọpụta nsogbu na nrụzi.

3. Compact and efficient inverter power supply for medium frequency induction furnace

Compared with the medium frequency induction furnace power supply, the energy consumption is saved by 2 to 3%.

High efficiency (above 0.95) can be achieved regardless of output power.

Ndozi nke multi-pulse nwere ike ibelata ọgbọ nke harmonics nke ukwuu, na-ewepụ mkpa maka ngwaọrụ nhazi nhazi.

Enwere ike itinye ike a kwadoro site na mmalite mmalite nke ihe oyi, na oge ịgbaze na-ebelata ihe dịka 6%.

The compact power cabinet design saves land resources and reduces the initial investment cost of customers.

4. Ọrụ nke ọkụ induction ugboro ugboro dị mfe

Naanị ihe ọ na-ewe bụ ngbanwe “mmalite”, “kwụsị” na mgbanaka ngbanwe ike iji mechaa ọrụ ahụ. Na-agbakwunyere site na nnukwu ihuenyo mmadụ-igwe interface, akpaaka sintering, akpaaka preheating, nyocha njikwa njehie, mbupụ data na ọrụ ndị ọzọ, ọ na-enye nkwado maka mmepụta ihe nrụpụta ụlọ ọrụ.