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Grisel, J.; Royet, J.M.; Scanlan, R.M.; Armer, R.
Lawrence Berkeley Lab., CA (USA)1988
Lawrence Berkeley Lab., CA (USA)1988
AbstractAbstract
[en] Up to 25,000 Km of keystoned flat cable must be produced for the SSC project. Starting from a specification developed by Lawrence Berkeley Laboratory (LBL), a special cabling machine has been designed by Dour Metal. It has been designed to be able to run at a speed corresponding to a maximum production rate of 10 m/min. This cabling machine is the key part of the production line which consists of a precision Turkshead equipped with a variable power drive, a caterpillar, a dimensional control bench, a data acquisition system, and a take-up unit. The main features of the cabling unit to be described are a design with nearly equal path length between spool and assembling point for all the wires, and the possibility to run the machine with several over- or under-twisting ratios between cable and wires. These requirements led Dour Metal to the choice of an unconventional mechanical concept for a cabling machine. 4 refs., 2 figs
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Aug 1988; 4 p; Applied superconductivity conference; San Francisco, CA (USA); 21-25 Aug 1988; CONF-880812--22; Available from NTIS, PC A02/MF A01; 1 as DE89002666; Portions of this document are illegible in microfiche products.
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Conference
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