QEC Kits Clause Samples
The 'QEC Kits' clause defines the terms and conditions related to the provision, use, or management of Quick Engine Change (QEC) kits, which are assemblies of components designed to facilitate rapid engine replacement in aircraft. This clause typically outlines the responsibilities of the parties regarding the supply, maintenance, and return of QEC kits, and may specify ownership, delivery timelines, or acceptable use cases. By clearly delineating these aspects, the clause ensures that both parties understand their obligations, thereby minimizing disputes and ensuring efficient aircraft maintenance operations.
QEC Kits. Boeing will, on or about May 1, 1997, furnish to Customer a listing of all components which could be included in the Quick Engine Change (QEC) kits which may be purchased by Customer from Boeing. Customer agrees to review such listing and indicate by marking on one copy of such listing those components that Customer desires included in its QEC kits. Customer will return such marked copy to Boeing within 30 days after Customer's receipt of such listing. Within 30 days after Boeing's receipt of such marked copy, Boeing will republish such listing to reflect only those components selected by Customer and will provide copies of such republished listing to Customer. Boeing will from time to time furnish revisions to such republished listing until a date approximately 90 days after delivery of the last QEC kit ordered by Customer for the Aircraft. Boeing will furnish to Customer as soon as practicable a statement setting forth a firm price for the QEC kit configuration selected by Customer. Customer agrees to place orders with Boeing for the QEC kits for the Aircraft by July 1, 1997.
QEC Kits. Boeing will, on or about September 20, 1996, furnish to Buyer a listing of all components which could be included in the Quick Engine Change (QEC) kits which may be purchased by Buyer from Boeing. Buyer agrees to review such listing and indicate by marking on one copy of such listing those components that Buyer desires included in its QEC kits. Buyer will return such marked copy to Boeing within 30 days after Buyer's receipt of such listing. Within 30 days after Boeing's receipt of such marked copy, Boeing will republish such listing to reflect only those components selected by Buyer and will provide copies of such republished listing to Buyer. Boeing will from time to time furnish revisions to such republished listing until a date approximately 90 days after delivery of the last QEC kit ordered by Buyer for the Aircraft. Boeing will furnish to Buyer as soon as practicable a statement setting forth a firm price for the QEC kit configuration selected by Buyer. Buyer agrees to place orders with Boeing for the QEC kits for the Aircraft by October 20, 1996.
QEC Kits. Boeing will, on or about November 1, 1996 for the 737-524 Aircraft, January 1, 1997 for the 737- 724/824 Aircraft and December 1, 1997 for the 737-624 Aircraft, furnish to Buyer a listing of all components which could be included in the Quick Engine Change (QEC) kits which may be purchased by Buyer from Boeing. Buyer agrees to review such listing and indicate by marking on one copy of such listing those components that Buyer desires included in its QEC kits. Buyer will return such marked copy to Boeing within 30 days after Buyer's receipt of such listing. Within 30 days after Boeing's receipt of such marked copy, Boeing will republish such listing to reflect only those components selected by Buyer and will provide copies of such republished listing to Buyer. Boeing will from time to time furnish revisions to such republished listing until a date approximately 90 days after delivery of the last QEC kit ordered by Buyer for the Aircraft. Boeing will furnish to Buyer as soon as practicable a statement setting forth a firm price for the QEC kit configuration selected by Buyer. Buyer agrees to place orders with Boeing for the QEC kits for the Aircraft within 120 days from receipt of the QEC component listing as noted above for each corresponding model.