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ASME PTC 22 05 2005

ASME PTC 22 05 2005

$98.04

ASME PTC 22 Gas Turbines

Published By Publication Date Number of Pages
ASME 2005 102
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PDF Catalog

PDF Pages PDF Title
4 CONTENTS
5 FIGURES
TABLES
NONMANDATORY APPENDICES
6 NOTICE
7 FOREWORD
8 COMMITTEE ROSTER
10 CORRESPONDENCE WITH THE PTC COMMITTEE
11 INTRODUCTION
12 Section 1 Object and Scope
1- 1 OBJECT
1- 2 SCOPE
1- 3 TEST UNCERTAINTY
13 1- 4 OTHER REQUIREMENTS AND REFERENCES
14 Section 2 Definitions and Description of Terms
2- 1 DEFINITIONS
15 2- 2 SYMBOLS
16 2- 3 SUBSCRIPTS
17 Section 3 Guiding Principles
3- 1 AGREEMENTS
18 3-1 Generic Test Boundaries
19 3- 2 PREPARATIONS TO TEST
3-1.5.2 Required Measurements
20 3- 3 CONDUCT OF TEST
21 3-3.5 Maximum Permissible Standard Deviations of Measurements in Operating Conditions
22 3- 4 TEST RECORDS
3- 5 TEST VALIDITY
3- 6 UNCERTAINTY
24 Section 4 Instruments and Methods of Measurement
4- 1 GENERAL REQUIREMENTS
4-1 Maximum Allowable Measurement Uncertainties
26 4- 2 PRESSURE MEASUREMENT
28 4-2.1 Five-Way Manifold for Differential Pressure (DP) Instruments
29 4-2.2 Differential Pressure (DP) Correction for Flow in Non-Horizontal Lines
30 4- 3 TEMPERATURE MEASUREMENT
4- 4 GAS FUEL HEAT INPUT
31 4-4.1 Generic Gas Fuel Test Boundary
33 4-4.5 Gas Properties of Selected Ideal Gases at 60.0°F and 14.696 psia
34 4- 5 LIQUID FUEL HEAT INPUT
4-5.1 Generic Liquid Fuel Test Boundary
36 4- 6 ELECTRICAL GENERATION MEASUREMENT
4-6A Two-Meter Metering System for Use on Three-Wire Delta Connected Power Systems
37 4-6B Two-Meter Metering System for Use on Three-Wire Wye Connected Power Systems
4-6C Three-Meter Metering System for Use on Four-Wire Power Systems
40 4- 7 MECHANICAL POWER MEASUREMENT
4- 8 SPEED MEASUREMENT
4- 9 HUMIDITY MEASUREMENT
41 4- 10 HEAT LOSSES
4- 11 OTHER MEASUREMENTS
43 Section 5 Computation of Results
5- 1 ELECTRICAL POWER CALCULATIONS
45 5- 2 MECHANICAL POWER OUTPUT CALCULATION
5- 3 HEAT RATE CALCULATIONS
46 5-3.1 Typical Values for Unit Conversion Factor N1, Using Common Units of Measure
47 5-3.2 Typical Values for Unit Conversion Factor N2, Using Common Units of Measure
48 5- 4 CORRECTION OF TEST RESULTS— FUNDAMENTAL PERFORMANCE EQUATIONS
49 5- 5 APPLICATION OF CORRECTION FACTORS
5-4.1 Summary of Additive Correction Factors for Power Fundamental Performance Equation
5-4.2 Summary of Correction Factors in All Fundamental Performance Equations
51 5-6 DEGRADATION
52 Section 6 Test Report Requirements
6- 1 GENERAL REQUIREMENTS
6- 2 SUMMARY
6- 3 TEST DESCRIPTION
6- 4 TEST EQUIPMENT
6- 5 CALCULATIONS AND RESULTS
6- 6 APPENDICES
53 Section 7 Test Uncertainty
7- 1 INTRODUCTION
7- 2 UNDERSTANDING TEST UNCERTAINTY
7-2.1 Illustrating Systematic, Bi and Random Errors, 2Si
55 7- 3 UNIT OUTPUT AND THERMAL EFFICIENCY
7-2.1.2B Test Uncertainty Illustration
56 7-3.1A Step 1: Pretest Uncertainty Calculation, Code Limit
57 7-3.1B Step 2: Pretest Planned Uncertainty Values
58 7-3.1C Step 3: Post-Test Uncertainty Calculation
60 7-3.3.2.2 Orifice Factors Uncertainty
61 7-3.3.2.3 Heat Input Uncertainty
63 7- 4 COMPARATIVE TESTING UNCERTAINTY
64 7-4.4.1 Comparative Test Uncertainty Example
65 7- 5 UNCERTAINTY OF FLOW CALCULATION FROM HEAT BALANCE
67 A DETERMINATION OF GAS TURBINE EXHAUST ENERGY, FLOW, AND TEMPERATURE
A- 1 INTRODUCTION
A- 2 TEST METHODOLOGY
A- 3 CALCULATIONS AND RESULTS: GENERAL
75 A- 4 SAMPLE EXHAUST FLOW BY GAS TURBINE HEAT BALANCE CALCULATION
87 B COMPARATIVE TESTING
B- 1 INTRODUCTION
B- 2 OBJECT AND SCOPE
B- 3 DEFINITIONS AND DESCRIPTION OF TERMS
B- 4 GUIDING PRINCIPLES
89 B- 5 INSTRUMENTS AND METHODS OF MEASUREMENT
B- 6 COMPUTATION OF RESULTS
B- 7 REPORT OF RESULTS
90 C SAMPLE CALCULATIONS
C- 1 CALCULATION OF HEAT INPUT
93 C- 2 CALCULATION OF ELECTRICAL OUTPUT
94 C- 3 CALCULATION OF CORRECTED PERFORMANCE ( OUTPUT, HEAT RATE, EXHAUST TEMPERATURE, AND EXHAUST FLOW)
95 C- 4 CALCULATION OF TRANSFORMER LOSS
97 D REFERENCES
98 E UNIT CONVERSION FACTORS

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