SCROLL COMPRESSOR

Quiet. Stable. Built to scale.

Setting the standard for high efficiency, operational stability, and long-term reliability.

Optimized Performance

Optimized scroll design and a rigid structural frame reduce noise and vibration, ensuring smooth, reliable operation.

Perfect for medium- to high-capacity applications, these compressors deliver outstanding load stability with low acoustic output.

Performance Leader

Samsung’s scroll compressors set the benchmark for high efficiency, smooth operation, and long service life, delivering exceptional reliability for commercial refrigeration and HVAC applications.

Optimal Scroll Wrap & Back Pressure Design

Maximize capacity
Mid back pressure structure
World’s best performance at part load

Low Oil Circulation Ratio

Effective shaft oil groove design
Unique oil supply structure

High Efficiency & Output Motor

6 Pole 9 Slot, BLDC (Nd magnet)
Unique double magnet structure

Vapor Injection Technology

Improve heating & cooling performance
Vapor and flash gas injection

Unique Valve Structure & Bypass Valve

Reduce noise & high reliability *patent applied
Reduce compression loss

Wide Range Operation

1.4~10.0 compression ratio range
10~170 rps operation range
Rigid frame structure 12~16pts welding
Unique thrust bearing material

High Efficiency at Partial Load

UL Certified
26 SEER system efficiency
Verified reliability in extreme conditions

Applications

Residential Heat Pump

Residential A/C

Commercial HVAC

Transport Refrigeration/Freezing

Type	Refrigerant	Model	Displacement [cc]	Capacity		Input [W]	Efficiency		Test Condition
Type	Refrigerant	Model	Displacement [cc]	Btu/h	W	Input [W]	EER	COP	Test Condition
63F	R290	DS4HC5066FN	65.8	44,500	13,042	3,800	11.7	3.43	ARI
		DS4HD5066FV	65.8	44,500	13,042	3,800	11.7	3.43
		DS4HD5090FV	90.0	61,000	17,878	5,260	11.6	3.43

Class	Type	Refrigerant	Model	Displacement	Capacity		Input	Efficiency		Test Condition
Class	Type	Refrigerant	Model	Displacement	Btu/h	W	Input	EER	COP	Test Condition
5T	55F	R454B	DS2LD5046F	45.6	49,200	14,420	4,280	11.5	3.37	ARI
5T	63F	R454B	DS4LF5052F	52	57,000	16,705	4,960	11.5	3.37


Condensing Temperature ..................... 54.4 ℃ (130℉ )
Evaporating Temperature ..................... 7.2 ℃ ( 45℉ )
Return Gas Temperature ..................... 18.3 ℃ ( 65℉ )
Liquid Temperature ............................... 46.1 ℃ (115℉ )
Ambient Temperature ........................... 35.0 ℃ ( 95℉ )

Class	Type	Refrigerant	Model	Displacement [cc]	Capacity		Input [W]	Efficiency		Test Condition
Class	Type	Refrigerant	Model	Displacement [cc]	Btu/h	W	Input [W]	EER	COP	Test Condition
1.5T	48F	R454B	DS5LH5014IN	15.4	20,100	5,891	905	22.2	6.51	DOE-B
1.5T			DS5LH5016IN	16.2	21,300	6,243	959	22.2	6.51
2.0T			DS5LH5020IN	20.5	27,100	7,943	1,199	22.6	6.62
2.0T			DS5LH5021IN	21.6	28,700	8,411	1,270	22.6	6.62
2.5T	55F		DS6LC5024IN	23.8	33,000	9,672	1,460	22.6	6.63
2.5T			DS6LC5026IN	25.5	35,400	10,375	1,566	22.6	6.63
3T			DS6LC5029IN	28.5	39,900	11,694	1,735	23	6.74
3T			DS6LC5031IN	30.9	41,800	12,251	1,817	23	6.74
3.5T	63F		DS8LC5034IN	34.1	47,400	13,892	2,120	22.36	6.55
3.5T			DS8LF5036IN	35.7	49,380	14,472	2,233	22.1	6.48
4T			DS8LC5040IN	39	54,100	15,856	2,387	22.66	6.64
4T			DS8LF5044IN	42.2	58,400	17,116	2,587	22.57	6.62
5T			DS8LC5049IN	48.5	67,000	19,637	2,944	22.76	6.67

[Power: 1ph, 60Hz, 208~230V, Test condition: DOE-B ]					Condensing Temperature ..................... 37.8 ℃ (100℉ )
					Evaporating Temperature ..................... 10.0 ℃ ( 50℉ )
					Return Gas Temperature ..................... 21.1 ℃ ( 70℉ )
					Liquid Temperature ............................... 29.4 ℃ ( 84℉ )
					Ambient Temperature ........................... 35.0 ℃ ( 95℉ )

Refrigerant	Model	Displacement [cc]	Capacity		Input	Efficiency		Test Condition
Refrigerant	Model	Displacement [cc]	Btu/h	W	[W]	EER	COP	Test Condition
R410A	DS2GR7046FV	45.6	52,000	15,240	4,602	11.3	3.31	ARI
	DS4GM5052FV	52	60,500	17,732	5,403	11.2	3.28
	DS4GR7066FV	65.8	75,400	22,098	6,670	11.3	3.31
	DS4GR5070FV	70	80,300	23,535	6,990	11.5	3.37
	DS4GR5080FV	80	90,500	26,524	8,080	11.2	3.28
	DS4GM7090FV	90	103,400	30,305	9,230	11.2	3.28

Testing Condition: ARI				Testing Condition: ASH
Condensing Temperature ..................... 54.4 ℃ (130℉ )				Condensing Temperature ..................... 54.4 ℃ (130℉ )
Evaporating Temperature ..................... 7.2 ℃ (45℉)				Evaporating Temperature ..................... 7.2 ℃ ( 45℉ )
Return Gas Temperature ..................... 18.3 ℃ (65℉)				Return Gas Temperature ..................... 18.3 ℃ ( 65℉ )
Liquid Temperature ............................... 46.1 ℃ (115℉)				Liquid Temperature ............................... 46.1 ℃ (115℉ )
Ambient Temperature ........................... 35.0 ℃ (95℉)				Ambient Temperature ........................... 35.0 ℃ ( 95℉ )

Type	Refrigerant	Model	Displacement [cc]	Capacity		Input [W]	Efficiency		Test Condition
Type	Refrigerant	Model	Displacement [cc]	Btu/h	W	Input [W]	EER	COP	Test Condition
63F	R290	DS4HC5066FN	65.8	44,500	13,042	3,800	11.7	3.43	ARI
		DS4HD5066FV	65.8	44,500	13,042	3,800	11.7	3.43
		DS4HD5090FV	90.0	61,000	17,878	5,260	11.6	3.43

Model	Displacement [cc]	Refrigerant	Capacity		Input [W]	Efficiency		Test Condition
Model	Displacement [cc]	Refrigerant	Btu/h	W	Input [W]	EER	COP	Test Condition
DS2BB5033FV	33.0	R32	40,200	11,782	3,622	11.10	3.25	ARI
DS4BD7046FV	45.6	R32	55,900	16,383	4,950	11.30	3.31
DS4BC7066FV	65.8	R32	81,700	23,945	7,167	11.40	3.34
DS4BD7090FV	90.0	R32	108,500	31,800	9,688	11.20	3.28
DS2WF7046FV	45.6	R32	56,160	16,460	4,800	11.70	3.43	ARI
(Q3 '25)	45.6	R410A	52,000	15,240	4,522	11.50	3.37
DS4WF7066FV	65.8	R32	81,430	23,870	6,960	11.70	3.43
(Q3 '25)	65.8	R410A	75,400	22,100	6,560	11.50	3.37
DS4WF7090FV	90.0	R32	111,700	32,730	9,710	11.50	3.37
(Q4 '25)	90.0	R410A	103,400	30,300	9,150	11.30	3.31

Type	Model	Displacement [cc]	Refrigerant	Capacity		Input [W]	Efficiency		Test Condition
				Btu/h	W		EER	COP
Inverter Scroll	DS4ZB580FMN	80	R134A	41,000	12,016	3,760	10.9	3.2	ARI
			R123YF	38,400	11,254	3,650	10.5	3.08
			R513A	41,400	12,133	3,890	10.6	3.12