Omnetics, Inc. v. Radiant Technology Corp.

440 N.W.2d 177, 1989 Minn. App. LEXIS 625, 1989 WL 52745
Court of Appeals of Minnesota·Decided May 23, 1989·No. CX-88-2355·Published·Cited by 7 cases

Opinion

OPINION

EDWARD D. MULALLY, Acting Judge.

Omnetics, Inc. appeals the trial court’s order denying its motion for a new trial or judgment notwithstanding the verdict (JNOV). Appellant sustained property damage when a laboratory immersion heater, manufactured by respondent Radiant Technology Corporation, overheated and started a fire on appellant’s premises. By special verdict, the jury determined that the heater was not defectively designed, but that respondent’s failure to provide adequate warnings or instructions for safe use rendered it in a defective condition unreasonably dangerous to the consumer. The jury further found, however, that such defective condition was not a direct cause of the fire and that the fire was directly caused by appellant’s failure to exercise reasonable care for its own safety. Consequently, the trial court entered judgment for respondent. Appellant’s motion for a new trial or JNOV was denied and this appeal followed. We affirm in part and dismiss in part.

FACTS

Appellant, which was in the business of metal plating, operated a research laboratory in its facility. Many experiments conducted in the research lab required the use of immersion heaters to heat solutions in large polypropylene plastic tanks.

The immersion heater which caused the fire was a Model AB-51-A1, manufactured by respondent sometime in 1982 or shortly before. It was eight inches in length, had a power of 500 watts, and could reach 1400°F if exposed to the open air. It was activated by directly plugging it into an electrical outlet; it had no on-off switch or any indicator light to show whether it was on or off.

Respondent began the manufacture of this model in 1972, and the design has not changed over the years. Respondent’s brochure recommends the use of optional safety devices, such as a fuse or automatic shut-off, with this type of immersion heater. As explained in the brochure, the danger is that if the solution in the tank drops, the heater will become exposed to open air and overheat.

On the Thursday or Friday before the fire, Bradley Hoium, a relatively new employee, was directed to shut down the lab for the weekend. On re-cross examination, Hoium was asked:

Q. Now, when you went into the lab on the close of the business day, it was your intention not just to shut off everything but to actually unplug everything just to be on the safe side, was it not?
A. Yes, either to unplug or completely turn down the thermostat so the heaters had no chance of being left on.

On Sunday, April 18, 1982, a fire was discovered in the research lab area. The parties agree the fire occurred when a Radiant Technology Model AB-51-8L immersion heater overheated and ignited the polypropylene tank into which it was placed. They also agree that property damage was $138,173.98.

Appellant commenced this action seeking damages on theories of defective product design, failure to warn, and breaches of expressed and implied warranties. Following are the pertinent interrogatories submitted to the jury at the close of the evidence; the jury answered as indicated.

1. Was the tank heater in a defective condition unreasonably dangerous because of its design?
Yes _ No X
2. If your answer to question #1 was “yes,” then answer this question: Was such condition a direct cause of the plaintiff’s property damage?
Yes_ No_
3. Was the tank heater in a defective condition unreasonably dangerous because the manufacturer failed to provide adequate warnings or instructions for safe use of the tank heater?
Yes X No
*180 4. If your answer to question #4 was “yes,” then answer this question: Was such condition a direct cause of the plaintiffs property damage?
Yes_ No X
5. Did the plaintiff fail to exercise reasonable care for its own safety?
Yes X No_
6. If your answer to question #5 was “yes,” then answer this question: Was the plaintiff's failure to exercise reasonable care a direct cause of its damages?
Yes X No_

The trial court subsequently issued its findings, conclusions and order for judgment dismissing appellant’s claims. Appellant then moved for a new trial or JNOV. The motion for a new trial was based on, among other things, claims that the trial court failed to properly instruct the jury and that the jury should not have been allowed to consider appellant’s contributory fault in a strict liability action. The motion for JNOV was based on the claim that the evidence was insufficient to establish appellant’s acts or omissions directly caused the fire. Omnetics appeals from the trial court’s denial of its motions.

ISSUES

1. Did the trial court abuse its discretion in instructing the jury only according to CIV JIG 117 regarding design defects, and refusing to give a supplementary instruction setting forth a four-part test for determining the feasibility of an alternative design?

2. Did the trial court err in submitting the question of comparative fault to the jury where one of the theories of recovery Was strict liability?

3. Is the order denying appellant’s motion for JNOV reviewable and, if so, did the trial court err in determining the evidence was sufficient to support findings that appellant failed to exercise reasonable care in using the product and that such failure was a direct cause of the injury?

ANALYSIS

1. On the issue of whether the immersion heater was defectively designed, the trial court recited CIV JIG 117. See 4 Minnesota Practice, CIV JIG III, 117 (1986 and Supp.1988). The trial court also gave the full instruction for a manufacturer’s duty to warn. See id. at CIV JIG 119.

Appellant did not object to the JIG 119 failure to warn instruction. It did, however, object to the JIG 117 defective design warning. Appellant argued that because the feasibility of an alternative design for the immersion heater was a critical issue in the case, the following additional instruction should have been given:

In deciding if the suggested alternative design was feasible at the time the product in question was manufactured, there are several factors you must consider. First, was the suggested alternative design technologically feasible? This means that, given the technology available at the time the product was manufactured, the suggested alternative was technically available.
Second, you must consider the safety of the suggested alternative. Does it provide overall safety as good as or better than that of the product in question, and does it provide better protection against the particular hazard or risk of injury created by the product in question.
Third, you must consider the cost of the suggested alternative.

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Omnetics, Inc. v. Radiant Technology Corp., 440 N.W.2d 177, 1989 Minn. App. LEXIS 625, 1989 WL 52745 (Mich. Ct. App. 1989).

440 N.W.2d 177 (Omnetics, Inc. v. Radiant Technology Corp.) — published by Counsel Stack Legal Research, free access to 12M+ legal documents.

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