Brake enclosure definition

Brake enclosure means an aerodynamically designed chamber through which the cooling air enters from one end and exits from the other end. It is an air-tight chamber that prevents untreated air from entering and mixing with the cooling air flowing around the brake assembly. The brake enclosure shrouds the brake assembly.
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Brake enclosure means a sealed chamber that prevents untreated air from entering the air flowing around the brake assembly. The brake enclosure shrouds the brake assembly.
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Examples of Brake enclosure in a sentence

  • Figure 7.2. provides a layout of the test system with the brake dynamometer and shows the interactions with the minimum subsystems required to execute a brake emissions test following this UN GTR.F igure 7.2. Brake dynamometer and automation systems in the overall test layoutNote: S1: Brake dynamometer, S2: Automation, control, and data acquisition system, S3: Climatic conditioning unit, S4: Brake enclosure and sampling plane, S5: Emissions measurement system.

  • Ten years of Chagas disease research: Looking back to achievements, looking ahead to challenges.

  • Brake enclosure shall be of weatherproof construction, with the upper half of the case removable for convenient access to the enclosed mechanism.

  • F igure 7.2. Brake dynamometer and automation systems in the overall test layoutNote: S1: Brake dynamometer, S2: Automation, control, and data acquisition system, S3: Climatic conditioning unit, S4: Brake enclosure and sampling plane, S5: Emissions measurement system.

  • Results from OLS regression of Trump support on MDS point coordinates.

  • The different elements and subsystems in Figure 7.2 are indicative; therefore, exact conformance with the figure is not mandatory.Figure 7.2Brake inertia dynamometer and automation systems in the overall test layoutS 1: Brake inertia dynamometer, S2: Automation, control, and data acquisition system, S3: Air handling system, S4: Brake enclosure and sampling plane, S5: Emissions measurement system, C1 and C2: Testing facility energy controls and monitoring system.

  • Figure 7.2. provides a layout of the test system with the brake dynamometer and shows the interactions with the minimum subsystems required to execute a brake emissions test following this UN GTR.Figure 7.2.Brake dynamometer and automation systems in the overall test layout Note: S1: Brake dynamometer, S2: Automation, control, and data acquisition system, S3: Climatic conditioning unit, S4: Brake enclosure and sampling plane, S5: Emissions measurement system.

  • S1: Brake dynamometer, S2: Automation, control, and data acquisition system, S3: Climatic conditioning unit, S4: Brake enclosure and sampling plane, S5: Emissions measurement system.

  • The different elements and subsystems in Figure 7.2 are indicative; therefore, exact conformance with the figure is not mandatory.Figure 7.2Brake dynamometer and automation systems in the overall test layoutS 1: Brake dynamometer, S2: Automation, control, and data acquisition system, S3: Air handling system, S4: Brake enclosure and sampling plane, S5: Emissions measurement system.

Related to Brake enclosure

  • Rack means a mechanism for delivering motor vehicle fuel or diesel from a refinery or terminal into a truck, trailer, railroad car, or other means of non-bulk transfer.