whit low loss.The series products combine technology advantages of amorphous alloy iron core transformer with HV |
LV foil winding,packing epoxy resin casting dry type transformer, the loss of which is reduced by 70% than that of |
same capacity of normal series products. The series products have the advantages of nice appearance, low partial |
discharge, low noise,strong overload ability, good environmental protection, free from maintenance etc. |
1. No-load loss significantly decline |
No-load loss is reduced by about 70% than rate value of GB/T10228-2008, no-load loss index is superior to the |
rate value of GB/T10228-2008 dry type amorphous alloy iron core distribution transformer technical parameter and |
requirement.The operating cost is reduced effectively, energy conservation effect is notable. |
2. Strong ability of shock-resistant and crack-resistant |
Amorphous alloy iron subject to fully seal and packed treatment, has fine integrality rigidity, which avoid |
sympathetic vibration and amorphous alloy fragment slough effectively. Multiple crack-resistant measure have been |
adopted. The experiment proves that transformers of our company can satisfy the requirement of high wet and hot |
and locations of large temperature scope, and also can satisfy the crack-resistant requirement after long-term |
running. |
3. Low noise |
Select reasonable work magnetic density core, which avoid air consonance of airway inside the coils, meanwhile |
adopt various of sound-absorbing material in structure and improve core elastic hanging structure etc., which |
makes the noise standard of amorphous alloy transformer is far below than requirement of GB1094.10-2003 and |
GB/T22072-2008. |
4. Strong short-circuit resistant ability |
Our products adopt three-phase, four-frame, five-pole, three-phase, three-pole, frame spacing protection |
structure,which is impact and reasonable with fine integrality rigidity. H.V. and L.V. coils all adopt foil |
winding and cast into an integrity by epoxy resin, which make the transformer has fine short-circuit resistant |
ability. |