Concat us[email protected]
Shopping Cart

No products in the cart.

🔍
ASME PTC 19.3 TW 10:2010 Edition

ASME PTC 19.3 TW 10:2010 Edition

$98.04

ASME PTC 19.3 Thermowells

Published By Publication Date Number of Pages
ASME 2010 56
PDF Format Searchable Printable Preview Now
Guaranteed Safe Checkout
Category:

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

PDF Catalog

PDF Pages PDF Title
5 CONTENTS
7 FOREWORD
ACKNOWLEDGMENTS
8 COMMITTEE ROSTER
9 CORRESPONDENCE WITH THE PTC COMMITTEE
11 Section 1 Object and Scope
1- 1 OBJECT
1- 2 SCOPE
12 Section 2 Nomenclature
14 Section 3 Jurisdiction of Codes
3- 1 REFERENCE STANDARDS AND GOVERNING CODES
3- 2 SPECIFICATION OF THERMOWELLS
15 Section 4 Dimensions
4- 1 CONFIGURATIONS
4- 2 DIMENSIONAL LIMITS
16 FIGURES
Fig. 4-1-1 Schematic Diagram of a Thermow
17 Fig. 4-1-2 Examples of Straight-Shank Thermowells
TABLES
Table 4-1-1 Dimensional Limits for Straight and Tapered Thermowells Within the Scope of This Standard
18 Fig. 4-1-3 Examples of Step-Shank Thermowells
Table 4-2-1 Dimensional Limits for Step-Shank Thermowells Within the Scope of This Standard
19 Fig. 4-1-4 Examples of Tapered Thermowells
20 Section 5 Materials
5- 1 GENERAL CONSIDERATIONS
21 Section 6 Stress Equations
6- 1 GENERAL CONSIDERATIONS
6- 2 CORROSION AND EROSION
22 6- 3 FLOW- INDUCED THERMOWELL STRESSES
Fig. 6-3.1-1 Fluid-Induced Forces and Assignment of Axesfor Calculation of Thermowell Stresses
23 6- 4 STROUHAL NUMBER, DRAG COEFFICIENTS, AND LIFT COEFFICIENT
24 6- 5 NATURAL FREQUENCY OF THERMOWELLS
25 Table 6- 5.3- 1 Parameters for Natural Frequency Calculation for Step- Shank Thermowells
6- 6 MOUNTING COMPLIANCE FACTOR
Table 6-5.3-1 Parameters for Natural FrequencyCalculation for Step-Shank Thermowells
26 6- 7 UNSUPPORTED LENGTH, DIAMETER, AND FILLET RADIUS
27 Fig. 6-6-1 Unsupported Length of Thermowells
28 6- 8 FREQUENCY LIMIT
29 Fig. 6-8.1-1 Schematic Indicating Excitation of Resonances When ExcitationFrequency Coincides With the Thermowell Natural Frequency
Fig. 6-8.1-2 Schematic Showing the Amplitude Response of a Thermowell Subjected toFluid-Induced Forces as Solid Lines, for In-Line and Transverse Excitation Modes
30 6- 8.3 Frequency Limit for the General Case
6- 8.5 Passing Through the In- Line Critical
31 6- 9 MAGNIFICATION FACTOR
6- 10 BENDING STRESSES
32 Fig. 6-10.1-1 Bending Moment, Stress at the Support Plane,and Locations of Maximum Steady-State or Oscillating In-Line Stress
34 6- 11 PRESSURE AND SHEAR STRESSES
6- 12 STEADY- STATE STATIC AND DYNAMIC STRESS LIMITS
Fig. 6-10.7-1 Mounting of a Thermowell in an Elbow,With the Tip Facing Downstream
35 Fig. 6-10.7-2 Geometry to Be Used in Calculation ofThermowell Ratings
Fig. 6-10.7-3 Mounting of a Thermowell in an Elbow,With the Tip Facing Upstream
36 Table 6-12.3-1 Allowable Fatigue-Stress Amplitude Limits for Material Class A and Class B
37 6- 13 PRESSURE LIMIT
38 Section 7 Overview of Calculations
7- 1 QUANTITATIVE CRITERIA
7- 2 FLUID PROPERTIES
7- 3 FLUID VELOCITY
7- 4 MATERIAL PROPERTIES AND DIMENSIONS
39 7- 5 REYNOLDS AND STROUHAL NUMBERS
7- 6 NATURAL FREQUENCY AT OPERATION TEMPERATURE
7- 7 NATURAL FREQUENCY AT EXPECTED MODE OF OPERATION
7- 8 STEADY- STATE AND DYNAMIC STRESSES
7- 9 ALLOWABLE FATIGUE LIMITS
7- 10 PRESSURE RATING
40 Section 8 Examples
8- 1 TAPERED, WELDED THERMOWELL FOR A STEAM- HEADER APPLICATION ( U. S. CUSTOMARY UNITS)
43 8- 2 STEP- SHANK, THREADED THERMOWELL FOR A HOT WATER APPLICATION ( SI UNITS)
49 Section 9 Statement of Compliance
9- 1 SPECIFICATION OF A THERMOWELL
9- 2 VELOCITY AND PRESSURE RATINGS
50 Section 10 References
10- 1 REFERENCED DOCUMENTS
10- 2 REFERENCED ASME DOCUMENTS
51 NONMANDATORY APPENDIX A CONVERSION FACTORS

Related products

ASME PTC 19.3 TW 10
$98.04