Timken Company v. MTS Systems Corporation

CourtDistrict Court, N.D. Ohio
DecidedMay 14, 2021
Docket5:19-cv-00584
StatusUnknown

This text of Timken Company v. MTS Systems Corporation (Timken Company v. MTS Systems Corporation) is published on Counsel Stack Legal Research, covering District Court, N.D. Ohio primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Timken Company v. MTS Systems Corporation, (N.D. Ohio 2021).

Opinion

UNITED STATES DISTRICT COURT NORTHERN DISTRICT OF OHIO EASTERN DIVISION

THE TIMKEN COMPANY, ) Case No. 5:19-cv-00584 ) Plaintiff, ) Judge J. Philip Calabrese ) v. ) ) MTS SYSTEMS CORPORATION, ) ) Defendant. ) )

OPINION AND ORDER With a public partner, The Timken Company undertook a pioneering project to support the development of wind power. At its heart, that project required the construction of a testing and development facility for ultra-large wind turbines. To develop the key systems in that facility, Timken selected MTS Systems Corporation. As relevant here, the parties entered into two contracts. Then, as one would expect because they are now litigating in federal court, things went south. Timken filed suit asserting claims for breach of contract, breach of warranty, fraudulent inducement, or, in the alternative, negligent misrepresentation. MTS moves for summary judgment on all claims against it on the grounds that Timken’s contract claims are time-barred as are its tort claims because they merge with the contract claims. For its part, Timken moves for summary judgment on MTS’s statute of limitations defense. For the reasons that follow, the Court GRANTS IN PART and DENIES IN PART MTS’s motion for summary judgment and DENIES Timken’s motion for summary judgment. STATEMENT OF FACTS Plaintiff The Timken Company manufactures ultra-large-wind-energy tapered roller bearings for wind turbines, among other products. (ECF No. 43-1, ¶ 5, PageID

#1248.) Defendant MTS Systems Corporation designs and manufactures industrial testing and position sensors. (ECF No. 35-1, ¶ 2, PageID #438.) By way of background, Timken and Stark State College formed a joint venture to develop the Stark State College and The Timken Company Technology and Test Center, known as the Wind Center, where Timken could test products for use in wind-powered turbines and the college could train technicians to service them. (ECF No. 35-3,

PageID #450.) This world-class facility was the first of its kind in the Americas and promised to shorten the time for product development while improving reliability and cost-effectiveness. (ECF No. 41-4, PageID #1123–24.) A. The Test System Timken contracted with MTS to design and construct a bearing test system to allow Timken to “test the performance of its bearings in wind turbines at an accelerated rate,” without having to wait years or decades to assess their performance

in the field as customers used them.” (ECF No. 37-1, ¶ 12, PageID #907.) Timken planned for the test system to run continuously (24 hours per day, seven days per week) to replicate the loads the bearings would experience in the field. (Id., ¶ 13.) To provide a sense of the scale and scope of this project, the test system required a specially designed foundation at the Wind Center that was 13 feet deep and weighed approximately 1,000 tons. (ECF No. 37-1; ¶ 36, PageID #913; ECF No. 43-1, ¶ 14, PageID #1249.) Among the helpful images and diagrams the parties include in their briefing, the following photo of the foundation under construction illustrates the scale of the project:

: 4 te ff J, 8 i / } □□ i I □ / ; he □ i, , Zi gf OP LT) te gag AF Sy □ i ,

4 | 7 mL i P | 2 / ri ec oe” (ibis 7s : 7 ee. De □ = a i renee □□□ SS □□ 4 = i ye) i ats SS = — os □ □□ 2 \ a = □ Se □ rise = 1 “ " } □□ □□ Nn me ie Py ee) ee Se) a 2 Le a yi a fs i ; = \ 4 zB 4 P| Wy, i he. ra a ht ae ‘| > VOCA Hi ee ’ □□ ; eg ie id ee ey mn . =F r a ip a a □ ae oat □ | 7 am rs = Shoe Pia ¢ a Pe. eal oi WT eI Sai 7 | hs pe ii ee ms = □ ; □□ 7 sna es Bs in = = ea a Ce or hag Se. i Nae Sa □ (ECF No. 37, PageID #890.) To simulate the operations of a wind turbine, the test system consists of three main components: (1) the NTL 5U (NTL stands for non-torque loading, and the U stands for upgradeable); (2) the reaction structure to which the test bearing is mounted; and (3) the foundation. (ECF No. 35-1, 4 6, PageID #439; ECF No. 37-1, 4 15, PageID #908.) One diagram the parties use helps identify these components:

Reaction Structure Supplier NTL cuteitl age tesiee MITS = hardness | eched a Reaction Deere supplied by Buyer {Timken} Low speed shaft assembly: [shaft end = Ses edaptors end two couplings), MTS recommended, Peete Torque Gearbox ee eee eee sshcae Baas 3 Structure eoraie S88 imken) =stem, adzptor, tee epee eee supplier Side Adaptor and seals: Couplings in low speed et supalied awniied plates specified by REN-structure {Timken} MTS to specify end supply shaft assembly: Seller by Buyer by Buyer sippliet, purchased by iver (see Figure 1) recommended, (Timken) (Timken) (Timken) l ] Buyer (Timken) purchased Reection — i ae es a wis movement A ar] recommen mechanism, ei | lalla =: by MTS, sitet by =a] | 5 | ao REN structure if SS | 4 | uyer (Timken) pe J Solaire 4 (He =) hiscieataaclNa| | □ | aa ee Motor supplied ¢ a recommended by by Buyer awe 5 a MTS, purchased — (Timken) Leveling and alignment Bed plate includes attachment festures for RXN © □□□□□□□□□□□□□□□□□□□□□□□ | Motordrive B¥Suyer system; supplied “by structure. Allows RXN structure position aqjustment, “TLSU to the foundation recommended by Timken) RXN structure suppler ©. designed by foundation designer, Suppliéd & installed —Padelate,sperinedby ; by foundation installation contractor MSs ere aur by Buyer : (Timken) . _ Foundation has two activities: 1. Design, 2. Supply & Insta . “Design” - concrete, rebar, bed plate/s), attachment devices “install” — Supply designed components, & install (General Contractor local) Foundation Designer and Installer pase oedasinet (ECF No. 35, PageID #407; ECF No. 37, PageID #886.) These components perform the following functions: 1. Basically, the NTL 5U mimics the shaft of a wind turbine and recreates the forces that the wind turbine rotor blades would apply to the main shaft bearing in the field. (ECF No. 37-1, J 20, PageID #910.) The NTL 5U is bolted to the bedplates that are anchored to the foundation, which MTS designed to Timken’s specifications. (Ud., § 22, PageID #911.) This picture shows the NTL 5U being installed at the wind center:

a — Kh 7 : oan)

i ij □ 7 a : “ NY : i ] Co at a Yaa ba: = JT Bhs Ff ow Fads eee re 4 | -F OR Ly ag es

os 7 4 ee a a 1 Poe (ECF No. 37, PageID #888.) 2. The reaction structure mimics the gear box in a wind turbine. (ECF No. 37-1, 24, PageID #911.) This structure attaches to Timken’s tooling, which holds the test bearing in place. Ud.) It is also bolted to the foundation. Cd., { 25.) This image depicts the basic operation of the gearbox:

Gearbox _— Generator □ \ > 1m \\ Es ‘ oad 4 .-(\ ae oe al □

2 Main Shaft Bearing

(ECF No. 37, PageID #883.) 3. Functioning as the test system’s base, the foundation supports the NTL 5U and the reaction structure. (ECF No. 37-1, ¶ 27.) Also, the foundation must resist

the forces generated during testing and dampen vibrations to protect the surrounding building and equipment at the Wind Center. (Id.) B. Quotes and Upgrade Options In June 2011, MTS provided Timken a quote for the NTL 5U that included a potential upgrade to the NTL 10. (See ECF No. 36-5.) That quote remained valid for one year. (Id., PageID #764.) As quoted, upgrading to the NTL 10 involved increasing axial actuators and adding various hydraulic power supply and distribution

components at a price of $650,000. (Id., PageID #776.) Following negotiations between the parties, MTS provided Timken with a revised quotation, also in June 2011. (ECF No. 36-6.) In the revised quote, the components for an upgrade remained the same, but the price was $695,000. (Id., PageID #799.) Based on the specifications in the quotation, the design for the frame could accommodate either the NTL 5U or the NTL 10. (ECF No. 35-4, PageID #512; ECF No. 36-6, PageID #794.)

C.

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

Related

Anderson v. Liberty Lobby, Inc.
477 U.S. 242 (Supreme Court, 1986)
Scott v. Harris
550 U.S. 372 (Supreme Court, 2007)
John Harold Wolfe v. Continental Casualty Company
647 F.2d 705 (Sixth Circuit, 1981)
Cambridge Plating Co., Inc. v. Napco, Inc.
991 F.2d 21 (First Circuit, 1993)
Micrel, Inc. v. Trw, Inc.
486 F.3d 866 (Sixth Circuit, 2007)
Executone of Columbus, Inc. v. Inter-Tel, Inc.
665 F. Supp. 2d 899 (S.D. Ohio, 2009)
Chlan v. KDI Sylvan Pools, Inc.
452 A.2d 1259 (Court of Special Appeals of Maryland, 1982)
Weiss v. MI Home Products, Inc.
877 N.E.2d 442 (Appellate Court of Illinois, 2007)
White v. Peabody Construction Co., Inc.
434 N.E.2d 1015 (Massachusetts Supreme Judicial Court, 1982)
Helvey v. Wabash County REMC
278 N.E.2d 608 (Indiana Court of Appeals, 1972)
Chappell v. City of Cleveland
584 F. Supp. 2d 974 (N.D. Ohio, 2008)
Chestnut Hill Development Corp. v. Otis Elevator Co.
653 F. Supp. 927 (D. Massachusetts, 1987)
Mécanique C.N.C., Inc. v. Durr Environmental, Inc.
304 F. Supp. 2d 971 (S.D. Ohio, 2004)
Zaremba v. Marvin Lumber and Cedar Co.
458 F. Supp. 2d 545 (N.D. Ohio, 2006)

Cite This Page — Counsel Stack

Bluebook (online)
Timken Company v. MTS Systems Corporation, Counsel Stack Legal Research, https://law.counselstack.com/opinion/timken-company-v-mts-systems-corporation-ohnd-2021.