2025-5-16 18.97.14.85
Code of China Chinese Classification Professional Classification ICS Classification Latest News Value-added Services

Position: Chinese Standard in English/SH/T 0192-1992
SH/T 0192-1992   Determination of the Aging Characteristics of Lubricating Oil (English Version)
Standard No.: SH/T 0192-1992 Status:abolished remind me the status change

Email:

Language:English File Format:PDF
Word Count: 2000 words Price(USD):40.0 remind me the price change

Email:

Implemented on:1992-5-20 Delivery: via email in 1 business day
,,
Standard No.: SH/T 0192-1992
English Name: Determination of the Aging Characteristics of Lubricating Oil
Chinese Name: 润滑油老化特性测定法
Professional Classification: SH    Professional Standard - Petrochemical
Issued by: China Petrochemical Corporation
Issued on: 1992-04-20
Implemented on: 1992-5-20
Status: abolished
Abolished on:2018-08-24
Language: English
File Format: PDF
Word Count: 2000 words
Price(USD): 40.0
Delivery: via email in 1 business day
This standard includes two methods: Method A - Increase In Conradson Carbon Residue After Ageing by Passing Air and Method B - Conradson Carbon Residue After Ageing By Passing Air in The Presence Of Iron (III) Oxide Chapter 1 Method A 1 Subject Content and Application Scope This standard specifies the method to determine aging performance for lubricating oil. This standard is applicable to lubricating oil of petroleum base with metallic and non-metallic additive with evaporation loss no greater than 15% (m/m) in the determination process; it is also applicable to the lubricating oil with antioxidant additive and metallic detergent and dispersion agent type. 2 Normative References GB/T 268 Petroleum Products - Determination of Carbon Residue - Conradson Method 3 Method Overview At the temperature of 200 ℃, air is passed to the sample twice for aging, in a duration of 6 h every time. Carbon residue of test piece before and after the aging is determined according to GB / T 268 and the aging performance of lubricating oil is indicated in carbon residue value-addition 4 Instrument and Material 4.1 Instrument 4.1.1 Determinator: As in the figure, it is composed of aging tube and its accessories (air introduction tube and exhaust pipe) and all parts are made of borosilicate glass. Air introduction tube is placed in the central position of aging tube and the distance between the tube and the aging tube bottom is 6 mm± 1 mm. The distance shall be marked on the aging tube and accessories to keep the same distance. 4.1.2 Heater: It is a oil bath with stirrer and cover. Bath temperature shall be adjustable and kept at 200℃±0.5℃.At this temperature, the oil in the bath shall be infused to 13 mm from the bath cover and the support of the aging tube shall be fixed so that the aging tube may be immersed in 140 mm from the oil level. Many circular holes are drilled in the oil bath cover and the size is enough for the insertion of oxidation tubes. To avoid the outside air current's effect on the aging tube and the exposed part of the thermometer, the oil bath wall shall be about 150mm higher than the oil bath cover, or a shield in the size as the cover shall be arranged over the oil bath cover. A metal block heater may also be adopted so that the oil temperature of every aging tube must be kept at 200℃±0.5℃. 4.1.3 Thermometer: It shall be in accordance with those specified requirements in Table 1. Determinator Figure 1 - Air introduction tube; 2 - Exhaust pipe; 3 - Accessories; 4 - Tapered ground opening; 5 - Aging tube; 6 - 40ml scribed line Table 1 Thermometer Specification Thermometer structure type Measuring range: ℃ Scale value: ℃ Filling material of thermometer Calibration Mode Immersion depth, mm Reference temperature of exposed liquid column: ℃ Top shape Total length, mm Mercury bulb length, mm Distance between the bulb bottom and 195℃graduation line, mm not less than Graduation length, mm Outer diameter of capillary, mm Expanding volume of safety bubble is equivalent to, ℃ Scale mark Error limit value Indication error (including the interval error), ℃ Bar shape 195~205 0.1 Mercury and protective gas Partial Immersion 100 Plus Circular or spherical 300±10 30±5 165 90±20 6.5±1 5 50 Mark once every 10 small doses ±0.2 4.1.4. Air filter: Glass wool is filled in the wash bottle. 4.1.5 Air flow meter: 40~400mL/min 4.2 Materials Air: cleaned air. 5 Reagent Methylene chloride: chemically pure. 6 Preparation 6.1 The aging tube and its accessories are rinsed by the methylene chloride for many times, dried with air, and inject washing liquid of chromic acid at 100℃ and emptied after being kept still for one night. The aging tube and its accessories are rinsed with tap water and then distilled water repeatedly until the distilled water doesn't take on acid reaction and then they are oven-dried. 6.2 The bath temperature is raised to 200℃ ±0.5℃. 7 Test Procedure At room temperature (18 ~ 28 ℃), the test piece is injected in the aging tube until it comes to the scribed line, accessories are mounted and put in the heater. The air conduit is connected after they have been put at the constant temperature of 200℃±0.5℃ for 20min. The air is introduced into the sample with the flow of 250 ± 4 mL/min and the air gives small bubbles in the aging tube when passing it. The introduction of air stops after 6h. After the aging tube is taken out of the heater and placed at room temperature for 12~18h, the aging process is executed again for 6h under the same conditions. After the aging tube is taken out of the heater and cooled to room temperature, the sample in the aging tube is mixed thoroughly and the carbon residue value is determined in accordance with GB / T 268. If the sample is placed overnight after being aged, the sample must be put into and heated in the boiling water bath for 20 min. After being mixed thoroughly in the aging tube , the sample shall be cooled until the room temperature and shall be taken out.
Chapter 1 Method A 1 Subject Content and Application Scope 2 Normative References 3 Method Overview 4 Instrument and Material 5 Reagent 6 Preparation 7 Test Procedure 8 Report on Calculation and Result 9 Precision Chapter 2 Method B 10 Subject Content and Application Scope 11 Normative References 12 Method Overview 13 Instrument and Material 14 Reagent 15 Preparation 16 Test Procedure 17 Calculation 18 Precision 19 Report Additional Explanation:
Referred in SH/T 0192-1992:
*GB/T 268-1987 Petroleum products. Determination of carbon residue. Conradson method
*GB/T 20314-2017 Thin float glass for liquid crystal display(LCD) applications
*QC/T 260-1998 Center High Mounted Stop Lamp
*DL/T 1672-2016 Aluminium tube bundles used in indirect air cooling system of thermal power plant
*TB/T 1950-1987 Design Parameter for Railway Tank Car Body
*TB/T 1613-1985 Design Parameter of Truck Hand Braking Device Design
*GB/T 7467-1987 Water Quality - Determination of Chromium (VI) - 1, 5 Diphenylcarbohydrazide Spectrophotometric Method
*GB/T 10180-2017 Thermal performance test code for industrial boilers
*HJ 209-2017 Technical requirement for environmental labeling products Plastic packaging products
*TB/T 1718.2-2017 Wheelsets assembly for locomotive and rolling stock - Part 2: Railway rolling stock
*TB/T 3077-2017 Post insulators on board of rolling stock
*TB/T 3238-2017 Rolling stock electric machines-Asynchronous traction motor for EMU
*GB/T 33644-2017 NC press brake -- Testing of the accuracy
SH/T 0192-1992 is referred in:
*YD/T 1582-2010 800MHz/2GHz cdma2000 digital cellular mobile communication network:signaling link access control (LAC) of air interface specification
*TSG 24-2015 Supervision Regulation on Safety Technology for Hyperbaric Oxygen Chambers
*QC/T 418-1999 Technical requirements o fblade connector for automobile
*GB/T 34590.9-2017 Road vehicles-Functional safety-Part 9: Automotive Safety Integrity Level (ASI L) -oriented and safety-oriented analyses
*DB44/26-2001 Discharge limits of water pollutants (Guangdong)
*QC/T 533-1999 Test method for bench of automobile drive axle
*QC/T 546-1999 Automotive Shock Absorber cleanliness limits and determination
*QC/T 29017-1991 Automotive molded plastic parts without individual tolerance limit the size of the deviation
*QC/T 293-1999 Test methods of automotive axle shaft
*TB/T 2879.1-1998 Railway Rolling Stock - Paint and Painting - Part 1: Technical Specification for Supply of Paints
*QC/T 29117.22-1993 Quality inspection of products for motorcycles and mopeds Quality evaluation method of exhaust muffler
*MT/T 199-1996 General specifications for hydraulic drill jumbos for coal mine
Code of China
Standard
SH/T 0192-1992  Determination of the Aging Characteristics of Lubricating Oil (English Version)
Standard No.SH/T 0192-1992
Statusabolished
LanguageEnglish
File FormatPDF
Word Count2000 words
Price(USD)40.0
Implemented on1992-5-20
Deliveryvia email in 1 business day
Detail of SH/T 0192-1992
Standard No.
SH/T 0192-1992
English Name
Determination of the Aging Characteristics of Lubricating Oil
Chinese Name
润滑油老化特性测定法
Chinese Classification
Professional Classification
SH
ICS Classification
Issued by
China Petrochemical Corporation
Issued on
1992-04-20
Implemented on
1992-5-20
Status
abolished
Superseded by
Superseded on
Abolished on
2018-08-24
Superseding
Language
English
File Format
PDF
Word Count
2000 words
Price(USD)
40.0
Keywords
SH/T 0192-1992, SH 0192-1992, SHT 0192-1992, SH/T0192-1992, SH/T 0192, SH/T0192, SH0192-1992, SH 0192, SH0192, SHT0192-1992, SHT 0192, SHT0192
Introduction of SH/T 0192-1992
This standard includes two methods: Method A - Increase In Conradson Carbon Residue After Ageing by Passing Air and Method B - Conradson Carbon Residue After Ageing By Passing Air in The Presence Of Iron (III) Oxide Chapter 1 Method A 1 Subject Content and Application Scope This standard specifies the method to determine aging performance for lubricating oil. This standard is applicable to lubricating oil of petroleum base with metallic and non-metallic additive with evaporation loss no greater than 15% (m/m) in the determination process; it is also applicable to the lubricating oil with antioxidant additive and metallic detergent and dispersion agent type. 2 Normative References GB/T 268 Petroleum Products - Determination of Carbon Residue - Conradson Method 3 Method Overview At the temperature of 200 ℃, air is passed to the sample twice for aging, in a duration of 6 h every time. Carbon residue of test piece before and after the aging is determined according to GB / T 268 and the aging performance of lubricating oil is indicated in carbon residue value-addition 4 Instrument and Material 4.1 Instrument 4.1.1 Determinator: As in the figure, it is composed of aging tube and its accessories (air introduction tube and exhaust pipe) and all parts are made of borosilicate glass. Air introduction tube is placed in the central position of aging tube and the distance between the tube and the aging tube bottom is 6 mm± 1 mm. The distance shall be marked on the aging tube and accessories to keep the same distance. 4.1.2 Heater: It is a oil bath with stirrer and cover. Bath temperature shall be adjustable and kept at 200℃±0.5℃.At this temperature, the oil in the bath shall be infused to 13 mm from the bath cover and the support of the aging tube shall be fixed so that the aging tube may be immersed in 140 mm from the oil level. Many circular holes are drilled in the oil bath cover and the size is enough for the insertion of oxidation tubes. To avoid the outside air current's effect on the aging tube and the exposed part of the thermometer, the oil bath wall shall be about 150mm higher than the oil bath cover, or a shield in the size as the cover shall be arranged over the oil bath cover. A metal block heater may also be adopted so that the oil temperature of every aging tube must be kept at 200℃±0.5℃. 4.1.3 Thermometer: It shall be in accordance with those specified requirements in Table 1. Determinator Figure 1 - Air introduction tube; 2 - Exhaust pipe; 3 - Accessories; 4 - Tapered ground opening; 5 - Aging tube; 6 - 40ml scribed line Table 1 Thermometer Specification Thermometer structure type Measuring range: ℃ Scale value: ℃ Filling material of thermometer Calibration Mode Immersion depth, mm Reference temperature of exposed liquid column: ℃ Top shape Total length, mm Mercury bulb length, mm Distance between the bulb bottom and 195℃graduation line, mm not less than Graduation length, mm Outer diameter of capillary, mm Expanding volume of safety bubble is equivalent to, ℃ Scale mark Error limit value Indication error (including the interval error), ℃ Bar shape 195~205 0.1 Mercury and protective gas Partial Immersion 100 Plus Circular or spherical 300±10 30±5 165 90±20 6.5±1 5 50 Mark once every 10 small doses ±0.2 4.1.4. Air filter: Glass wool is filled in the wash bottle. 4.1.5 Air flow meter: 40~400mL/min 4.2 Materials Air: cleaned air. 5 Reagent Methylene chloride: chemically pure. 6 Preparation 6.1 The aging tube and its accessories are rinsed by the methylene chloride for many times, dried with air, and inject washing liquid of chromic acid at 100℃ and emptied after being kept still for one night. The aging tube and its accessories are rinsed with tap water and then distilled water repeatedly until the distilled water doesn't take on acid reaction and then they are oven-dried. 6.2 The bath temperature is raised to 200℃ ±0.5℃. 7 Test Procedure At room temperature (18 ~ 28 ℃), the test piece is injected in the aging tube until it comes to the scribed line, accessories are mounted and put in the heater. The air conduit is connected after they have been put at the constant temperature of 200℃±0.5℃ for 20min. The air is introduced into the sample with the flow of 250 ± 4 mL/min and the air gives small bubbles in the aging tube when passing it. The introduction of air stops after 6h. After the aging tube is taken out of the heater and placed at room temperature for 12~18h, the aging process is executed again for 6h under the same conditions. After the aging tube is taken out of the heater and cooled to room temperature, the sample in the aging tube is mixed thoroughly and the carbon residue value is determined in accordance with GB / T 268. If the sample is placed overnight after being aged, the sample must be put into and heated in the boiling water bath for 20 min. After being mixed thoroughly in the aging tube , the sample shall be cooled until the room temperature and shall be taken out.
Contents of SH/T 0192-1992
Chapter 1 Method A 1 Subject Content and Application Scope 2 Normative References 3 Method Overview 4 Instrument and Material 5 Reagent 6 Preparation 7 Test Procedure 8 Report on Calculation and Result 9 Precision Chapter 2 Method B 10 Subject Content and Application Scope 11 Normative References 12 Method Overview 13 Instrument and Material 14 Reagent 15 Preparation 16 Test Procedure 17 Calculation 18 Precision 19 Report Additional Explanation:
About Us   |    Contact Us   |    Terms of Service   |    Privacy   |    Cancellation & Refund Policy   |    Payment
Tel: +86-10-8572 5655 | Fax: +86-10-8581 9515 | Email: coc@codeofchina.com | QQ: 672269886
Copyright: TransForyou Co., Ltd. 2008-2040
 
 
Keywords:
SH/T 0192-1992, SH 0192-1992, SHT 0192-1992, SH/T0192-1992, SH/T 0192, SH/T0192, SH0192-1992, SH 0192, SH0192, SHT0192-1992, SHT 0192, SHT0192