Worthington DWVS Refrigerant Dryer

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Customer Benefits

Read about the benefits for our customers with the DWVS

Using variable speed drive technology, the new DWVS refrigerant dryer from Worthington Creyssensac delivers previously unimaginable energy savings and a steady supply of top-quality air. Even better, it has a much smaller carbon footprint than its competitors.

WC DWVS 510 hero

WC DWVS 510 ghost

WC DWVS 1010 hero

WC DWVS 1010 ghost

Ingenuity from Worthington Creyssensac: The New DWVS Refrigerant Dryer

WC DWVS 510 ghost

The new Worthington Creyssensac DWVS refrigerant dryer is the total package: It offers a steady supply of high-quality air, energy savings of up to 60%, and a reduced carbon footprint. By integrating variable speed drive (VSD) technology into a Worthington Creyssensac dryer for the first time, the DWVS matches its energy consumption to the compressed air demand. The result: Energy savings that were previously unimaginable as well as a much lower total cost of ownership.

Excellent Air Quality

But the DWVS does much more. Its consistently low dew point ensures a steady supply of Class 4 purity air – even in tough ambient conditions where other dryers fail.

In addition, the new VSD refrigerant dryer from Worthington Creyssensac is easy to operate with its intuitive Airlogic²T controller. In combination with remote monitoring and advanced connectivity, the performance of the DWVS can be analyzed and optimized from anywhere.

An Environment-Friendly Dryer

But the DWVS does more than just drastically lower energy bills and improve production quality and reliability. Thanks to a small carbon footprint and an excellent TEWI-score, it can help companies meet their climate goals and contribute to a greener society.

Lastly, because it takes up less space than its competitors, it even offers added flexibility when designing production spaces.

Read our blog article about the DWVS

Get in touch to learn more about the DWVS today

Technical specifications DWVS 360-3640

Model	Maximum conditions at full flow Ambient (Inlet) Temp	Inlet flow for pressure Dew point (PDP) of 3°C/37.4°F			Pressure drop at full flow		Power consumption		Max. working pressure		Compressed air connections (NPT for UL version)
	°C	l/s	cfm	m3/hr	bar	psi	kW	hp	bar	psi
DWVS 36	46 (60)	100	212	360	0.16	2.3	0.66	0.9	14.5	210	G 1 ½” F
DWVS 50	46 (60)	140	297	500	0.11	1.6	1.04	1.41	14.5	210	G 2” F
DWVS 65	46 (60)	180	381	650	0.18	2.6	1.54	2.09	14.5	210	G 2” F
DWVS 79	46 (60)	220	466	790	0.14	2	1.77	2.41	14.5	210	G 2 1/2” F
DWVS 94	46 (60)	260	551	940	0.1	1.5	1.9	2.58	14.5	210	G 2 1/2” F
DWVS 108	46 (60)	300	636	1080	0.18	2.6	2.64	3.59	14.5	210	G 2 1/2” F
DWVS 111	40 (50)	310	657	1116	0.23	3.3	2.28	3.06	14	203	3" M
DWVS 148	40 (50)	410	869	1476	0.21	3	3.02	4.05	14	203	3" M
DWVS 184	40 (50)	510	1081	1836	0.2	2.9	3.38	4.53	14	203	3" M
DWVS 274	40 (50)	760	1610	2736	0.17	2.5	5.3	7.1	14	203	DN 100
DWVS 313	40 (50)	870	1843	3132	0.15	2.2	5.8	7.77	14	203	DN 150
DWVS 364	40 (50)	1010	2140	3636	0.17	2.5	6.6	8.85	14	203	DN 150

Dimensions DWVS 360-3640

Model	Dimensions
Model	B mm	B in	A mm	A in	C mm	C in
DWVS 36	805	31.69	962	37.87	1040	41
DWVS 50	805	31.69	962	37.87	1040	41
DWVS 65	805	31.69	962	37.87	1040	41
DWVS 79	805	31.69	962	37.87	1040	41
DWVS 94	805	31.69	962	37.87	1040	41
DWVS 108	805	31.69	962	37.87	1040	41
DWVS 111	850	33.46	1330	52.36	1190	46.85
DWVS 148	850	33.46	1330	52.36	1374	54.09
DWVS 184	850	33.46	1330	52.36	1374	54.09
DWVS 274	1060	41.73	1256	49.45	1685	66.34
DWVS 313	1060	41.73	1258	49.53	1685	66.34
DWVS 364	1060	41.73	1594	62.76	1660	65.35

Worthington Creyssensac DWVS 360-3640 EN 1 MB, PDF