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ASME PTC 12.2

Performance Test Code on Steam Surface Condensers

inactive
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Organization: ASME
Publication Date: 18 September 1998
Status: inactive
Page Count: 86
scope:

OBJECT AND SCOPE

The rules and instructions included in this Code are for the condenser proper. If the scope of the test includes any or all of the auxiliary apparatus associated with the condenser, it will be necessary to refer to other ASME Performance Test Codes.

The determination of special data or verification of guarantees which are outside the scope of this Code shall be made only with the written agreement of the parties to the test, especially regarding methods of measurement and computation, which shall be completely described in the test report.

Document History

ASME PTC 12.2
September 30, 2010
Steam Surface Condensers
The rules and instructions included in this Code are for the condenser. The test does not assess the performance of any of the auxiliary apparatus associated with the condenser. For any related...
ASME PTC 12.2
September 30, 2010
Performance Test Code on Steam Surface Condensers
The rules and instructions included in this Code are for the condenser. The test does not assess the performance of any of the auxiliary apparatus associated with the condenser. For any related...
ASME PTC 12.2
September 18, 1998
Performance Test Code on Steam Surface Condensers
OBJECT AND SCOPE The rules and instructions included in this Code are for the condenser proper. If the scope of the test includes any or all of the auxiliary apparatus associated with the condenser,...
ASME PTC 12.2
January 1, 1983
Code on Steam Condensing Apparatus
A description is not available for this item.

References

This document references:
ASME PTC 24 - Ejectors
Published by ASME on January 1, 1976
OBJECT AND SCOPE This Code provides standard directions and rules for the conducting and reporting of tests on single or multi-stage ejector units. The primary object of the test measurements...
This document references:
ASME PTC 19.22 - Data Acquisition Systems
Published by ASME on January 1, 2007
OBJECT AND SCOPE PTC 19.22 augments the ASME Performance Test Codes and other Instruments and Apparatus Supplements by providing guidance for reliable results when digital equipment is used. This...
This document references:
ASME PTC 19.1 - Test Uncertainty
Published by ASME on June 28, 2019
The scope of this Standard is to specify procedures for (a) evaluation of uncertainties in test measurements, parameters, and methods (b) propagation of those uncertainties into the uncertainty of a...
This document references:
ASME PTC 6 - Steam Turbines
Published by ASME on January 1, 2004
This Code may be used for testing of steam turbines operating either with a significant amount of superheat in the initial steam (typically fossil-fueled units) or predominantly within the moisture...
This document is referenced by:
ASME PTC 23 - Atmospheric Water Cooling Equipment
Published by ASME on November 10, 2003
This Code provides rules for determining the performance of all referenced cooling equipment with regard to the thermal capability, deviation from design thermal capability, or deviation from design...
This document is referenced by:
ASME PTC 2 - Definitions and Values Performance Test Codes
Published by ASME on January 1, 2001
This Code contains standards for terms, units of measure, values of constants, symbols, and technical nomenclature that are to be used in all individual test codes. The implication of the words...
This document is referenced by:
ASME PTC 40 - Flue Gas Desulfurization Units
Published by ASME on January 1, 2017
The application of this Code is limited to the process and equipment employed to remove sulfur dioxides from flue gas or other sulfur-dioxide-laden gas streams. The methodology described in this Code...
This document is referenced by:
ASME PTC 31 - High-Purity Water Treatment Systems
Published by ASME on January 1, 2011
Only the relevant portion of this Code need apply to any individual case or test under consideration. In some cases the procedure is simple; however, for complex systems or complex modes of system...
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