A-Vintage, ceiling-hung water source heat pumps are typically installed in hallways and other corridors, away from the occupied space for reduced sound and to allow easier service access.  Each unit provides heating and cooling to a specific space within the building.  A-Vintage units offer you the ability to achieve industry-leading energy efficiency in boiler/tower and geothermal applications. You can benefit from lower energy bills, higher energy rebates (where applicable) and A-Vintage units can help you earn points toward LEED^® certification.  

Basic Features and Benefits:

• Twelve units from ½ to 6 tons
• Standard or geothermal operation
• R-410A refrigerant
• EER up to 21.0 and COP up to 5.6
• ETL listed and AHRI/ISO 13256-1 certified for capacity and efficiency
• Fully run-tested with water in both heating and cooling modes
• Three speed PSC motor, sizes 012 and under, and electronically commutated motor (ECM), sizes 015 and larger, optimize efficiency throughout the unit operating range
• Two-stage scroll compressor (sizes 024 to 072) optimizes efficiency throughout the operating range of the unit
• HP-5 microprocessor-based control system including condensate overflow protection
• Optional EPiC™ DDC controls provide for optimum performance using the control scheme or building management system and protocol of your choice
• Heavy gauge steel cabinet maximizes durability and unit integrity while minimizing sound and vibration
• Cabinet insulation provides superior thermal performance and reduces sound
• Optional sound package for sensitive acoustic applications
• Available with left or right hand water connections to match application requirements
• Ample service access through removable panels simplifi es and encourages regular maintenance and service
• Manufactured in the U.S.A. at our Holland, Michigan facility 

For more information, contact your local representative.

ISO 13256-1 Performance Data - Water Loop (Boiler Tower)

Unit Size	CFM	GPM	A-Vintage Horizotal - Water Loop (Boiler/Tower)1
			Cooling				Heating
			Qt	Qs	kW	EER	Qt	kW	COP
006HHA	250	1.8	8,000	5,600	0.5	14.6	9,100	0.6	4.8
009HHA	340	2.6	10,100	7,300	0.7	15.1	11,200	0.7	4.7
012HHA	400	3.5	13,100	9,500	0.9	15.0	13,600	0.9	4.5
015HHA	520	4.5	16,700	12,400	0.9	18.9	16,700	0.9	5.6
018HHA	600	5.0	21,200	15,100	1.2	17.7	20,800	1.2	5.1
024HHA	800	6.5	27,800	20,700	1.6	17.2	28,700	1.7	4.9
030HHA	1000	9.0	33,200	24,300	1.9	17.1	37,600	2.2	4.9
036HHA	1200	10.5	41,400	30,300	2.4	17.2	40,600	2.5	4.7
042HHA	1400	12.0	47,100	35,100	2.8	16.6	47,100	3.1	4.5
048HHA	1600	14.0	50,900	39,600	2.9	17.4	58,900	3.5	5.0
060HHA	1900	17.0	66,600	48,500	3,7	17.8	72,100	4.4	4.8
072HHA	2100	20.0	75,800	56,300	4.7	16.0	81,800	5.6	4.3

¹ Rated in accordance with ISO 13256-1 – Boiler/Tower.  Cooling capacity is based on 80.6^°F db, 66.2^°F wb (27/19^°C) entering air temperature and 86^°F (30^°C) entering water temperature.  Heating capacity is based on 68^°F (20^°C) entering air temperature and 68^°F (20^°C) entering water temperature. For exact dimensional data, contact your local representative for a selection.

ISO 13256-1 Performance Data - Ground Loop (Geothermal)

Unit Size	CFM	GPM	A-Vintage Horizotal - Ground Loop (Geothermal)1
			Cooling				Heating
			Qt	Qs	kW	EER	Qt	kW	COP
006HLA	250	1.8	8,400	6,000	0.5	16.1	5,200	0.5	3.0
009HLA	340	2.6	10,600	7,800	0.6	16.8	6,400	0.6	3.0
012HLA	400	3.5	13,800	9,700	0.8	16.7	7,900	0.8	2.9
015HLA	520	4.5	17,500	12,500	0.8	21.0	9,700	0.8	3.6
018HLA	600	5.0	22,300	15,300	1.1	19.8	12,000	1.1	3.2
024HLA	800	6.5	29,300	20,200	1.5	19.2	16,600	1.6	3.1
030HLA	1000	9.0	34,900	24,600	1.8	19.0	21,800	2.0	3.1
036HLA	1200	10.5	43,500	30,200	2.3	19.2	23,500	2.3	3.0
042HLA	1400	12.0	49,500	34,700	2.7	18.5	27,300	2.8	2.9
048HLA	1600	14.0	53,500	38,400	2.8	19.3	34,100	3.1	3.2
060HLA	1900	17.0	70,000	48,300	3.5	19.9	41,800	4.0	3.1
072HLA	2100	20.0	79,700	54,400	4.4	18.1	47,400	5.1	2.7

¹ Rated in accordance with ISO 13256-1 – Ground Loop.  Cooling capacity is based on 80.6^°F db, 66.2^°F wb (27/19^°C) entering air temperature and 77^°F (25^°C) entering water temperature.  Heating capacity is based on 68^°F (20^°C) entering air temperature and 32^°F (0^°C) entering water temperature. For exact dimensional data, contact your local representative for a selection.

GPM = Gallons Per Minute, EDB = Entering Dry Bulb (ºF), EWB = Entering  Wet Bulb (ºF), EWT = Entering Water Temperature (ºF),  Q_t = Capacity Total (BTUH), Q_s = Capacity Sensible (BTUH), EER = Energy Efficiency Ratio, COP = Coefficient of Performance