SAE International An Investigation of Container Chassis Brake Lining Maximum Wear Rates 2009-01-0091

Description
An experimental investigation of the minimum mileage between required brake adjustments is presented, for a particular vehicle configuration, fully loaded, on a defined route. To insure the results represented maximum brake lining wear, or minimum adjustment interval, for a container chassis, the operator followed a strict protocol requiring the use of chassis brakes only, except when safety dictated otherwise. The data collected during the investigation have been tested against a proposed procedure for predicting brake adjustment frequency. This procedure should allow brake adjustment intervals to be predicted for other vehicle configurations and other service conditions.
Description
An experimental investigation of the minimum mileage between required brake adjustments is presented, for a particular vehicle configuration, fully loaded, on a defined route. To insure the results represented maximum brake lining wear, or minimum adjustment interval, for a container chassis, the operator followed a strict protocol requiring the use of chassis brakes only, except when safety dictated otherwise. The data collected during the investigation have been tested against a proposed procedure for predicting brake adjustment frequency. This procedure should allow brake adjustment intervals to be predicted for other vehicle configurations and other service conditions.

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An Investigation of Container Chassis Brake Lining Maximum Wear Rates - 2009-01-0091 - SAE International
Warrendale, PA, United States
An Investigation of Container Chassis Brake Lining Maximum Wear Rates
2009-01-0091
An Investigation of Container Chassis Brake Lining Maximum Wear Rates 2009-01-0091
An experimental investigation of the minimum mileage between required brake adjustments is presented, for a particular vehicle configuration, fully loaded, on a defined route. To insure the results represented maximum brake lining wear, or minimum adjustment interval, for a container chassis, the operator followed a strict protocol requiring the use of chassis brakes only, except when safety dictated otherwise. The data collected during the investigation have been tested against a proposed procedure for predicting brake adjustment frequency. This procedure should allow brake adjustment intervals to be predicted for other vehicle configurations and other service conditions.

An experimental investigation of the minimum mileage between required brake adjustments is presented, for a particular vehicle configuration, fully loaded, on a defined route. To insure the results represented maximum brake lining wear, or minimum adjustment interval, for a container chassis, the operator followed a strict protocol requiring the use of chassis brakes only, except when safety dictated otherwise. The data collected during the investigation have been tested against a proposed procedure for predicting brake adjustment frequency. This procedure should allow brake adjustment intervals to be predicted for other vehicle configurations and other service conditions.

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Technical Specifications

  SAE International
Product Category Standards and Technical Documents
Product Number 2009-01-0091
Product Name An Investigation of Container Chassis Brake Lining Maximum Wear Rates
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