Carrier 48/50HJ004-014 specifications Heater

Table 1F — Electrical Data (COBRA™ Energy Recovery 50HJ008-014 Units with 62AQ200) (cont)

					HEATER	HEAT			POWER SUPPLY				SINGLE	DISCONNECT SIZE*
UNIT	NOMINAL	IFM	CONV	62AQ	CRHEATER					FUSE OR			POINT BOX
	V-PH-Hz	TYPE	OUTLET	FLA		FLA		MCA			MOCP		CRSINGLE	FLA		LRA
					---A00					HACR BKR
													---A00
					NONE	—/—		74.9/ 74.9		—	80/ 80		†	81/ 81		465/465
					017	21.7/	25.0	74.9/	74.9	—	80/	80	†	81/	81	465/465
		STD	NO	21.9	010	33.4/	38.5	77.6/	84.0	—	90/	90	†	81/	82	465/465
					012	66.7/	77.0	119.3/132.1		—	125/150		†	114/126		465/465
					012+017	88.4/102.0		146.4/163.4		—	150/175		†	139/155		465/465
					010+012	104.2/120.3		166.2/156.2		—	175/175		†	157/176		465/465
					NONE	—/—		80.9/ 80.9		—	90/ 90		†	87/ 87		469/469
					017	21.7/	25.0	80.9/	80.9	—	90/	90	†	87/	87	469/469
		STD	YES	21.9	010	33.4/	38.5	82.4/	88.2	—	90/100		†	87/	87	469/469
					012	66.7/	77.0	124.1/136.3		—	125/150		†	120/131		469/469
					012+017	88.4/102.0		151.2/167.6		—	175/175		†	145/160		469/469
	208/230-3-60				010+012	104.2/120.3		171.0/160.4		—	175/175		†	163/181		469/469
					NONE	—/—		79.3/ 79.3		—	90/ 90		†	86/ 86		488/488
					017	21.7/	25.0	79.3/	79.3	—	90/	90	†	86/	86	488/488
		HIGH STATIC	NO	21.9	010	33.4/	38.5	82.3/	88.8	—	90/100		†	86/	87	488/488
					012	66.7/	77.0	124.0/136.9		—	125/150		†	119/131		488/488
					012+017	88.4/102.0		151.1/168.2		—	175/175		†	144/160		488/488
					010+012	104.2/120.3		170.9/160.9		—	175/200		†	162/181		488/488
					NONE	—/—		85.3/ 85.3		—	90/ 90		†	92/ 92		493/493
					017	21.7/	25.0	85.3/	85.3	—	90/	90	†	92/	92	493/493
		HIGH STATIC	YES	21.9	010	33.4/	38.5	87.1/ 93.0		—	100/100		†	92/	92	493/493
					012	66.7/	77.0	128.8/141.1		—	150/150		†	125/136		493/493
					012+017	88.4/102.0		155.9/172.4		—	175/175		†	150/165		493/493
50HJ012					010+012	104.2/120.3		175.7/165.1		—	200/200		†	168/186		493/493
					NONE	—		35.1		40.0	—		—	38.0		233.0
					016	16.7		37.5		40.0	—		011	38.0		234.0
		STD	NO	10.2	013	19.8		41.4		45.0	—		011	40.0		234.0
					015	39.7		66.2		—	70.0		014	63.0		234.0
					014+016	50.2		79.3		—	80.0		016	75.0		234.0
					013+015	60.1		76.7		—	90.0		016	86.0		234.0
					NONE	—		37.8		40.0	—		—	40.0		235.0
					016	16.7		39.6		45.0	—		011	40.0		236.0
		STD	YES	10.2	013	19.8		43.5		45.0	—		011	42.0		236.0
					015	39.7		68.3		—	70.0		014	65.0		236.0
					014+016	50.2		81.4		—	90.0		016	77.0		236.0
	460-3-60				013+015	60.1		78.8		—	90.0		016	89.0		236.0
					NONE	—		37.7		40.0	—		—	41.0		245.0
					016	16.7		40.3		45.0	—		011	41.0		245.0
		HIGH STATIC	NO	10.2	013	19.8		44.3		50.0	—		011	43.0		245.0
					015	39.7		69.1		—	70.0		014	66.0		245.0
					014+016	50.2		82.1		—	90.0		016	78.0		245.0
					013+015	60.1		79.6		—	90.0		016	89.0		245.0
					NONE	—		40.4		45.0	—		—	43.0		247.0
					016	16.7		42.4		50.0	—		011	43.0		247.0
		HIGH STATIC	YES	10.2	013	19.8		46.4		50.0	—		011	45.0		247.0
					015	39.7		71.2		—	80.0		014	68.0		247.0
					014+016	50.2		84.2		—	90.0		016	80.0		247.0
					013+015	60.1		81.7		—	90.0		016	92.0		247.0
					NONE	—/—		82.5/ 82.5		—	90/ 90		†	89/ 89		550/550
					017	21.7/	25.0	82.5/	82.5	—	90/	90	†	89/	89	550/550
		STD	NO	21.9	010	33.4/	38.5	82.3/	88.8	—	90/100		†	89/	89	550/550
					012	66.7/	77.0	124.0/136.9		—	125/150		†	119/131		550/550
					012+017	88.4/102.0		151.1/168.2		—	175/175		†	144/160		550/550
	208/230-3-60				010+012	104.2/120.3		170.9/160.9		—	175/200		†	162/181		550/550
					NONE	—/—		88.5/ 88.5		—	100/100		†	95/ 95		555/555
					017	21.7/	25.0	88.5/ 88.5		—	100/100		†	95/	95	555/555
		STD	YES	21.9	010	33.4/	38.5	87.1/ 93.0		—	100/100		†	95/	95	555/555
					012	66.7/	77.0	128.8/141.1		—	150/150		†	125/136		555/555
					012+017	88.4/102.0		155.9/172.4		—	175/175		†	150/165		555/555
50HJ014					010+012	104.2/120.3		175.7/165.1		—	200/200		†	168/186		555/555
					NONE	—		39.3		45.0	—		—	43.0		260.0
					016	16.7		40.3		45.0	—		011	43.0		260.0
		STD	NO	10.2	013	19.8		44.3		50.0	—		011	43.0		260.0
					015	39.7		69.1		—	70.0		016	66.0		260.0
					014+016	50.2		82.1		—	90.0		016	78.0		260.0
	460-3-60				013+015	60.1		79.6		—	90.0		016	89.0		260.0
					NONE	—		42.0		45.0	—		—	45.0		262.0
					016	16.7		42.4		50.0	—		011	45.0		262.0
		STD	YES	10.2	013	19.8		46.4		50.0	—		011	45.0		262.0
					015	39.7		71.2		—	80.0		016	68.0		262.0
					014+016	50.2		84.2		—	90.0		016	80.0		262.0
					013+015	60.1		81.7		—	90.0		016	92.0		262.0

	LEGEND
FLA	— Full Load Amps
HACR	— Heating, Air Conditioning and Refrigeration
IFM	— Indoor (Evaporator) Fan Motor
LRA	— Locked Rotor Amps
MCA	— Minimum Circuit Amps
MOCP	— Maximum Overcurrent Protection
NEC	— National Electrical Code
UL	— Underwriters’ Laboratories

*Used to determine minimum disconnect per NEC.

†Single point box CRSINGLE017A00 is part of base unit.

NOTES:

1.In compliance with NEC requirements for multimotor and combination load equipment (refer to NEC Articles 430 and 440), the overcurrent protective device for the unit shall be fuse or HACR breaker. UL, Canada units may be fuse or circuit breaker.

2.Unbalanced 3-Phase Supply Voltage

Never operate a motor where a phase imbalance in supply voltage is greater than 2%. Use the following formula to determine the percent of voltage imbalance.

max voltage deviation from average voltage

= 100 x

average voltage

Example: Supply voltage is 460-3-60.

AB = 452 v

BC = 464 v

AC = 455 v

452 + 464 + 455

Average Voltage =

3

1371

=

3

= 457

Determine maximum deviation from average voltage. (AB) 457 – 452 = 5 v

(BC) 464 – 457 = 7 v (AC) 457 – 455 = 2 v Maximum deviation is 7 v.

Determine percent of voltage imbalance.

7

% Voltage Imbalance = 100 x 457

= 1.53%

This amount of phase imbalance is satisfactory as it is below the maximum allowable 2%.

IMPORTANT: If the supply voltage phase imbalance is more than 2%, contact your local electric utility company immediately.

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