Transformer

Description

Low Frequency Transformers Lamination Range The selection of the lamination type for a specific transformer depends on the design parameters and the designer’s personal preferences. The indicative power capacity for different lamination types (chart below) provides a general guideline for an initial selection. We hold UL insulation system for Class B(**0℃), F(**5℃), H(**0℃). We can make customized lamination transformers. Power range (W) Imperial Type Laminations Metric Type Laminations <5 **6, **2 EI*8, EI*0, EI*8, EI*5, EI*1 ***0 **2 EI*1, EI*8 ****0 **2, **0, **0 EI*8, EI*4 ****0 **0, **9, *3 EI*4, EI*7, EI*6 *****0 **9, *3, **4 EI*6, EI*6 ******0 **4, **3 EI*6, EI**5, EI**4 ******0 **3, **0 EI**4, EI**3 *******0 **0, P EI**3, EI**0 >***0 Q, S EI**1 Note: The power capacity of each lamination type varies due to differences in size, thickness, operating frequency and temperature, flux density, and material grade. Chart calculated using *0CS**0 grade steel or equivalent laminations. Imperial Lamination Range* No. **6 No. **2 No. **0 No. **0 No. **9 No. *3 No. **4 No. **3 No. **0 No. P No. **6 No. Q No. S Metric Lamination Range* EI*8 EI*0 (some of parts with VDE) EI*8(some of parts with VDE) EI*5 EI*1 EI*8 EI*4 EI*7 EI*6 EI*6 EI*6 EI**5 EI**4 EI**3 EI**0 EI**1 *These are the most commonly utilized laminations but it is not an exhaustive list or an equivalency chart.