This file is licensed to Abdual Hadi Nema (ahaddi58@yahoo.com) License Date: 6/1/2010 ASHRAE HANDBOOK Additions and Corrections p 32.14, 2nd col., 1st paragraph The reference to Table should be to Table This report includes additional information, and technical errors found between June 15, 2006, and March 31, 2010, in the SI editions of the 2007, 2008, and 2009 ASHRAE Handbook volumes Occasional typographical errors and nonstandard symbol labels will be corrected in future volumes The most current list of Handbook additions and corrections is on the ASHRAE Web site (www.ashrae.org) The authors and editor encourage you to notify them if you find other technical errors Please send corrections to: Handbook Editor, ASHRAE, 1791 Tullie Circle NE, Atlanta, GA 30329, or e-mail mowen@ashrae.org p 32.15, Table The column heads for 150 mm diameter bores should be 0.86, 1.73, and 2.60; please delete the extraneous “0.86” at the far right p 32.15, 1st col., 1st paragraph, and definitions for Eq (4) Change “outside pipe” to “borehole.” In the definitions for Eq (4), units should be m2/day for g, days for , and m for d, which is defined as borehole diameter p 32.21, Table 11 The units for the table multiplier values should be W/(m · K), not W(m · K) Licensed for single user © 2010 ASHRAE, Inc 2007 HVAC Applications p 32.24, Table 14, 1st row, 3rd col The minimum casing size for 100 mm diameter pump bowls should be 125 mm Contributors List Wayne Lawton of X-nth should be listed as contributor for Chapters 29 and 30 p 35.13, Table For fuel oil, household usage values should be 153.8 GJ (for “yes”) and 97.0 GJ (for “no”) p 7.5, Operating Rooms Change “1.3 to 1.8 m/s” to “0.13 to 0.18 m/s.” pp 7.12-13 The sentence spanning these two pages should read as follows: “Some codes or authorities not require reserve capacity in climates where a design dry-bulb temperature of –4°C is equalled or exceeded for 99.6% of the total hours in any one heating period as noted in the tables in Chapter 28 of the 2005 ASHRAE Handbook— Fundamentals.” p 41.21, 1st col, 10th line In the numbered list, first item, the chiller should be 19.3 MW p 13.30, Example 2, step Replace the equation and bulleted item with the following: p 41.30, Eq (33) Change D to –3 p 41.22, Example The reference to Table should be to Table p 41.25, Eq (26) The second term on the left side of the equation should be Q· blr ,i p 47.26, Eq (26) The final number subtracted should be 11, not 0.5 C occ = 10 116 MG/M 22.5 – 0.773Q – 2.09P – 0.109X p 47.37, Eq (29) The final term should be 10 L w2 10 – 0.346Z + 0.0159QZ + 0.236PX + 0.0407PZ + 0.00190XZ – 0.00499PXZ = 1.13 MG/M p 47.38, Vibration Criteria, 1st paragraph ANSI Standard 3.29 is the former designation; update this to ANSI Standard S2.71-1983 (R2006) • Iterate between steps and With ach, Cocc = 1.13 mg/m3 This is greater than the desired limit of 0.94 mg/m3 If the fan flow rate is increased to provide 10.5 ach, Cocc decreases to 0.94 mg/m3 This meets the design criterion p 47.39, Fig 37 The corrected figure is shown on p A.2, left p 47.39, Table 46 In the next to the last row, change 0.0054 to 0.0064 mm/s Ch 14, Laboratories Revisions were inadvertently omitted from the 2007 volume; please go to http://www.ashrae.org/publications/ page/158 to download the revised chapter p 47.40, Table 48, Packaged AH, AC, H and V Units In the Shaft Power kW and Other column, change all to (i.e., should be 11, 1 kPa SP) p 16.13, Table In the column headings, the first ceiling height should be 12.2 m p 49.5, Table In the leftmost column, change “1/2” to “13” and “3/4” (in two places) to “19.” p 17.2, Fig 1B The title should read “Allowable Data Center Class 1, Class 2, and NEBS Operating Conditions.” p 49.21, Eq (19) The equation should read F = 1000 N P Vf / T p 17.16, References Please update the following two URLs: For LBNL 2003, http://hightech.lbl.gov/dc-benchmarking-results.html p 49.26, Example 11 In the first equation, “DTlm” should be “Tlm.” For NIOSH 1986, http://www.cdc.gov/niosh/86-113.html p 49.24, Figs 25 and 26 Figure 26’s caption should refer to Figure 25, not Figure 22 p 21.13, Table Class AA control should be defined as “Precision control, no seasonal rh adjustment, very limited seasonal temperature adjustment possible.” p 52.7, Figs and Reverse the order: the current Figure should be Figure 9, and the current Figure should be Figure p 52.10, Example 7, 3rd paragraph The equation for Abo should be 560(0.17 × 10–3) = 0.095 m2 Consequently, psbt (third line from bottom of example) should be 82.6 Pa p 31.14, 1st col., 5th line The outside air requirement for cafeterias and fast food should be based on 100 persons per 100 m2 A.1 Copyright © 2010, ASHRAE This file is licensed to Abdual Hadi Nema (ahaddi58@yahoo.com) License Date: 6/1/2010 A.2 2007–2009 ASHRAE Handbook Additions and Corrections (SI) Fig Building Vibration Criteria for Vibration Measured on Building Structure Fig Trapping Multiple Coils Fig Trapping Temperature-Regulated Coils Licensed for single user © 2010 ASHRAE, Inc (2008 HVAC Systems and Equipment, Chapter 10, p 7) Fig Optimum Humidity Range for Human Comfort and Health Fig 37 Building Vibration Criteria for Vibration Measured on Building Structure (2007 HVAC Applications, Chapter 47, p 39) p 52.18, Symbols The variable for floor-to-ceiling height should be H, and the variable for number of floors should be N p 54.3, 2nd col., definition for Rp The reference to Table should be to Table p 54.15, Example For calculations using Eqs (2) and (3), SDS should be 0.623, not 0.85 The result using Eq (2) should be 6728 N, and the result using Eq (3) should be 1262 N Fig Optimum Humidity Range for Human Comfort and Health p 54.17, Example For calculations using Eqs (2) and (3), SDS should be 0.623, not 0.85 The result using Eq (2) should be 6728 N, and the result using Eq (3) should be 1262 N (Adapted from Sterling et al 1985) (2008 HVAC Systems and Equipment, Chapter 21, p 1) p 54.18, Example For calculations using Eqs (2) and (3), SDS should be 0.623, not 0.85 The result using Eq (2) should be 16 447 N, and the result using Eq (3) should be 3084 N p 12.24, Effect on Piping Pressure Loss The reference to Equation (235) should be to Equation (18) p 54.19, Example For calculations using Eqs (2) and (3), SDS should be 0.623, not 0.85 The result using Eq (2) should be 3289 N, and the result using Eq (3) should be 617 N p 22.1, Fig Please replace the figure with the one on p A.3 p 21.1, Fig Please replace the figure with the one above p 23.4, Fig Replace the figure with the one on p A.3 p 6.2, after Eq (2) Units for Tp and Tr should be K, not °C p 23.10, Dry Air-Conditioning Systems, 4th paragraph After the second sentence, please add, “Dehumidified ventilation air that positively pressurizes the building may help counter moist air infiltration.” p 6.4, 1st col After Eq (9b), the multiplier for large spaces should be (4.91/De)0.25 p 25.8, Paragraphs to 11 repeat text earlier on the page; delete them In Eq (24), in both denominators, change m· e to m· s 2008 HVAC Systems and Equipment p 30.10, 2nd col Midway down the column, change “31.00 MJ/m3” to “31.21 MJ/m3.” p 10.7, Fig The title should read “Trapping Temperature-Regulated Coils.” Also, the bottom of the figure was cut off; please see the entire figure, presented above right p 31.7, 2nd col., 4th line Change “sue” to “use.” p 12.20, 2nd col., after Eq (18) The reference to Equation (21) should be to Equation (18) p 34.36, References The Rutz (1992) resource is no longer available from the ASHRAE Handbook editor; instead, it is available This file is licensed to Abdual Hadi Nema (ahaddi58@yahoo.com) License Date: 6/1/2010 2007–2009 ASHRAE Handbook Additions and Corrections (SI) Fig Typical Water Circuit Arrangement A.3 Table Thermodynamic Properties of Moist Air at Standard Atmospheric Pressure, 101.325 kPa (2009 Fundamentals, Chapter 1, p 4) Temp t, °C Fig Typical Water Circuit Arrangements (2008 HVAC Systems and Equipment, Chapter 22, p 1) Typical Rotary Dehumidification Wheel Licensed for single user © 2010 ASHRAE, Inc Fig 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 ss ss Temp t, °C 0.5650 0.5925 0.6213 0.6514 0.6830 0.7162 0.7509 0.7874 0.8256 0.8658 0.9081 0.9525 0.9993 1.0485 1.1003 1.1549 1.2126 1.2734 1.3377 1.4056 1.4775 1.5537 1.6345 1.7203 1.8114 1.9084 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 2.0117 2.1220 2.2398 2.3659 2.5011 2.6464 2.8028 2.9715 3.1539 3.3517 3.5668 3.8014 4.0581 4.3401 4.6511 4.9956 5.3794 5.8091 6.2933 6.8430 7.4721 8.1987 9.0472 10.0508 11.2558 p 4.22, Table 10 Correct Eqs (T10.1) and (T10.7) as follows: – EXP – N + c r -1 + cr (T10.1) – EXP – c r -cr (T10.7) p 4.24, Table 11 In the Muley and Manglik (1999) equation for Nu, the last line should read “× Re0.728–0.0543 sin{[(90–)/45+3.7}.” p 9.17, between Eqs (64) and (65) The reference to Equation (58) should be to Equation (60) Fig Typical Rotary Dehumidification Wheel (2008 HVAC Systems and Equipment, Chapter 23, p 4) p 14.1, 1st paragraph The StationFinder utility is included only with the HandbookCD+ version of this chapter, not with the CDROM included with the print edition p 14.7, Eq (5) Add a closing parenthesis at the end of the equation from NTIS at http://www.ntis.gov/search/product.aspx?ABBR= PB92217504 p 14.9, Eq (20) The first operator should be +, not – p 43.6, Eq (3) Change “Dp” to “p.” Ch 14, Appendix: Design Conditions for Selected Locations, and complete listing of stations on CD The main entry for Taiwan should read “Taiwan.” p 45.12, Table 11, Notes L is determined from Equation (5), not Equation (4) p 49.3, 1st col., 3rd line The Energy Policy and Conservation Act of 2005 should be Public Law 109-58 Ch 14, Station List and Climatic Design Conditions Tables (available on the CD-ROM) In the Russian Federation, station UST-ISIM, WMO ID 283820, the longitude should be 71.18 E 2009 Fundamentals p 15.60, Symbols Add the following definition: “FR = radiant fraction.” Contributors List For Ch 15, add the following contributors: Hakim Elmahdy, National Research Council of Canada; Brian Crooks; John L Wright, University of Waterloo; and William R McCluney, SunPine Consulting p 1.4, Table Correct values for ss for 40 to 64°C are provided at right p 4.19, Table 8, Eq (T8.12) Change 0.37 to 0.037 p 15.62, References Add the following source before LBL 2003: Laoudi, A., A.D Galasiu, M.R Atif, and A Haqqani 2003 SkyVision: A software tool to calculate the optical characteristics and daylighting performance of skylights Building Simulation, 8th IBPSA Conference, Eindhoven, Netherlands, pp 705-712 p 16.7, Eq (26) On the third line, change “[Cp(3) – Cp(4)]” to “[Cp(3) + Cp(4)].” This file is licensed to Abdual Hadi Nema (ahaddi58@yahoo.com) License Date: 6/1/2010 A.4 2007–2009 ASHRAE Handbook Additions and Corrections (SI) Fig Vertical Projection of Heated and Cooled Jets Along Perimeter Spaces Figure for ED5-6 Licensed for single user © 2010 ASHRAE, Inc (2009 Fundamentals, Chapter 21, p 44) Fig 10 Downward Vertical Projection of Heated and Cooled Jets Along Perimeter Spaces (2009 Fundamentals, Chapter 20, p 12) p 17.7, Eq (11) The correct equation is as follows: Q v = 0.05A cf + 3.5 N br + p 18.2, 2nd col., Cooling Load Calculations in Practice section On the third line, change “filtration” to “infiltration.” pp 18.8-18.11, Tables 5A to 5E Items with an asterisk appear only in Swierzycna (2009); all others appear in both Swierzycna (2008) and (2009) In the heading for Table 5E, change “Btu/h” to “W.” p 18.31, Eq (39) The denominator of the first fraction should be (z2 – z1) (2009 Fundamentals, Chapter 21, p 44) p 18.32, Table 24 In column 1, change the second occurrence of “200 mm” to “100 mm.” Fig R-Value Required to Prevent Condensation on Surface with Emittance = 0.1 Figure for ED5-9 p 18.42, Part Change “the addition of a overhang” to “the addition of a m overhang.” p 20.12, Fig 10 The correct figure is shown above p 21.6, Table Units for Absolute Roughness should be mm p 21.33, Table for ED5-1, Wye, 30°, Converging In the expression centered over the table columns, change Qb to Qs pp 21.41-44 In the table titles, change “D5-3” to “ED5-3.” pp 21.42-44, Tables for ED5-3, Dc > 250 mm, Converging In the expressions centered over the table columns, change Qb to Qs (three places) Fig R-Value Required to Prevent Condensation on Surface with Emittance = 0.1 (2009 Fundamentals, Chapter 23, p 14) p 21.44, Figures for ED5-6 and ED5-9 The correct figures are shown at right pp 21.45 (bottom table) and 21.46 (top table) Change “Cb1 Values” to “Cb2 Values.” p 23.2, Table The heading for the rightmost column should read, “Nominal Pipe or Tube Size, mm.” p 23.13 In Eq (3), delete “0.2.” In definitions following Eq (5), units for P should be m; for Cp, the value should be 1001 J/(kg · K) In Example 1, the last equation should be 50 + 2.7 = 52.7°C p 23.14, Fig The correct figure is shown above This file is licensed to Abdual Hadi Nema (ahaddi58@yahoo.com) License Date: 6/1/2010 2007–2009 ASHRAE Handbook Additions and Corrections (SI) p 24.5, Fig The curves for L/W = 1/4 and L/W = should be swapped The correct figure is supplied at right A.5 Fig Surface Averaged Wall Pressure Coefficients for Tall Buildings p 26.7, Table The density value for Roofing, Asbestos/cement shingles should be 1920 kg/m3 p 26.19, References Please add the following entry: Cardenes, T.J and G.T Bible 1987 The thermal properties of wood—Data base American Society of Testing and Materials, West Conshohocken, PA p 27.9, Step 4, last line The reference should be to Table in Chapter p 29.9, Table In the Specific Volume of Suction Gas column, the value for R-134a (tetrafluoroethane) should be 0.1214 p 39.2, Table 2, Viscosity (absolute) In the fourth data row, change 0.0671955 to 0.671955 Fig Surface-Averaged Wall Pressure Coefficients for Tall Buildings Licensed for single user © 2010 ASHRAE, Inc (Akins et al 1979) (2009 Fundamentals, Chapter 24, p 5)