York 292443-XTG-B-0807 manual DNA042 Cooling Capacities 3-1/2 TON

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292443-XTG-B-0807

TABLE 7: DNA042 COOLING CAPACITIES - 3-1/2 TON

TEMPERATURE															AIR ON EVAPORATOR COIL
TEMPERATURE								1,050 CFM				1,225 CFM					1,400 CFM				1,575 CFM				1,750 CFM
OF AIR ON								1,050 CFM				1,225 CFM					1,400 CFM				1,575 CFM				1,750 CFM
OF AIR ON								WB °F				WB °F					WB °F				WB °F				WB °F
CONDENSER COIL								WB °F				WB °F					WB °F				WB °F				WB °F
							72	67	62	57	72	67	62	57		72	67	62	57	72	67	62	57	72	67	62	57
		NET CAP.					44.5	40.8	37.6	36.5	46.0	42.2	38.8	37.7		47.5	43.6	40.1	38.9	48.9	44.9	41.3	40.1	50.3	46.2	42.5	41.2
			MBH				44.5	40.8	37.6	36.5	46.0	42.2	38.8	37.7		47.5	43.6	40.1	38.9	48.9	44.9	41.3	40.1	50.3	46.2	42.5	41.2
			MBH
	TOTAL POWER						4.01	4.00	3.85	3.85	4.16	4.15	4.00	4.00		4.31	4.31	4.15	4.15	4.36	4.35	4.19	4.19	4.40	4.39	4.23	4.23
		INPUT kW
	CapacitySensible					86	23.6	29.7	35.1	35.9	27.6	34.2	37.6	37.4		31.6	38.6	40.1	38.9	31.0	38.5	41.3	40.1	30.5	38.4	42.5	41.2
85 °F	CapacitySensible	MBH		DryEntering °FBulb		83	22.5	28.6	34.0	34.8	25.3	31.9	37.0	36.8		28.1	35.1	40.1	38.9	28.6	36.1	41.3	40.1	29.1	37.1	42.5	41.2
		1				80	21.4	27.5	32.9	33.7	23.0	29.6	35.4	36.2		24.6	31.7	37.9	38.8	26.2	33.7	40.2	40.0	27.8	35.7	42.5	41.2
						77	20.3	26.4	31.8	32.6	20.7	27.3	33.1	34.0		21.2	28.2	34.4	35.3	23.8	31.3	37.8	37.6	26.4	34.3	41.1	39.9
						74	19.2	25.4	30.7	31.5	18.5	25.1	30.8	31.7		17.7	24.7	30.9	31.8	21.4	28.9	35.3	35.2	25.0	33.0	39.7	38.5
						71	-	24.3	29.7	30.4	-	22.8	28.6	29.4		-	21.3	27.5	28.4	-	26.4	32.9	32.8	-	31.6	38.4	37.2
						68	-	23.2	28.6	29.4	-	20.5	26.3	27.1		-	17.8	24.0	24.9	-	24.0	30.5	30.3	-	30.2	37.0	35.8
		NET		CAP.			41.5	38.0	34.6	35.0	43.2	39.6	36.0	36.4		44.9	41.1	37.3	37.8	46.1	42.2	38.3	38.8	47.2	43.2	39.3	39.8
			MBH				41.5	38.0	34.6	35.0	43.2	39.6	36.0	36.4		44.9	41.1	37.3	37.8	46.1	42.2	38.3	38.8	47.2	43.2	39.3	39.8
			MBH
	TOTAL POWER						4.24	4.22	4.07	4.10	4.40	4.38	4.22	4.25		4.56	4.54	4.38	4.40	4.62	4.60	4.43	4.46	4.68	4.66	4.49	4.52
		INPUT kW
	CapacitySensible					86	26.5	32.7	34.6	35.0	29.0	35.7	36.0	36.4		31.4	38.7	37.3	37.8	30.3	38.0	38.3	38.8	29.2	37.3	39.3	39.8
105 °F	CapacitySensible	MBH		DryEntering °FBulb		83	23.4	29.6	33.8	34.1	25.5	32.3	35.6	36.0		27.6	34.9	37.3	37.8	27.7	35.4	38.3	38.8	27.8	35.9	39.3	39.8
		1				80	20.3	26.5	30.7	31.0	22.1	28.8	33.4	33.8		23.9	31.2	36.1	36.5	25.2	32.9	37.7	38.2	26.5	34.6	39.3	39.8
						77	17.1	23.3	27.6	27.9	18.6	25.4	30.0	30.3		20.1	27.4	32.4	32.8	22.6	30.3	35.2	35.6	25.1	33.2	37.9	38.4
						74	14.0	20.2	24.4	24.7	15.2	21.9	26.5	26.9		16.3	23.7	28.6	29.0	20.0	27.7	32.6	33.0	23.7	31.8	36.6	37.1
						71	-	17.1	21.3	21.6	-	18.5	23.1	23.4		-	19.9	24.9	25.2	-	25.2	30.0	30.5	-	30.4	35.2	35.7
						68	-	13.9	18.1	18.5	-	15.0	19.6	20.0		-	16.1	21.1	21.5	-	22.6	27.5	27.9	-	29.1	33.8	34.3
		NET		CAP.			38.7	34.7	32.2	33.0	40.3	36.1	33.5	34.3		41.8	37.5	34.8	35.6	42.8	38.4	35.6	36.5	43.8	39.2	36.5	37.3
			MBH				38.7	34.7	32.2	33.0	40.3	36.1	33.5	34.3		41.8	37.5	34.8	35.6	42.8	38.4	35.6	36.5	43.8	39.2	36.5	37.3
			MBH
	TOTAL POWER						4.51	4.44	4.34	4.34	4.67	4.59	4.49	4.49		4.82	4.74	4.63	4.64	4.90	4.82	4.71	4.71	4.98	4.90	4.78	4.79
		INPUT kW
	CapacitySensible					86	23.6	29.4	31.7	31.8	25.7	32.0	33.3	33.7		27.8	34.6	34.8	35.6	28.0	35.1	35.6	36.4	28.1	35.7	36.5	37.3
115 °F	CapacitySensible	MBH		DryEntering °FBulb		83	21.5	27.3	30.9	30.9	23.4	29.7	32.9	32.9		25.3	32.1	34.8	35.0	26.1	33.2	35.6	36.2	26.8	34.4	36.5	37.3
		1				80	19.5	25.3	28.9	28.8	21.2	27.5	31.4	31.3		22.9	29.7	33.8	33.8	24.2	31.3	35.2	35.5	25.5	33.0	36.5	37.3
						77	17.5	23.3	26.8	26.8	18.9	25.2	29.1	29.1		20.4	27.2	31.4	31.4	22.3	29.5	33.3	33.7	24.1	31.7	35.1	36.0
						74	15.4	21.2	24.8	24.7	16.7	23.0	26.9	26.8		18.0	24.8	28.9	28.9	20.4	27.6	31.4	31.8	22.8	30.4	33.8	34.6
						71	-	19.2	22.7	22.7	-	20.7	24.6	24.6		-	22.3	26.5	26.5	-	25.7	29.5	29.9	-	29.0	32.5	33.3
						68	-	17.1	20.7	20.7	-	18.5	22.4	22.3		-	19.9	24.0	24.0	-	23.8	27.6	28.0	-	27.7	31.1	32.0
		NET		CAP.			35.9	31.3	29.9	30.9	37.3	32.6	31.1	32.2		38.8	33.9	32.3	33.4	39.6	34.5	33.0	34.1	40.3	34.2	33.6	34.8
			MBH				35.9	31.3	29.9	30.9	37.3	32.6	31.1	32.2		38.8	33.9	32.3	33.4	39.6	34.5	33.0	34.1	40.3	34.2	33.6	34.8
			MBH
	TOTAL POWER						4.78	4.66	4.61	4.59	4.93	4.80	4.75	4.73		5.08	4.95	4.89	4.87	5.18	5.04	4.99	4.97	5.27	5.14	5.08	5.06
		INPUT kW
	CapacitySensible					86	20.6	26.0	28.9	28.5	22.4	28.2	30.6	31.0		24.2	30.4	32.3	33.4	25.6	32.3	33.0	34.1	27.1	34.1	33.6	34.8
125 °F	CapacitySensible	MBH		DryEntering °FBulb		83	19.7	25.1	28.0	27.6	21.4	27.2	30.1	29.9		23.0	29.3	32.3	32.2	24.4	31.0	33.0	33.5	25.8	32.8	33.6	34.8
		1				80	18.7	24.1	27.0	26.6	20.3	26.1	29.3	28.9		21.9	28.2	31.6	31.1	23.2	29.8	32.6	32.9	24.5	31.5	33.6	34.8
						77	17.8	23.2	26.1	25.7	19.3	25.1	28.2	27.8		20.7	27.0	30.4	30.0	22.0	28.6	31.4	31.7	23.2	30.2	32.3	33.5
						74	16.9	22.2	25.1	24.8	18.2	24.0	27.2	29.8		19.6	25.9	29.3	28.8	20.8	27.4	30.1	30.5	21.9	28.9	31.0	32.2
						71	-	21.3	24.2	23.8	-	23.0	26.2	25.7		-	24.7	28.1	27.7	-	26.2	28.9	29.3	-	27.6	29.7	30.9
						68	-	20.3	23.2	22.9	-	22.0	25.1	24.7		-	23.6	27.0	26.5	-	25.0	27.7	28.1	-	26.4	28.5	29.6
		NET		CAP.			33.0	27.9	27.5	28.9	34.4	29.1	28.7	30.1		35.8	30.3	29.8	31.3	36.3	30.7	30.3	31.7	36.9	31.2	30.7	32.2
			MBH				33.0	27.9	27.5	28.9	34.4	29.1	28.7	30.1		35.8	30.3	29.8	31.3	36.3	30.7	30.3	31.7	36.9	31.2	30.7	32.2
			MBH
	TOTAL POWER						5.05	4.88	4.87	4.83	5.19	5.02	5.01	4.97		5.34	5.16	5.15	5.11	5.45	5.27	5.26	5.22	5.57	5.38	5.37	5.33
		INPUT kW
	CapacitySensible					86	17.7	22.6	26.1	25.3	19.1	24.5	27.9	28.2		20.6	26.3	29.8	31.2	23.3	29.4	30.3	31.7	26.0	32.5	30.7	32.2
125 °F	CapacitySensible	MBH		DryEntering °FBulb		83	17.8	22.8	25.0	24.3	19.3	24.6	27.4	26.9		20.7	26.5	29.8	29.5	22.7	28.8	30.3	30.8	24.8	31.2	30.7	32.2
		1				80	18.0	22.9	25.2	24.4	19.4	24.8	27.2	26.4		20.9	26.6	29.3	28.4	22.2	28.3	30.0	30.3	23.5	30.0	30.7	32.2
						77	18.1	23.1	25.3	24.6	19.6	24.9	27.4	26.6		21.1	26.8	29.4	28.6	21.7	27.8	29.5	29.8	22.3	28.7	29.5	31.0
						74	18.3	23.2	25.5	24.8	19.8	25.1	27.5	26.7		21.2	27.0	29.6	28.7	21.1	27.2	28.9	29.2	21.0	27.5	28.2	29.7
						71	-	23.4	25.6	24.9	-	25.3	27.7	26.9		-	27.2	29.8	28.9	-	26.7	28.4	28.7	-	26.2	27.0	28.5
						68	-	23.5	25.8	25.1	-	25.4	27.9	27.1		-	27.3	29.9	29.1	-	26.2	27.9	28.2	-	25.0	25.8	27.2

1. These capacities are net capacities (the indoor fan heat is deducted). ALL SENSIBLE CAPACITY

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Contents Featuring Flexible Light Commercial UnitGeneral Table of Contents Description Standard FEATURES/BENEFITSHigh Altitude Conversion KIT Natural Gas/Propane FIELD-INSTALLED AccessoriesUnit Component Location Rise Physical DataRatings COOLING/GAS Heating Model DNAAIR on WB F Temperature AIR on Evaporator CoilDNA018 Cooling Capacities 1-1/2 TON DNA024 Cooling Capacities 2 TON DNA030 Cooling Capacities 2-1/2 TON DNA036 Cooling Capacities 3 TON DNA042 Cooling Capacities 3-1/2 TON AIR on DNA048 Cooling Capacities 4 TONDNA060 Cooling Capacities 5 TON External Static Pressure IWG Model # MTR Side Supply AIR Blower PERFORMANCE1Bottom Supply AIR Blower PERFORMANCE1 External Staic Pressure IWG Model # MTR DNA SPDWET Evaporator Coil ECONOMIZER2 Filter Frame KIT Additional Static Pressure Resistance 4 5 TON DNA048RESISTANCE, IWG Description CFM Factor FLA Amps Voltage CompressorClearances Unit Size DimensionUnit Minimum CLEARANCES1 Unit Dimensions Front & Bottom Typical Slab on Ground Installation D116 Roof Curb DIMENSIONS1 XTG-B-0807 Description Typical Wiring Diagram Notes see FigureMechanical Specifications Unit Cabinet

292443-XTG-B-0807 specifications

The York 292443-XTG-B-0807 is a sophisticated heating, ventilation, and air conditioning (HVAC) unit designed to offer optimal climate control for both residential and commercial applications. This model showcases a blend of cutting-edge technologies and robust features that ensure reliable performance and energy efficiency.

One of the standout characteristics of the York 292443-XTG-B-0807 is its high-efficiency compressor, which is engineered to deliver exceptional cooling and heating capabilities while minimizing energy consumption. This unit operates with a high Seasonal Energy Efficiency Ratio (SEER) rating, indicating its ability to provide effective cooling while reducing operational costs.

Additionally, this HVAC system is equipped with variable speed technology, allowing it to adjust the cooling output to match the specific demands of the environment. This not only enhances comfort but also contributes to significant energy savings. The unit operates quietly, adhering to modern residential standards for noise levels, making it ideal for use in living spaces without disturbing routines.

In terms of control, the York 292443-XTG-B-0807 features advanced programmable thermostats. These thermostats can be easily adjusted to create customized heating and cooling schedules, enhancing user convenience and energy management. Furthermore, remote monitoring capabilities enable users to manage and control the system via smart devices, providing greater flexibility and ease of access.

The construction of the unit ensures durability and longevity, utilizing corrosion-resistant materials that withstand various environmental conditions. This robust design not only extends the system’s lifespan but also reduces maintenance needs over time.

Efficiency is further bolstered by the integrated air filtration system, which captures particulates and allergens, significantly improving indoor air quality. By promoting cleaner air circulation, the York 292443-XTG-B-0807 effectively supports a healthier living environment.

In summary, the York 292443-XTG-B-0807 stands out as an advanced HVAC solution combining high efficiency, modern technology, and user-friendly features. Ideal for ensuring comfort and sustainability, this unit meets the needs of today’s energy-conscious consumers while delivering reliable climate control solutions.