York D2EB030 manual Cooling Capacities 4 TON DEB048

Page 9

360101-XTG-B-0508

TABLE 6: COOLING CAPACITIES - 4 TON (DEB048)

	TEMPERATURE													AIR ON INDOOR COIL
	OF AIR ON						1200 CFM				1400 CFM				1600 CFM				1800 CFM				2000 CFM
	OF AIR ON						WB °F				WB °F				WB °F				WB °F				WB °F
	OUTDOOR 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			49.2	46.1	41.6	41.3	50.6	47.4	42.9	42.5	52.1	48.8	44.1	43.7	52.8	49.4	44.7	44.2	53.4	50.1	45.2	44.8
				MBH		49.2	46.1	41.6	41.3	50.6	47.4	42.9	42.5	52.1	48.8	44.1	43.7	52.8	49.4	44.7	44.2	53.4	50.1	45.2	44.8
				MBH
			Total Power			4.47	4.44	4.35	4.33	4.59	4.57	4.47	4.45	4.72	4.69	4.59	4.57	4.78	4.76	4.66	4.63	4.85	4.83	4.72	4.70
			Input kW			4.47	4.44	4.35	4.33	4.59	4.57	4.47	4.45	4.72	4.69	4.59	4.57	4.78	4.76	4.66	4.63	4.85	4.83	4.72	4.70
			Input kW
	CapacitySensible				86	28.3	35.7	41.3	41.3	31.5	39.6	42.7	42.5	34.7	43.5	44.1	43.7	37.1	46.3	44.7	44.2	39.5	49.1	45.2	44.8
85 °F					83	24.9	32.3	37.8	39.5	27.4	35.6	41.0	41.6	30.0	38.9	44.1	43.7	31.8	41.0	44.7	44.2	33.5	43.2	45.2	44.8
		1			80	21.4	28.9	34.4	36.1	23.4	31.6	37.6	39.4	25.4	34.2	40.7	42.7	26.5	35.7	42.5	43.8	27.6	37.2	44.3	44.8
					77	18.0	25.5	31.0	32.7	19.4	27.5	33.5	35.4	20.7	29.5	36.1	38.1	21.2	30.4	37.2	38.5	21.6	31.2	38.3	38.9
					74	14.6	22.1	27.6	29.3	15.3	23.5	29.5	31.3	16.0	24.9	31.4	33.4	15.8	25.1	31.9	33.1	15.7	25.3	32.4	32.9
					71	-	18.6	24.2	25.8	-	19.4	25.4	27.3	-	20.2	26.7	28.7	-	19.8	26.6	27.8	-	19.3	26.4	26.9
					68	-	15.2	20.7	22.4	-	15.4	21.4	23.2	-	15.5	22.1	24.1	-	14.4	21.3	22.5	-	13.4	20.4	21.0
				Net Cap		47.2	43.4	39.3	38.8	48.6	44.7	40.5	40.0	50.0	46.0	41.7	41.1	48.9	45.0	40.8	40.2	47.8	44.0	39.9	39.3
				MBH		47.2	43.4	39.3	38.8	48.6	44.7	40.5	40.0	50.0	46.0	41.7	41.1	48.9	45.0	40.8	40.2	47.8	44.0	39.9	39.3
				MBH
			Total Power			4.88	4.85	4.74	4.74	5.00	4.97	4.86	4.86	5.13	5.09	4.98	4.98	5.23	5.20	5.09	5.08	5.34	5.31	5.19	5.19
			Input kW			4.88	4.85	4.74	4.74	5.00	4.97	4.86	4.86	5.13	5.09	4.98	4.98	5.23	5.20	5.09	5.08	5.34	5.31	5.19	5.19
			Input kW
	CapacitySensible				86	27.7	34.7	39.3	38.8	30.6	38.3	40.5	40.0	33.6	41.9	41.7	41.1	35.3	42.9	40.8	40.2	37.0	44.0	39.9	39.3.
95 °F					83	24.2	31.3	36.5	37.9	26.6	34.2	39.1	39.5	28.9	37.2	41.7	41.1	30.0	38.3	40.8	40.2	31.0	39.5	39.9	39.3
		1			80	20.8	27.9	33.0	34.5	22.5	30.2	35.8	37.4	24.3	32.5	38.5	40.2	24.7	33.0	39.1	39.8	25.0	33.5	39.7	39.3
					77	17.4	24.5	29.6	31.1	18.5	26.2	31.7	33.3	19.6	27.9	33.9	35.6	19.3	27.7	33.8	34.5	19.1	27.6	33.8	33.3
					74	14.0	21.0	26.2	27.7	14.5	22.1	27.7	29.3	14.9	23.2	29.2	30.9	14.0	22.4	28.5	29.1	13.1	21.6	27.8	27.4
					71	-	17.6	22.8	24.2	-	18.1	23.7	25.2	-	18.5	24.5	26.2	-	17.1	23.2	23.8	-	15.7	21.9	21.4
					68	-	14.2	19.4	20.8	-	14.0	19.6	21.2	-	13.9	19.9	21.6	-	11.8	17.9	18.5	-	9.7	15.9	15.5
				Net Cap		45.5	40.1	37.8	37.4	46.1	40.6	38.3	37.9	46.7	41.1	38.8	38.3	46.3	40.8	38.5	38.0	46.0	40.4	38.2	37.7
				MBH		45.5	40.1	37.8	37.4	46.1	40.6	38.3	37.9	46.7	41.1	38.8	38.3	46.3	40.8	38.5	38.0	46.0	40.4	38.2	37.7
				MBH
			Total Power			5.37	5.30	5.21	5.21	5.49	5.43	5.34	5.33	5.62	5.55	5.46	5.45	5.72	5.66	5.56	5.55	5.83	5.76	5.66	5.65
			Input kW			5.37	5.30	5.21	5.21	5.49	5.43	5.34	5.33	5.62	5.55	5.46	5.45	5.72	5.66	5.56	5.55	5.83	5.76	5.66	5.65
			Input kW
	CapacitySensible				86	27.0	33.2	37.8	37.4	29.6	36.1	38.3	37.9	32.3	39.1	38.8	38.3	34.3	39.7	38.5	38.0	36.4	40.4	38.2	37.7
105 °F					83	23.6	29.8	35.7	36.3	25.6	32.2	37.3	37.3	37.6	34.7	38.8	38.3	29.0	36.3	38.5	38.0	30.4	38.0	38.2	37.7
		1			80	20.1	26.4	32.3	32.9	21.5	28.2	34.6	35.2	22.9	30.0	36.8	37.5	23.7	31.0	37.5	37.6	24.5	32.0	38.1	37.7
					77	16.7	22.9	28.9	29.5	17.5	24.2	30.5	31.2	18.3	25.4	32.1	32.8	18.4	25.7	32.1	32.3	18.5	26.0	32.1	31.8
					74	13.3	19.5	25.5	26.1	13.5	20.1	26.5	27.1	13.6	20.7	27.5	28.2	13.1	20.4	26.8	27.0	12.5	20.1	26.2	25.8
					71	-	16.1	22.0	22.7	-	16.1	22.4	23.1	-	16.0	22.8	23.5	-	15.1	21.5	21.7	-	14.1	20.2	19.8
					68	-	12.7	18.6	19.2	-	12.0	18.4	19.0	-	11.6	18.1	18.8	-	9.8	16.2	16.4	-	8.1	14.3	13.9
				Net Cap		43.9	36.7	36.3	36.0	43.6	36.5	36.1	35.8	43.3	36.3	35.8	35.5	43.7	36.6	36.2	35.8	44.1	36.9	36.5	36.2
				MBH		43.9	36.7	36.3	36.0	43.6	36.5	36.1	35.8	43.3	36.3	35.8	35.5	43.7	36.6	36.2	35.8	44.1	36.9	36.5	36.2
				MBH
			Total Power			5.86	5.76	5.69	5.67	5.98	5.88	5.81	5.80	6.11	6.01	5.94	5.92	6.22	6.11	6.04	6.02	6.32	6.21	6.14	6.12
			Input kW			5.86	5.76	5.69	5.67	5.98	5.88	5.81	5.80	6.11	6.01	5.94	5.92	6.22	6.11	6.04	6.02	6.32	6.21	6.14	6.12
			Input kW
	CapacitySensible				86	26.3	31.7	36.3	36.0	28.6	34.0	36.1	35.8	30.9	36.3	35.8	35.5	33.4	36.6	36.2	35.8	35.8	36.9	36.5	36.2
115 °F					83	22.9	28.3	35.0	34.8	24.6	30.2	35.4	35.1	26.3	32.2	35.8	35.5	28.1	34.3	36.2	35.8	29.8	36.4	36.5	36.2
		1			80	19.5	24.8	31.6	31.3	20.5	26.2	33.3	33.1	21.6	27.6	35.1	34.8	22.7	29.0	35.8	35.5	23.9	30.5	36.5	36.2
					77	16.1	21.4	28.2	27.9	16.5	22.2	29.3	29.0	17.0	22.9	30.4	30.1	17.4	23.7	30.4	30.2	17.9	24.5	30.5	30.2
					74	12.6	18.0	24.7	24.5	12.5	18.1	25.2	25.0	12.3	18.2	25.7	25.4	12.1	18.4	25.1	24.8	12.0	18.5	24.5	24.2
					71	-	14.6	21.3	21.1	-	14.1	21.2	20.9	-	13.6	21.1	20.8	-	13.1	19.8	19.5	-	12.6	18.6	18.3
					68	-	11.1	17.9	17.6	-	10.0	17.1	16.9	-	8.9	16.4	16.1	-	7.8	14.5	14.2	-	6.6	12.6	12.3
				Net Cap		42.2	33.4	34.8	34.6	41.1	32.4	33.8	33.7	40.0	31.4	32.9	32.7	41.1	32.4	33.8	33.7	42.2	33.4	34.8	34.6
				MBH		42.2	33.4	34.8	34.6	41.1	32.4	33.8	33.7	40.0	31.4	32.9	32.7	41.1	32.4	33.8	33.7	42.2	33.4	34.8	34.6
				MBH
			Total Power			6.3	6.2	6.2	6.1	6.5	6.3	6.3	6.3	6.6	6.5	6.4	6.4	6.7	6.6	6.5	6.5	6.8	6.7	6.6	6.6
			Input kW			6.3	6.2	6.2	6.1	6.5	6.3	6.3	6.3	6.6	6.5	6.4	6.4	6.7	6.6	6.5	6.5	6.8	6.7	6.6	6.6
			Input kW
	CapacitySensible				86	25.6	30.1	34.8	34.6	27.6	31.8	33.8	33.7	29.6	31.4	32.9	32.7	32.4	32.4	33.8	33.7	35.2	33.4	34.8	34.6
125 °F					83	22.2	26.7	34.3	33.2	23.6	28.2	33.6	32.9	25.0	29.8	32.9	32.7	27.1	32.3	33.8	33.7	29.3	33.4	34.8	34.6
		1			80	18.8	23.3	30.8	29.8	19.5	24.2	32.1	30.9	20.3	25.1	32.9	32.1	21.8	27.0	33.8	33.3	23.3	28.9	34.8	34.6
					77	15.4	19.9	27.4	26.3	15.5	20.2	28.0	26.9	15.6	20.4	28.6	27.4	16.5	21.7	28.8	28.0	17.3	22.9	28.9	28.6
					74	12.0	16.5	24.0	22.9	11.5	16.1	24.0	22.8	11.0	15.8	24.0	22.7	11.2	16.4	23.4	22.7	11.4	17.0	22.9	22.7
					71	-	13.0	20.6	19.5	-	12.1	19.9	18.8	-	11.1	19.3	18.1	-	11.1	18.1	17.4	-	11.0	17.0	16.7
					68	-	9.6	17.2	16.1	-	8.0	15.9	14.7	-	6.4	14.6	13.4	-	5.7	12.8	12.1	-	5.1	11.0	10.7

1.These are net capacity ratings. The indoor blower motor heat has already been subtracted from the gross cooling capacity

ALL SENSIBLE CAPACITIES

Johnson Controls Unitary Products

9

Image 9

Contents 9.4 EER Export only Description Standard Features / BenefitsTable of Contents FIELD-INSTALLED Accessories Standard FEATURES/BENEFITSUnit Cutaway Ratings ARI Physical DataOutdoor Coil Cooling Capacities 2-1/2 TON DEB030Cooling Capacities 3 TON DEB036 Cooling Capacities 3-1/2 TON DEB042 Cooling Capacities 4 TON DEB048 Cooling Capacities 5 TON DEB060 Additional Static Resistance Side and Bottom Supply AIR Blower PerformanceElectrical Data Cooling / Electric Heat Electrical Data042 208/230-3-60 11.5 88.0 2NH04501025 Unit Dimensions Center of Gravity Unit WeightsTypical Applications Typical Slab on Ground InstallationRoof Curb Application Typical Wiring Diagram 208/230-1-60 Power Supply DEB Models Typical Wiring Diagram 208/230-3-60 Power Supply DEB Models Typical Wiring Diagram Notes Typical Wiring Diagram LegendXTG-B-0508 Indoor Evaporator FAN Assembly Mechanical SpecificationsOutdoor Condenser FAN Assembly Unit CabinetUnit Operating Characteristics Electric Heating SectionElectrical Requirements XTG-B-0508 Johnson Controls Unitary Products Johnson Controls Unitary Products York Drive Norman, OK

D2EB030 specifications

The York D2EB030 is a prominent model in the realm of commercial climate control systems, specifically designed to cater to medium to large-scale applications. This equipment stands out due to its high efficiency and reliability, ensuring optimal thermal comfort in various settings, from office buildings to warehouses.

One of the main features of the York D2EB030 is its capacity. With a nominal cooling capacity of around 30 tons, it is well-suited for substantial cooling demands. This makes it an excellent choice for facilities that require consistent and effective temperature management. Additionally, it offers variable refrigerant flow (VRF) operation, which allows for simultaneous heating and cooling in different zones, providing enhanced comfort and flexibility.

The D2EB030 is equipped with advanced inverter technology. This feature allows the compressor to modulate its speed based on the cooling or heating needs of the environment, leading to significant energy savings. By adjusting the refrigerant flow and maintaining more stable indoor temperatures, the inverter-driven compressor reduces operational costs and energy consumption compared to traditional systems.

Additionally, the unit boasts a range of control options. It can be integrated with smart building management systems, allowing for remote monitoring and control through mobile devices or computers. This connectivity enables facility managers to optimize operation schedules, perform maintenance checks, and respond quickly to any issues, enhancing overall efficiency.

In terms of build quality, the York D2EB030 showcases robust construction, designed to withstand the rigors of commercial use. Its corrosion-resistant materials ensure longevity and reduce maintenance requirements. The system is also designed with sound-dampening features, resulting in quieter operation—a crucial aspect in noise-sensitive environments.

Among its environmental considerations, the unit utilizes refrigerants that are compliant with global regulations, contributing to lower greenhouse gas emissions. Moreover, its design promotes higher energy efficiency ratios (EER) and seasonal energy efficiency ratios (SEER), which are critical for reducing the overall carbon footprint.

In summary, the York D2EB030 stands out in the market for its combination of robust features, advanced technologies, and energy efficiency, making it a top choice for commercial climate control solutions. With its capacity, smart technology integration, and environmental considerations, this model is tailored to meet the dynamic needs of modern facilities while ensuring cost-effectiveness and sustainability.