K54 汽轮机及其辅助设备 标准查询与下载

JB/T 3073.1-1991 汽轮机用模锻动、静叶片、热轧静叶片毛坯技术条件.模锻静叶片毛坯

　　本标准规定了汽轮机用模锻静叶片毛坯的技术条件、试验方法和检验规则。 本标准适用于汽轮机用模锻静叶片毛坯。

Specification for blank of die-forged moving/stationary blade and hot rolling stationary blade of turbine - Blank of die-forged stationary blade

JB/T 3073.2-1991 汽轮机用模锻动、静叶片、热轧静叶片毛坯技术条件.模锻动叶片毛坯

　　本标准规定了汽轮机用模锻动叶片毛坯的技术要求、试验方法和检验规则。 本标准适用于汽轮机用模锻动叶片毛坯。

Specification for blank of die-forged moving/stationary blade and hot rolling stationary blade of turbine - Blank of die-forged moving blade

IEC 60045-1:1991 汽轮机 第1部分:规范

Describes possible options and alternatives which are useful for an intending purchaser in order to state technical requirements clearly to potential suppliers. Gives terms and definitions.

Steam turbines; part 1: specifications

IEC 61064:1991 汽轮机转速控制系统验收试验

Describes tests for speed governing and overspeed protecting systems in order to verify guarantees given by the manufacturer. Tabulates terms, symbols and units.

Acceptance tests for steam turbine speed control systems

IEC 60953-2:1990 汽轮机热力验收试验规则 第2部分:方法B 适用于各种类型和容量的汽轮机的较宽精度和范围

Describes tests in order to verify guarantees given by the manufacturer concerning: - thermal efficiency or heat rate; - thermodynamic efficiency or steam rate or power output at specified steam flow conditions; - main steam flow capacity and/or maximum

Rules for steam turbine thermal acceptance tests; part 2: method B; wide range of accuracy for various types and sizes of turbines

IEC 60953-1:1990 汽轮机热力验收试验规则 第1部分:方法A 适用于大容量凝汽式汽轮机的高精度

Supersedes IEC 46 (1962). Specifies test methods; defines uniform rules for the preparation and carrying out an evaluation of the tests, and the conditions under which the tests shall be performed.

Rules for steam turbine thermal acceptance tests; part 1: method A: high accuracy for large condensing steam turbines

JB/T 10085-1999 汽轮机凝汽器技术条件

Technical specifications for condenser of steam turbine

DIN 4304:1989 蒸汽轮机.术语和分类

With this standard uniform terms and definitions are determined for steam turbines. In order to take into account the technical development of steam turbines also in the terminology," in particular the term ""partial turbine"" was introduced for the structural order of high pressure part", intermediate pressure part and low pressure part," and the terms used so far: ""two-cylinder or multi-cylinder"" are replaced by these definitions. Furthermore", the English, French and Spanish translations of the terms were adopted in this standard.#,,#

Steam-turbines; terms, classification

ASME PTC 6S REPORT-1988 汽轮机常规运行试验程序

The test procedures of this Report are intended for periodic steam turbine tests. It may also be used for the analysis and supervision of relative performance throughout the life of the turbine. It does not supplant the Code (PTC 6) as the basic procedure for turbine acceptance tests and for the accurate testing of steam turbines to obtain performance level with minimum uncertainty. This Report provides general recommendations for instrumentation and test planning. These recommendations are based on current industry practice for the periodic determination of turbine cycle performance. This Report discusses interpretation of test results and shows typical plots of test data for analysis of turbine performance. It also presents test procedures for selected types of turbine cycles. Each of these procedures contains specific recommendations for instrumentation and method for testing a selected turbine type. Although all possible turbine types are not covered, some typical examples are presented. Combinations of the types presented may be used to cover other arrangements. For each recommended test procedure, the expected value of repeatability is estimated on the basis of current industry experience. This value of repeatability must be used to judge the significance of the indicated level of performance as compared to the chronological trend of past performances.

Procedures for Routine Performance Tests of Steam Turbines

ANSI/ASME PTC6S-1988 蒸汽轮机例行性能试验用程序

The test procedures of this Report are intended for periodic turbine tests and do not supplant the Code (PTC 6) as the basic procedure for turbine acceptance tests. The Code is used for the accurate testing of steam turbines to obtain performance level with minimum uncertainty. Sections 3 through 5 of this Report present general recommendations for instrumentation and test planning. These recommendations are based on current industry practice for the periodic determination of turbine-cycle performance. Section 6 discusses interpretation of test results and shows typical plots of test data for analysis of turbine performance. Sections 7 through 12 present test procedures for selected types of turbine cycles. Each of these procedures contains specific recommendations for instrumentation and method for testing a selected turbine type.

Procedures for Routine Performance Tests of Steam Turbines

ASME PTC 6A Errata-1988 汽轮机试验规范的补充A.各种涡轮机计算的数值实例.正误表

Appendix A to test code for steam turbines - Numerical examples of various turbine calculations; Errata

GOST 4.426-1986 产品质量指标系统.蒸汽轮机辅助设备.指标术语

Настоящий стандарт устанавливает номенклатуру основных показателей качества конденсаторов и пароструйных эжекторов стационарных конде

Product-quality index system. Accessory equipment of steam turbines. Index nomenclature

GOST 4.424-1986 固定式蒸汽涡轮机.指标项目

Настоящий стандарт устанавливает номенклатуру показателей качества стационарных паровых турбин, включаемых ТЗ по НИР по определению пер

Product-quality index system. Stationary steam turbines. Index nomenclature

ASME PTC 6 REPORT-1985 蒸汽涡轮机性能测试中不确定度的测量评估指南R(1997)

This Report provides guidance for the parties to the test to establish the degree of uncertainty of the test results when there are deviations from requirements of PTC 6 (The Code). This Report does not contain a complete test procedure. It should be used only in conjunction with the Code. Compliance with the Code is expected where no alternative is shown in this Report. Numerical values have been assigned to the uncertainty of instruments of various qualities. These numerical values, representing the consensus of knowledgeable professional people, cover 95% uncertainty intervals and therefore will be exceeded, on average, in one instance in 20.

Guidance for Evaluation of Measurement Uncertainty in Performance Tests of Steam Turbines R(1997)

ASME PTC 6 Interpretations-1984 1977-1983说明:汽轮机

This publication includes all of the written replies issued between 1977 and June 1, 1983 to technical inquiries concerning interpretation of PTC 6-1976, PTC 6A-1964 and PTC 6S-1974.

Interpretations 1977-1983: Steam turbines

ASME PTC 6.1-1984 测试汽轮机用交替程序间的试验规范

Interim test code for an alternative procedure for testing steam turbines

JIS B 0127:1983 火力发电厂术语汇编(汽轮机、地热发电厂和附属设备)

Glossary of terms for thermal power plant (steam turbines, geothermal power plant and auxiliary equipment)

ASME PTC 6A-1982 汽轮机试验规范的补充A.各种涡轮机计算的数值实例

Appendix A to test code for steam turbines - Numerical examples of various turbine calculations

ANSI/ASME PTC6 App-1982 汽轮机的性能试验规程(ANSI/ASME PTC 6的补充)

Performance Test Code - Steam Turbines (appendix to ANSI/ASME PTC 6)

ASME PTC 20.1-1977 汽轮发电机组的速度和负载调节系统

To establish test procedures for determining performance characteristics of speed and load governing systems applicable to the equipment covered under this Code. These performance characteristics include: (1) Adjustable Speed Functions (a) Speed/Load Changer Minimum Speed Holding Level (b) Other Speed Holding Levels (c) Acceleration Control (d) Speed/Load Changer Low Speed Limit (e) Speed/Load Changer High Speed Limit (f) Synchronizing Speed Range (g) Maximum Speed at Rated Power (2) Speed-State Speed Regulation (3) Steady-State Incremental Speed Regulation (4) Dean Band (5) Steady-State Governing Speed Brand (6) Steady-State Governing Load Brand (7) Response and Settling Time (8) Overspeed (9) Speed/Load Changer Governing System Reference Reducing Time To establish a format and procedures for describing the system performance by means of the test quantities obtained under Par. 1.01. This Code is applicable to the testing of speed and load governing systems for steam turbine generator units with the steam turbines classified as follow: (a) Straight condensing, straight noncondensing and regenerative turbines without initial and/or exhaust steam pressure control, including reheat turbines. (b) Straight condensing, straight noncondensing and regenerative turbines with initial and/or exhaust steam pressure control, including reheat turbines. (c) Automatic extraction and mixed-pressure turbines, in conjunction with PTC 20.3, Pressure Control Systems Used on Steam Turbine-Generator Units.

Speed And Load-Governing Systems For Steam Turbine-Generator Units (PTC 20.1 - 1977)