Bryant Comprehensive Overview of 113A Product Data and Cooling Capacities

113A

DETAILED COOLING CAPACITIES# CONTINUED

EVAPORATOR AIR									CONDENSER ENTERING AIR TEMPERATURES ° F (° C)
			75 (23.9)			85 (29.4)			95 (35)				105 (40.6)			115 (46.1)			125 (51.7)
CFM	EWB	Capacity MBtuh		Total	Capacity MBtuh		Total	Capacity MBtuh			Total	Capacity MBtuh		Total	Capacity MBtuh		Total	Capacity MBtuh		Total
				Sys.			Sys.				Sys.			Sys.			Sys.			Sys.
	° F (° C)
		Total	Sens‡	KW**	Total	Sens‡	KW**	Total		Sens‡	KW**	Total	Sens‡	KW**	Total	Sens‡	KW**	Total	Sens‡	KW**
							113A*A060 Outdoor Section With CAR**6034A** Indoor Section
	72 (22.2)	67.80	34.89	4.35	64.83	33.80	4.80	61.64		32.64	5.29	58.24	31.43	5.83	54.52	30.11	6.41	50.31	28.65	7.04
	67 (19.4)	62.53	43.30	4.28	59.78	42.18	4.73	56.82		41.00	5.22	53.69	39.76	5.76	50.29	38.43	6.35	46.47	36.96	6.99
1750
	63 (17.2)††	58.72	42.13	4.23	56.15	41.01	4.68	53.37		39.81	5.17	50.43	38.56	5.71	47.26	37.23	6.31	43.72	35.76	6.95
	62 (16.7)	57.74	51.63	4.22	55.26	50.49	4.66	52.60		49.24	5.16	49.85	49.43	5.71	47.17	47.17	6.31	44.20	44.20	6.96
	57 (13.9)	56.44	56.44	4.20	54.39	54.39	4.65	52.16		52.16	5.15	49.79	49.79	5.71	47.18	47.18	6.31	44.20	44.20	6.96
	72 (22.2)	68.70	36.53	4.46	65.64	35.43	4.91	62.33		34.26	5.40	58.81	33.03	5.94	54.97	31.69	6.52	50.63	30.21	7.14
	67 (19.4)	63.42	45.98	4.39	60.56	44.86	4.83	57.50		43.66	5.33	54.27	42.41	5.87	50.76	41.06	6.46	46.84	39.55	7.09
2000
	63 (17.2)††	59.63	44.67	4.34	56.94	43.52	4.78	54.07		42.32	5.28	51.04	41.05	5.82	47.76	39.69	6.41	44.11	38.17	7.06
	62 (16.7)	58.86	55.26	4.33	56.34	55.78	4.78	53.88		53.88	5.28	51.35	51.35	5.83	48.55	48.55	6.42	45.37	45.37	7.07
	57 (13.9)	58.44	58.44	4.32	56.26	56.26	4.78	53.88		53.88	5.28	51.35	51.35	5.83	48.56	48.56	6.42	45.38	45.38	7.07
	72 (22.2)	69.36	38.09	4.57	66.19	36.98	5.01	62.79		35.79	5.50	59.18	34.55	6.04	55.24	33.21	6.62	50.79	31.71	7.24
	67 (19.4)	64.04	48.55	4.49	61.12	47.42	4.94	57.98		46.21	5.43	54.67	44.94	5.97	51.08	43.55	6.56	47.07	41.97	7.19
2250
	63 (17.2)††	60.27	47.08	4.44	57.52	45.93	4.89	54.56		44.70	5.38	51.46	43.41	5.92	48.11	42.01	6.51	44.39	40.42	7.16
	62 (16.7)	60.07	60.07	4.44	57.75	57.75	4.89	55.24		55.24	5.39	52.57	52.57	5.94	49.63	49.63	6.54	46.28	46.28	7.18
	57 (13.9)	60.07	60.07	4.44	57.75	57.75	4.89	55.25		55.25	5.39	52.58	52.58	5.94	49.64	49.64	6.54	46.28	46.28	7.18

34

COOLING INDOOR	CAPACITY	POWER	FURNACE MODEL
MODEL
*CAP**6024A**	1.00	1.00
CAP**6021A**	0.98	0.98
CNPH*6024A**	0.99	0.99
CNPV*6024A**	0.99	0.99
CSPH*6012A**	1.00	1.00
FV4BNB006	0.99	0.97
FX4CN(B,F)060	1.01	1.01
FY4ANB060	0.98	0.98
CAP**6021A**	0.97	0.97	315(A,J)AV060110
CSPH*6012A**	0.98	0.98	315(A,J)AV060110
CAP**6024A**	0.98	0.98	315(A,J)AV066135
CNPH*6024A**	0.97	0.96	315(A,J)AV066135
CNPV*6024A**	0.97	0.97	315(A,J)AV066135

* Tested combination.

COOLING INDOOR	CAPACITY	POWER	FURNACE MODEL
MODEL
CSPH*6012A**	0.98	0.97	315(A,J)AV066135
CAP**6024A**	0.98	0.97	315(A,J)AV066155
CNPH*6024A**	0.98	0.97	315(A,J)AV066155
CNPV*6024A**	0.98	0.97	315(A,J)AV066155
CSPH*6012A**	0.98	0.97	315(A,J)AV066155
CAP**6021A**	0.98	0.98	353AAV060100
CNPH*6024A**	0.98	0.98	353AAV060100
CSPH*6012A**	0.98	0.98	353AAV060100
CAP**6024A**	0.98	0.98	353AAV060120
CNPH*6024A**	0.98	0.98	353AAV060120
CNPV*6024A**	0.98	0.98	353AAV060120
CSPH*6012A**	0.98	0.98	353AAV060120
CAP**6021A**	0.97	1.01	355(A,C)AV060080

COOLING INDOOR	CAPACITY	POWER	FURNACE MODEL
MODEL
CAP**6021A**	0.97	0.99	355(A,C)AV060100
CAP**6024A**	0.98	0.98	355(A,C)AV060120
CAP**6021A**	0.97	0.97	313*AV048090
CNPH*6024A**	0.97	0.97	313*AV048090
CSPH*6012A**	0.97	0.97	313*AV048090
CAP**6021A**	0.97	0.96	313*AV060110
CNPH*6024A**	0.98	0.97	313*AV060110
CSPH*6012A**	0.98	0.97	313*AV060110
CAP**6024A**	0.97	0.97	313*AV060135
CNPH*6024A**	0.97	0.97	313*AV060135
CNPV*6024A**	0.97	0.97	313*AV060135
CSPH*6012A**	0.97	0.97	313*AV060135

{Total and sensible capacities are net capacities. Blower motor heat has been subtracted.

}Sensible capacities shown are based on 80_F (27_C) entering air at the indoor coil. For sensible capacities at other than 80_F (27_C), deduct 835 Btuh

(245 kW) per 1000 CFM (480 L/S) of indoor coil air for each degree below 80_F (27_C), or add 835 Btuh (245 kW) per 1000 CFM (480 L/S) of indoor coil air per degree above 80_F (27_C).

#Detailed cooling capacities are based on indoor and outdoor unit at the same elevation per ARI standard 210/240---94. If additional tubing length and/or indoor unit is located above outdoor unit, a slight variation in capacity may occur.

** System kw is total of indoor and outdoor unit kilowatts.

{{ At TVA rating indoor condition (75_F edb/63_F ewb). All other indoor air temperatures are at 80_F edb.

NOTE: When the required data falls between the published data, interpolation may be performed. Extrapolation is not an acceptable practice. EWB — Entering Wet Bulb

NOTE: When the required data fall between the published data, interpolation may be performed. Extrapolation is not an acceptable practice.