York DNH018 warranty DNH036 Cooling Capacities 3 TON

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036-21233-002-A-0903

TABLE 6: DNH036 COOLING CAPACITIES - 3 TON

TEMPERATURE														AIR ON EVAPORATOR COIL
TEMPERATURE							900 CFM				1,050 CFM					1,200 CFM				1,300 CFM				1,400 CFM
OF AIR ON							900 CFM				1,050 CFM					1,200 CFM				1,300 CFM				1,400 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.				35.9	33.6	31.7	31.6	38.4	35.9	33.9	33.8		40.9	38.3	36.1	36.0	41.5	38.9	36.6	36.6	42.1	39.5	37.2	37.2
		MBH				35.9	33.6	31.7	31.6	38.4	35.9	33.9	33.8		40.9	38.3	36.1	36.0	41.5	38.9	36.6	36.6	42.1	39.5	37.2	37.2
		MBH
	TOTAL POWER					3.14	3.09	3.10	3.17	3.16	3.11	3.12	3.18		3.18	3.13	3.14	3.20	3.12	3.07	3.08	3.14	3.07	3.02	3.03	3.09
		INPUT kW
	CapacitySensible				86	19.7	25.4	30.8	30.9	23.6	29.9	33.4	33.5		27.5	34.4	36.1	36.0	26.6	33.9	36.6	36.6	25.8	33.4	37.2	37.2
85 °F	CapacitySensible	MBH	DryEntering	F°Bulb	83	18.7	24.5	29.8	30.0	21.6	28.0	33.0	33.0		24.5	31.5	36.1	36.0	24.6	31.9	36.6	36.6	24.7	32.3	37.2	37.2
85 °F					83	18.7	24.5	29.8	30.0	21.6	28.0	33.0	33.0		24.5	31.5	36.1	36.0	24.6	31.9	36.6	36.6	24.7	32.3	37.2	37.2
		1			80	17.8	23.5	28.9	29.1	19.7	26.0	32.0	32.2		21.6	28.5	35.0	35.2	22.6	29.8	36.1	36.2	23.6	31.2	37.2	37.2
					77	16.9	22.6	28.0	28.2	17.7	24.1	30.0	30.2		18.6	25.5	32.1	32.3	20.6	27.8	34.1	34.2	22.5	30.1	36.1	36.1
					74	15.9	21.7	27.1	27.2	15.8	22.1	28.1	28.3		15.6	22.6	29.1	29.3	18.5	25.8	32.1	32.1	21.4	29.0	35.0	35.0
					71	-	20.7	26.1	26.3	-	20.2	26.1	26.3		-	19.6	26.1	26.3	-	23.8	30.0	30.1	-	27.9	34.0	33.9
					68	-	19.8	25.2	25.4	-	18.2	24.2	24.4		-	16.7	23.2	23.4	-	21.7	28.0	28.1	-	26.8	32.9	32.8
		NET CAP.				35.7	32.4	30.5	30.7	38.1	34.5	32.5	32.8		40.5	36.7	34.5	34.8	41.3	37.5	35.3	35.5	42.2	38.2	36.0	36.3
		MBH				35.7	32.4	30.5	30.7	38.1	34.5	32.5	32.8		40.5	36.7	34.5	34.8	41.3	37.5	35.3	35.5	42.2	38.2	36.0	36.3
		MBH
	TOTAL POWER					3.19	3.15	3.14	3.22	3.34	3.30	3.29	3.37		3.49	3.45	3.44	3.53	3.42	3.38	3.37	3.45	3.35	3.31	3.30	3.38
		INPUT kW
	CapacitySensible				86	23.1	28.6	30.5	30.7	25.5	31.7	32.5	32.8		28.0	34.8	34.5	34.8	26.8	33.8	35.3	35.5	25.6	32.9	36.0	36.3
95 °F	CapacitySensible	MBH	DryEntering	F°Bulb	83	20.4	25.9	30.5	30.6	22.6	28.7	32.5	32.7		24.8	31.5	34.5	34.8	24.6	31.7	35.3	35.5	24.5	31.8	36.0	36.3
		1			80	17.7	23.3	28.1	27.9	19.6	25.8	31.1	30.9		21.6	28.3	34.2	33.9	22.5	29.5	35.1	35.1	23.4	30.7	36.0	36.3
					77	15.0	20.6	25.4	25.2	16.7	22.8	28.2	28.0		18.4	25.1	31.0	30.7	20.3	27.4	33.0	33.0	22.3	29.7	34.9	35.2
					74	12.3	17.9	22.7	22.5	13.7	19.9	25.2	25.0		15.1	21.9	27.8	27.5	18.2	25.2	30.8	30.8	21.2	28.6	33.8	34.1
					71	-	15.2	20.0	19.8	-	16.9	22.3	22.0		-	18.7	24.5	24.3	-	23.1	28.6	28.7	-	27.5	32.7	33.0
					68	-	12.5	17.3	17.1	-	14.0	19.3	19.1		-	15.5	21.3	21.1	-	20.9	26.5	26.5	-	26.4	31.7	31.9
		NET CAP.				33.7	30.4	28.5	28.7	36.2	32.7	30.6	30.8		38.7	34.9	32.6	32.9	39.3	35.4	33.2	33.4	39.9	36.0	33.7	33.9
		MBH				33.7	30.4	28.5	28.7	36.2	32.7	30.6	30.8		38.7	34.9	32.6	32.9	39.3	35.4	33.2	33.4	39.9	36.0	33.7	33.9
		MBH
	TOTAL POWER					3.66	3.63	3.61	3.70	3.76	3.72	3.70	3.79		3.85	3.81	3.79	3.88	3.77	3.74	3.72	3.81	3.70	3.66	3.64	3.73
		INPUT kW
	CapacitySensible				86	20.6	25.9	28.3	28.3	23.0	28.9	30.5	30.6		25.3	31.8	32.6	32.9	25.2	32.0	33.2	33.4	25.1	32.2	33.7	33.9
105 °F	CapacitySensible	MBH	DryEntering	F°Bulb	83	18.9	24.2	27.9	27.8	21.0	26.9	30.3	30.4		23.2	29.7	32.6	32.9	23.6	30.4	33.2	33.4	24.0	31.1	33.7	33.9
105 °F					83	18.9	24.2	27.9	27.8	21.0	26.9	30.3	30.4		23.2	29.7	32.6	32.9	23.6	30.4	33.2	33.4	24.0	31.1	33.7	33.9
		1			80	17.1	22.4	26.3	26.0	19.1	25.0	29.4	29.1		21.1	27.6	32.4	32.1	22.0	28.8	33.1	33.0	23.0	30.1	33.7	33.9
					77	15.4	20.7	24.6	24.3	17.2	23.1	27.5	27.1		19.0	25.5	30.4	30.0	20.5	27.3	31.5	31.4	21.9	29.0	32.6	32.9
					74	13.6	18.9	22.8	22.5	15.3	21.2	25.6	25.2		16.9	23.4	28.3	27.9	18.9	25.7	29.9	29.9	20.9	28.0	31.6	31.8
					71	-	17.2	21.1	20.8	-	19.3	23.6	23.3		-	21.3	26.2	25.8	-	24.1	28.3	28.3	-	26.9	30.5	30.8
					68	-	15.4	19.3	19.0	-	17.3	21.7	21.4		-	19.3	24.1	23.7	-	22.5	26.8	26.7	-	25.8	29.4	29.7
		NET CAP.				31.8	28.5	26.5	26.8	34.3	30.8	28.6	28.9		36.8	33.1	30.7	31.0	37.2	33.4	31.0	31.3	37.5	33.7	31.3	31.6
		MBH				31.8	28.5	26.5	26.8	34.3	30.8	28.6	28.9		36.8	33.1	30.7	31.0	37.2	33.4	31.0	31.3	37.5	33.7	31.3	31.6
		MBH
	TOTAL POWER					4.14	4.11	4.08	4.17	4.17	4.14	4.11	4.21		4.20	4.17	4.14	4.24	4.12	4.09	4.06	4.16	4.04	4.02	3.98	4.08
		INPUT kW
	CapacitySensible				86	18.2	23.2	26.2	25.8	20.4	26.0	28.5	28.4		22.6	28.9	30.7	31.0	23.6	30.1	31.0	31.3	24.6	31.4	31.3	31.6
115 °F	CapacitySensible	MBH	DryEntering	F°Bulb	83	17.4	22.4	25.4	25.0	19.5	25.1	28.1	28.0		21.6	27.9	30.7	31.0	22.6	29.1	31.0	31.3	23.5	30.4	31.3	31.6
115 °F					83	17.4	22.4	25.4	25.0	19.5	25.1	28.1	28.0		21.6	27.9	30.7	31.0	22.6	29.1	31.0	31.3	23.5	30.4	31.3	31.6
		1			80	16.5	21.6	24.6	24.2	18.6	24.3	27.6	27.2		20.6	26.9	30.7	30.2	21.6	28.1	31.0	30.9	22.5	29.4	31.3	31.6
					77	15.7	20.8	23.8	23.4	17.7	23.4	26.8	26.3		19.7	26.0	29.7	29.2	20.6	27.2	30.0	29.9	21.5	28.4	30.3	30.6
					74	14.9	20.0	23.0	22.6	16.8	22.5	25.9	25.4		18.7	25.0	28.8	28.3	19.6	26.2	29.0	28.9	20.5	27.3	29.3	29.6
					71	-	19.2	22.2	21.8	-	21.6	25.0	24.5		-	24.0	27.8	27.3	-	25.2	28.0	27.9	-	26.3	28.3	28.6
					68	-	18.3	21.4	21.0	-	20.7	24.1	23.7		-	23.1	26.8	26.3	-	24.2	27.0	26.9	-	25.3	27.2	27.5
		NET CAP.				29.8	26.6	24.5	24.8	32.4	28.9	26.7	27.0		35.0	31.3	28.8	29.1	35.1	31.3	28.9	29.2	35.2	31.4	29.0	29.3
		MBH				29.8	26.6	24.5	24.8	32.4	28.9	26.7	27.0		35.0	31.3	28.8	29.1	35.1	31.3	28.9	29.2	35.2	31.4	29.0	29.3
		MBH
	TOTAL POWER					4.61	4.59	4.55	4.65	4.58	4.56	4.52	4.62		4.55	4.54	4.49	4.59	4.47	4.45	4.41	4.51	4.38	4.37	4.32	4.42
		INPUT kW
	CapacitySensible				86	15.7	20.5	24.1	23.4	17.8	23.2	26.5	26.3		19.9	25.9	28.8	29.1	21.9	28.3	28.9	29.2	24.0	30.7	29.0	29.3
125 °F	CapacitySensible	MBH	DryEntering	F°Bulb	83	15.8	20.6	22.9	22.3	17.9	23.3	25.9	25.7		20.0	26.1	28.8	29.1	21.5	27.9	28.9	29.2	23.0	29.7	29.0	29.3
		1			80	16.0	20.8	22.9	22.4	18.1	23.5	25.9	25.4		20.2	26.2	28.9	28.3	21.1	27.5	28.9	28.8	22.1	28.7	29.0	29.3
					77	16.1	20.9	23.0	22.5	18.2	23.6	26.0	25.5		20.3	26.4	29.1	28.5	20.7	27.0	28.5	28.4	21.1	27.7	28.0	28.3
					74	16.2	21.0	23.1	22.6	18.4	23.8	26.2	25.6		20.5	26.5	29.2	28.6	20.3	26.6	28.1	28.0	20.1	26.7	27.0	27.3
					71	-	21.1	23.3	22.8	-	23.9	26.3	25.8		-	26.7	29.4	28.8	-	26.2	27.7	27.6	-	25.7	26.0	26.3
					68	-	21.3	23.4	22.9	-	24.1	26.5	25.9		-	26.9	29.6	29.0	-	25.8	27.3	27.1	-	24.7	25.0	25.3

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 AccessoriesCoilguard Model DNH Physical DataAfue Rise MBH Burners Range Ratings COOLING/GAS HeatingAIR on WB F Temperature AIR on Evaporator CoilDNH018 Cooling Capacities 1-1/2 TON DNH024 Cooling Capacities 2 TON AIR on DNH030 Cooling Capacities 2-1/2 TONDNH036 Cooling Capacities 3 TON DNH042 Cooling Capacities 3-1/2 TON DNH048 Cooling Capacities 4 TON DNH060 Cooling Capacities 5 TON SPD Side Supply AIR Performance 208 VOLT1Model # External Staic Pressure IWG MTRModel # External Static Pressure IWG Side Supply AIR Blower Performance 230, 460 & 575 VOLT1Bottom Supply AIR Blower Performance 208 VOLT1 Additional Static Pressure Resistance 1-1/2 3 TON DNH018 Bottom Supply AIR Blower Performance 230, 460 & 575 VOLTS1WET Evaporator Coil ECONOMIZER2 Filter Frame KIT Additional Static Pressure Resistance 3-1/2 5 TON DNH042Factor FLA Amps Electrical DataSupply Motor Blower Clearances Unit Size DimensionUnit Minimum CLEARANCES1 Unit Dimensions Front & Bottom Typical Slab on Ground Installation 133 Roof Curb DIMENSIONS1 Cchpconfigurationblk L12 Typical Wiring Diagram 460-3-60 Power Supply Typical Wiring Diagram LEGEND1 Typical Wiring Diagram NotesDescription Mechanical SpecificationsRefrigerant Components 036-21233-002-A-0903 036-21233-002-A-0903

DNH018 specifications

The York DNH018 is a highly efficient ductless mini-split heat pump system well-regarded in the HVAC industry for its innovative features and impressive performance. This unit is designed to provide both heating and cooling, making it a versatile choice for a variety of residential and light commercial applications.

One of the main features of the York DNH018 is its energy efficiency. With a Seasonal Energy Efficiency Ratio (SEER) rating that exceeds many traditional systems, this mini-split model serves to reduce energy consumption and lower utility bills. Its high efficiency is complemented by an impressive Heating Seasonal Performance Factor (HSPF), which ensures optimal performance even in colder climates.

The technology behind the York DNH018 is cutting-edge. It utilizes inverter technology that allows the compressor to adjust its speed according to the heating or cooling demand. This results in a more consistent temperature and improved comfort levels. Inverter systems provide quieter operation and enhance the lifespan of the equipment by reducing wear and tear compared to traditional systems that constantly turn on and off.

Another characteristic of the York DNH018 is its compact and sleek design. The outdoor unit is designed to take minimal space while still delivering powerful performance. The indoor unit is available in various styles, including wall-mounted and ceiling cassettes, allowing for flexible installation options that can blend seamlessly into a variety of room aesthetics.

The system also includes advanced filtration technology that helps improve indoor air quality by reducing allergens and contaminants in the air. Many models come with a multi-stage filter system that captures dust, pollen, and other particles, promoting a healthier living environment.

Moreover, the York DNH018 offers user-friendly controls. Many units come equipped with programmable thermostats and remote control options, enabling users to manage their indoor climate efficiently. Some models even feature Wi-Fi connectivity, allowing for smartphone integration for remote temperature management.

In summary, the York DNH018 combines energy efficiency, innovative technology, and superior design to deliver reliable heating and cooling solutions. Its advanced features and flexible installation options make it an ideal choice for those looking for an effective temperature control system.