Design of a 20,000 K.V.a. Transformer
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1245 47.
Full load losses in secondary, watts 41,150 48.
Total full load copper losses, watts ^c 82,300 49. Total weight of copper in windings, lb.
50. Efficiency at full laad (unity power factor) 51. Efficiency at full load 80 ;t power factor 52. No-laad primary exciting current, amperes 99.4 98.4 ^c 12.1 26 J-- , DESIGN SHEET, Items.
Regulation.
55 . Reactive voltage drop 54. Equivalent ohmio voltage drpp 55. Regulation on unitjr pow- er factor 56. Regulation on 80 per cent power factor Symbo...l. Values, HXp 530 ii^p 2485 2.26 4.1 Design of Tank. Cooling Surfaces.
57. Effective cooling surface of tank, square inches 386,000 58. Number of watts dissipated from tank surface 92,620 59. Watts to be carried away by circulating water 72,080 60. Size and length of pipe in cooling oil 1 1/4 x 1500 61. Approximate flow of water per minute, gallons 18.02 62. ApTDroximate weight of oil, pounds 83,250 63. Estimated total weight of transformer, pounds 250,000 27 Items (1) and (2). Low tension winding.
What to read after Design of a 20,000 K.V.a. Transformer?
You can find similar books in the "Read Also" column, or choose other free books by Liu, Abraham S to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
1245 47.
Full load losses in secondary, watts 41,150 48.
Total full load copper losses, watts ^c 82,300 49. Total weight of copper in windings, lb.
50. Efficiency at full laad (unity power factor) 51. Efficiency at full load 80 ;t power factor 52. No-laad primary exciting current, amperes 99.4 98.4 ^c 12.1 26 J-- , DESIGN SHEET, Items.
Regulation.
55 . Reactive voltage drop 54. Equivalent ohmio voltage drpp 55. Regulation on unitjr pow- er factor 56. Regulation on 80 per cent power factor Symbo...l. Values, HXp 530 ii^p 2485 2.26 4.1 Design of Tank. Cooling Surfaces.
57. Effective cooling surface of tank, square inches 386,000 58. Number of watts dissipated from tank surface 92,620 59. Watts to be carried away by circulating water 72,080 60. Size and length of pipe in cooling oil 1 1/4 x 1500 61. Approximate flow of water per minute, gallons 18.02 62. ApTDroximate weight of oil, pounds 83,250 63. Estimated total weight of transformer, pounds 250,000 27 Items (1) and (2). Low tension winding.
What to read after Design of a 20,000 K.V.a. Transformer?
You can find similar books in the "Read Also" column, or choose other free books by Liu, Abraham S to read onlineMoreLess
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