Element of design means in respect of a vehicle or engine,
Element of design means “any control system (i.e., computer software, electronic control system, emission control system, computer logic), and/or control system calibrations, and/or the results of systems interaction, and/or hardware items on a motor vehicle or motor vehicle engine.” 40 C.F.R. §§ 86.094-2, 86.1803-01.
Element of design means any control system (i.e., computer software, electronic control system, emission control system, computer logic), and/or control system calibrations and/or the results of systems interaction, and/or hardware items on a motor vehicle or motor vehicle engine.
More Definitions of Element of design
Element of design means any part or system on a motor vehicle or a motor vehicle engine pertaining to the vehicle's or engine's certified configuration.
Element of design. Means (a) any control system, including: computer software; electronic control systems; and computer logic;(b) any control system calibration;(c) the results of the interaction of systems; or(d) any hardware.
Element of design means any automotive part or system on a motor vehicle that is subject to federal emission standards at 40 CFR Part 86 or CARB emission standards at California Code of Regulations, Title 13 which could affect the emission of any regulated air contaminant from a motor vehicle.
Element of design means any part or system on a motor vehicle or a motor vehicle engine pertaining to the vehicle’s or engine’s certified configuration.
Element of design means any automotive part or system on a motor vehicle that is subject to the Federal emission standards at 40 CFR Part 86 or California emission standards at California Code of Regulations Title 13 which:
Element of design means “any control system (i.e., computer software, electronic control system, emission control system, computer logic), and/or control system calibrations, and/or the results of systems interaction, and/or hardware items on a Motor Vehicle or Motor Vehicle engine.” 40 C.F.R. § 86.094-2. For example, manufacturers of diesel engines employ retarded fuel injection timing as a primary emission control device for emissions of NOx, while manufacturers of gasoline-powered engines employ spark timing as an emission control device. Manufacturers also employ certain hardware devices as emission control systems to manage and treat exhaust to reduce levels of regulated pollutants from being created or emitted into the ambient air. Such devices include EGR, DPF, DOC, and SCR systems.