York E4TS030 THRU 060 warranty Unit

036-21342-002 Rev. E (0505)

COOLING CAPACITY - Variable Speed Furnace (Continued)

UNIT	VARIABLE SPEED					COOLING
		W	COIL MODEL	STAGE	RATED	NET MBH1
MODEL	FURNACE MODEL							SEER2	EER3
				(# CYL)	CFM
						TOTAL	SENS.
			G1UA060S21	1	880	23800	17600	14.0	12.6
	P1XUC16V	21		2	1600	47000	33800		10.8
			G1UA060S21	1	880	23800	17600	14.0	12.6
				2	1600	47000	33800		10.8
			G1UA060S21	1	900	24200	18000	14.0	12.6
	P1DUC20V	21		2	1610	47500	34200		10.9
			G1FA060S21	1	900	24200	18000	14.0	12.6
E4TS048				2	1610	47500	34200		10.9
			G1UA060S21	1	850	23600	17400	14.0	12.6
	P1XUC20V	21		2	1590	47000	33800		10.8
			G1FA060S21	1	850	23600	17400	14.0	12.6
				2	1590	47000	33800		10.8
			G2FD060S24	1	880	24400	18400	14.0	12.5
	P1XDD20V	24		2	1580	47500	34200		11.0
			G2FD061H24	1	880	24800	18800	14.4	12.7
				2	1580	48500	34800		11.2
			G1UA060S24	1	915	24800	18800	14.2	12.7
				2	1620	48000	34600		11.0
			G1FA060S24	1	915	24800	18800	14.2	12.7
E4TS048	P1XUD20V	24		2	1620	48000	34600		11.0
			G2FD060S24	1	915	24800	18800	14.2	12.7
				2	1620	48000	34600		11.0
			G2FD061H24	1	915	25200	19200	14.5	12.9
				2	1620	49000	35200		11.3
			G2FD060S24	1	1000	27000	20400	13.7	12.6
	P1XDD20V	24		2	1800	55000	39600		10.0
			G2FD061H24	1	1000	28000	20800	14.0	12.8
				2	1800	56000	40000		10.2
			G1UA060S24	1	990	27000	20400	13.8	12.5
E4TS060				2	1800	55500	40000		10.2
			G1FA060S24	1	990	27000	20400	13.8	12.5
	P1XUD20V	24		2	1800	55500	40000		10.2
			G2FD060S24	1	990	27000	20400	13.8	12.5
				2	1800	55500	40000		10.2
			G2FD061H24	1	990	28000	20800	14.0	12.8
				2	1800	56500	40500		10.4

1.Cooling MBH based on 80° F entering air temperature, 50% RH and rated airflow.

2.SEER (Seasonal Energy Efficiency Ratio) equals the total cooling output in BTU’s during a normal annual usage period for cool- ing divided by the total electric power input in watt-hours during the same period. Normal annual usage is a combination of both one and two cylinder operating periods.

3.EER (Energy Efficiency Ratio) equals the total cooling output in BTU’s at 95° F outdoor ambient divided by the total electric power in watt-hours at those conditions.

Unitary Products Group 7