York DM150, DM120 manual Cooling Capacity 10 TON Unit Imperial, 3500, 4000, 4500, 5000

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036-21044-003-A-0304

TABLE 6: COOLING CAPACITY 10 TON UNIT - IMPERIAL

Air On			Temperature of Air on Condenser Coil 85°F											Temperature of Air on Condenser Coil 95°F
Evap. Coil			Temperature of Air on Condenser Coil 85°F											Temperature of Air on Condenser Coil 95°F
Evap. Coil

	WB	Tot.		Tot.		Sensible Capacity (MBH)1							Tot.		Tot.			Sensible Capacity (MBH)1
CFM	WB	Cap.1		Input2		Return Dry Bulb (°F)							Cap.1		Input2			Return Dry Bulb (°F)
CFM	(°F)	Cap.1		Input2		Return Dry Bulb (°F)							Cap.1		Input2			Return Dry Bulb (°F)
		(MBH)		(kW)	86	83	80	77	74		71	68	(MBH)		(kW)	86		83	80	77	74		71	68

	72	148		11.2	82	73	65	56	48		-	-	137		12.0	79		71	62	54	45		-	-
3000	67	134		10.8	102	94	85	77	68		60	51	124		11.6	98		90	81	73	64		56	47
3000	62	125		10.5	121	112	103	95	86		78	69	115		11.2	115		110	101	93	84		75	67
	62	125		10.5	121	112	103	95	86		78	69	115		11.2	115		110	101	93	84		75	67
	57	123		10.6	123	116	107	99	90		82	73	110		11.4	110		110	101	93	84		76	67
	72	149		11.4	89	79	69	59	49		-	-	139		12.2	86		76	66	56	46		-	-
3500	67	136		11.0	111	101	91	81	71		61	51	126		11.7	106		96	86	76	66		56	46
3500	62	126		10.6	124	120	110	100	90		80	70	117		11.4	117		114	107	97	87		77	67
	62	126		10.6	124	120	110	100	90		80	70	117		11.4	117		114	107	97	87		77	67
	57	124		10.7	124	120	114	104	94		84	74	112		11.5	112		112	107	97	87		77	67
	72	150		11.6	97	85	74	62	50		-	-	141		12.4	93		82	70	58	47		-	-
4000	67	137		11.2	120	108	97	85	73		62	50	128		11.9	115		103	91	80	68		56	45
4000	62	127		10.8	127	127	117	106	94		82	71	119		11.5	119		119	113	102	90		78	67
	62	127		10.8	127	127	117	106	94		82	71	119		11.5	119		119	113	102	90		78	67
	57	125		10.9	125	125	122	110	98		87	75	113		11.7	113		113	113	102	90		78	67
	72	153		11.7	105	92	78	65	52		-	-	143		12.4	103		90	76	63	50		-	-
4500	67	139		11.3	130	116	103	90	76		63	50	129		12.0	122		113	100	86	73		60	47
4500	62	130		10.9	130	130	125	111	98		85	72	120		11.6	120		120	117	104	91		78	64
	62	130		10.9	130	130	125	111	98		85	72	120		11.6	120		120	117	104	91		78	64
	57	127		11.0	127	127	125	112	99		86	72	115		11.7	115		115	115	101	88		75	61
	72	156		11.7	113	98	83	68	53		-	-	144		12.5	113		98	83	68	53		-	-
5000	67	141		11.4	139	124	109	94	79		65	50	130		12.1	130		123	108	93	79		64	49
5000	62	132		11.0	132	132	132	117	102		87	72	122		11.7	122		122	122	107	92		77	62
	62	132		11.0	132	132	132	117	102		87	72	122		11.7	122		122	122	107	92		77	62
	57	129		11.1	129	129	129	114	100		85	70	116		11.8	116		116	116	101	86		71	56
				Temperature	of	Air on	Condenser Coil 105°F								Temperature of Air on Condenser Coil 115°F
	72	129		12.8	75	67	58	50	41		-	-	122		13.5	71		63	54	46	37		-	-
3000	67	114		12.3	94	86	77	68	60		51	43	105		13.0	90		81	73	64	56		47	38
3000	62	109		11.9	109	103	95	86	78		69	61	102		12.6	102		97	89	80	72		63	55
	62	109		11.9	109	103	95	86	78		69	61	102		12.6	102		97	89	80	72		63	55
	57	104		12.1	104	102	93	84	76		67	59	98		12.8	98		93	85	76	68		59	51
	72	130		13.0	82	72	62	52	42		-	-	122		13.7	78		68	58	48	38		-	-
3500	67	115		12.5	102	92	82	72	62		52	42	105		13.2	97		88	78	68	58		48	38
3500	62	110		12.1	110	107	101	91	81		71	61	102		12.8	102		100	95	85	75		65	55
	62	110		12.1	110	107	101	91	81		71	61	102		12.8	102		100	95	85	75		65	55
	57	105		12.3	105	103	99	89	79		69	59	97		13.0	97		95	91	81	71		61	51
	72	131		13.1	89	78	66	54	43		-	-	121		13.9	85		74	62	51	39		-	-
4000	67	116		12.7	110	99	87	76	64		52	41	105		13.4	105		95	83	72	60		48	37
4000	62	111		12.3	111	111	108	96	84		73	61	102		13.0	102		102	102	90	79		67	55
	62	111		12.3	111	111	108	96	84		73	61	102		13.0	102		102	102	90	79		67	55
	57	105		12.4	105	105	105	94	82		70	59	97		13.2	97		97	97	86	74		62	51
	72	133		13.2	98	85	72	58	45		-	-	124		14.0	94		80	67	54	40		-	-
4500	67	118		12.7	115	108	95	82	68		55	42	107		13.5	107		102	90	77	63		50	37
4500	62	112		12.4	112	112	111	98	84		71	58	104		13.1	104		104	104	91	78		64	51
	62	112		12.4	112	112	111	98	84		71	58	104		13.1	104		104	104	91	78		64	51
	57	107		12.5	107	107	107	94	80		67	54	99		13.3	99		99	99	86	73		60	46
	72	135		13.3	107	92	77	63	48		-	-	127		14.1	102		87	72	57	42		-	-
5000	67	120		12.8	120	116	102	87	73		58	43	110		13.6	110		110	96	82	67		52	37
5000	62	114		12.5	114	114	114	99	84		69	54	106		13.2	106		106	106	92	77		62	47
	62	114		12.5	114	114	114	99	84		69	54	106		13.2	106		106	106	92	77		62	47
	57	109		12.6	109	109	109	94	79		64	49	102		13.4	102		102	102	87	72		57	42
				Temperature	of	Air on	Condenser Coil 125°F
	72	115		14.2	67	59	50	42	33		-	-	1 These capacities are gross ratings. For net
3000	67	96		13.7	85	77	68	60	51		43	34	1 These capacities are gross ratings. For net
	67	96		13.7	85	77	68	60	51		43	34			capacity, deduct air blower motor, MBH = 3.415
	62	96		13.3	96	91	83	74	66		57	48

															x kW. Refer to the appropriate Blower Perfor-
	57	92		13.5	92	85	77	68	59		51	42			x kW. Refer to the appropriate Blower Perfor-
	72	113		14.5	74	64	54	44	34		-	-			mance Table for the kW of the supply air
3500	67	95		13.9	93	84	74	64	54		44	33			blower motor.
3500	62	95		13.5	95	92	89	79	69		59	49	2		These ratings include condenser fan motors
	62	95		13.5	95	92	89	79	69		59	49	2		These ratings include condenser fan motors
	57	90		13.8	90	87	83	73	63		53	42			and the compressor motors but not the supply
	72	112		14.7	82	70	58	47	35		-	-			and the compressor motors but not the supply
	72	112		14.7	82	70	58	47	35		-	-			air blower motor.
4000	67	94		14.2	94	91	79	68	56		44	33			air blower motor.
	67	94		14.2	94	91	79	68	56		44	33
	62	93		13.8	93	93	93	84	73		61	49
	62	93		13.8	93	93	93	84	73		61	49
	57	89		14.0	89	89	89	77	66		54	43
	72	115		14.8	89	76	62	49	36		-	-
4500	67	96		14.3	96	96	85	72	58		45	32
4500	62	96		13.8	96	96	96	84	71		58	44
	62	96		13.8	96	96	96	84	71		58	44
	57	92		14.1	92	92	92	79	65		52	39
	72	118		14.9	96	81	66	51	37		-	-
5000	67	99		14.4	99	99	90	76	61		46	31
5000	62	99		13.9	99	99	99	84	69		54	39
	62	99		13.9	99	99	99	84	69		54	39
	57	95		14.2	95	95	95	80	65		50	35

16	Unitary Products

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Contents Technical Table of Contents Predator Component Location Environmentally Aware For036-21044-003-A-0304 Factory Installed Options Field Installed Accessories Low Limit / Compressor Lockout Kit ½ 12½ Ton Predator Model Number Nomenclature Nomenclature Additional OPTIONSì Johnson UNT Controller, DFS, APS & Phase Monitor Technicoat Condenser Coil, Coil Guard, & Dirty Filter Switch Physical Data Component Models 090 120 150Capacity Ratings Imperial Capacity Ratings MetricCooling Capacity 7-1/2 TON Unit Imperial Cooling Capacity 26.4 KW Unit Metric M3/sCooling Capacity 10 TON Unit Imperial 35004000 4500Cooling Capacity 35.1 KW Unit Metric Cap.1 Input2 Return Dry Bulb CCooling Capacity 12-1/2 TON Unit Imperial 43755625 6250Cooling Capacity 43.9 KW Unit Metric Electrical Data 10 TON Electrical Data 7-1/2 TONElectrical Data 12-1/2 TON Turns Open 100 149 199 249Blower Performance 10 TON Standard Motor Side Duct Imperial Blower Performance 10 TON Standard Motor Side Duct Metric100 149 199 249 299 349 399 100 149 199 249 299 349Blower Performance 10 TON Optional Motor Side Duct Metric Blower Performance 10 TON Optional Motor Side Duct Imperial100 149 199 249 299 349 399 448 498 548 Blower Performance 12-1/2 TON Side Duct Metric Blower Performance 12-1/2 TON Side Duct Imperial100 149 199 249 299 349 399 448 498 Blower Performance 7-1/2 TON Standard Motor Downshot Metric Blower Performance 7-1/2 TON Optional Motor Downshot Metric Blower Performance 10 TON Standard Motor Downshot ImperialBlower Performance 10 TON Standard Motor Downshot Metric 100 149 199 249 299Blower Performance 10 TON Optional Motor Downshot Imperial Blower Performance 10 TON Optional Motor Downshot MetricBlower Performance 12-1/2 TON Downshot Metric Blower Performance 12-1/2 TON Downshot Imperial100 149 199 249 299 349 399 448 Additional Static Resistance Imperial Cooling Only1 Economizer2 Electric Heat KW2Additional Static Resistance Metric Electric Heat Minimum Supply AIR ImperialElectric Heat Minimum Supply AIR Metric 12.5Indoor Blower Specifications Point Load WeightUnit Weight Model Location lbs. kg 090Detail B Unit ClearancesDetail C Detail D RightPredator Roof Curb Dimensions Bottom Duct Openings from Above Cooling Unit with GAS Heat Wiring Diagram Cooling Unit WITH/WITHOUT Electric Heat Wiring Diagram Unitary 5005 Norman Products York Group Drive 73069

DM120, DM150 specifications

The York DM120 and DM150 are advanced rooftop packaged units designed for commercial applications, offering high efficiency, reliability, and user-friendly features. These models are part of York's extensive range of HVAC solutions, aimed at meeting diverse heating, ventilation, and air conditioning needs.

One prominent feature of both the DM120 and DM150 is their streamlined, compact design, which allows for easy installation and fits seamlessly onto rooftops. These units are engineered to maximize space while ensuring high performance. With their robust construction, they are built to withstand harsh weather conditions, ensuring longevity and durability.

The DM120 is designed to provide a cooling capacity of up to 12 tons, whereas the DM150 can reach up to 15 tons. Both models utilize environmentally friendly refrigerants, which contribute to reducing the overall carbon footprint. This makes them a sustainable choice for businesses looking to enhance their environmental responsibility.

In terms of efficiency, both units are equipped with high-efficiency scroll compressors that optimize energy usage, lowering operational costs. They also feature advanced heat exchanger designs that enhance heat transfer efficiency, ensuring consistent indoor comfort while minimizing energy consumption.

User-friendly controls are another hallmark of the York DM120 and DM150. They come with an intuitive interface that allows for easy adjustments and monitoring of system performance. Advanced controls support integration with building management systems, enabling remote monitoring and control for enhanced operational efficiency.

The DM120 and DM150 also prioritize indoor air quality. They incorporate advanced filtration systems that capture airborne particles and improve ventilation, contributing to healthier indoor environments. Furthermore, these models come with variable-speed fans that adjust airflow based on current conditions, optimizing comfort while reducing noise levels.

The models are also designed for serviceability, allowing technicians easy access to critical components for maintenance. This feature not only prolongs the lifespan of the units but also minimizes downtime, keeping commercial spaces comfortable and operational.

In summary, the York DM120 and DM150 units represent an ideal balance of efficiency, technology, and reliability, making them suitable for various commercial applications. Their robust features, commitment to sustainability, and focus on user convenience make them a valuable investment for businesses seeking to improve their HVAC systems.