Document 3Q521E72n0EnLaMXvpvJO3KQO

1260 CHAPTER 52 1958 Guide M Development of Testing Apparatus for Thermostats, by D. D. Wile (A.S.H.Vaii. Transactions, Vol. 42,1938, p. 349). J The Heated Thermometer Anemometer, by C. P. Yaglou (Journal Industrial Hygiene and Toxicology, Vol. 20, October, 1938, No. 8). 44 A Simple Heated-Thermocouple Anemometer, by H. B. Nottage (A.S.H.V.E. Transactions, Vol. 56,1950, p. 431). 44 Measurement of Ventilation Using Tracer Gas Technique, by J. B. Dick (A.S.H.VJB. Journal Sec tion, Heating, Piping and Air Conditioning, May, 1950, p. 131). 40 The Temperature of Evaporation, by Willis H. Carrier (A.S.H.V.E. Transactions, Vol. 24,1018, p. 25). 41A Review of Existing Psychrometric Data in Relation to Practical Engineering Problems, by W. H. Carrier and C. O. Mackey (A.SM.E. Transactions, January, 1937, p. 33; Discussion A JS.M.E. Transactions, August, 1937, p. 528). * Divided Flow Low Temperature Humidity Test Apparatus, by Arnold Wexler (National Bureau of Standards, Research Paper No. 1894). 44 Gas Analysis by Measurement of Thermal Conductivity, by H. A. Daynes (Cambridge Press, 1933). 44 Standard Method of Test for Thermal Conductivity of Materials by Means of the Guarded Hot Plate adopted July, 1942, by A.S.H.V.E. (A.S.T.M. Designation C177 - 45). 45 Tentative Method of Test for Thermal Conductivity of Pipe Insulation (A.S.T.M. Designation C 335- 54T). 44 A Study of Transient Heat Method for Measuring Thermal Conductivity, by D. D'Eustachio and R. E. Schreiner (AB.H.VJE. Transactions, Vol. 58, 1952, p. 331). Transient Heat Flow Apparatus for the Determination of Thermal Conductivity, by F. C. Hooper and F. R. Lepper (A.S.H.VJB. Transactions, Vol. 56, 1950, p. 309). 48 Development of Thermal Conductivity Probe, by F. C. Hooper and S. C. Cliang (A.S.H.V.E. Trans actions, Vol. 59,1953, p. 463). A Transient Heat Flow Method of Determining Thermal Conductivity: Application to Insulating Ma terials, by C. P. Lentz (Canadian Journal of Technology, June 1952, Vol. 30, p. 153). Tentative Method of Test for Thermal Conductance of and Transmittance of Built-up Sections by Means of Guarded Hot Box (American Society for Testing Materials, ASTM-C - 236-49T). 41 AJ3.H.VJE. Research Report No. 685--Measuring Heat Transmission in Building Structures and a Heat Transmission Meter, by P. Nicholls (A.S.H.V.E. Transactions, Vol. 30, 1924, p. 65). 44 A Low-inertia Low-resistance Heat Flow Meter, by R. G. Huebscher, L., F. Schutrum, and G. V. Parmelee, (A.S.H.V.E. Transactions, Vol. 58, 1952, p. 275). w Using the Heat Flow Meter to Study Heat Transfer, by J. T. Gier and R. V. Dunkle (Refrigerating Engineering, Vol. 62, No. 10, Oct. 1954, p. 63). 44 Instruments and Methods for Recording Thermal Factors Affecting Human Comfort, by C. P. Yaglou, A. P. Kratz and C.-E. A. Winslow (Year Book, American Journal Public Health, 36-37). 44 The Thermo-Integrator--A New Instrument for the Observation of Thermal Interchanges, by C.-E. A. Winslow and Leonard Greenburg (A.S.H.V.E. Transactions, Vol. 41, 1935, p. 149). m i ss b = R Testingand Rating Codes for Low Pressure Heating Boilers, 1947 (Institute ofBoiler and Radiator Manufacturers). tJ Commercial Standard for Warm Air Furnaces Equipped with Vaporizing Pot-Type Oil Burners, C.S. 104-26 (National Bureau of Standards). 44 Rapid Determination of Small Amounts of Carbon Monoxide, by Martin Shepherd (lnd. Eng. Chem. Anal. Ed. 19, 77: 1947). 44 Determination of Small Amounts of Carbon Monoxide in Air by Various Reference Methods, by Martin Shepherd (National Bureau of Standards Journal of Research 38, 351-8; 1947 R. P. 1777). eo A Carbon Monoxide Recorder, by S. H. Kratz, D. A. Reynolds, H. W. Frevert and J. J. Bloomfield (U. S. Bureau of Mines, Technical Paper No. 355, 1926). 41 Commercial Standard for Mechanical Draft Oil Burners Designed for Domestic Installations, C.S. 75-42 (National BureauofStandards). 44 Industrial Dust, by Philip Drinker and Theodore Hatch (McGraw-Hill Book Company, New York). 44 Testing and Rating of Air Cleaning Devices Used for General Ventilation Work, by S. R- Lewis (A.S.H.V.E. Transactions, Vol. 39, 1933, p. 277). 44 A Test Method for Air Filters, by Richard S. Dill (A.S.H.V.E. Transactions, Vol. 44, 1938, p. 379). 65 Analytical Chemistry of Industrial Poisons, Hazards and Solvents, by Morris B. Jacobs (Interscience Publishers, Inc., New York, 1941). 44 The Determination and Control of Industrial .Dust, by J. J. Bloomfield and J. M. Dalla Valle (U. Public Health Bulletin No. 217, 1935). ^ .- Sampling and Analysis of Atmospheric Contaminants, by F. A. Patty (Industrial Hygiene and i. cology, Vol. I, Interscience Publishers, Inc., New York, 1948). 44 Electrical Engineer's Handbook, by Harold Pender and Knox Mcllvaine (John Wiley and Sons, r* York). 44 Elements of Acoustical Engineering, by Harry F. Olson, (D. Van Noetrand Co., New York). 74 American Tentative Standards for Sound Level Meters for Measurement of Noise and Other Soun s, Z 24.3-1944 (American Standards Association). CHAPTER 53 CODES AND STANDARDS THE Codes and Standards listed in Table 1 represent accepted practice, methods, or standards prepared and accepted by the organizations in dicated. They are valuable guides for the practicing engineer in determin ing test methods, ratings, performance requirements, and limits applying to equipment used in heating, ventilating, and air conditioning. Copies can usually be obtained from the organization listed in the reference column. Table 1. Codes and Standards Prepared and Accepted by Various Societies and Associations Subject Acoustics (Terminology) Title \ American Standard Acoustical Terminology. (1951) Air Conditioning Code of Minimum Requirements for Comfort Air Conditioning (1938). Air Conditioning Code and Manual for the Design And (120,000 Btu/ Installation of Warm Air Winter Air Hr or less) Conditioning Systems (1953). Air Conditioning Code and Manual for the Design and (Above 120,000 Installation of Mechanical Warm Air Btu/hr) Heating Systems (1950). .> Air Conditioning Standards for the Installation of Air Conditioning and Ventilating Sys tems of Other Than Residence Type (1955) Air Conditioning Air Conditioning (Equipment) Standards for the Installation of Resi dence Type Warm Air Heating and Air ConditioningJSystems (1956) ASRE Standard Methods of Rating and Testing Air Conditioning Equipment (1942). (Superseded by ASRE Standard 1656) Sponsor AS of A ASHVE ASRE NWAH & ACA NWAH & ACA NPPA NFPA ASRE ASHVE NEMA RMA ACMA Reference Z24.1 ASHAE 4th Edition 5th Edition'NBFU or NFPA No. 90A NBFU or NFPA No. 90B ASRE Circular No. 13-42 Air Conditioners Airplane Airplane Airplane ASRE Standard Methods of Rating and Testing Air Conditioners (1949). Air Conditioning Equipment. Airplane--General Requirements for (1948). Heaters, Airplane, Internal Combus tion Heat Exchanger Type (1949). Heaters, Airplane, Steam Type Attic Ventilation Boilers Boilers Boilers Boilers Boilers Residence Ventilation Guide (1950). I=B=RTesting and Rating Code for Low Pressure Cast Iron Heating Boilers, 5th Edition, 1952, amended 1956. Net Load Recommendations for Heat ing Boilers. Publ. semi-annually. Net Square Feet Radiation Loads in 70 Deg Fahr, Recommended for Low Pressure Heating Boilers (1948). ASMS Boiler Construction Code for Low Pressure Heating Boilers (1952 with 1954 Addenda). ASMS Boiler and Pressure Vessel Code (1952. 8 Vol.). 1261 ASRE SAB SAE SAP, PPMA . 1BR HP & ACCNA HP <fc ACCNA ASMS ASME Standard 16-56 ARP 85B ARP 143B SAE ARP 87 PFMA IBR MCA A MCA A ASMS ASME