Associated Electric Cooperative v. Mutual Boiler & MacHinery Insurance

492 F. Supp. 410, 1980 U.S. Dist. LEXIS 9199
CourtDistrict Court, W.D. Missouri
DecidedJune 30, 1980
Docket76 CV 170-C
StatusPublished
Cited by3 cases

This text of 492 F. Supp. 410 (Associated Electric Cooperative v. Mutual Boiler & MacHinery Insurance) is published on Counsel Stack Legal Research, covering District Court, W.D. Missouri primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Associated Electric Cooperative v. Mutual Boiler & MacHinery Insurance, 492 F. Supp. 410, 1980 U.S. Dist. LEXIS 9199 (W.D. Mo. 1980).

Opinion

OPINION AND ORDER

ELMO B. HUNTER, District Judge.

This is a suit on an insurance policy. Plaintiff is Associated Electric Cooperative, Inc., a rural electric cooperative corporation organized under the laws of Missouri, which operates an electric power plant located at Missouri City, Missouri. Defendant is Mutual Boiler & Machinery Insurance Company, a Massachusetts corporation authorized to engage in the insurance business in the State of Missouri, succeeded in interest by Arkwright-Boston Manufacturers Mutual Insurance Company. This Court has jurisdiction under 28 U.S.C. § 1332. Full trial to the Court was held on March 17-18, 1980.

On September 10,1975, an electrical fault occurred in the No. 2 switchgear at plaintiff’s power plant in Missouri City, Missouri. 1 Sensing devices detected the fault and caused circuit breakers to open and take the No. 2 transformer out of the system, thereby isolating the fault from the power supply. The system was so designed that at the moment No. 2 transformer was de-energized, the tie breaker in No. 1 switchgear closed so that the circuits originally supplied by No. 2 transformer, including the area of the fault in No. 2 switchgear, were fed by No. 1 transformer through No. 1 switchgear and interconnecting circuits. Sensing devices in the system should have detected the fault, now being fed current from No. 1 transformer, and caused the tie breaker in No. 2 switchgear to open and again isolate the fault from the power supply. However, that tie breaker did not open and the fault condition in No. 2 switchgear, supplied power by No. 1 transformer, continued and spread to No. 1 switchgear through the interconnecting circuits. Protective devices should have opened circuit breakers to take No. 1 transformer out of the system, as had occurred previously with No. 2 transformer, but the circuit breakers remained closed, allowing the fault in No. 1 switchgear and No. 2 switchgear to be fed high levels of current through No. 1 transformer. This condition lasted approximately seven minutes before sensors at remote locations in the transmission system detected the disturbance and opened to cut off the entire plant from any source of power.

Electrical arcing in the original fault in No. 2 switchgear generated intense heat which started a fire in the area of No. 2 switchgear, giving off black, highly carbonized smoke from burning insulation. The presence of this smoke, acting as a conductor, contributed to the fault condition in No. 1 switchgear, causing more electric arcing, heat and fire. The resulting fire, which burned for three hours following the electrical disturbance, involved all the area surrounding No. 1 and No. 2 switchgear and did considerable damage to the power plant. The fire and electrical arcing destroyed the wiring of control circuits which operated the tie breaker in No. 2 switchgear and the circuit breakers to isolate No. 1 transformer. Although the locations of No. 1 and No. 2 switchgear were completely involved in the fire, the serious damage to the switchgear was caused by electrical arcing. Both switchgear were heavily damaged by arcing, parts of which vaporized, disintegrated or melted down. No. 1 transformer, which was located outside the power plant at a distance of 440 feet, was damaged by electric overload and heat. There was no evidence of fire damage to the transformer. The fire involved only the power plant and did not extend to the location of the transformer.

Plaintiff filed a claim with defendant for the damage to No. 1 and No. 2 switchgear *412 and No. 1 transformer. Defendant denied coverage under the insurance policy and plaintiff filed this action. 2 The policy in question insured covered equipment and machinery against loss or damage from accident, defined as “a sudden and accidental breakdown . . . which manifests itself at the time of its occurrence by physical damage” to the machinery which necessitates repair or replacement. The policy excludes from coverage loss from “Fire concomitant with or following an Accident . ” or “An Accident caused directly or indirectly by fire . . . .” Endorsement 1(B) contains the following additional exclusion:

This Company shall not be liable for loss or damage, if any, caused by or resulting from Electrical Current artificially generated provided fire or explosion ensues therefrom, except that electrical arcing itself shall not be considered a fire or explosion.

Defendant denies liability based on these exclusions.

Plaintiff originally argued that the words “artificially generated” contained in the exclusion in Endorsement 1(B) are ambiguous. At the conclusion of trial, however, plaintiff abandoned its claim of ambiguity and now argues that the plain meaning of the exclusion does not prevent recovery for the loss at issue. As the parties now agree that the language of the exclusion is unambiguous, the Court will confine itself to the language of the policy. See Queen Insurance Company of America v. Meyer Milling Company, 43 F.2d 885 (8th Cir.1930). 3 That language must be read in such a way as to give effect to the intention of the parties to the contract, Huth v. General Accident & Life Assurance Corporation, Ltd., 536 S.W.2d 177 (Mo.App., D.St.L.1976), and must be accorded its plain and common meaning. McNeal v. Manchester Insurance & Indemnity Company, 540 S.W.2d 113 (Mo.App., D.St.L.1976). If policy language, particularly language in an exclusionary clause, is ambiguous, the doubt is to be resolved in favor of the insured. Martinelli v. Security Insurance Company, *413 490 S.W.2d 427 (Mo.App., D.St.L.1973). However, if the language is unambiguous, that is, susceptible of only one meaning, there is no room for judicial construction; it must be accorded its plain meaning and enforced as written in the contract. Brake v. MFA Mutual Insurance Company, 525 S.W.2d 109 (Mo.App., D.St.L.), cert. denied, 423 U.S. 894, 96 S.Ct. 192, 46 L.Ed.2d 126 (1975).

Defendant argues that the clear language of the exclusion in Endorsement 1(B) prevents recovery on the policy for the loss at issue. There is no question that the damage to the switchgear and No. 1 transformer was caused by artificially generated electric current supplied from other generating plants in the transmission system. Therefore, there is no liability if the other condition in the exclusion is present: “provided fire or explosion ensues therefrom.” “Ensuing fire” has not been defined either in the policy or by the Missouri Supreme Court. However, whether an ensuing fire is one which merely occurs subsequent

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Bluebook (online)
492 F. Supp. 410, 1980 U.S. Dist. LEXIS 9199, Counsel Stack Legal Research, https://law.counselstack.com/opinion/associated-electric-cooperative-v-mutual-boiler-machinery-insurance-mowd-1980.