ASME PTC 46 96 1996

$98.04

ASME PTC 46 Performance Test Code on Overall Plant Performance

Published By	Publication Date	Number of Pages
ASME	1996	202

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Description

PDF Catalog

PDF Pages	PDF Title
4	Foreword
6	Standards Committee Roster
8	Contents
10	0 Introduction
12	1 Object and Scope
13	1.1 Largest Expected Test Uncertainties
14	2 Definitions and Description of Terms
16	3 Guiding Principles
17	3.1 Generic Test Boundary 3.2 Typical Steam Plant Test Boundary
18	3.3 Typical Combined Cycle Plant Test Boundary
21	3.1 Design, Construction, and Start-up Considerations
26	3.2 Guidance for Establishing Permissible Deviations From Design
28	3.3 Typical Pretest Stabilization Periods 3.4 Recommended Minimum Test Run Durations
29	3.4 Three Post-Test Cases
32	4 Instruments and Methods of Measurement
37	4.1 Five-Way Manifold
39	4.2 Four-Wire RTDs 4.3 Three-Wire RTDs
41	4.4 Flow-Through Well
42	4.5 Duct Measurement Points
49	4.6 Three-Wire Open Delta Connected Metering System
50	4.7 Four-Wire Metering System
53	4.8 Typical Correction Curve
56	5 Calculations and Results
57	5.1 Summary of Additive Correction Factors in Fundamental Performance Equations
58	5.2 Summary of Multiplicative Correction Factors in Fundamental Performance Equations
60	5.3 Examples of Typical Cycles and Test Objectives – Corresponding Specific Performance Equations
63	5.1 Typical Test Boundary for a Power Plant Requiring Application of Heat Sink Correction factor *5A or *5A
64	5.2 Typical Test Boundary for a Power Plant Requiring Application of Heat Sink Correction Factor *5B or *5B
65	5.3 Typical Test Boundary for a Power Plant or Thermal Island Requiring Application of Heat Sink Correction Factor *5C or *5C
68	5.4 Change in Compressor Inlet Temperature over a 30% Range in Evaporator Cooler Effectiveness on a 80 deg F Day, with 80% Relative Humidity
70	5.5 Required Test Series for Phased Construction Combined Cycle Plants.
71	5.4 Output Versus Throttle Steam Flow
72	5.5 Steam Turbine Plant Test Boundary
74	6 Report of Results
76	A Sample Calculations Combined Cycle Cogeneration Plant Without Duct Firing Heat Sink: Completely Internal to Test the Boundary Test Goal: Specified Measurement Power- Fire to Desired Power Level by Duct Firing
90	B Sample Calculations Combined Cycle Cogeneration Plant With Duct Firing Heat Sink: External to the Test Boundary Test Goal: Specified Measurement Power- Fire to Desired Power Level by Duct Firing
110	C Sample Calculations Combined Cycle Cogeneration Plant Without Duct Firing Heat Sink: Cooling Tower External to the Test Boundary Test Goal: Specified Disposition is Gas Turbine Base Loaded (Power Floats)
130	D Representation of Correction for Different Heat Sink Temperature than Gas Turbine Air Inlet Temperature (*5 or *5) if Necessary, for a Typical Combined Cycle Plant
134	E Sample Calculations Steam Power Cogeneration Plant Heat Sink: River Cooling Water Flow within Test Boundary Test Goal: Two Test Runs are Made with Different Goals Test Run 1: Specified Corrected Power- Fire to Desired Corrected Power Test Run 2: Specified Disposition by Firing to Desired Throttle Flow (Power Floats)
186	F Uncertainty Analysis
190	G Entering Air Conditions
192	H Energy Balance Method
194	I Solid Fuel and Ash Sampling