Bryant 583B manual PERFORMANCE DATA cont STANDARD INDOOR PSC MOTOR, COOLING CAPACITIES cont

tldb = t edb

PERFORMANCE DATA (cont)

STANDARD INDOOR PSC MOTOR

COOLING CAPACITIES (cont)

583B048 COOLING PERFORMANCE TABLE

	Temp (F)									Evaporator Air — CFM/BF
Outdoor Air				1200 / 0.06							1600 / 0.08						2000 / 0.11
	Entering									Evaporator Air — Ewb (F)
	Condenser
			62			67		72		62		67		72		62		67		72
		TC	47.9			52.3		56.8		49.6		53.7		58.1		50.5		54.0		57.7
75		SHC	41.5			34.8		28.2		47.4		38.7		29.9		50.5		41.6		30.7
		kW	3.38			3.43		3.48		3.68		3.78		3.82		4.01		4.23		4.27
		TC	45.7			50.2		54.7		47.5		51.6		56.1		48.9		51.6		56.0
85		SHC	40.4			34.1		27.4		46.5		37.9		29.3		48.9		40.9		30.3
		kW	3.77			3.80		3.86		4.03		4.16		4.21		4.36		4.63		4.68
		TC	43.3			47.9		52.3		45.3		49.2		53.7		47.0		48.9		53.5
95		SHC	39.1			33.1		26.5		45.3		37.1		28.5		47.0		39.9		29.5
		kW	4.15			4.23		4.28		4.41		4.57		4.63		4.78		5.07		5.11
		TC	39.2			43.7		47.9		41.5		44.6		48.9		42.9		44.3		48.9
105		SHC	36.4			30.8		24.6		41.5		34.6		26.4		42.9		37.5		27.6
		kW	4.67			4.79		4.82		4.93		5.14		5.19		5.34		5.60		5.66
		TC	35.3			39.6		43.7		38.2		40.3		44.3		39.3		40.1		44.0
115		SHC	34.4			29.0		23.0		38.2		32.8		24.7		39.3		35.7		26.0
		kW	5.32			5.50		5.54		5.65		5.85		5.89		6.06		6.27		6.36
		TC	32.0			35.2		38.7		34.4		35.5		39.3		35.0		35.2		38.8
125		SHC	32.0			27.0		21.0		34.4		30.8		22.8		35.0		33.4		24.0
		kW	6.16			6.31		6.34		6.47		6.63		6.69		6.89		7.04		7.16
583B060 COOLING PERFORMANCE TABLE
	Temp (F)									Evaporator Air — CFM/BF
Outdoor Air				1500 / 0.05					1750 / 0.06					2000 / 0.07				2500 / 0.08
	Entering									Evaporator Air — Ewb (F)
	Condenser
			62		67		72	62		67	72		62		67	72	62		67	72
		TC	57.6		64.3		69.9	59.8		66.1	71.7		61.7		67.6	73.1	65.0		69.6	75.1
75		SHC	50.6		43.0		34.4	55.5		46.2	36.3		59.8		49.3	38.1	65.0		54.8	41.3
		kW	4.63		4.69		4.75	4.67		4.71	4.78		4.68		4.73	4.80	4.70		4.75	4.84
		TC	54.4		60.9		67.0	56.4		63.0	68.6		58.0		64.5	69.9	62.3		66.4	71.6
85		SHC	49.0		41.6		33.4	53.6		45.0	35.2		58.0		48.2	37.0	62.3		54.0	40.2
		kW	5.06		5.17		5.21	5.10		5.17	5.23		5.14		5.18	5.26	5.17		5.21	5.29
		TC	51.2		57.5		63.7	53.1		59.4	65.3		55.1		60.7	66.5	59.3		62.7	68.1
95		SHC	47.5		40.0		32.2	51.9		43.5	34.0		55.1		46.8	35.8	59.3		52.8	39.1
		kW	5.54		5.68		5.72	5.58		5.68	5.74		5.64		5.69	5.76	5.68		5.71	5.79
		TC	45.8		51.9		57.7	47.8		53.4	59.1		50.2		54.6	60.1	53.8		56.2	61.4
105		SHC	44.0		37.0		29.5	47.8		40.3	31.4		50.2		43.4	33.1	53.8		49.3	36.2
		kW	6.17		6.35		6.39	6.23		6.36	6.41		6.30		6.37	6.42	6.36		6.38	6.44
		TC	41.9		47.6		53.2	44.5		49.0	54.4		46.8		50.1	55.2	50.0		51.6	56.5
115		SHC	41.9		35.1		27.8	44.5		38.3	29.6		46.8		41.5	31.3	50.0		47.1	34.5
		kW	6.75		6.94		6.98	6.83		6.95	6.99		6.82		6.95	7.01	6.94		6.95	7.03
		TC	38.6		43.2		48.3	41.1		44.5	49.4		43.1		45.4	50.0	46.0		46.7	51.0
125		SHC	38.6		33.2		25.8	41.1		36.3	27.6		43.1		39.3	29.1	46.0		44.5	32.1
		kW	7.36		7.64		7.67	7.58		7.64	7.68		7.63		7.64	7.69	7.64		7.65	7.71

		LEGEND
BF	—	Bypass Factor
Ewb	—	Entering Wet-Bulb
kW	—	Total Unit Power Input
SHC	—	Sensible Heat Capacity (1000 Btuh)
TC	—	Cooling Capacity (1000 Btuh)
PSC	—	Permanent Split Capacitor

NOTES:

1.Ratings are net; they account for the effects of the evaporator-fan motor power and heat.

2.Direct interpolation is permissible. Do not extrapolate.

3.The following formulas may be used:

sensible capacity (Btuh) 1.10 x cfm

tlwb = Wet-bulb temperature corresponding to enthalpy of air leaving evaporator coil (hlwb)

hlwb = hewb	total capacity (Btuh)
	4.5 x cfm
Where: hewb =	Enthalpy of air entering evaporator coil

4.The SHC is based on 80°F edb temperature of air entering evaporator coil. Below 80°F edb, subtract (Corr Factor x CFM) from SHC above 80°F edb, add (Corr Factor x CFM) to SHC Correction Factor = 1.10 x (1 + BF) x (edb + 80)

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