. Design of a direct current generator and switchboard for a farm power plant. Assuming the value of friction and windage loss tobe 3fo of full load output, which is the value given inThomsons Dynamo-Electric Machinery Volume I. for this sizeof Design of the Direct Current of Machine:- Belted: 4 Poles; 10 Kw; 1200 110 Volts,* :- Compound, Flat. Voltage:- No Load - 110 Volts, Pull Load - 110 Volts. at face. 10periphery. pitch at armature face between core heads coeff. (d x cl 4- Kw,) 5thickness

---

. Design of a direct current generator and switchboard for a farm power plant. Assuming the value of friction and windage loss tobe 3fo of full load output, which is the value given inThomsons Dynamo-Electric Machinery Volume I. for this sizeof Design of the Direct Current of Machine:- Belted: 4 Poles; 10 Kw; 1200 110 Volts,* :- Compound, Flat. Voltage:- No Load - 110 Volts, Pull Load - 110 Volts. at face. 10periphery. pitch at armature face between core heads coeff. (d x cl 4- Kw,) 5thickness of core sheets 20 milnumber of ducts 1effective length of core depth of core body diameter of core of slots 59width of slots at bottom of slots at top Armature (cont)minimum width of tooth number of face conductors 472number of circuits 4type of winding lapdepth of slots , of cond. in seriesbetween plus & minus 118size of conductors 2 in 11 #13diameter of conductor insulated mean length of con-ductor per turn of winding (frontand back) inches of winding, no. of teeth 14arrangement of cond. in • •slot. £ ;

---

Size: 1388px × 1800px
Photo credit: © The Reading Room / Alamy / Afripics
License: Licensed
Model Released: No

Keywords: ., bookcentury1900, bookdecade1910, booksubjecttheses, bookyear1912