Cooling Capacity With Air Handler Coils

332018-BTG-D-0208

COOLING CAPACITY - With Air Handler Coils

UNIT	AIR HANDLER			COIL MODEL1			COOLING
UNIT					RATED	NET MBH
MODEL	MODEL	W			RATED	NET MBH		SEER	EER
MODEL	MODEL	W			CFM	TOTAL	SENS.	SEER	EER
					CFM	TOTAL	SENS.
			1 PH 14 SEER AC WITH MA
HABE-F018S	MA08B	17		FC/MC24B	600	17.5	12.1	14.00	12.00
HABE-F018S	MA08B	17		FC/MC30B	600	17.5	12.1	14.00	12.00
	MA08B	17		FC/MC30B	600	17.5	12.1	14.00	12.00
HDBE-F024S	MA08B	17		FC/MC35B	800	23.0	16.6	14.00	12.00
HCBE-F030S	MA12B	17		FC/MC36B	1000	29.0	20.0	14.00	12.00
HABE-F036S	MA14D	24		FC/MC42D	1200	35.0	25.6	14.00	11.50
HABE-F036S	MA14D	24		FC/MC48D	1200	35.2	25.7	14.00	11.50
	MA14D	24		FC/MC48D	1200	35.2	25.7	14.00	11.50
HBBE-F042S	MA14D	24		FC/MC48D	1400	39.5	28.9	13.50	11.00
HBBE-F042S	MA14D	24		FC/MC60D	1400	40.5	29.6	14.00	11.50
	MA16C	21		FC60C	1400	40.5	29.6	14.00	11.50
	MA16C	21		FC/MC48C	1600	45.0	33.2	13.50	11.00
HBBE-F048S	MA20D	24		FC/MC48D	1600	45.0	33.2	13.50	11.00
HBBE-F048S	MA16C	21		FC60C	1600	46.5	33.9	13.85	11.00
	MA20D	24		FC/MC60D	1600	46.5	33.9	13.85	11.00
	MA20D	24		MC61D	1600	47.0	34.3	14.00	11.50
HCBE-F060S	MA20D	24		FC/MC60D	1800	55.0	38.5	14.00	12.00
HCBE-F060S	MA20D	24		MC61D	1800	55.5	38.9	14.00	11.50
	MA20D	24		FC/MC62D	1800	55.5	38.9	14.00	11.50
		1 PH 14 SEER AC WITH MV - VARIABLE SPEED
HABE-F018S	MV12B	17		FC/MC24B	600	17.8	12.1	15.00	12.00
HABE-F018S	MV12B	17		FC/MC30B	600	17.8	12.1	15.00	12.00
	MV12B	17		FC/MC30B	600	17.8	12.1	15.00	12.00
HDBE-F024S	MV12B	17		FC/MC35B	800	23.4	16.7	15.00	12.00
HCBE-F030S	MV12B	17		FC/MC36B	1000	29.4	19.9	15.00	12.00
HCBE-F030S	MV16C	21		FC/MC36C	1000	29.4	19.9	15.00	12.00
	MV16C	21		FC/MC36C	1000	29.4	19.9	15.00	12.00
HABE-F036S	MV16C	21		FC/MC42C	1250	35.2	25.6	15.00	12.00
HABE-F036S	MV16C	21		FC/MC48C	1285	36.0	25.7	15.00	12.00
	MV16C	21		FC/MC48C	1285	36.0	25.7	15.00	12.00
HBBE-F042S	MV16C	21		FC/MC48C	1420	40.5	28.9	14.50	12.00
HBBE-F042S	MV20D	24		FC/MC60D	1420	41.5	29.6	15.00	12.00
	MV20D	24		FC/MC60D	1420	41.5	29.6	15.00	12.00
HBBE-F048S	MV20D	24		FC/MC48D	1590	46.0	33.2	14.50	12.00
HBBE-F048S	MV20D	24		FC/MC60D	1600	47.0	33.9	14.65	12.00
	MV20D	24		FC/MC60D	1600	47.0	33.9	14.65	12.00
HCBE-F060S	MV20D	24		FC/MC60D	1800	55.0	37.5	14.25	12.00
HCBE-F060S	MV20D	24		MC61D	1800	55.5	37.9	14.25	12.00
	MV20D	24		FC/MC62D	1800	55.5	37.9	14.25	12.00
	1 PH	13 SEER		AC WITH AV / SV / FV -	VARIABLE	SPEED
HABE-F018S	AV24	17		–	600	17.8	12.1	15.00	12.00
HDBE-F024S	AV36	21		–	800	23.4	16.7	15.00	12.00
HCBE-F030S	AV36	21		–	1000	29.4	19.9	15.00	12.00
HABE-F036S	AV36	21		–	1200	35.2	25.6	15.00	12.00
HBBE-F042S	AV/SV48	24		–	1400	40.5	29.0	15.00	12.00
HBBE-F042S	AV/SV60	24		–	1400	40.5	29.0	15.00	12.00
	AV/SV60	24		–	1400	40.5	29.0	15.00	12.00
HBBE-F048S	AV/SV48	24		–	1600	46.5	33.2	15.00	12.00
HBBE-F048S	AV/SV60	24		–	1600	46.0	33.2	15.00	12.00
	F*FV060	24		–	1625	46.5	34.9	15.00	12.50
HCBE-F060S	AV/SV60	24		–	1800	55.0	37.5	14.25	11.50
HCBE-F060S	F*FV060	24		–	1850	55.0	39.2	14.10	11.50
	F*FV060	24		–	1850	55.0	39.2	14.10	11.50
		1 PH		14 SEER AC WITH AHP	/ F*FP
HABE-F018S	AHP24	17		–	655	18.0	12.7	15.00	12.00
HDBE-F024S	AHP30	17		–	830	23.0	16.7	14.00	12.00
HCBE-F030S	AHP30	17		–	1015	29.6	24.0	14.00	12.00
HCBE-F030S	F*FP040	21		–	1015	29.6	24.0	14.00	12.00
	F*FP040	21		–	1015	29.6	24.0	14.00	12.00
HABE-F036S	AHP36	21		–	1200	35.0	25.1	14.00	12.00
HABE-F036S	AHP42	21		–	1200	35.0	25.1	14.00	11.50
	AHP42	21		–	1200	35.0	25.1	14.00	11.50
HBBE-F042S	AHP/SHP48	24		–	1400	40.5	29.8	14.00	12.00
HBBE-F042S	AHP/SHP60	24		–	1400	40.5	29.8	14.00	12.00
	AHP/SHP60	24		–	1400	40.5	29.8	14.00	12.00
HBBE-F048S	AHP/SHP48	24		–	1600	46.5	33.6	13.85	11.00
HBBE-F048S	AHP/SHP60	24		–	1600	46.5	33.6	14.00	12.00
	AHP/SHP60	24		–	1600	46.5	33.6	14.00	12.00
HCBE-F060S	AHP/SHP60	24		–	1850	55.0	39.2	14.00	12.00

Rated in accordance with DOE test procedures (Federal Register 12-27-79 and 3-18-88) and ARI Standards 210. Cooling MBH based on 80°F entering air temperature, 50% RH, and rated air flow.

EER (Energy Efficiency Ratio) is the total cooling output in BTU’s at 95°F outdoor ambient divided by the total electric power in watt-hours at those conditions. SEER (Seasonal Energy Efficiency Ratio) is the total cooling output in BTU’s during a normal annual usage period for cooling divided by the total electric power input in watt-hours during the same period.

1.MC coils available with a factory installed horizontal drain pan. See price pages for specific model number.

Go to www.ari.org/aridirectory for the latest additional matches.

Unitary Products Group

H*BE-F018 specifications

The York H*BE-F018 is a highly advanced air conditioning and heating solution designed to provide exceptional indoor climate control for both residential and commercial spaces. One of its main features is the inverter technology that allows for variable speed operation. This technology enables the unit to adjust its cooling or heating output according to the specific needs of the environment, resulting in significant energy savings and enhanced comfort levels.

In addition to being energy efficient, the H*BE-F018 is designed for quiet operation. Its advanced fan and compressor technology minimizes noise, making it an ideal choice for areas where noise reduction is essential, such as bedrooms, offices, and libraries. The unit also features a sleek and modern design that can seamlessly blend into various architectural styles, enhancing the aesthetic appeal of any space.

The York H*BE-F018 is equipped with advanced filtration systems that improve indoor air quality. These filters capture dust, allergens, and other pollutants, ensuring that the air circulated within the environment is clean and healthy. This feature is particularly beneficial for individuals with allergies or respiratory issues.

Another key characteristic of the H*BE-F018 is its smart connectivity options. The unit can be controlled remotely through a smartphone app, allowing users to monitor and adjust temperature settings from anywhere. This connectivity extends to compatibility with smart home systems, enabling integrated climate control that enhances overall energy efficiency.

The installation process for the York H*BE-F018 is user-friendly, with a compact design that requires minimal space. Service and maintenance have also been simplified, with easy access to critical components ensuring that technicians can perform routine checks quickly and efficiently.

Durability is a hallmark of the York H*BE-F018. Constructed with high-quality materials and designed to withstand the rigors of varying environmental conditions, this unit promises long service life and reliability.

In summary, the York H*BE-F018 combines energy efficiency, advanced technology, and user-friendly features to deliver superior comfort and air quality. Its inverter technology, quiet operation, smart connectivity, and robust construction make it an outstanding choice for anyone seeking a reliable heating and cooling solution for their space.