Goddard v. Enzler

123 Ill. App. 108, 1905 Ill. App. LEXIS 733
CourtAppellate Court of Illinois
DecidedOctober 25, 1905
DocketGen. No. 4,510
StatusPublished
Cited by9 cases

This text of 123 Ill. App. 108 (Goddard v. Enzler) is published on Counsel Stack Legal Research, covering Appellate Court of Illinois primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Goddard v. Enzler, 123 Ill. App. 108, 1905 Ill. App. LEXIS 733 (Ill. Ct. App. 1905).

Opinion

Mr. Presiding Justice Tickers

delivered the opinion of the court.

Appellee, as administratrix of her deceased husband, recovered a judgment against appellants for $3,500 for negligently causing the death of appellee’s intestate. Appellants owned and operated an electric light, railway and power plant in the city of Freeport, the electricity for which was. generated by appellants at their power house and distributed over their wires to the various parts of the city for both public and private use. At the intersection of Liberty and Spring streets the building known as the car barn was located. This building was 250 feet long by thirty-five feet wide and eighteen feet high, made of brick with a flat roof covered with pitch and gravel composition. The floor Was made of cinders. There were two lines of tracks laid in the barn which were used to run cars in for repairs, and for shelter when not in use. Between the rails of one of these' tracks a trench forty feet long, five feet deep and four feet wide was constructed so that the car inspectors could get under the cars on the track and examine, clean and, if need be, repair them. Appellants had provided an electric light, attached to a flexible cord about thirty feet long, which the employees used when working in the trench under the cars. The other end of the cord was attached to the north "wall of the car barn. There were other incandescent lights in the car barn, all of which were connected with a transformer, which was located on a pole across the street north of the car barn. Just east of the car barn a vinegar factory was located, and still further east were the freight offices of the Illinois Central and yorthwestern Railroads. The car barn, vinegar factory and the railroad offices were all' supplied with electric lights by secondary wires connected with the transformer above described. The system of lighting in use by appellants is known among electricians as an alternating system. The wires running from the dynamo to the transformer are called primary wires, and carry 2,280 volts, which renders the primary wires very dangerous to human life.- The wires running from the transformer to the buildings, and to which the lights are attached, are called secondary wires and carry only 104 volts, and are not dangerous. Appellants maintained four wires, two primary and two secondary wires, which passed over the roof of the car barn to a transformer on the opposite side of the street. Appellee’s husband was an employee of appellants, and his duty was to clean and repair cars in the car barn, his hours being from six p. m. to six a. m. On the 14th of November, 1902, about nine o’clock p. m., the deceased was found lying on his back near the edge of the trench, with one arm on the rail of the track, the electric light attached to- the flexible cord in his right hand and the cord lying across his breast. Investigation disclosed the fact that he had been killed by a shock of electricity received from the flexible wire, which he still held in his hand.

There is no room to doubt that John Anton Enzler was killed by a primary current of electricity passing through his body from the secondary wire attached to the light which he held in his hand. The circumstances exclude every other reasonable hypothesis, so that-this fact is established even by a higher degree of proof than the law in civil cases requires. In order to account for the death of Enzler from a shock from the primary current two things must concur, neither of which would alone produce the result. First, there must be a “ground” somewhere on the primary line, and second, there must be a connection somewhere between the primary and secondary lines by which the primary current can escape from the primary to the secondary lines. With these two conditions concurring, when the deceased took hold of the flexible wire, with his feet on the ground, the circuit would be complete and he would receive the deadly shock. A ground is defined as a leakage from the wire to something that is connected with the earth, such as the twigs of a tree or the roof of a building, to which a leakage of the current may escape, due usually to defective insulation. The connection of the primary wire with the secondary happens when the two are crossed or brought in such close proximity to each other that the current will jump from the primary to the secondary wire. This is also usually due to improper insulation.

In the several counts of appellee’s declaration it is charged that appellants negligently maintained their wires without proper insulation; that the transformer was negligently and improperly managed and maintained, and that the plant was carelessly and improperly operated with defective machinery and appliances, by means of which the injury resulted as above stated.

In order to prove the negligence charged appellee proved the death, the manner in which the wires were maintained in and about the car barn, and their connection at the transformer and how they were strung over the barn, and other physical facts connected with the operation of appellants’ plant, and then called expert electricians and embodying these facts in hypothetical questions, asked the experts how, in their opinion, the deceased might have received the shock. These questions were objected to, and the rulings of the court, in permitting the witnesses to answer them, are assigned as error. The following questions were asked, and the answers were allowed tó go to the jury over the objection of appellants:

“ Q. Suppose that a primary two-wire circuit carrying about 2,200 volts alternating current ran to a general electric ten kw. transformer on a pole; that from the transformer a secondary circuit, supposed to be carrying 104 volts supplying incandescent lights, ran back alongside of the primary wires and from ten to twelve inches distant from them to a pole and thence to a car barn; that from and inside the car barn an insulated flexible wire ran back to an incandescent electric light, and a man who was standing on cinders packed about ten inches deep, grasped hold of the insulated wire or of the light socket and received a shock of electricity, which burned his hand and killed him, will you state in your opinion how he might have received that shock? A. He might have received that shock by the primary current leaking onto the secondary wire, tó which the man had his hand attached and through his feet to the other side of the generator which generated the current which produced the high voltage primary that you speak of.
“ Q. How could a higher current than 104 volts get on those primary wires? A. By the primary and secondary wires getting crossed with one another, the wind blowing them together accidentally, or there might be a leakage in the transformer. ;
“Q. Dpes that sometimes happen, a leakage in the transformer? A. It does on some occasions. Lots of times -a transformer is overloaded and heats it and it gets affected that way.
“ Q. Might a transformer be so affected that a highek current than 104 volts, and still not 2,280 volts, could go along that secondary wire? A. If a higher current than 104 volts came out of the transformer it would go all over the lines of that secondary circuit that were connected up.
“Q. Suppose those wires should blow together and those insulated points should come together for an instant, would that be long enough for that high voltage you speak of to go through? A. Yes, sir.”

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Bluebook (online)
123 Ill. App. 108, 1905 Ill. App. LEXIS 733, Counsel Stack Legal Research, https://law.counselstack.com/opinion/goddard-v-enzler-illappct-1905.