ATOSG-45KVA three phase isolation transformer is powerful, reliable, step down/step up 415V to 208V, suitable for indoor applications.
45 kVA Isolation Transformer Features
- Dry air self cooling of cooling mode.
- three phase unit with 45 kVA power rating.
- Better dielectric strength and insulation resistance.
- IP 24 protection grade of enclosure.
45 kVA Isolation Transformer Specifications
|Weight of Aluminium Wire Transformer
||Open type: 203kg
Protected type: 238kg
|Weight of Copper Wire Transformer
||Open type: 200kg
Protected type: 232kg
||415V (Optional: 120V/ 190V/ 208V/ 220V/ 230V/ 240V/ 380V/ 400V/ 415V/ 480V)
||208V (Optional: 120V/ 190V/ 208V/ 220V/ 230V/ 240V/ 380V/ 400V/ 415V/ 480V)
||Three phase to three phase
||50Hz / 60 Hz
||Aluminium/Copper wire (Optional)
||3000V AC/1 min
||<35-65dB (1 meter)
||Dry type air cooling
||Allow more than 1.2 times rated load to work for up to 4 hours
|Enclosure Protection Grade
||≤90%RH, without condensation
||<1000m, non corrosive gas and conductive dust
Transformer can only convert voltage and CANNOT convert frequency.
Transformer CANNOT convert single phase voltage to 3 phase voltage.
Input/output voltage, power rating and whether with shell of all transformers, can be customized according to clients' requirements.
3 Phase Isolation Transformer Schematic Diagram
3 Phase Isolation Transformer Details
45 kVA Isolation Transformer Installation Dimension
|Aluminium Wire Transformer Size
||Copper Wire Transformer Size
|Open type: a*b*c=500*330*480mm
||Open type: a*b*c=440*350*420mm
|Mouting size: d*e=340*190mm
||Mouting size: d*e=300*200mm
|Protected type: A*B*C=455*660*710mm
||Protected type: A*B*C=420*610*610mm
Tips: Dry type step up & step down isolation transformer cooling method
Dry type step up & step down isolation transformers mainly include natural air type and forced air type. Natural air cooling is mainly for transformers which are continuous operating within the rated capacity. Forced air cooling method can make the output capacity of the transformer increase by 50%. This method is mainly applied to discontinuous load operation or load operation due to accidents. However, both the impedance voltage or load loss will not increase naturally during the loading operation and they are not conducive to economic operation, so it is not appropriate to make the transformer run under suchload for a long time.