Limbeck v. Interstate Power Co.

69 F.2d 249, 1934 U.S. App. LEXIS 3506
CourtCourt of Appeals for the Eighth Circuit
DecidedFebruary 20, 1934
DocketNo. 9473
StatusPublished
Cited by10 cases

This text of 69 F.2d 249 (Limbeck v. Interstate Power Co.) is published on Counsel Stack Legal Research, covering Court of Appeals for the Eighth Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Limbeck v. Interstate Power Co., 69 F.2d 249, 1934 U.S. App. LEXIS 3506 (8th Cir. 1934).

Opinion

STONE, Circuit Judge.

This is an action for damages on account of burning a large barn claimed to have been caused by negligence of the power company in operating and maintaining transmission lines and equipment furnishing electric current to plaintiff’s premises, including this bam. From a judgment entered on verdict directed [250]*250for defendant at the close of all of the testimony, plaintiff brings this appeal. The points presented here have to do with the sufficiency of the evidence to carry the ease to the jury and with rulings on evidence.

I.

Sufficiency of Evidence.

While there was decided conflict in the evidence on most of the vital points in the case, we are required to test the sufficiency of the evidence‘from the standpoint solely of the testimony most favorable to the plaintiff. So considered, the following appears: Plaintiff had a farm plant consisting of residence, the bam -burned, a bull bam, and a pump house. The bam was a large, valuable structure with extensive facilities for cattle, a large loft room and an incubator room. West of the bam a short distance was a smaller structure known as the bull bam and north of that was a pump house containing an air compressor operated by an electric motor. All of these buildings were on the south side of a public highway. On the northern side of the highway the company maintained a high tension line. This consisted of two distinct circuits. The circuit near the top of the wires consisted of three wires carrying 33,000 volts. About four feet below and on the same poles were the three wires of another circuit carrying 2,300 volts. For the purpose of furnishing current from the lower of the above transmission lines to plaintiff’s buildings, defendant installed transformers and erected service lines running onto plaintiff’s property. The lighting systems in the barns were wired for 110 volts while the eleetrie motor operating the compressor pump in the pump house required 220 volts. To meet this difference in voltage defendant installed two transformers on one of its poles, the one on the south to reduce the 2,300 volts of the transmission line to 110 volts for the £>arns, and the one on the north to reduce the voltage to 220 volts for the motor. From the south transformer, wires passed to the large barn (which was burned) where they connected with the light wiring system of that barn near the north gable of the roof well up under the eaves. From the light system wiring of this barn, two wires passed through a west dormer window to the bull bam where they were connected with the light system wiring therein. From the north transformer, wires led direct to the pump hóuse for operation of the motor. As this motor was three phase,, one of the leads of the north transformer was connected to one of the secondary lines of the south transformer and the other secondary line of the south transformer led to the pump motor. In the bull barn there were fuses which would blow out if excessive current should come to them. The wires in both barns were covered with approved insulation made up of rubber and other materials.

The day of the occurrence was rainy and stormy. There were no lights being used at the time in the bull bam and, apparently, the pump was not being operated. Two employees of the plaintiff were working in the barn with the lights on until about noon. They left for dinner at that time leaving no lights on and everything, apparently, all right. An incubator in the bam was not in operation and had not been for more than a day. At that time there were neither fire, lights, nor use of current of any kind in either of the bams. About thirty minutes later a school boy coming along the highway saw the bam was on fire and at once informed the employees, who were in the house a few hundred yards away. When these employees ran out, they observed small flames and smoke coming from both ends of the barn up near the peak of the gable, both where the power wires entered the bam and at the opposite end. They rushed into the bam to save the cattle which were there and noticed a volume of black smoke smelling like tar or rubber. One of them went up to the loft and saw- fire under'neath the roof along the electric wires at-taehed to the roof rafters. All the employees were able to do was to save the cattle and the barn burned. After the Are, it was discovered that the fuses in the fuse box at the bull bam were not only blown out but that the brass heads and mica tops had been blown off and it was necessary to use pliers to get the fuses out. After the fire, the pump motor would not work and, thinking that it might be burned out, it was sent for inspection and repair to an employee of the defendant who found that it was not damaged. It was again installed but would not work. Also, the lights in the bull bam would not work although other wires had been stretched direct from the south transformer to that barn after the fire. After the company had installed a new north transformer, both the pump motor and the bull barn lights operated.

The transformer which was replaced was found to be defective. A transformer is a piece of electric equipment whose function is to increase or reduce voltage — in this ease to reduce voltage. It is composed of a metal ease containing oil in which is submerged an iron core about which are coils of insulated wire known as primary coils and' which are [251]*251■connected with the high voltage line. Secondary coils are also submerged in the oil and connected to the low voltage or service lines. The two coils are not connected, but when the transformer is functioning properly high voltage entering the primary coil, through the phenomenon of induction, impresses the lower voltage on the secondary coils from which this low voltage passes over the service lines. When this transformer was examined, it showed that the oil was dirty and burned and there was water therein and the transformer . “shot.” There was a hole burned through the insulation into the wires of the primary coil and test showed that the insulation between the primary coil and the case had broken down. There was expert testimony that there was no possibility of a short circuit occurring in the wires of the barn causing the damage which was found in the transformer and that, if the transformer had been grounded and the neutral of the secondary lines grounded and if there had been lightning arrestors at the transformers, no abnormal current of high voltage could have reached the bam, and that such precautions were ordinarily used to prevent unintended entrance of abnormal voltage or other causes. Also, there was expert testimony that the violent blowing off of the fuse caps in the hull barn was caused by an abnormal current of high voltage and that an abnormal current of high voltage would result in burning off the insulation in the barn and the resultant fire. There was testimony as to the nonexistence of the above precautionary measures of lightning arrestors and grounding. There was testimony that the wiring in the barns was in good condition.

The above showing that the lights in the bull bam and the pump motor worked prior to the fire but did not work subsequent thereto until the damaged transformer was replaced would indicate that the old transformer became defective on the day of the fire and the condition of the transformer and the violent blowing of the fuses in the bull bam would reasonably lead to the inference that a very high voltage current had passed through the transformer into the barn which was burned and thence to the fuses in the bull barn and that such high voltage current had caused the fire.

Free access — add to your briefcase to read the full text and ask questions with AI

Related

The County Of Hennepin v. Afg Industries, Inc.
726 F.2d 149 (Eighth Circuit, 1984)
County of Hennepin v. AFG Industries, Inc.
726 F.2d 149 (Eighth Circuit, 1984)
Belmont Industries, Inc. v. Bethlehem Steel Corp.
62 F.R.D. 697 (E.D. Pennsylvania, 1974)
McCormick v. Commissioner
1969 T.C. Memo. 261 (U.S. Tax Court, 1969)
David J. MacCurdy v. United States
246 F.2d 67 (Fifth Circuit, 1957)
Baltimore & O. R. Co. v. Felgenhauer
168 F.2d 12 (Eighth Circuit, 1948)
Ocean Accident & Guarantee Corp. v. Moore
85 F.2d 369 (Eighth Circuit, 1936)
Fidelity & Deposit Co. of Maryland v. Bates
76 F.2d 160 (Eighth Circuit, 1935)
Pryor v. Strawn
73 F.2d 595 (Eighth Circuit, 1934)

Cite This Page — Counsel Stack

Bluebook (online)
69 F.2d 249, 1934 U.S. App. LEXIS 3506, Counsel Stack Legal Research, https://law.counselstack.com/opinion/limbeck-v-interstate-power-co-ca8-1934.