DL/T5210.3-2009电力建设施工质量验收及评价规程第3部分：汽轮发电机组（英文版）

6 Individual unit Quality Evaluation

5.12 Subitem Project Quality Evaluation Report

5.11 Summary of Scores of All Project Parts（Scopes）in Subitem Project

5.5 Construction Quality Evaluation of ST Generator Proper and Auxiliary System

5.4 Evaluation Methods

5.3 Evaluation Contents

5.2 Evaluation Provisions

5.1 Basic Provisions

5 Subitem Project Construction Quality Evaluation

4.2 Construction Quality Acceptance Scope Division and General Table

4.1 Requirements in Construction Quality Acceptance

4 Construction Quality Acceptance

3 General Provisions

2 Normative References

1 Scope

Explanation of Provisions

Explanation of wording in this standard

Appendix D（Normative） Auxiliary Machinery Centering

Appendix C（Normative） Auxiliary Machinery Vibration

Appendix B（Informative） Oil Quality Grade Standard

A.4 Typical flow path clearance data of 1000WM turbine from Harbin Steam Turbine Works（for reference）.

A.3 Typical flow path clearance data of 1000WM turbine from Shanghai Turbine Works（for reference）

A.2 Typical flow path clearance data of 600WM turbine from Shanghai Turbine Works（for reference）

A.1 Typical Flow Path Clearance Data of 300WM Turbine From Shanghai Turbine Works（for reference）

Appendix A（Informative） Typical Flow Path Data

7 The Overall Project Quality Evaluation

6 Individual Unit Quality Evaluation

5.12 Subitem Project Quality Evaluation Report

5.11 Summary of Scores of All Project Parts（Scopes）of Subitem Project

5.10 Construction Quality Evaluation of GT and Auxiliary Equipment and Machinery Erection

5.9 Construction Quality Evaluation of ST Proper（including Turbine-driven Feedwater Pump）Equipment，Pipe Thermal Insulation and Painting

5.8 Construction Quality Evaluation of ST Pipe

5.7 Erection of Auxiliary Machinery and Equipment Outside Main Building Construction Quality Evaluation

5.6 Erection of Auxiliary Machinery and Equipment inside Main Building Construction Quality Evaluation

5.5 Construction Quality Evaluation of ST Generator Proper and Auxiliary System

5.4 Evaluation Method

5.3 Evaluation Content

5.2 Evaluation Provision

5.1 Basic Provision

5 Subitem Project Construction Quality Evaluation

4.26 Construction Certificate

4.25 GT auxiliary Equipment and Machinery Erection

4.24 GT Proper Erection

4.23 Water Purification Equipment Erection

4.22 Deep Well Pump Erection

4.21 Large Bulkhead Steel Gate Erection

4.20 Trash Remover Equipment Erection

4.19 Rotating Type Screen Erection

4.18 Circulating Water Pump Erection

4.17 Diesel Generator Erection

4.16 Crane Equipment Erection

4.15 Temperature and Pressure Reducer Erection

4.14 Condensate Extraction Pump Erection

4.13 Motor-driven Feedwater Pump Erection

4.12 Turbine-driven Feedwater Pump Set Erection

4.11 Bypass System Equipment Erection

4.10 HP and LP Heater Erection

4.9 Deaerator（Storage Tank）Device Erection

4.8 Air Cooled Condenser System Erection

4.7 Water Cooled Condenser Assembly and Erection

4.6 Generator and Exciter Erection

4.5 Governing and Lubricating Oil System Erection

4.4 Steam Turbine Proper Erection

4.3 General Part of ST Generator Unit

4.2 Construction Quality Acceptance Scope Division and General Table

4.1 Requirements in Construction Quality Acceptance

4 Construction Quality Acceptance

3 General Provisions

2 Normative References

1 Scope

Foreword

版权页

封面

封面

版权页

Foreword

1 Scope

2 Normative References

3 General Provisions

4 Construction Quality Acceptance

4.1 Requirements in Construction Quality Acceptance

4.2 Construction Quality Acceptance Scope Division and General Table

4.3 General Part of ST Generator Unit

4.4 Steam Turbine Proper Erection

4.5 Governing and Lubricating Oil System Erection

4.6 Generator and Exciter Erection

4.7 Water Cooled Condenser Assembly and Erection

4.8 Air Cooled Condenser System Erection

4.9 Deaerator（Storage Tank）Device Erection

4.10 HP and LP Heater Erection

4.11 Bypass System Equipment Erection

4.12 Turbine-driven Feedwater Pump Set Erection

4.13 Motor-driven Feedwater Pump Erection

4.14 Condensate Extraction Pump Erection

4.15 Temperature and Pressure Reducer Erection

4.16 Crane Equipment Erection

4.17 Diesel Generator Erection

4.18 Circulating Water Pump Erection

4.19 Rotating Type Screen Erection

4.20 Trash Remover Equipment Erection

4.21 Large Bulkhead Steel Gate Erection

4.22 Deep Well Pump Erection

4.23 Water Purification Equipment Erection

4.24 GT Proper Erection

4.25 GT auxiliary Equipment and Machinery Erection

4.26 Construction Certificate

5 Subitem Project Construction Quality Evaluation

5.1 Basic Provision

5.2 Evaluation Provision

5.3 Evaluation Content

5.4 Evaluation Method

5.5 Construction Quality Evaluation of ST Generator Proper and Auxiliary System

5.6 Erection of Auxiliary Machinery and Equipment inside Main Building Construction Quality Evaluation

5.7 Erection of Auxiliary Machinery and Equipment Outside Main Building Construction Quality Evaluation

5.8 Construction Quality Evaluation of ST Pipe

5.9 Construction Quality Evaluation of ST Proper（including Turbine-driven Feedwater Pump）Equipment，Pipe Thermal Insulation and Painting

5.10 Construction Quality Evaluation of GT and Auxiliary Equipment and Machinery Erection

5.11 Summary of Scores of All Project Parts（Scopes）of Subitem Project

5.12 Subitem Project Quality Evaluation Report

6 Individual Unit Quality Evaluation

7 The Overall Project Quality Evaluation

Appendix A（Informative） Typical Flow Path Data

A.1 Typical Flow Path Clearance Data of 300WM Turbine From Shanghai Turbine Works（for reference）

A.2 Typical flow path clearance data of 600WM turbine from Shanghai Turbine Works（for reference）

A.3 Typical flow path clearance data of 1000WM turbine from Shanghai Turbine Works（for reference）

A.4 Typical flow path clearance data of 1000WM turbine from Harbin Steam Turbine Works（for reference）.

Appendix B（Informative） Oil Quality Grade Standard

Appendix C（Normative） Auxiliary Machinery Vibration

Appendix D（Normative） Auxiliary Machinery Centering

Explanation of wording in this standard

Explanation of Provisions

1 Scope

2 Normative References

3 General Provisions

4 Construction Quality Acceptance

4.1 Requirements in Construction Quality Acceptance

4.2 Construction Quality Acceptance Scope Division and General Table

5 Subitem Project Construction Quality Evaluation

5.1 Basic Provisions

5.2 Evaluation Provisions

5.3 Evaluation Contents

5.4 Evaluation Methods

5.5 Construction Quality Evaluation of ST Generator Proper and Auxiliary System

5.11 Summary of Scores of All Project Parts（Scopes）in Subitem Project

5.12 Subitem Project Quality Evaluation Report

6 Individual unit Quality Evaluation