Dampskibsaktieselskabet Den Norske Afrika Og Australieline v. Intalco Aluminum Corp.

306 F. Supp. 170, 1969 U.S. Dist. LEXIS 10797
CourtDistrict Court, W.D. Washington
DecidedOctober 28, 1969
DocketNos. 300 and 308
StatusPublished
Cited by3 cases

This text of 306 F. Supp. 170 (Dampskibsaktieselskabet Den Norske Afrika Og Australieline v. Intalco Aluminum Corp.) is published on Counsel Stack Legal Research, covering District Court, W.D. Washington primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Dampskibsaktieselskabet Den Norske Afrika Og Australieline v. Intalco Aluminum Corp., 306 F. Supp. 170, 1969 U.S. Dist. LEXIS 10797 (W.D. Wash. 1969).

Opinion

BEEKS, District Judge.

The captioned actions arise out of the same casualty and were consolidated for trial and all other purposes. The Court has jurisdiction over both actions under 28 U.S.C. § 1333.

In Number 300 the partnership Wilh. Wilhelmsen, composed of Dampskibsaktieselskabet Den Norske Afrika og Australieline, Wilhelmsens Dampskibsaktieselskab A/S Tonsberg, A/S Tankfart I, A/S Tankfart IV, A/S Tankfaft V, and A/S Tankfart VI (Wilhelmsen), owner of M/S TROJA and A/S Kristian Jebsens Rederi (Jebsens), time charterer of TROJA, brought action against Intalco Aluminum Corporation (Intalco), lessee of a dock, including the crane thereon, at Ferndale, Washington, used by Intalco for the discharge of bulk alumina, and Bellingham Stevedoring Company (Belling-ham), who supplied the operator of the crane pursuant to a stevedoring contract with Intalco, for damage sustained when the crane boom fell upon TROJA. McDowell-Wellman & Co. (McDowell), who designed, manufactured and supervised the installation of the crane on Intalco premises, was impleaded as a third party defendant.

In Number 308, American Metal Climax, Inc. (American Metal), voyage sub-charterer of TROJA, brought action against Bellingham for damage sustained when the crane boom fell upon TROJA. Intalco was impleaded as a third party defendant.

Intalco crossclaimed against Belling-ham and McDowell to recover crane repair costs.

Bellingham claims indemnity from Intalco and/or McDowell for whatever damages may be allowed against Belling-ham.

[173]*173Intalco claims indemnity against Bellingham and/or McDowell for whatever damages may be allowed against Intalco.

McDowell claims indemnity from Bellingham for whatever damage Intalco and/or American Metal may recover against McDowell.

On December 1, 1966 TROJA was discharging bulk alumina while moored to Intalco,’s dock. The discharge of the alumina was being accomplished by the use of Intaleo’s dock crane which was being operated by Bellingham under a stevedoring contract with Intalco. At 1705 1 hours TROJA’s number two hatch was damaged when the crane boom fell upon TROJA.

The crane operator, an employee of Bellingham, had topped the crane boom and left the crane tower at 1650.2 The operator normally would have left the crane in the horizontal position so the next shift could immediately begin work, but because of the high wind condition (gusts up to 50 m. p. h.) he decided .that it would be safer if the crane was raised to the vertical position. While on his way off the pier the operator received word the boom had fallen upon TROJA. No one else had operated the crane in the interim.

The Intalco crane required a skilled operator. Certain specific steps were to be followed by him when topping the boom:

(1) Put the bucket and the bucket carriage into the hopper;

(2) Slack the hoist and the close cables (wire ropes);

(3) Release the hand brake in the motor control room;

(4) Proceed to the boom control bridge and push the up button, which raises the boom until a limit switch automatically stops the boom just below the safety latches (dogs);

(5) Push the bypass limit switch, which raises the dogs so the boom can pass, and the up button simultaneously;

(6) Push the stop button when the boom is above the dogs;

(7) Push the down button to lower the boom into the dogs;

(8) Push the stop button;

(9) Cheek the dog release lever tension to insure the boom is secure in the dogs;

(10) Return to the motor control room and set the hand brake;

(11) Shut off the motor generator.

The crane operator claims to have completed all steps except 11, which he omitted because he thought the mechanics working below on the conveyor belt needed the power. The motor generator was the main power source for the crane. Undeniably if the boom was secure in the dogs and the motor generator had been shut off, the accident could not have happened.

When the boom was lowered into the dogs, pressing of the stop button would have set an electric brake and stopped the motor shutting down the apron hoist drum.3 However, the physical evidence shows that the apron hoist drum continued to turn in a downward direction unspooling the entire amount of wire rope off the drum. As the drum continued to turn the wire rope began to randomly rewrap in a reverse direction. The wire rope wrapped around the drum shaft causing detachment of the lowering cam limit switch. One of the ropes snagged and was severed. The other rope continued to rewind raising the boom apron out of the dogs toward the king post. Since the apron hoist drum was turning in a downward direction the upper upper cam limit switch was inoperative. The wire rope, strained by the revised torque when wrapped around [174]*174the drum shaft, drew taut and severed as the boom apron was crushed against the king post. When the wire rope severed there was a spring release action and the boom was catapulted from its vertical position against the bumper on the king post. As the boom fell it disintegrated the dogs and snapped the eye bars which normally hold it in the horizontal position. The boom landed on the number two hatch of the TROJA damaging both the ship and the crane.

As indicated, if the stop button had been pushed an automatic brake would have operated on the apron hoist drum, preventing the turning of the drum. If the hand brake had been set, it also would have operated on the apron hoist drum slowing, probably stopping, the drum from turning. Immediately following the accident the hand brake was found jammed in an open position with no damage to the ratchet. Further inspection indicated no burning or other damage to the brake drum, which would be normal if the brake had been set and the drum was turning against it.

I’m convinced from the great weight of the evidence and the uncontroverted physical facts that this accident resulted solely from the crane operator’s negligence. The operator admits he failed to turn off the motor generator and while he may very well honestly believe that he pushed the stop button and set the hand brake, I am persuaded that he did not.

I find no merit in Bellingham’s argument that the crane was defectively designed, constructed or installed by McDowell. The great weight of the evidence indicates no violation of the Washington Safety Standards or the standards in the industry. It was urged that McDowell should have provided the crane with “Dead Man” type of controls for raising and lowering the boom. While the existence of a dead man type of control might have prevented the accident, I entertain doubt.4 What is clear is that the failure to provide a dead man type of control was not negligence nor was it a manufacturing defect. The crane was designed to be operated by a skilled operator and when properly operated the crane was not unreasonably dangerous. Marker v. Universal Oil Products Co., 250 F.2d 608 (10th Cir., 1957).

Bellingham’s argument that an electrical short in the switching mechanism could have reactivated the down button after the stop button had been pushed is also without merit.

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306 F. Supp. 170, 1969 U.S. Dist. LEXIS 10797, Counsel Stack Legal Research, https://law.counselstack.com/opinion/dampskibsaktieselskabet-den-norske-afrika-og-australieline-v-intalco-wawd-1969.