Aqua refrigerata Chiller

Aqua refrigerata Cryogenic Chiller

Aqua refrigeratus aer frigidior aqua mediante refrigeratione utitur, frigidam producit aquam per refrigerationem vaporis cycli. Aqua frigida exantlaretur ad remotum aerem tractantem unitatem vel spiraculum unitatis spatii vel processus refrigerandi. Core calor commutatione processus fit in aqua refrigerata condenser specialiter disposito.

+86 18921753771

[email protected]

Ex authentica technica Europaea derivata.
Core technologica virtute consequat.

PREV：Nullus prior articulum
DEINDE：Nullus proximus articulum

Product Description
Product Specifications

Product Features
· Condenser Design: nucleus componentium est condensatio et tubus vel lamina condensantis, ubi refrigerantes intra tubos condensant, calorem extra aquam refrigerantem solvens.
· Refrigerium aquae System: Coligera cum turri refrigerationis externae coniunctam esse debet ad circumscriptionem formandam, adhibendo calorem sensibilem evaporationis et calorem latentem condensationis ad dissipandum calorem condensationis.
· Super unitatem structuram: Typice structurae capsulae robustae compagem compressorem, condensorem, evaporatorem, valvulam expansionem et unitatem moderantem integrant.
· Facultas dolor: Singulae unitates amplis facultatibus refrigerandis tegunt, scalabiles a parvis et mediocribus applicationibus commercialibus ad magnas applicationes industriales.
· Imperium Logica: microprocessoris moderatore instructus, monitores parametros operantes componit ut aqua temperatura, compressor oneris et aquae fluxus.

Product Commoda
· Energy Efficiency: Ob altitudinem aquae specificae caloris capacitatis et caloris densitatis humilis, unitas typice consequitur rationem efficientiae altae industriae sub conditionibus operantibus stabilis.
·Space Adaptabilitas: Unitas ipsa non requirit locum unitatis institutionis velitis, apparatum principalem in conclavi machinae conferri sinit, idoneus ad applicationes cum spatio limitato vel ubi aesthetice placens consilium pendet.
· Aptabilitas Environmentalis: Effectus eius non signanter afficitur ambigua temperatura ambientium, stabilis refrigerandi facultatem servans etiam in calidis climatibus.
· Stabilitas operativa: Consilium integratum et involucrum in ambitu institutionis senescentes et corrosiones nucleorum partium reducere, adiuvans ad augendam vitam vivendi.
· Magnae capacitatis applicationes: Architectura systema conciliarem et centralem modum moderandi faciliorem reddit, aptam faciens ad refrigerandum magna aedificia vel processum systematum refrigerandum centralizandum.

Applications
· Frigidi aeris refrigeratores imprimis apti sunt ad opera magna media, quae requirunt fontem centralem refrigerantem, operationem continuam et efficaciam energiae altae.
· Aedificationes commerciales: Aqua refrigerata providens systemata caeli centralis in magnis mallis, hotels, et in aedificiis officiorum shopping.
· Industriae Vestibulum: Usus ad refrigerandum in industriis sicut corona plastica, processus cibi, oeconomiae et pharmaceuticae.
· Data Centra: certum refrigerandi fontem praebet ad systemata dicionis environmental altae densitatis Machinae Cella.
· Healthcare: Meet temperies aeris, humiditas et munditia temperantia requisita hospitalium et laboratorium.

Parametri technicae aquae frigidior in aqua refrigerationis industriae

Exemplar			SCW-3	SCW-4	SCW-5	SCW-6	SCW-8	SCW-10	SCW-12	SCW-15	SCW-20	SCW-25	SCW-30	SCW-40	SCW-50	SCW-60
Facultatem refrigerandum		KW	8.5	11.9	15	18	21.5	30	38	46.1	62.2	70.4	93.3	124.4	140.8	176
Facultatem refrigerandum		103kcal/h	7.3	10.2	12.9	15.5	18.5	25.8	32.7	39.6	53.4	60.5	80.2	106.9	121	151.3
Potestas Supple		V/ph/Hz	380/3/50							380/3/50
Input Power		kw	3	4.3	4.8	5.7	7.3	9.7	11.5	14.5	18.4	22.4	28	36.1	44.4	56
Compressor Type			volumen
Compressor Power		kw	2.45	3.8	4.3	5.2	6.2	8.6	10.4	12.3	16.2	20.2	24.3	32.4	40.4	50.5
Sentinam Power		kw	0.55	0.55	0.55	0.55	1.1	1.1	1.1	2.2	2.2	2.2	3.75	3.75	4	5.5
Aquae Flow frigidum		m³/h	1.55	2	2.5	3.1	4	5	6.5	7.6	10.2	11.6	15.5	21.1	26.7	29.8
Aquae fluunt refrigerationem		m³/h	1.9	2.3	3.2	3.7	4.5	6.2	7.8	9.2	12	14.3	17.8	24	29	35
Evaporator Type		Aqua lacus Type / Testa Tube Type / Diver Plate Type
Aquae Tan Volume		L	50	70	70	80	120	200	200	270	350	350	420	500	600	650
Pipe Size		DN	25	25	25	25	40	40	40	50	50	50	65	80	80	80
Condenser		Testa et Tube Type / Duplex-pipe Type								Testa et Tube Type / Duplex-pipe Type
Refrigerant		R134A/R407C								R134A/R407C
IUGULUS Modus		Tubus capillaris / Valve Expansion								Expansion Valve
Protectoris		Pressura, ONERO, Anti- gelu, Mora, Plus-caliditas, Aquae Fluxus
sonitus Level		dB(A)	58	58	58	58	62	62	62	64	64	64	66	66	66	66
Pondus		Kg	100	120	130	180	200	230	250	300	600	700	1000	1200	1500	1700
Dimension	L	mm	1100	1100	1100	1050	1200	1200	1200	1600	1800	1800	2000	2100	2100	2400
	W	mm	550	550	550	600	700	700	700	850	950	950	850	1200	1200	1200
	H	mm	900	900	900	1150	1200	1200	1200	1500	1500	1500	1750	1600	1600	1900
Directiones 1. Conditio: Aquae frigidae latibulum/exitus temperatus 0℃/-5℃, aqua condensata limbum/exitus temperatus 30℃/35℃ . 2. Designatio et specificatio sine praevia notitia mutationibus obnoxiae sunt. 3. Parametri supra normae sunt producta. Si refrigerandis magis vel nativus productis opus est, pete nobis.

Technica parametri -5℃ aqua refrigerata frigiditas unitatis

Type			SCW-05L	SCW-08L	SCW-10L	SCW-12L	SCW-15L	SCW-20L	SCW-25L	SCW-30L	SCW-40L	SCW-50L
Nominal refrigerationem facultatem		kW	8.5	16	17.5	20	25.5	35	40	51	69	82.5
Nominal refrigerationem facultatem		104kcal/h	0.7	1.4	1.5	1.7	2.2	3	3.4	4.4	5.9	7.1
Machina potentia			3.7	5.6	7.1	8.2	11.3	14.1	15.7	21.7	28.2	32.4
Apparatus operating current			7.9	11.3	13.9	15.6	23.6	27.7	29.8	45.6	55.5	61.6
Compressor	quantitas		1	1	1	1	1	2	2	2	4	4
	Refrigeration(kW)		3.1	4.9	6.3	7.1	9.8	12.6	14.2	19.5	25.2	28.4
	Ratum		6.8	9.8	12.4	13.4	20.6	24.7	26.8	41.2	49.5	53.6
Evaporator	Type		Pipe arida alta efficientiam calor exchanger
	Flow(L/min)		27	51	56	64	82	112	128	163	221	264
	Interface magnitudine		DN25	DN32	DN40	DN40	DN50	DN65	DN65	DN65	DN65	DN65
Condenser	Type		Pipe arida alta efficientiam calor exchanger
	Flow(L/min)		33	60	68	78	101	136	155	202	270	318
	Interface magnitudine		DN25	DN32	DN40	DN40	DN50	DN65	DN65	DN65	DN65	DN65
Aqua frigida sentinam	Type		Maximum efficientiam, sonum aquae centrifugae humilis mollis
	Input		0.55	0.75	0.75	1.1	1.5	1.5	1.5	2.2	3	4
	Caput(mH20)		22	22	25	25	25	23	23	25	24	22
Nominal tank volumenn			80	115	130	130	210	230	250	310	330	370
altiore dimensionibus	Longitudo (mm)		1100	1200	1200	1200	1600	1800	1800	2000	2100	2100
	Latitudo (mm)		550	700	700	700	850	950	950	850	1200	1200
	Altitudo (mm)		900	1200	1200	1200	1500	1500	1500	1750	1600	1600
Pondus	Apparatus pondus (kg)		230	320	370	470	670	870	1080	1280	1380	1550
Pondus	Operans pondus		310	435	500	600	880	1100	1330	1590	1710	1920
Refrigeratio condicio: Aquae refrigerationis insertus/exitus temperatus 0℃/-5℃; ambiens siccus bulbus temperatus 30℃/35℃。

Parametri technicae -15℃ pro aqua refrigerata temperatura unitas
Type			SCW-05LH	SCW-08LH	SCW-10LH	SCW-12LH	SCW-15LH	SCW-20LH	SCW-25LH	SCW-30LH	SCW-40LH
Nominal refrigerationem facultatem		kW	6.4	9.5	12.9	15.6	18.3	25.8	31.2	36.6	51.6
Nominal refrigerationem facultatem		104kcal/h	0.5	0.8	1.1	1.3	1.6	2.2	2.7	3.1	4.4
Machina potentia			4.3	6.2	7.8	10	12	15.2	19.9	23.5	30.4
Apparatus operating current			8.2	11.8	14.8	19	22.8	29	37.9	44.8	57.9
Compressor	quantitas		1	1	1	1	1	2	2	2	4
	Refrigeration(kW)		3.7	5.6	7.2	9.4	11.2	14.5	18.8	22.4	28.9
	Ratum		7.1	10.7	13.7	17.9	21.3	27.5	35.7	42.6	54.9
Evaporator	Type		Pipe arida alta efficientiam calor exchanger
	Flow(L/min)		21	32	43	52	61	86	104	122	172
	Interface magnitudine		DN20	DN25	DN32	DN32	DN40	DN40	DN50	DN50	DN50
Condenser	Type		Pipe arida alta efficientiam calor exchanger
	Flow(L/min)		29	43	58	72	85	115	143	169	231
	Interface magnitudine		DN20	DN25	DN32	DN32	DN40	DN40	DN50	DN50	DN50
Aqua frigida sentinam	Type		Maximum efficientiam, sonum aquae centrifugae humilis mollis
	Input		0.55	0.55	0.55	0.55	0.75	0.75	1.1	1.1	1.5
	Caput(mH20)		22	22	21	20	24	21	23	20	21
Nominal tank volumenn			80	115	130	130	210	230	250	310	330
altiore dimensionibus	Longitudo (mm)		1100	1200	1200	1200	1600	1800	1800	2000	2100
	Latitudo (mm)		550	700	700	700	850	950	950	850	1200
	Altitudo (mm)		900	1200	1200	1200	1500	1500	1500	1750	1600
Pondus	Apparatus pondus (kg)		250	330	380	480	690	890	1100	1300	1400
Pondus	Operans pondus		330	445	510	610	900	1120	1350	1610	1730
Refrigeratio condicio: Aquam frigidam inlitus/exitus temperatus -10℃/-15℃; ambiens siccus bulbus siccus 30℃/35℃。

Shanghai Soouney Refrigeration Equipment Co., Ltd.

About Soouney.

Technological Probatio in Refrigeration Sector Industrial

Shanghai Soouney Refrigeration Equipment Co., Ltd. is a large-to-medium-sized high-tech enterprise within Shanghai's refrigeration sector, integrating research, development, production and sales. We are China Aqua refrigerata Cryogenic Chiller Suppliers and Wholesale Aqua refrigerata Cryogenic Chiller Company. Upholding the quality principles of 'integrity, quality, service and innovation', the company pursues a development philosophy centred on humanisation and technological advancement, driving product R&D and manufacturing with high starting points and stringent standards. It has now grown into a renowned brand in the domestic and international markets for cabinet air conditioners and industrial chillers, earning high recognition from industry professionals and a broad customer base. Rooted in the Chinese market, it provides reliable refrigeration solutions to clients worldwide. We focus on international trade and B2B business, providing tailored solutions to global clients. We ensure the smooth, stable, and long-term operation of your projects with a comprehensive research and development, production, sales, and after-sales service system. We have nearly 20 years of experience in providing one-stop solutions for overseas projects.

0

Site Area
0

statutum
0+

Employees

2026-08-12 Industria News
Indoor arca Aeris Conditioner: Features, Applications, et ...
Electronica celerius in calore deficiunt quam fere alia via. An indoor arca aer Conditioner nominatim exsistit prohibere ne fieret, signantes electronicas intra clausuram vel automationem clausurae moderaminis et ansam refrigerationem clausam currentem, quae nusq...
Learn More
2026-08-05 Industria News
Scrinium Air Conditioner Unit: Features, Applications, et ...
A Scrinium Air Conditioner Unit systema refrigerationis compacta directe ascendit in clausura electrica ad custodiendum PLCs, impellit, et intra componentes temperantiae temperatae tutae operativae. Dissimilis locus aer conditionator, numquam extra aerem cum scri...
Learn More
2026-07-29 Industria News
Machina Room Cabinet Air Conditioner: Applications, Benefi...
Electronic components in ambitibus calidis, pulverulentis velocius deficiunt quam paene alia condicio industrialis cubiculi imperium facies. A machina locus scrinium aer Conditioner utraque simul problemata solvit, clausuram obsignatam tenens ad temperaturam stab...
Learn More

Industria scientia

What Is the Working Principium Post Water Cooled Cryogenic Chillers?

Introductio

In modernis processibus industrialibus, moderatio temperatura accurata essentialis est ad praestandum qualitatem productam, ad salutem perficiendam, et ad efficientiam systematis. A aqua refrigeratum cryogenic chiller exstat solutio critica pro applicationibus temperaturis exigentibus longe infra iugis refrigerationis conventionales. Per cyclos refrigerationis provectae componendo cum reiectione caloris aquae fundatae efficientis, haec systemata certissimam refrigerationem cryogenicam liberant ad ambitus postulandos.

Overview of Water Cooled Cryogenic Chillers

Aqua refrigerata frigoris cryogenicae peculiaris refrigerationis ratio disposita est ad temperaturas maxime humiles, saepe infra -40°C producendas, et in quibusdam casibus infra -100°C iugis cryogenicas attingentibus. Dissimiles systemata aeris refrigerata, aqua media primario utitur ad dissipationem caloris, signanter augendam efficientiam scelerisque.

Key Characteres

Princeps refrigerationem efficientiam ex aqua-fundatur calor commutationem
Firma operatio sub continua industriae onerat
Facultatem consequi ultra-low temperaturis
Reducitur environmental labefactum cum optimized cyclis refrigerantibus

Haec systemata late adhibentur in industriis ut medicamentis, chemicis, processui, aerospace probatione, et fabricandis semiconductoribus.

Core Opus Principium

Principium laborantis aquae refrigeratae frigoris cryogenici innititur in refrigeratione cycli multi- stadii vaporum compressionis, saepe cum cascade vel compositione technologiae refrigerationis componendae.

Basic Refrigeration Cycle

Ratio per quattuor principales processus operatur:

Cogo
Compressor pressionem et temperaturam gasi refrigerandi auget.
Condensatio
Summus temperatus refrigerans calorem emittit ad aquam frigidam in condensore et in liquorem transformat.
Expansion
Liquor refrigerans per valvulam expansionem transit, ubi pressio celeriter cadit, evaporationem partialem causans et reductionem temperatura.
Evaporatio
Temperatus refrigerans humilis haurit calorem e medio scopo, optatum refrigerans effectum producens.

Hic cyclus continue repetit, condiciones humilis temperaturas stabiles retinens.

Cryogenic Enhancement Mechanismus

Ad temperaturam cryogenicam consequendam, cycli refrigerationis vexillum non sufficiunt. Ergo aqua refrigerata cryogenic- chillers integrae figurae progressae sunt;

Caesar Refrigeration System

Duo vel plures circuitus refrigerationis independentes operantur in gradibus:

Summus temperatus scaena removet calorem ab low-temperatus
Humilis-temperatus gradu cryogenic refrigerationem consequitur

Multi scaena compressionem

Sequentiae compressionis gradus scelerisque accentus minuunt et efficientiam meliorem efficiunt.

Specialioribus Refrigerants

Fervens-punctum demissum refrigerantia adhibentur ad temperaturas ultra-humiles.

Partes aquae frigidae systematis

Aqua refrigeratio est pluma definitiva quae efficientiam chillers cryogenicae auget.

Calor Rejectio Processus

Loco solvens calorem in aerem ambientem, densans transfert calorem ad aquam rotunditatem, quae tunc refrigeratur per;

Frigus turres
Systemata aquae externae

Per Aeris commoda Cooling

Aspect	Aqua refrigerata Ratio	Ratio aeris refrigeratum
Calor translatione Efficens	Summus	Moderatus
Temperature Stabilitas	Praeclarus	Variabilis
Energy Consummatio	Inferius in magnis systematibus	Summuser under heavy loads
Environmental Dependence	low	Summus
sonitus Level	lower	Summuser

Inde aqua refrigerata facit specimen cryogenic- chillers pro continuis applicationibus industrialibus.

Key Components et functiones

Aqua refrigerata frigidae cryogenicae consistit in pluribus componentibus criticis in coordinatione laborantibus.

Component	Munus	Materia considerations
Compressor	Agit circulationem refrigerandi	Summus-strength alloys for durability
Condenser	Transfert calor ad aquam	Aeris vel ferro immaculato ad corrosionem resistentia
Evaporator	Calorem absorbet a processu medium	Summus thermal conductivity materials
Expansion Valve	Imperium refrigerandi vim et pressuram	Subtilitas machinator metallorum
Imperium System	Temperatus et operatio regit	Integrated electronic modules

Quaelibet pars optimized est ad humilis-temperatum effectum et ad diuturnum tempus constantiam.

Eget Capabilities

Temperatus Precision

Chilleri cryogenici temperaturae valde stabilis cum minima fluctuatione, quae est critica pro processibus sensitivis, conservare potest.

Continua Operatio

Disposito ad usum industriae 24/7, haec systemata continua refrigerationem obtinent.

Energy Optimization

Aqua refrigerans signanter industriam consumptionem in operationibus magnarum scalarum reducit.

Salus et Praesidium

Provectus systemata control includit:

Overpressure praesidium
Temperature adipiscing
Lorem shutdown machinationes

Industriae Applicationems

Aqua refrigerata cryogenica chiller vitale munus agit per plures partes:

Industry	Application
Pharmaceutical	Medicamento repono et reactionem refrigerationem
Processing chemica	low-temperature reactions
Electronics	Semiconductor vestibulum
Aerospace	Materia probatio sub extrema condicione
Energy	LNG et gas processus

Facultatem liberandi consistentiam temperaturas ultra-humilis facit necessariam in industriarum praecisione agitatae.

Progressio technica et Innovatio

Moderni cryogenic chillers evolvuntur ad superiorem efficientiam et operationem smarter.

Intelligentes Imperium Systems

Integratio automation concedit:

Real-time magna
Remota diagnostica
Adaptiva temperatus imperium

Environmentally Friendly Design

Nova refrigerantia et consilia systematis affectant reducere impulsum environmental servato observantia.

Modular Engineering

Modularia consilia scalabilitatem emendant et sustentationem simpliciorem reddunt.

De Soouney

Shanghai Soouney Refrigeratio Apparatus Co, Ltd. notabiles contributiones ad technologiam technologiam cryogenicam frigoris cryogenicae promovendam fecit.

Sicut magna-ad medium amplitudo summus tech incepti in Shanghai scriptor refrigerationis sector, societas integrat investigationem, progressionem, productionem, venditionesque. Ipse se confirmavit notam agnitam in mercatis tam domesticis quam internationalibus, praesertim in cistula aeris conditioners et chillers industriae.

Technological Strengths

Haeredes Europaeae Suni technology
Adsimilat cum international R&D et signa productionis
Firmum fundamentum technologicum aedificat ab alto principio

Philosophia progressio

Human-sitas innovatio
Technologiae incrementum agitatae
Continua productum elegantiam

Per haec principia, societas augere pergit effectum et constantiam systematum refrigerationis industriae, etiam solutiones cryogenicas.

Commoda Summary

Aqua refrigerata frigoris cryogenicae varia clavem praebet beneficia:

Superior refrigerationem efficientiam
Stabilis ultra-humilis temperatus output
Reducitur operational costs in magnis systematibus
Consectetur vetustatem et rest
Adaptabilia ad universa ambitus industriae

Haec commoda positio est ut solutionem praelatam refrigerationis provectae requiruntur.

conclusio

Principium laborantis post aquam refrigeratam frigoris cryogenici radicatur in cyclis refrigerationis provectis, systematis cascade auctis et dissipatione aquae-substructio caloris efficientis. Coniungendo subtilitatem machinarum, refrigerantium specialium, et rationum moderatorum intelligentium, hi chillers firmam et stabilem refrigerationem cryogenicam tradent pro hodiernis applicationibus industrialibus.