29.040.10 绝缘油 标准查询与下载

KS C 2101-2006 电绝缘油试验法

이 규격은 광유계 절연유, 합성유계 절연유(알킬벤젠, 폴리부텐, 알킬나프탈렌, 알킬디페닐에

Testing methods of electrical insulating oils

KS C 2375-2006(2016) 多氯联苯的气相色谱峰型比较分析方法

Analytical method of polychlorinated biphenyls(PCBs)by gas chromatography peak pattern comparison

KS C 2375-2006(2021) 气相色谱峰型比较法测定多氯联苯

Analytical method of polychlorinated biphenyls(PCBs)by gas chromatography peak pattern comparison

KS C IEC 60867-2006(2011) 绝缘液体——基于合成芳烃的未使用液体规范

Insulating liquids－Specifications for unused liquids based on synthetic aromatic hydrocarbons

DIN EN 60836:2006 电工用未用硅绝缘液体的规范(IEC 60836-2005).德文版本EN 60836-2005

Specifications for unused silicone insulating liquids for electrotechnical purposes (IEC 60836:2005); German version EN 60836:2005

NF C27-224:2006 充油电气设备.分析游离气体和溶解气体用气体和油的取样.指南

Oil-filled electrical equipment - Sampling of gases and of oil for analysis of free and dissolved gases - Guidance.

IEEE Std C57.106-2006 设备用绝缘油的验收和维护

Recommendation regarding oil tests and evaluation procedures are made in this guide; references are made to methods of reconditioning and reclaiming conventional petroleum (mineral) dielectric insulating oils; the levels at which these methods become necessary; and the routines for restoring oxidation resistance, where required, by the addition of oxidation inhibitors. The intent is to assist the power equipment operator in evaluating the serviceability of oil received in equipment, oil as received from the supplier for filling new equipment at the installation site, and oil as processed into such equipment; and to assist the operator in maintaining oil in serviceable condition.

Acceptance and maintenance of insulating oil in equipment

ASTM D1275-06 电绝缘油中腐蚀性硫的标准测试方法

In most of their uses, insulating oils are continually in contact with metals that are subject to corrosion. The presence of corrosive sulfur compounds will result in deterioration of these metals. The extent of deterioration is dependent upon the quantity and type of corrosive agent and time and temperature factors. Detection of these undesirable impurities, even though not in terms of quantitative values, is a means for recognizing the hazard involved. 1.1 This test method describes the detection of corrosive sulfur compounds (both inorganic and organic) in electrical insulating oils of petroleum origin.1.2 New and in-service mineral insulating oils may contain substances that cause corrosion under certain conditions of use. This test method is designed to detect the presence of, or the propensity to form, free (elemental) sulfur and corrosive sulfur compounds by subjecting copper to contact with oil under prescribed conditions.1.3 Two methods (A and B) have been introduced where historically there has only been one. Method A is the one that has been in place since 1953. Method B is more rigorous and the preferred method.1.4 The values stated in SI units are to be regarded as the standard. Inch-pound units are included for informational purposes.This standard does not purport to address the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

Standard Test Method for Corrosive Sulfur in Electrical Insulating Oils

KS C 2512-2005 Fe Si Al合金环形压粉磁芯

Toroidal dust cores of Fe－Si－Al alloy

NF C27-131:2005 电工用未用硅绝缘液体的规范

Specifications for unused silicone insulating liquids for electrotechnical purposes.

BS EN 60836:2005 电工用未用硅绝缘液体的规范

This International Standard covers specifications and test methods for unused silicone liquid intended for use in transformers and other electrotechnical equipment. The specified characteristics of silicone transformer liquid Type 1 are described in Table 1. Other specifications will be added when required.

Specifications for unused silicone insulating liquids for electrotechnical purposes

KS C IEC 60099-6:2005 避雷器.第6部分:额定电压等于或低于52kV的含有串联及并联间隙结构的避雷器

이 규격은 교류 전력 회로에서 전압 서지를 제한하기 위한 스파크 갭을 가지는 비선형 저항형

Surge arresters－Part 6：Surge arresters containing both series and parallel gapped structures－Rated 52 kV and less

ASTM D1807-00(2005) 电绝缘液体折射率和比光色散的标准试验方法

1.1 These test methods cover the determination of the refractive index and the specific optical dispersion of electrical insulating liquids such as are used in capacitors, transformers, circuit breakers, and oil-filled cables. 1.2 Two test methods are described, a routine method and a more precise referee method. Both methods are applicable to transparent, light-colored, insulating liquids. 1.2.1 The routine method is used to determine refractive index and specific optical dispersion as described in these test methods. 1.2.2 The referee method is used when a test of high accuracy is desired. These methods are described in Test Method D 1218. Specific optical dispersion is calculated by dividing the refractive dispersion value determined in Test Method D 1218 by the relative density (specific gravity) (see Test Method D 1298) of the liquid under test. 1.3 The values stated in SI units are to be regarded as the standard. The values given in parentheses are for information only. 1.4 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

Standard Test Methods for Refractive Index and Specific Optical Dispersion of Electrical Insulating Liquids

IEC 60422:2005 电气设备中的矿物绝缘油.监督和维护指南

This International Standard gives guidance on the supervision and maintenance of the quality of the insulating oil in electrical equipment. This standard is applicable to mineral insulating oils, originally supplied conforming to IEC 60296, and used in transformers, switchgear and other electrical apparatus where oil sampling is reasonably practicable and where the normal operating conditions specified in the equipment specifications apply. This standard assists the power equipment operator to evaluate the condition of the oil and maintain it in a serviceable condition. It also provides a common basis for the preparation of more specific and complete local codes of practice. This standard includes recommendations on tests and evaluation procedures and outlines methods for reconditioning and reclaiming oil and the decontamination of oil contaminated with PCB. NOTE The condition monitoring of electrical equipment, for example by analysis of dissolved gases, furanic compounds or other means is outside the scope of this standard.

Mineral insulating oils in electrical equipment - Supervision and maintenance guidance

LST EN 60836-2005 电工用未使用硅绝缘液体规范（IEC 60836:2005）

Specifications for unused silicone insulating liquids for electrotechnical purposes (IEC 60836:2005)

IEC 60567:2005 充油电气设备.分析游离气体和溶解气体用气体和油的取样.指南

This International Standard deals with the techniques for sampling free gases from gas-collecting relays and for sampling oil from oil-filled equipment such as power and instrument transformers, reactors, bushings, oil-filled cables and oil-filled tank-type capacitors. Three methods of sampling free gases and three methods of sampling oil are described; the choice between the methods often depends on the apparatus available and on the quantity of oil needed for analysis. Before analysing the gases dissolved in oil, they must first be extracted from the oil. Three basic methods are described, one using extraction by vacuum (Toepler and partial degassing), another by displacement of the dissolved gases by bubbling the carrier gas through the oil sample (stripping), and the last one by partition of gases between the oil sample and a small volume of the carrier gas (head space). The gases are analysed quantitatively after extraction by gas chromatography; a method of analysis is described. Free gases from gas-collecting relays are analysed without preliminary treatment. The preferred method for assuring the performance of the gas extraction and analysis equipment, considered together as a single system, is to degas samples of oil prepared in the laboratory and containing known concentrations of gases ("gas-in-oil standards") and quantitatively analyse the gases extracted. Two methods of preparing gas-in-oil standards are described. For daily calibration checks of the chromatograph, it is convenient to use a standard gas mixture containing a suitable known amount of each of the gas components to be in a similar ratio to the commons ratios of the gases extracted from transformer oils. The techniques described take account, on the one hand, of the problems peculiar to analyses associated with acceptance testing in the factory, where gas contents of oil are generally very low and, on the other hand, of the problems imposed by monitoring equipment in the field, where transport of samples may be by un-pressurized air freight and where considerable differences in ambient temperature may exist between the plant and the examining laboratory.

Oil-filled electrical equipment - Sampling of gases and of oil for the analysis of free and dissolved gases - Guidance

IEC 60836:2005 电工用未用硅绝缘液体的规范

本标准规定了用于变压器和其他电工设备中的未使用过的硅绝缘液体规范和试验方法。 T1型变压器硅绝缘液体的规定性能列于表1， 其他类型将在需要时列出。 注：已用于电工设备中的硅绝缘液体的维护包括在另一个出版物IEC 60944中。

Specifications for unused silicone insulating liquids for electrotechnical purposes

NRS 079-1-2004 矿物绝缘油（不受禁止）．第1部分：购买，管理，维护和试验

Covers provisions for the purchase, management, maintenance and testing of new, regenerated and in-service mineral insulating oils for use in transformers, reactors, switchgear and similar electrical apparatus for insulation and heat transfer purposes.

Mineral insulating oils (uninhibited) Part 1: Purchase, management, maintenance and testing

DIN EN 61125:2005 未使用过的烃基绝缘液体.评价氧化稳定性的试验方法

Unused hydrocarbon-based insulating liquids - Test methods for evaluating the oxidation stability (IEC 61125:1992 + A1:2004); German version EN 61125:1993 + A1:2004

DIN EN 60247:2005 绝缘液体.相对电容率、电介质损耗因数(tanδ)和直流电阻率的测量

Insulating liquids - Measurement of relative permittivity, dielectric dissipation factor (tan ) and d.c. resistivity (IEC 60247:2004); German version EN 60247:2004