Induction Throw Inlet Dia. Inlet DPS 0.5 GPM 1.0 GPM 1.5 GPM 2.0 GPM Size Inches CFM (in. H2O) NC qcoil DCOIL qcoil DCOIL qcoil DCOIL qcoil DCOIL

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1 CBAB / -PIPE COOLING Coil Sensible Cooling (Btu/h) Inlet Dia. Inlet DPS 0. GPM 1.0 GPM 1. GPM 2.0 GPM , ,011 1,087 1, ,117 1,0 1,12 1, ,21 1,0 1, 1, ,7 1,71 1,81 1, ,08 1,7 1,70 1, ,0 1,2 1,7 1, ,79 1,82 2,001 2, ,1 2,0 2,208 2, ,11 1,199 1, ,27 1,02 1,72 1, , 1,81 1,92 2, ,91 2,00 2,1 2, ,10 1,2 1,0 1, , 1,8 1,971 2, ,27 2,09 2,20 2, ,80 2,28 2,0 2, ,1 1, 1,7 1, , 2,072 2,227 2, ,89 2,8 2, 2, ,091 2,2 2,829 2, ,197 1,0 1,19 1, ,8 1,811 1,97 2, ,72 2,10 2,2 2, ,798 2,2 2, 2, ,20 1,7 1,92 1, ,78 2,22 2,92 2, ,0 2, 2,7 2, ,2 2,827,09, ,180 1,8 1,97 1, B '' oval ,819 2,290 2,2 2, ,10 2,81 2,88, ,9 2,98,180, ,91 2,12 2,9 2, ,882 2,9 2,7 2, ,118 2, 2,8, ,278 2,87,082, ,70 2,21 2,82 2, ,117 2, 2,8, ,98,018,2, ,,29,79, ,989 2,0 2,92 2, B '' oval ,92,011,27, ,710,11,7, ,989,7,0, Note: Reference page 87 for openal conditions used for performance notes 81

2 CBAB / -PIPE HEATING Coil heating (Btu/h) Inlet Dia. Inlet DPS 0. GPM 1.0 GPM 1. GPM 2.0 GPM ,1 1, 1, 1, , 2,0 2,211 2, ,881 2,8 2, 2, ,07 2,12 2,808 2, ,8 2,08 2,81 2, ,0,210,1, ,810,7,802, ,19,92,28, ,79,120,, ,978,78,00, ,7,29,8, ,77,70,10, ,022 2, 2,77 2, ,90,7,92, ,29,1,, ,2,72,91, ,80,27,91, ,2,18,98, ,2,,7, ,222,1,71, ,7,,9, ,7,729,08, ,2,,8, ,8,087,, ,71,8,9, ,28,1,, ,81,80,1, ,10,1,, ,8,91,81, ,0,079,0, ,,89,288, ,12,2,9 7, ,9,91,, ,12,227,19, ,82,120,80, ,,71 7,27 7, ,7,71,070, ,81,80,1, ,8,08,2, ,199, 7,0 7, ,017,07,, ,81,081,8, ,7,889 7,07 7, ,118 7,701 8,279 8, ,0,71,1, ,9,872 7,88 7, ,18 7,78 8,70 8, ,822 8,88 9,2 9, Note: Reference page 87 for openal conditions used for performance notes 82

3 CBAB / 2-PIPE COOLING Coil Sensible Cooling (Btu/h) Inlet Dia. Inlet DPS 0. GPM 1.0 GPM 1. GPM 2.0 GPM , ,0 1, ,12 1,217 1, ,21 1,7 1,9 1, ,79 1,7 1,8 1, ,0 1,99 2,08 2, ,21 1,1 1, 1, ,1 1,89 1,977 2, , 2,08 2,22 2, ,827 2,00 2,72 2, ,29 1, 1, ,2 1,79 1,929 2, ,1 2,0 2,187 2, ,782 2,2 2,12 2, ,2 1,9 1,71 1, ,1 2,0 2,207 2, ,82 2,29 2,7 2, ,072 2,08 2,80 2, ,0 1,1 1,7 1, ,8 2,20 2,9 2, ,12 2,72 2,87, ,2 2,98,19, ,0 1,87 1,81 1, ,11 2,028 2,180 2, ,872 2,7 2, 2, ,01 2, 2,72 2, ,00 1,72 1,89 1, ,980 2,92 2,79 2, ,280 2,870,08, ,1,1,0, ,22 1, 1,789 1, B '' oval ,07 2, 2,77 2, ,8,00,229, ,1,1,1, ,1 2,701 2,90, ,108 2, 2,82 2, ,72 2,98,210, ,1,211,2, ,971 2,81 2,8 2, ,71 2,98,208, ,8,81,, ,92,729,009, ,228 2,80,01, B '' oval ,79,72,2, ,0,820,107, ,8,21,0, Note: Reference page 87 for openal conditions used for performance notes 8

4 CBAB / 2-PIPE HEATING Coil heating (Btu/h) Inlet Dia. Inlet DPS 0. GPM 1.0 GPM 1. GPM 2.0 GPM ,0 1,9 2,112 2, ,20 2,77 2,98, ,0,197,7, ,801,2,791, ,7,11,9, ,2,,8, ,79,77,1, ,28,,7, ,,212,29, ,020,00,0, ,7,7,17, ,09,12,89 7, ,70,7,9, ,922,97,08, ,,9,01, ,90,172,, ,8,8,71, ,87,8,072, ,71 7,21 7,7 8, ,99 7,17 7,71 8, ,87,1,8, ,071,8,8 7, ,80 7,2 7,90 8, ,28 8,218 8,8 9, ,87,1,990, ,2,79,998, ,12,8,972 7, ,0,97 7,97 7, ,82,88,212, ,7,87 7,71 7, ,27 7,89 8,89 8, ,919 8,710 9, 9, ,7,78,921, ,0 7,0 7,8 7, , 8,22 8,882 9, ,20 9,11 9,798 10, ,07,,8 7, ,12,8,972 7, ,2 8,21 8,82 9, ,018 8,8 9,98 9, ,2,827 7,9 7, ,22 8,210 8,82 9, ,88 9,01 9,999 10, ,29 10,9 11,177 11, ,129 7,71 8,29 8, ,70 9,278 9,97 10, ,0 10,11 11,00 11, ,210 11,9 12, 1, Note: Reference page 87 for openal conditions used for performance notes 8

5 NOTES: 1. All performance data based on test performed in accordance with ASHRAE Standard DP s values are measured in inches of water. NC values are based on room absorption of 10 db. A dash (-) indicates an NC value less than 1.. Throw values are based on isothermal supply air and represent throw distances to terminal velocities of 10, 100 and 0 fpm respectively. DP Coil values are measured in feet of water. DP Coil values in shaded cells indicate use of a two circuit coil. All other values represent a single circuit coil.. Induction is multiplied by the volume flow rate of primary air to estimate the volume flow rate of room air entrained through the coil Cooling performance: - Cooling capacity listed (qcoil) is the sensible heat removal by the beam s integral coil. It does not include any contribution or offset by the primary air - Capacity is based on 18BF DT between the induced air and the chilled water supply. - Primary air sensible cooling contribution can be calculated by the following equation: qsenspa = 1.08 x CFMPA x (TPA - TROOM) - Primary air latent cooling can be calculated by the following equation: qlatent = 0.9 x CFMPA x (WROOM - WPA) where WROOM and WPA are the humidity of the room and primary air respectively expressed in Grains of moisture per pound dry air TABLE : CORRECTION FOR (DT) BETWEEN ENTERING AIR AND ENTERING CHILLED WATER Actual DT Multiply Table Value by: Heating performance: - Heating capacity listed (qcoil) is the sensible heat removal by the beam s integral coil. It does not include any contribution or offset by the primary air - Capacity is based on 0BF DT between the induced air and the chilled water supply. - Primary air sensible heating offset (or contribution) can be calculated by the following equation: qsenspa = 1.08 x CFMPA x (TPA - TROOM) if the primary air temperature is lower than that of the room, it will offset the coil s heating if the primary air temperature is higher than that of the room, it will contribute to the coil s heating Legend: DP S = nit Inlet Pressure [in wg] qcoil = Sensible Capacity, Coil [Btu/h] DCoil = Water coil pressure drop [ wg] qsenspa = Sensible Capacity, [Btu/h] CFMPA = Air rate, [CFM] TPA = Temperature [BF] TROOM = Temperature Room Air [BF] qsenspa = Latent Capacity, [Btu/h] 8