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Position: Chinese Standard in English/GB/T 12678-1990
GB/T 12678-1990   Reliability Running Test Method for Automobiles (English Version)
Standard No.: GB/T 12678-1990 Status:superseded remind me the status change

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Target Language:English File Format:PDF
Word Count: 5000 words Translation Price(USD):120.0 remind me the price change

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Implemented on:1991-10-1 Delivery: via email in 1 business day

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2022-05-01,2022-5-1,1991-10-1,1411381334454740E5720D5870F8C
Standard No.: GB/T 12678-1990
English Name: Reliability Running Test Method for Automobiles
Chinese Name: 汽车可靠性行驶试验方法
Chinese Classification: T04    Basic standards and general methods
Professional Classification: GB    National Standard
Source Content Issued by: State Bureau of Technical Supervision of the People's Republic of China
Issued on: 20-Dec-90
Implemented on: 1991-10-1
Status: superseded
Superseded by:GB/T 12678-2021 Reliability running test method for motor vehicles
Superseded on:2022-5-1
Abolished on:2022-05-01
Superseding:GB 1334-1977
Target Language: English
File Format: PDF
Word Count: 5000 words
Translation Price(USD): 120.0
Delivery: via email in 1 business day
1 Subject Content and Application Scope This standard specifies reliability running test method for automobiles. This standard is applicable to reliability running test for complete vehicle during finalization and quality assessment of automobiles. 2 Normative References GB 7031 Vehicle Vibration - Describing Method for Road Surface Irregularity GB/T 12534 Motor Vehicles - General Rules of Road Test Method 3 Terms 3.1 Routine reliability test Reliability test carried out according to certain regulations under highway and ordinary road conditions. 3.2 Quick reliability test Reliability test with certain quick coefficient carried out on road in proving ground. 3.3 Maintenance after failure Maintenance carried out after automobiles break down. 3.4 Preventive maintenance Maintenance carried out according to periods and items specified in operation instructions of automobiles. 3.5 Potential failure Failure that has existed, but has not been discovered or that is discovered in the process of preventive maintenance and overhauling. 3.6 Equivalent failure number The number of general failures converted from failures at various levels with certain coefficient according to their hazardness. 4 Test Conditions 4.1 Loading mass Loading mass is in accordance with requirements of Article 1 in Chapter 3 of GB/T 12534. 4.2 Test road 4.2.1 Routine reliability test road Pavement grade of routine reliability test road is in accordance with those specified in Table 1 of GB 7031. 4.2.1.1 Plain road Rolling plain road with pavement smoothness of Grade C or above, maximum gradient less than 5% as well as broad, straight and even pavement and good field of vision where running distance of automobiles can be greater than 50 km at relatively high speed. 4.2.1.2 Bad road Road with solid subgrade, uneven pavement, obvious washboard wave and uniform fish-scale pit as well as with pavement unevenness of Grade E or below. Where test vehicles are running on such pavement, they shall be subject to relatively strong vibration and distortion load, but not oversize impact. 4.2.1.3 Mountain road Its average gradient is greater than 4 % and maximum gradient is 15%; continuous slope length is greater than 3km and the pavement smoothness is Grade C. 4.2.1.4 Urban road Main traffic artery and streets with pavement smoothness of above Grade C in large and medium-sized cities. 4.2.1.5 Roadless section Wilderness areas where vehicles are rarely running, such as desert, grassland, muddy ground, bush, snowfield and water beach. 4.2.2 Proving ground reliability test road Generally, proving ground reliability test road shall include special reliability road with fixed shape (such as stone road, pebble road, fish-scale pit road, washboard road, twisted road, bump road, sand pool, water pool and saltwater pool), high-speed track, ramp and sand-clay road. 4.3 Weather Generally, multiple weather conditions shall be selected to carry out tests. Tests shall be carried out under corresponding special meteorological conditions (such as severe cold, humid and hot conditions) for automobiles used in special areas or for special purposes 4.4 Test instrument and equipment Running condition recorder, meteorograph, stopwatch, semiconductor thermometer, engine speed indicator, gradiometer and pavement meter). 4.5 Tyre pressure, fuel, lubricating oil (grease) and brake fluid are in accordance with requirements of Articles 2 and 3 in Chapter 3 of GB/T 12534.
1 Subject Content and Application Scope 2 Normative References 3 Terms 4 Test Conditions 5 Preparation of Test Vehicles 6 Test Methods 7 Test Data Treatment and Evaluation Indicator Calculation 8 Test Report Appendix A (Additional) Records and Statistics Appendix B (Informative) Due Multiplier Coefficient of MTBF during Calculation of Lower Confidence Limit for Timing Tail-cutting Additional Explanation
Referred in GB/T 12678-1990:
*GB7031-
*GB/T 12534-1990 Motor vehicles-General rules of road test method
GB/T 12678-1990 is referred in:
* GB 7956-1998 Fire Performance Requirements and Test Methods for Vehicle
* JB/T 4783-2007 Road tankers for cryogenic liquid
* GB 20890-2007 Test Procedures and Requirement of Durability of Emission Control Systems for Heavy-duty Vehicles
*GB/T 12679-1990 Motor vehicles-Durability running-Test method
*QC/T 732-2005 Accelerated corrosion testing method for passenger car
*QJ 3316-2008 General Specification for 50t Launching and Transporting & Transferring Vehicle Chassis of Missile
Code of China
Standard
GB/T 12678-1990  Reliability Running Test Method for Automobiles (English Version)
Standard No.GB/T 12678-1990
Statussuperseded
LanguageEnglish
File FormatPDF
Word Count5000 words
Price(USD)120.0
Implemented on1991-10-1
Deliveryvia email in 1 business day
Detail of GB/T 12678-1990
Standard No.
GB/T 12678-1990
English Name
Reliability Running Test Method for Automobiles
Chinese Name
汽车可靠性行驶试验方法
Chinese Classification
T04
Professional Classification
GB
ICS Classification
Issued by
State Bureau of Technical Supervision of the People's Republic of China
Issued on
20-Dec-90
Implemented on
1991-10-1
Status
superseded
Superseded by
GB/T 12678-2021 Reliability running test method for motor vehicles
Superseded on
2022-5-1
Abolished on
2022-05-01
Superseding
GB 1334-1977
Language
English
File Format
PDF
Word Count
5000 words
Price(USD)
120.0
Keywords
GB/T 12678-1990, GB 12678-1990, GBT 12678-1990, GB/T12678-1990, GB/T 12678, GB/T12678, GB12678-1990, GB 12678, GB12678, GBT12678-1990, GBT 12678, GBT12678
Introduction of GB/T 12678-1990
1 Subject Content and Application Scope This standard specifies reliability running test method for automobiles. This standard is applicable to reliability running test for complete vehicle during finalization and quality assessment of automobiles. 2 Normative References GB 7031 Vehicle Vibration - Describing Method for Road Surface Irregularity GB/T 12534 Motor Vehicles - General Rules of Road Test Method 3 Terms 3.1 Routine reliability test Reliability test carried out according to certain regulations under highway and ordinary road conditions. 3.2 Quick reliability test Reliability test with certain quick coefficient carried out on road in proving ground. 3.3 Maintenance after failure Maintenance carried out after automobiles break down. 3.4 Preventive maintenance Maintenance carried out according to periods and items specified in operation instructions of automobiles. 3.5 Potential failure Failure that has existed, but has not been discovered or that is discovered in the process of preventive maintenance and overhauling. 3.6 Equivalent failure number The number of general failures converted from failures at various levels with certain coefficient according to their hazardness. 4 Test Conditions 4.1 Loading mass Loading mass is in accordance with requirements of Article 1 in Chapter 3 of GB/T 12534. 4.2 Test road 4.2.1 Routine reliability test road Pavement grade of routine reliability test road is in accordance with those specified in Table 1 of GB 7031. 4.2.1.1 Plain road Rolling plain road with pavement smoothness of Grade C or above, maximum gradient less than 5% as well as broad, straight and even pavement and good field of vision where running distance of automobiles can be greater than 50 km at relatively high speed. 4.2.1.2 Bad road Road with solid subgrade, uneven pavement, obvious washboard wave and uniform fish-scale pit as well as with pavement unevenness of Grade E or below. Where test vehicles are running on such pavement, they shall be subject to relatively strong vibration and distortion load, but not oversize impact. 4.2.1.3 Mountain road Its average gradient is greater than 4 % and maximum gradient is 15%; continuous slope length is greater than 3km and the pavement smoothness is Grade C. 4.2.1.4 Urban road Main traffic artery and streets with pavement smoothness of above Grade C in large and medium-sized cities. 4.2.1.5 Roadless section Wilderness areas where vehicles are rarely running, such as desert, grassland, muddy ground, bush, snowfield and water beach. 4.2.2 Proving ground reliability test road Generally, proving ground reliability test road shall include special reliability road with fixed shape (such as stone road, pebble road, fish-scale pit road, washboard road, twisted road, bump road, sand pool, water pool and saltwater pool), high-speed track, ramp and sand-clay road. 4.3 Weather Generally, multiple weather conditions shall be selected to carry out tests. Tests shall be carried out under corresponding special meteorological conditions (such as severe cold, humid and hot conditions) for automobiles used in special areas or for special purposes 4.4 Test instrument and equipment Running condition recorder, meteorograph, stopwatch, semiconductor thermometer, engine speed indicator, gradiometer and pavement meter). 4.5 Tyre pressure, fuel, lubricating oil (grease) and brake fluid are in accordance with requirements of Articles 2 and 3 in Chapter 3 of GB/T 12534.
Contents of GB/T 12678-1990
1 Subject Content and Application Scope 2 Normative References 3 Terms 4 Test Conditions 5 Preparation of Test Vehicles 6 Test Methods 7 Test Data Treatment and Evaluation Indicator Calculation 8 Test Report Appendix A (Additional) Records and Statistics Appendix B (Informative) Due Multiplier Coefficient of MTBF during Calculation of Lower Confidence Limit for Timing Tail-cutting Additional Explanation
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Keywords:
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