低温乙二醇冷凝器介绍及参数 - 电子画册在线预览、各类电子画册在线制作-云展网平台

Low Temperature/Glycol Chiller

H.Stars (Guangzhou) Refrigerating Equipment Group Ltd.

H.Stars (Guangzhou）Refrigerating Equipment GroupCo.,Ltd.,establishedin1992，isaforeigninvested enterprise,headquarter located in Economic and Technological Development Zone ofGuangzhou,asan importantmemberof H.Stars (HK)Group,has specialized in manufacturing of refrigeratingair conditioningand industrial heating and cooling equipment. It has various special equipment design, techniquesandmanufacturingcapabilities. H.Stars Group main products include refrigerating equipment,air conditioning equipment,industrial refrigeratingequipment,airsideterminalandallkinds ofcustomized HVACR equipment (including explosionproof,anti-corrosion,purification,ultra-lowtemperature, hightemperaturehotwater,heatrecovery,coldrecovery, energy-savingequipment,etc.).H.Starshasobtained differentcertificationsand patents.Customizerhigh integral designbaseoncustomer requirement

Product Introduction

H.Stars screw type low temperature chiller is used intheproductionprocess freezing,refrigerationand industrial cooling.The product model is wide,which canmeet the needs of different cooling capacity andtemperaturerequirements.Inorderto meet customers requirement,H.Stars has launched 40STE air-cooledlowtemperaturechillersand4oSTDwater cooled low temperaturechillerswhicharewidelyused in food processing,pharmaceutical,refrigeration and various industrial and commercial cooling systems with special low temperature requirements.

Customized Design

The chiller can be designed according to the dimension of themachineroom,anditcanbedeliveredtothesiteby CKD(completelyknock down) or SKD(semi knock down) orthewholeunit.Different power supplyareavailable accordingtodifferentcountriesand regions,suchashighvoltage non-standard chiller.

IntelligentOperation

Adopting Microcomputer controller,precise control, automatic loadingand unloading with multiple functions such as time setting,fault record remote or central monitor. PLC is available for option.

HeatRecovery Unit (optional)

Own a heat recovery patent.

Waste heat generated in the refrigeration process is recovered byH.Starspatented heat recoveryunitto provide free hot water up to 5 5 ^ { \circ } { C } .Boiler replacement to save operating cost.

PrecisionProtection

The Chiller electrical protection system includes:reverse protection,phase loss protection,compressorand fan overcurrentprotection,lowtemperatureprotection,high and low voltageprotection,water flow protection,etc.

Professional Design

Accordingtouser'srequirements,H.Starsprovides professionaladviceand selectsthemost suitableequipment whichfitsperfectlyforeach project.Differentmaterialsof heat exchange will be recommended to avoid corrosion and leakage according to user'srefrigeration medium used in the project.

WaterTemperature

High temperature type: chilled water outlet 0 ^ { \circ } { C } Medium and low temperature type:chilled water outlet - 2 0 ^ { \circ } { C } ; Ultra-low temperature type:chilled water outlet - 3 5 ^ { \circ } { C }

Energy-saving Design (optional)

Thevariable frequency drive technology greatly improves the Partial load energy efficiency of the chiller;

Evaporativecoolingtechnologywithfunctionofhigh heat exchangeefficiency,lowinvestmentandsavewater.

Display function

Thechiller control display can collect various states data ofthechiller,and can displayoperation time,compressor output,inlet and outletwater temperature,and operating status.

ModelNomenclature

Aircooled lowtemperaturechiller

Standard configuration

Compressor	Hanbell Screwcompressor
Evaporator	Self-made high efficiency evaporator
Condenser	Self-made high efficiency fintype condenser
Fan	Axial fan
Controller	SiemensPLC programmablecontroller
Economizer	Self-made high efficiency plate heat exchanger
Throttle device	Thermal/electronic expansion valve
Startup mode	Star delta starting
Power supply	380V-3N-50Hz/460V-3N-60Hz
Insulation material	Anti-corrosion,Waterproof,Mesh insulation
OilPaint	High-strength matt paint
Water pipe connection	Flange

40STEseriesair-cooledscrewtypelowtemperaturechiller adopts high efficiency dual screw compressors,equipped with self-made high-efficiency shell and tube heat exchangers and fintype heat exchangers.Heat recovery unit can be configured based on customer needs.Suitable for industry processes

Watercooledlowtemperaturechiller

in pharmaceutical, chemical, electronics,food processing industries etc.The unit has 24 standard specifications,cooling capacity range: 6 0 { k w } { ~ } 3 4 0 { k w } ,chilled water outlet temperature: 5 ^ { \circ } { C } ~ - 3 5 ^ { \circ } { C }

Standardconfiguration

Compressor	HanbellScrewcompressor
Evaporator	Self-made high efficiency evaporator
Condenser	Self-madehigh efficiencycondenser
Controller	Siemens PLC programmable controller
Economizer	Self-made high efficiency plate heat exchanger
Throttle device	Thermal/electronic expansion valve
Startup mode	Star delta starting
Power supply	380V-3N-50Hz/460V-3N-60Hz
Insulation material	Anti-corrosion,Waterproof,Mesh insulation
OilPaint	High-strengthmatt paint
Water pipe connection	Flange

40STD series water-cooled screw type low temperature chiller adopts high efficiency dual screw compressors,equipped with self-made high-efficiency shell and tube heat exchangers.Heat recovery unit can be configured based on customer needs.Suitable in pharmaceutical, chemical,electronics,food processing,etc.

According to different water outlet temperature,it can be divided into high temperature type,low temperature type and ultra low temperature type.The cooling capacity range is 7 0 { k w } { ~ } 2 3 6 9 { k w } , chilled water outlet temperature: 5 ^ { \circ } { C } ~ - 3 5 ^ { \circ } { C } ：

Compressor

The compressor adopts a well known brand screw compressor with a5:6 screw rotor design,which is 2 0 % 30 % more efficient than a typical compressor.Applicable toenvironmentallyfriendlyrefrigerantlikeR134A,R407C, R404A with compressor-specific motor, low failure rate, stableandreliableoperation,no faultoperation time: 50000-8oooo hours.The products have obtained two international quality certifications ofISO9o01 and ISO9002 and multinational patents in Europe and America.

Shellandtubeevaporator/condenser

The condenser and evaporator are the most important components of the chiller. The quality and manufacturing process determine the heat exchange efficiency and lifespan of theunit.It also representswhether a manufacturer has core technologyand intellectual property.H.Starsheat exchanger is self-manufactured with design qualification and pressure vessel production qualification in strict accordance with international standards to ensure product safety and reliability.

Compressor

Shell and tube evaporator

GuangzhouUnitedA/C&RCo.,LTD,asoneofH.Stars Group subsidiaries,with more than 20 years of professional experience in manufacturing heat exchangers,with strong technology precipitation,patented technology and independent intellectual property rights,has provided excellent heat exchange equipment and excellent services formany brands in the industry.

Shell and tube condenser

Fin condenser

Highefficiencyheat exchanger

Intelligent design to reduce fan energy consumption while achieving maximum heat transfer. Intelligent copper tube design reduces the pressure drop in the coil (the maximum temperature drop is 0.63Kwhen the refrigerantis R404).

High efficiency heat exchanger

AxialFan

Dedicated low-energy fan,intelligent fan nozzle design maximizes air gas flow and noise reduction,stable with long lifespan;motor is with waterproof and dustproof function: IP54; insulation grade:F.

Axial Fan

HMI (Human Machine Interface)

10"/8" true color touch screen

Support USB upgrade.

Easy operation and intuitive dynamic operation.

Displays control center greatly improves efficiency to providemonitoring,data logging,securityprotection and convenientoperation.Thecontrol center has acolor liquid crystal display (LCD) and a touch panel.

Simplypressasingle buttontodisplayaseriesoftechnical data.andcolormapsof thecorrespondingcomponents, makingthechillerclearerand easiertooperate.

Full color display screen

Precisewatertemperaturecontrol

The control system monitors the change of the chilled water temperature,senses the past and present water temperature conditions,temperaturechange rate,and precisely adjusts the chiller according to the monitored conditions to operate according to the set value.

The chiller password is divided into multiple levelsof passwords,providing the operator with a secure access password to prevent unauthorized changes to the setings.

Network of multiple units

Standard MODBUS interface,compatiblewith various engineering buildingmanagement systems.

Innovative deviceLAN interface enablesmultiple devices to be connected into a network to optimize device operation and extend devices lifespan.

R_LANaddressknobdial,which can set theaddress of different modules at the site.

Engineering electric cabinet can combine in the unit,which

Control Center

Adopts advanced,highly integrated single-chip microcomputer control,greatly improves the antiinterference abilityof the system.

TheHMI directly displays the fault content to cooperate with the simple operation interface to timely feedback various maintenance information.Three-phase voltage and currentare displayed inreal time.

Thecontrol adoptsacombination of protection,real-time control and alarmtoprotect the safeoperationoftheunit.

Thecontrol center can be connected to the network for control, group control and single unit control switching.

Itcan be connected to.the Modbus host computer system, enabling users to monitor the running status of the unit in realtimeatall aspects.

greatly reduces the cost on site.

The wire controller can achieve non-stop mode switching.

Multiple language display,directly show the unit operation, fault conditions,built-in operating instructions,to facilitate the use of the unit.

Access to cloud service systems.

Optional hydraulic module control available.

Integratedcontroller

Standard controller

Function

Parameter	Water-cooledilandair-cooled	Authority	Setting range
Setting mode	Cooling	User	Cooling
chiller setting temperature	12.0℃	User	Lowest cooling limit~30.0
*chilled water loading deviation	2.0℃	User	0.5~10.0
*chilled waterunloadingdeviation	2.0℃	User	0.5~10.0
*1#Compressor usage setting	Enable	User	Disable、Enable
*2#Compressor usage setting	Enable	User	Disable、Enable
Timed usage setting	Disable	User	Disable、Enable
Remote-monitoridgswiftbetweencooling		User	Disable、Enable

Fault display

Faultname	Testing condition	Alarmaction	Faultresolution
External alarm	Power on detection	Shutdown unit	Check external alarm switch signal
Overloading chilled water pump,cooling water pump, fan,compressor	Power ondetection	Shutdown unit	Checkcorresponding overload switch signal
Lack of chilled or cooling water	pump tumed on, check water flow	Shutdown unit	Check corresponding water flow switch signal
Systempower fault	Power on detection	Shutdownunit	Checkcorrespondingsystem powerfault switch signal
Temperature、pressure sensor fault	Power on detection	Shutdown unit	Check corresponding probe
Systemoutletwater temperatureor pressureoverhighor low	Power on detection	Shutdown unit	Checkcorresponding normal sensor data

PLC

Function

Parameter	Water-cooledandair-cooledchiller	Authority	Setting range
Setting mode	Cooling	User	Cooling
Chilled Water setting temperature	12.0℃	User	Lowest cooling limit~30.0
Selectionof targeted	Supply water	User	Supplywater/return water
*1#Compressor usagesetting	Enable	User	Disable、Enable
*2#Compressor usage setting	Enable	User	Disable、Enable
Timed usage setting	Disable	User	Disable、Enable
external circulation temperature set	10℃	User	-30~100
IPaddress seting #(1)	/	User	Random IP
MODBUS Parameter setting #(2)	/	User	/
Compressor load limit	/	User	50%、75%、100%；66%、100%

Fault display

Faultname	Testing condition	Alarmaction	Fault resolution
External alarm	Power on detection	Shutdown unit	Check external alarm switch signal
Overlodinghil	Power on detection	Shutdown unit	Check correspondingverloadswitch
Lack of chilled or cooling water	pumpturned on,check water	Shutdown unit	Checcorrespondngawaerflowswitch
Phase protection	Powerondetection	Shutdown unit	Check (phase protection) switch signal
Overloadingof	Power on detection	Only shutdown the water pump	Check coeoiccainump
Inadequatewatefeali	Pumpturnedonwater flow	Only shutdown the water pump	heccorspif
OillevelIcpropale	Chiller operating testing	Shutdown unit	Check corresponding switching valve
Presuretett	Power on detection	Shutdown unit	Check corresponding normal sensor data
Pressure,temperature sensor failure	Power on detection	Shutdown unit	Check corresponding (sensor)

Evaporativechiller

Evaporative indoorchiller

40STD seriesevaporative industrial chillerisa new developed high efficiency product based on standard industrial chillerofH.Stars Group,whichadopts high efficiency flooded type evaporatorand evaporative condenserwith furtherimprovement of efficiency.The evaporative condenser uses less water and is especially suitable fordryareas.Widelyapplicable forcommercial buildings,industrial,refrigerationand other fieldswhich needs electricitysavingand limitedwater.

Customized chiller available for high voltage,explosionroof,anti-corrosion and other special productsasper user's request.

Integratedchiller

Outdoor unit of evaporative condenser

For the chiller engineering installation,it is required to build a machine room with short construction period and heavytasks.H.Stars Group hasdeveloped,designed and manufactured a seriesof integratedchillerwith professional experience in chiller system and engineering technology installation.At the same time,accordingto the needs of different engineeringinstallations,the integrated chiller can be designed with different configurations and different dimensions.Thechillerintegrateswithwaterpump,water tank,various valves,control devices and pipeline into an integratedsystem,whichisveryeasyto install andcontrol, notonly to reduce the engineeringlabor cost by combining engineeringparts,butalso to control all in oneunit toavoid multiple control boxes to improve chiller control system stabilityand make thewhole unit more compactin size.

The evaporative chiller outdoor unit is designed with theoptimized heat transfer principle,and uses the water evaporation ontheoutersurfaceof thetubeto cool and condense the working medium inside the tube through masstransferand heat transfer,meanwhilecombinewith the cooling device,the average flow rate compared with thewater condenser,increases by 1 5 % - 1 8 % .Theoverall performance is increased by 2 5 % and the equipment size ismore compact and input powerwillbe lessto greatly reduce the energy consumption and operating costs of the chiller.

Theproduct has eight features:excellent heat exchange performance,easytoclean,convenient installation,low failurerate,easy maintenance,low operatingcost,energy saving，green to environment,compact size and low investment.

Heatrecovery

The heat recovery technology is to recover part orall of the same amount of heat energy from the chillerwhile itis cooling,toprovidecustomers withalargeamountoffreehotwaterat 4 5 { ~ } 5 5 ~ ^ { \circ } { C } suitable forelectronics,chemical,pharmaceutical, foodprocessingindustries.Environmental protectionand energy saving.

Heatrecovery patent number:ZL03223588.7

Schematic diagram of heat recovery unit

Heat recovery

H.Stars Group has been engaged in R&D of heat recoverytechnologyand application,accumulated a lotof experience in thermal energy recycling, and has a national patent for heat recovery. Provide customerswith free hot water during the project，cost and energy saving.It can reduce the heat pollution caused by condensation heat to the environment,and reduce the running cost and noise of the cooling tower.

PatentNationalAwardCertificate

Brief introduction of heat recovery technology

The heat recovery technology is an air-conditioning energy-savingpatented invention.The principleis that when the unit is cooled,the heat originally discharged intotheatmosphere canberecoveredand converted into hot water,which can be used for living hot water,process heating.During heat recovery process,only the circulating water pump need to be installed,a large amount of free hot wateris provided.At the same time,the cooling capacity oftheunitisincreasedby about 5 % ,whichissuitable for industrial production processes and commercial places with large demand.

Descriptionofheatrecoverysystem

1.Heat recovery chiller unit
2.Heat recovery unit
3.Hot water storage tank
4.Heat recovery circulation water pump
5.Hot water distribution Water pump

Heat recovery selection reference table (hot water temperature : 50-55℃)

Model	30%Heatrecovery		100% Heatrecovery
Model	Heatrecoverymodel	Heatrecoverycapacity (kW)	Heatrecovery model	Heatrecoverycapacity (kW)
40STE-140ADSL4	UHR009A	29	UHR030A	97
40STE-410ADSL4	UHR028A	88	UHR092A	293
40STE-460ADDL4	UHR031B	100	UHR104B	333
40STE-740ADDL4	UHR050B	170	UHR168B	566
40STD-550WDS(L)(C)4	UHR039A	124	UHR130A	413
40STD-930WDS(L)(C)4	UHR068A	215	UHR225A	717
40STD-1520WDS(L)(C)4	UHR108A	355	UHR360A	1183
40STD-680WDD(L)(C)4	UHR045B	152	UHR075A*2	507
40STD-1660WDD(L)(C)4	UHR063A*2	382	UHR210A*2	1273
40STD-3040WDD(L)(C)4	UHR108A*2	711	UHR360A*2	2370
40STD-4560WDT(L)(C)4	UHR108A*3	1067	UHR360A*3	3557

Heat Exchanger Tube

Condenserheatexchangetube

Evaporator Heat ExchangerTube

Condenser heat exchange tube specifi cation sheet

Heatexchangetubematerial	CopperTube	Aluminum BrassTube	Nickel Copper Tube	Stainless Tube
Tube thickness option 1 (mm)	1	1.2	1	1
Tube thickness option 2(mm)	1.1	1.3	1.1	1.15
Tube thickness option 3 (mm)	1.2	1.4	1.2	1.2
Tube thickness option 4(mm)	1.3	1.5	1.3	1.35
Suitable for water quality	Standard non-corrosive neutral water	seawater	Alkaline water	Acid water

Evaporator heat exchange tube specification sheet

Heatexchangetubematerial	CopperTube	Aluminum BrassTube	NickelCopper Tube	Stainless Tube
Tube thickness option 1 (mm)	1	1.2	1	1
Tube thickness option2(mm)	1.1	1.3	1.1	1.15
Tube thickness option 3 (mm)	1.2	1.4	1.2	1.2
Tube thickness option 4(mm)	1.3	1.5	1.3	1.35
Suitable for water quality	Standard non-corrosive neutral water	seawater	Alkaline water	Acid water

ImportantNotice:

Heatexchangeris the key components of the chiller unit,its manufacturing technology directlyaffects the qualityof theproduct.Also,the heatexchange tube, which is the only component of the heat exchanger in contactwiththeambient,closelyaffectsthelifeofthe unit.The thickness and material of the heat exchange tubeare very important.Customers can choose the suitablematerialandthicknessofheatexchangertube according to the air and water quality.

Fin heatexchanger

Aluminum fin heat exchanger

Brass fin heat exchanger

Stainless Steel heat exchanger

VFD low temperature chiller

VFDlow-temperaturechillerisbased on the existingchiller butadoptingVFD on the compressor,toachievea variable frequency operationsystem on thechiller. It isa double

Highefficiencyandenergy-saving

Adoptinternationalbrandvariablefrequencydrive technologyto improve integrated partloadvalue (IPLV) up to8.

Smallstartingcurrent

VFD screw chiller with soft starter,reducing the impact ofstartingcurrent;TheVFDhasitsownDCreactorto minimizeharmonic interference;Optionallow-harmonic filter.VFD input power meets_theIEEE-519 specification for harmonic distortion withharmonic filter overtemperature protection and capacitance switching.

Accuratetemperaturecontrol

The outlet water temperature can be controlled precisely within ± 0 . 3 ^ { \circ } { C } to meet high precision temperature control requirement.

efficientunitwith fullload Coefficient OfPerformance (COP) andIntegratedPartLoadValue(IPLV).

Stabilityand reliability

TheVFD low temperature chillerwith simple compressor structure,adopts themotor speed to control'the output load toachieve true steplesscontrol to improve compressor reliability.Refrigerant suctioncoolingmotor atlow temperature,more stable:Low startingcurrent.

Winter energy-saving device (dry cooler)

In the transitional season and winter,the outdoor ambient temperature islower than the processwater temperature,takingadvantageofthecold airoutsideto cool the processwaterwithout turning on the compressor. The dry cooler uses this principle to achieve the real noncompressorcooler.Whentheambienttemperatureislower thanthe processwater temperature,the process water run through thedry coolerheat exchange tube.The fanisused to control the flow of outside cold air to cool theprocess water,and to ensure that the processwater temperature meets the set requirements. It meets the requirements and saves 90 % energy.

Cloud service (remote monitoring)

Central A/Ccloudservicesystem

Cloud service value:
Remote control adjustment
Remote monitoring
Remote upgrade
Fault warning
Remotediagnosis
Product distributionmanagement
Historicaldataanalysis

Air-cooled lowtemperaturechiller parameters

Refrigerant:R22	Powersupply:380V-3N-50Hz											Axial Fan
Model	kW	Nooina USRT			Catacity
Model	kW	Nooina USRT			Catacity
40STE-140ADSL4	55.4	15.8		32.6	0，66，100	30		2-1/2"	10.1		1	28	40.2	2.0×2		68	1260	1370
40STE-200ADSL4		2218		450	0,50,75,100	4256		33	14.1	11		564	5780	1.2x4		6872	1900	2080
	78.27
40STE-300ADSL4	123.5	35.1		66.8	0,50，75，100	68		3″	22.5	1		66	80	2.0×4	72		2780	3020
40STE-340ADSL4	145.3	41.3		77.5	0,50，75，100	80		4"	26.4		1	42	85	1.2×6		72	3220	3380
40STE-370ADSL4	156.5	44.5		84.0 0,	50， 75, 100	86		4"	28.5		1	54	121	2.0×6		72	3240	3620
40STE-410ADSL4	170.1	48.4		92.6	0,50，75，100	95 115		4" 4"	31.0		1	44 55	121 114	2.0×6 1.2×8		72	3500	3880 4950
40STE-460ADDL4	194.4	55.3		107.8 117.8		124				35.4	1 1	65	161		2.0×8	75 75	4780 4850	5130
40STE-520ADDL4	209.4 247.0	59.5 70.2				0,25,37.5,50,	135		4” 4"	38.1 44.9	1	54	161		2.0×8	75	5360	5580
40STE-600ADDL4			133.6	62.5,75,87.5,100							1	65	170
40STE-680ADDL4	290.6	82.6	155.0			161 175		4” 4″	52.9					1.6×12 2.0×12	75	5660		6100
40STE-740ADDL4	313.0	89.0	168							57.0	1	54	241			75	5720	6040

Note: 1.Nominal cooling capacity benchmark: air dry/wet bulb temperature 3 5 ^ { \circ } { C } / 2 4 ^ { \circ } { C } . chilled water inlet and outlet water temperature - 1 0 ^ { \circ } \mathbf { C } / . 1 5 ^ { \circ } { C } foulingfactor 0.018m \bullet \circ _ { \mathbf { C } / \mathbf { k W } } 2. Chilled water temperature range: - 1 5 ^ { \circ } \mathbf { C } ~ 5 ^ { \circ } \mathbf { C } ; 3.Ambient temperature range: 5 ^ { \circ } { C } ~ 4 3 ^ { \circ } { C } 1 4.Specificationsand dimensionsare subjecttoimprovementwithout notice.

Air-cooled low temperature chiller technical parameters

Refrigerant: R404A Power supply: 380V-3N-50Hz

Model	Noinal						Evaporator				Axial Fan
Model	kW	USRT	Capacity control %
40STE-S140ADSL4	55.6	15.8	40.8	0%，66%，100%	30		2-1/2"	10.1	1	28	40.2	2.0×2	68	1260	1370

40STE-S200ADSL4	78.48	2283	56.9	0%, 50%,5%,.100	4256		33	14.1	11	564	5780	1.2x4	687	1900	2080
40STE-S300ADSL4	124.0	35.3	87.7	0%，50%，75%, 100%	68		3”	22.6		66	80	2.0×4	72	2780	3020
40STE-S340ADSL4	145.6	41.4	101.7	0%，50%，75%， 100%	80		4"	26.5		42	85	1.2×6	72	3220	3380
40STE-S370ADSL4	156.8	44.6	110.4	0%，50%，75%， 100%	86		4"	28.5	1	54	121	2.0×6	72	3240	3620
40STE-S410ADSL4	170.4	48.5	119.6	0%，50%，75%， 100%	95		4"	31.0	一	44	121	2.0×6	72	3500	3880
40STE-S460ADDL4	195.2	55.5	138.4	0,25,37.5,50,62.5, 75,87.5,100		115	4"	35.5	1	55	114	1.2×8	75	4780	4950
40STE-S520ADDL4	209.6	59.6	150.2			124	4"	38.1	1	65	161	2.0×8	75	4850	5130
40STE-S600ADDL4	248.0	70.5	175.4			135	4”	45.1	1	54	161	2.0×8	75	5360	5580
40STE-S680ADDL4	291.2	82.8	203.4				4"	53.0	1	65	170	1.6×12	75	5660	6100
40STE-S740ADDL4	313.6	89.2	220.8		161 175		4”	57.1	1	54	241	2.0×12	75	5720	6040

Note: 1.Nominal cooling capacity benchmark: air dry/wet bulb temperature 3 5 ^ { \circ } { C } / 2 4 ^ { \circ } { C } , chilled water inletandoutlet water temperature - 1 0 ^ { \circ } \mathbf { C } / 一 5 ^ { \circ } { C } fouling factor0.018m·C/kW; 2.Chilled water temperature range: * 1 5 ^ { \circ } { ~ C ~ } { ~ } 5 ^ { \circ } { ~ C ~ } （204号 3.Ambient temperature range: 5 ^ { \circ } { ~ C ~ } { ~ } 4 3 ^ { \circ } { ~ C ~ } （20 4.Specifications and dimensions are subject to improvement without notice.

Air-cooled lowtemperaturechillerparameters

Note:

Refrigerant: R22	Power supply: 460V-3N-60Hz											AxialFan
Model	kW	Nominal			Cantrcity				Evaporator
Model	kW	USRT			Cantrcity				Evaporator
		USRT						2-1/2"
40STE-140ADSL4	66	19	39	0，66，100	30				12	1	28	48	2.5×2	68	1386	1507
405STE-20ADSL4	4416	2730	547	0,50,75,100	4256		303	1723	11	564		686	1.5x4	6872	2090	2288
		42	80		68		3"	27	1	66		96	2.5×4	72	3058	3322
40STE-300ADSL4	148 174	50		0,50，75，100 0,50,75，100	80		4”	32	1		42	102	1.5×6	72	3542	3718
40STE-340ADSL4 40STE-370ADSL4	188	53	93 101	0,50, 75,	100 86		4"	34		1	54	145	2.5×6	72	3564	3982
40STE-410ADSL4	204	58	111	0,50,75，100	95		4"	37		1	44	145	2.5×6	72	3850	4268
40STE-460ADDL4	233	66	129			115	4"		42	1	55	137	1.5×8	75	5258	5445
40STE-520ADDL4	251	71	141			124		4"	46	1	65	193	2.5×8	75	5335		5643
40STE-600ADDL4	296	84	160	62.,25,37.5.00		135		4"	54	1	54	193	2.5×8	75	5896	6138
40STE-680ADDL4	349	99	186			161		4"	63	1	65	204	2.5×8	75	6226	6710
40STE-740ADDL4	376	107	202			175		4”	68	1	54	289	2.5×12	75	6292	6644

1.Nominalcooling capacity benchmark:airdry／wetbulb temperature 3 5 ^ { \circ } { ~ C ~ } / 2 4 ^ { \circ } { C } ,chilled water inletand outlet water temperature - 1 0 { ~ } ^ { \circ } { ~ C ~ } / . 1 5 ^ { \circ } { C } fouling factor 0 . 0 1 8 \ { m } ^ { 2 } \bullet ^ { \circ } \mathbf { C } / \mathbf { k W } 2. Chilled water temperature range: \mathbf { - } 1 5 ^ { \circ } \mathbf { C } ~ 5 ^ { \circ } \mathbf { C } 3.Ambient temperature range: 5 ^ { \circ } { C } ~ 4 3 ^ { \circ } { C } 1 4.Specificationsand dimensions are subject to improvement without notice.

Air-cooled lowtemperaturechillertechnical parameters

Model	Nominal kW		USRT		Capacitycontrol %	Evaporator				AxialFan
Model			USRT		Capacitycontrol %
40STE-S140ADSL4	55.6	15.8	40.8	0%，66%，100%	30	2-1/2"	10.1	1	28	40.2	2.0×2	68	1260	1370
	78.48
40ST-200ADSL4		2328	56.9	0%，50%, 75%, 100%	4256	33	43	11	564	5780	1.2x4	6872	1900	2080
40STE-S300ADSL4	124.0	35.3	87.7	0%,50%, 75%, 100%	68	3”	22.6	1	66	80	2.0×4	72	2780	3020
40STE-S340ADSL4	145.6	41.4	101.7	0%，50%, 75%，100%	80	4"	26.5	1	42	85	1.2×6	72	3220	3380
40STE-S370ADSL4	156.8	44.6	110.4	0%, 50%，75%, 100%	86	4	28.5	1	54	121	2.0×6	72	3240	3620
40STE-S410ADSL4	170.4	48.5	119.6	0%，50%, 75%， 100%	95	4”	31.0	1	44	121	2.0×6	72	3500	3880
40STE-S460ADDL4	195.2	55.5	138.4	0,25,37.75,50.65,	115	4″	35.5	1	55	114	1.2×8	75	4780	4950
40STE-S520ADDL4	209.6	59.6 150.2			124	4"	38.1	一	65	161	2.0×8	75	4850	5130
40STE-S600ADDL4	248.0	70.5	175.4		135	4″	45.1	1	54	161	2.0×8	75	5360	5580
40STE-S680ADDL4	291.2	82.8 203.4			161	4"	53.0	1	65	170	1.6×12	75	5660	6100
40STE-S740ADDL4	313.6	89.2 220.8			175	4″	57.1	1	54	241	2.0×12	75	5720	6040

Note: 1.Nominalcoolingcapacitybenchmark:airdry/wetbulb temperature 3 5 ^ { \circ } { C } / 2 4 ^ { \circ } { C } , chilled water inlet and outletwater temperature - 1 0 { ~ } ^ { \circ } \mathbf { C } { ~ } / -15°C; foulingfactor 0 . 0 1 8 ~ { m } ^ { 2 } * ^ { \circ } { C } / { k } \breve { { W } } 2.Chilled water temperature range: * 1 5 ^ { \circ } { C } ~ 5 ^ { \circ } { C } （204号 3.Ambient temperature range: 5 ^ { \circ } { C } ~ 4 3 ^ { \circ } { C } （20 4.Specifications and dimensions are subject to improvement without notice.

40STE series air-cooled low temperature chiller outline drawing

Model	A	B	C	D	E
40STE-(S)140ADS(L)(B)4	2250	1150	2300	1500	1100
40STE-(S)200ADS(L)(B)4	2250	2100	2300	1800	2050
40STE-(S)260ADS(L)(B)4	2250	2100	2300	1800	2050
40STE-(S)300ADS(L)(B)4	2480	2100	2400	1880	2050
40STE-(S)340ADS(L)(B)4	3400	2100	2400	1400	2050
40STE-(S)410ADS(L)(B)4	3400	2100	2400	1400	2050

Model	A	B	C	D	E
40STE-(S)460ADD(L)(B)4	4500	2100	2400	1800	2050
40STE-(S)520ADD(L)(B)4	4500	2100	2400	1800	2050
40STE-(S)600ADD(L)(B)4	4960	2100	2400	1800	2050
40STE-(S)680ADD(L)(B)4	6800	2100	2400	3000	2050
40STE-(S)740ADD(L)(B)4	6800	2100	2400	3000	2050
40STE-(S)410ADS(L)(B)4	3400	2100	2400	1400	2050

Water-cooled lowtemperaturechiller parameter(-5°℃\~10℃)

Refrigerant: R22	Powersupply:380v-3N-50Hz
	Noinal
Model	kW	USRT											P
40STD-100WDSH4	72	21	22	38		18	2”	16	1 39	2”	13	1	24	73	980	1080
40STD-140WDSH4	100	29	29	51	0 66 25	2-1/2"		22 1	45	2-1/2"	18	1	31	74	1010	1120
40STD-180WDSH4	132	37	36	65	100 32	3"		29 1	43	3”	24	1	35	75	1200	1360
40STD-230WDSH4	176	50	48	85	42	3”		38 1	50	3"	32	1	39	75	1350	1530
40STD-260WDSH4	189	54	52	91	46	3”	42	1	50	3”	34	1	50	75	1540	1700
	223	63	59	103	55	3”		49 1	49	3”	41	1	49	75	1680	1850
40STD-300WDSH4	262	75	69	119	62	4”		57 1	47	4”	48	1	47	75	1800	1980
40STD-340WDSH4	283	80	75	128	68	4″		61 1	48	4"	51	1	73	75	1920	2080
40STD-370WDSH4	307	87	82	139	75	5”		67 1	48	4"	56	1	70	75	2030	2240
40STD-410WDSH4		106	98	167	90	5″		81 1	49	4"	68	1	47	75	2380	2660
40STD-470WDSH4	373	123	113	192	102	5”	94	1	48	5”	79	1	52	75	2520	2800
40STD-550WDSH4	431 467	133	121	205	0 5075 110	5″		101 1	49	5”	85	1	69	75	2730	3020
40STD-580WDSH4 40STD-620WDSH4	485	138	127	215	100 115	5”		105 1	55	5”	88	1	87	75	2820	3240
40STD-710WDSH4	565	161	145	244	134	5"		122 1	62	5″	103	1	44	75	2980	3400
40STD-790WDSH4	608	173	156	263	148	5”		131 1	64	5”	111	1	64	75	3220	3750
40STD-830WDSH4	662	188	170	286	158	5″	143	1	65	5″	120	1	76	75	3400	4000
40STD-930WDSH4	747	212	192	324	177	6"		161 1	67	6”	136	1	79	75	3680	4250
40STD-1090WDSH4	842	239	216	377	218	6”		182 1	70	8"	153	1	81	75	4150	4730
40STD-1280WDSH4	1079	307	268	459	256	8"	232	1	80	8"	196	1	84	75	4420	5020
40STD-1520WDSH4	1251	356	310	529	292	8"		268 1	84	8″	228	1	87	75	4780	5380
40STD-200WDDH4	144	41	44	76	36	3”		32 1	42	3”	26	1	34	75	1570	1990
40STD-460WDDH4	352	100	9	169	84	3″		77 1	45	4″	64	1	47	75	2510	3300
40STD-520WDDH4	379	108	104	182	92	4”		83 1	46	5”	69	1	59	75	2820	3700
40STD-680WDDH4	525	149	137	238 345	124	5"	114	1	47	5"	96	1	49	75	3250	4350
40STD-1020WDDH4

Note: 1.Nominal cooling capacity reference: evaporator inlet and outlet water temperature 5 ^ { \circ } { C } / 0 ^ { \circ } { C } ,condenser inlet and outlet water temperature 3 0 ^ { \circ } { C } / 35°C; fouling factor 0 . 0 1 8 \ { m } ^ { 2 } \bullet \circ { C } / { k W } ; （204号 2. Chilled water temperature range: { \bf - 5 } ^ { \circ } { \bf C } ~ 1 0 ^ { \circ } { \bf C } 1 3.Cooling water temperature range: 1 5 ^ { \circ } { C } ~ 4 0 ^ { \circ } { C } 4.Specifications and dimensions are subject to improvement without notice.

Water-cooled low temperature chiller parameter(-5C \~10℃)

Refrigerant: R404A
					Power supply:380v-3N-50Hz
Model	Noinal kW	USRT
		21	26	45		18	2″	17							73
40STD-S100WDSH4 40STD-S140WDSH4	73 98	28	35	59	0 66 25	2-1/2"	23	1 1	39 45	2″ 2-1/2″	13 18	1 1	24 31	74	980 1010	1080 1120
40STD-S180WDSH4	127	36	44	76	100 32	3”	29	1	43	3”	23	1	35	75	1200	1360
	170	48	58	100	42	3”	39	1	50	3″	31	1	39	75	1350
40STD-S230WDSH4	190	54	65	111	46	3”	44	1	50	3”	35	1	50	75	1540	1530 1700
40STD-S260WDSH4			74	126	55	3”	50	1	49	3”	40	1	49	75	1680	1850
40STD-S300WDSH4	219	62	84	144	62	4”	58	1	47	4”	46	1	47	75	1800	1980
40STD-S340WDSH4	254	72	91	155	68	4”	64	1	48	4"	51	1	73	75	1920
40STD-S370WDSH4	280	80 86	102	172		5”	69	1	48	4”	55	1	70	75	2030	2080
40STD-S410WDSH4	301		120	203	75		82	1	49	4″	65	1	47		2380	2240
40STD-S470WDSH4	359	102	140	236	90	5"	96	1	48	5”	76	1	52	75		2660
40STD-S550WDSH4	419	119	148	250	0 102	5”	102	1	49	5”	81	1	69	75 75	2520 2730	2800
40STD-S580WDSH4	447	127 133	156	262	5075 110 100 115	5” 5”	107	1	55	5”	85	1	87	75	2820	3020
40STD-S620WDSH4	467	154	179	299	134	5"	124	1	62	5"	99	1	44	75	2980	3240
40STD-S710WDSH4	543	169	200	333		5”	137	1	64	5”	108	1		75	3220	3400
40STD-S790WDSH4	596	182	213	355	148	5"	147	1	65	5”	117	1	64 76	75	3400	3750
40STD-S830WDSH4	640 715	203	234	390	158 177	6"	163	1	67	6”	130	1	79	75	3680	4000
40STD-S930WDSH4	814	232	268	460		6”	186	1	70	8″	148	1	81	75	4150	4250 4730
40STD-S1090WDSH4	1054	300	352	559	218 256	8"	242	1	80	8”	192	1	84	75	4420	5020
40STD-S1280WDSH4	1195	340	397	664	292	8"	274	1	84	8″	217	1	87	75	4780	5380
40STD-S1520WDSH4	148	42	53	90	36	3”	35	1	42	3”	27	1	34	75	1570	1990
40STD-S200WDDH4	339	97	116	200	84	3”	78	1	45	4"	62	1	47	75	2510	3300
40STD-S460WDDH4	380	108	130	222	92	4”	88	1	46	5”	69	1	59	75	2820	3700
40STD-S520WDDH4 40STD-S680WDDH4	507	144	168	287	124	5"	116	1

Note: 1.Nominal cooling capacity reference: evaporator inlet and outlet water temperature 5 ^ { \circ } { C } / 0 ^ { \circ } { C } ,condenser inlet and outlet water temperature 3 0 ^ { \circ } { C } / 35°C; fouling factor0.018 m \mathbf { \partial } * \mathbf { \circ } _ { \mathbf { C } / \mathbf { k W } } 2. Chilled water temperature range: - 5 ^ { \circ } \mathbf { C } ~ 1 0 ^ { \circ } \mathbf { C } 3.Cooling water temperature range: 1 5 ^ { \circ } { C } ~ 4 0 ^ { \circ } { C } 4.Specifications and dimensions are subject to improvement without notice.

Water-cooled lowtemperaturechiller parameter(-20°℃\~-5℃)

Refrigerant: R22	Power supply:380v-3N-50Hz
Model	Nominal
	kW	USRT
40STD-100WDSL4	45	13	20	36	0	2” 18	11	1	35	2”	9	1	26	73	1070	1170
40STD-140WDSL4	62	18	27	48	66 25 100	2-1/2"	15	1	40	2-1/2″	12	1	34	74	1100	1210
40STD-180WDSL4	82	23	34	61	32	3”	20	1	39	3”	16	1	38	75	1290	1420
40STD-230WDSL4	109	31	44	77	42	3”	26	1	46	3″	22	1	43	75	1450	1630
40STD-260WDSL4	117	33	48	84	46	3”	28	1	45	3”	23	1	55	75	1640	1800
40STD-300WDSL4	138	39	55	96	55	3″	33	1	44	3”	27	1	67	75	1780	1950
40STD-340WDSL4	162	46	64	111	62	4	39	1	43	4”	32	1	74	75	2010	2190
40STD-370WDSL4	175	50	69	121	68	4″	42	1	43	4"	35	1	80	75	2130	2290
40STD-410WDSL4	190	54	76	137	75	4”	46	1	43	4"	38	1	77	75	2300	2510
40STD-470WDSL4	231	66	91	156	90	5″	55	1	44	4"	46	1	52	75	2650	2930
40STD-550WDSL4	267	76	105	182	0 102	5”	64	1	44	5”	53	1	57	75	2800	3080
40STD-580WDSL4	289	82	112	193	5075 110	5″	69	1	44	5″	57	1	76	75	3010	3300
40STD-620WDSL4	300	85	118	203	100 115	5”	72	1	50	5”	59	1	96	75	3100	3530
40STD-710WDSL4	350	99	134	235	134	5″	83	1	56	5″	69	1	48	75	3300	3720
40STD-790WDSL4	376	107	145	244	148	5"	90	1	58	5”	74	1	70	75	3540	4070
40STD-830WDSL4	410	116	158	280	158	5″	98	1	59	5”	81	1	84	75	3820	4320
40STD-930WDSL4	462	131	178	313	177	6"	110	1	61	5”	91	1	87	75	4000	4570
40STD-1090WDSL4	595	169	223	389	218	6″	141	1	63	8″	118	1	90	75	4320	4580
40STD-1280WDSL4	667	190	249	430	256	8”	157	1	72	8"	132	1	92	75	4580	5180
40STD-1520WDSL4	774	220	287	499	292	8″	182	1	76	8″	153	1	95	75	4950	5550
40STD-200WDDL4	90	26	41	72	36	3”	22	1	38	3”	18	1	38	75	1740	2170
40STD-460WDDL4	218	62	67	155	84	3″	49	1	41	5”	43	1	51	75	2680	3480
40STD-520WDDL4	234	67	97	167	92	5”	57	1	42	5”	46	1	46	75	3010	3920
40STD-680WDDL4 40STD-1020WDDL4	325 482	92 137	127 187	223 326	124 188	5″ 4"*2	78 115	1 1	42 43	5″ 6”	64 95	1 1	54 58	75 75	3660 4560	4760 5780

Note: 1.Nominal cooling capacity reference: evaporator inlet and outlet water temperature - 1 0 ^ { \circ } { ~ C ~ } / * 1 5 ^ { \circ } { ~ C ~ } ,condenser inlet and outlet water temperature 3 0 ^ { \circ } { C } / 35°C; fouling factor 0.018 m \bullet \circ _ { \mathbf { C } } \mathbb { k } \mathbb { W } 5 2. Chilled water temperature range: - 2 0 ^ { \circ } C { ~ } - 5 ^ { \circ } C . 3.Cooling water temperature range: 1 5 ^ { \circ } { C } ~ 4 0 ^ { \circ } { C } 4.Specifications and dimensions are subject to improvement without notice.

Water-cooled low temperature chiller parameter (-20C \~-5℃)

Refrigerant: R404A	Powersupply: 380v-3N-50Hz
Model
Model
40STD-S100WDSL4	47	13	26	44		18	2″	12	1	35	2”	9	1	26	73
40STD-S140WDSL4	65	18	34	58	0 66	25	2-1/2″	17	1	40	2-1/2"	13	1	34	74	1070 1100	1170
40STD-S180WDSL4	85	24	43	74	100	32	3”	22	1	39	3”	17	1	38	75	1290	1210 1420
	114	32	56	95		42	3″	29	1	46	3”	23	1	43	75
40STD-S230WDSL4	122	35	61	104		46	3”	32	1	45	3”	24	1	55	75	1450	1630
40STD-S260WDSL4	145		69	120		55	3"	37	1	44	3”	29	1	67	75	1640	1800
40STD-S300WDSL4		41 48	80	140		62	4"	43	1	43	4”	34	1	74		1780	1950
40STD-S340WDSL4	170	52	87	151		68	4”	46	1	43	4″	36	1	80	75	2010	2190
40STD-S370WDSL4	183	57	96	168		75	4”	51	1	43	4”	39	1	77	75	2130	2290
40STD-S410WDSL4	199		115	196		90	5"	61	1	44	4	48	1	52	75	2300	2510
40STD-S470WDSL4	242	69 80	133	225		102	5”	71	1	44	5”	55	1	57	75	2650	2930
40STD-S550WDSL4	280	86	142	239	0 5075	110	5”	76	1	44	5”	60	1		75	2800	3080
40STD-S580WDSL4	303	89	148	255	100	115	5”	80	1	50	5”	62	1	76 96	75	3010	3300
40STD-S620WDSL4	315	104	169	291		134	5”	92	1	56	5″	72	1	48	75	3100	3530
40STD-S710WDSL4	367	112	182	306		148	5”	99	1	58	5”	78	1	70	75	3300	3720
40STD-S790WDSL4	395	122	199	345		158	5"	108	1	59	5″	85	1		75	3540	4070
40STD-S830WDSL4	429	138	225	392		177	6”	122	1	61		96		84	75	3820	4320
40STD-S930WDSL4	484	178	281	485			6"	156	1	63	5”	1 123		87	75	4000	4570
40STD-S1090WDSL4	624	199	314	532		218 256	8”	174	1	72	8″	1 1		90	75	4320	4580
40STD-S1280WDSL4	700	231	362	621		292	8”	202	1	76	8" 8″	138 161		92 95	75	4580	5180
40STD-S1520WDSL4	813	27	51	87		36	3”	25	1	38	3”	18	1 1	38	75 75	4950	5550 2170
40STD-S200WDDL4 40STD-S460WDDL4	93 228	65	112	191		84	3”	58	1	41	5″	45	1	51	75	1740 2680

Note: 1.Nominal cooling capacity reference:evaporator inlet and outlet water temperature - 1 0 ^ { \circ } { ~ C ~ } / . 1 5 ^ { \circ } { C } ,condenser inlet and outlet water temperature 3 0 ^ { \circ } { C } / 35 ^ \circ { C } fouling factor0.018m·C/kW; 2. Chilled water temperature range: - 2 0 ^ { \circ } C ~ - 5 ^ { \circ } C 15 3.Cooling water temperature range: 1 5 ^ { \circ } { C } ~ 4 0 ^ { \circ } { C } 4.Specificationsand dimensionsare subject to improvement without notice.

Water-cooled low temperature chiller parameter (-35C \~-20℃)

Refrigerant: R22			Power supply: 380v-3N-50Hz
Model	Nooin

		kW	USRT			17	32				6		35	2″	4	1	27	75		1100
40STD-100WDSC4	18	5		42	0 66	18	2” 2-1/2"	8	1 1	40	2-1/2"	6		1	34	75	1160		1200 1270
40STD-140WDSC4	26	7	23		100	25	3”	11	1	39	3”	7		1	39	75		1340 1510
40STD-180WDSC4	34	10	29	55		32		14	1	46		3”	10	1	43	75		1500	1680
40STD-230WDSC4	45	13	39	69		42	3” 3”	16	1		45	3”	11	1	56	75		1670	1830
40STD-260WDSC4	48	14	42 48		74	46 55	3”		18 1		44	3”	13	1	27	75		1820	1990
40STD-300WDSC4	57	16	56		85 98	62	4”		21 1		43	4"	15	1	26	75		2070	2260
40STD-340WDSC4	67	19	67		106	68	4"		24 1		43	4”	16	1	82	75		2190	2350
40STD-370WDSC4	72	21 22	68		122	75	4”		25	1	44	4”	17	1	53	75		2380	2590
40STD-410WDSC4	78	27	80		140	90	5"		30 1		90	4”	21	1	44	75		2720	3000
40STD-470WDSC4	95	31		92	161 0	102	5”		35 1		44	5”	24	1	58	75		2830	3120
40STD-550WDSC4 40STD-580WDSC4	110 119	34		99	172 505	110	5”		38 1		44	5”	26	1	78	75		3060	3350
40STD-620WDSC4	124	35		103	178 100	115	5”		39 1		50	5”	27	1	98	75		3160	3580
40STD-710WDSC4	144	41		119	209	134	5”		45 1		56	5”	32	1	49	75		3350	3770
40STD-790WDSC4	155	44		128	218	148	5”		49 1		58	5”	34	1	71	75		3590	4120
40STD-830WDSC4	169	48	140		250	158	5”		53 1		59	5”	37	1	85	75		3870	4370
40STD-930WDSC4	191	54		158	279	177	6”		60 1		61	5”	42	1	88	75		4050	4620
40STD-1090WDSC4	246	70	200		353	218	6"		77 1		63	8"	54	1	91	75		4380	4960
40STD-1280WDSC4	276	78		223	391	256	8”		86 1		72 8"

Note: 1.Nominal cooling capacity reference: evaporator inlet and outlet water temperature - 3 0 ^ { \circ } C/ - 3 5 ^ { \circ } { ~ C ~ } ,condenser inlet and outlet water temperature 3 0 ^ { \circ } { C } / 35°C; fouling factor 0 . 0 1 8 \ m ^ { 2 } \bullet ^ { \circ } \mathbf { C } / \mathbf { k W } 2. Chilled water temperature range: - 3 5 ^ { \circ } \mathbf { C } ~ - 2 0 ^ { \circ } \mathbf { C } 3.Cooling water temperature range: 1 5 ^ { \circ } { C } ~ 4 0 ^ { \circ } { C } （204号 4.Specifications and dimensions are subject to improvement without notice.

Water-cooled low temperature chiller parameter(-35C \~ -20℃ )

Refrigerant:R404A	Power supply: 380v-3N-50Hz
Model	Noina											电心
	kW	USRT
40STD-S100WDSC4	18	5	19	34	0	18	2”	6 1	35	2"	4	1	27	75	1100	1200
40STD-S140WDSC4	25	7	26	46	66	25	2-1/2"	9 1	40	2-1/2"	5	1	34	75	1160	1270
40STD-S180WDSC4	32	9	33	60	100	32	3”	11 1	39	3”	7	1	39	75	1340	1510
40STD-S230WDSC4	43	12	43	75		42	3″	15 1	46	3”	10	1	43	75	1500	1680
40STD-S260WDSC4	46	13	47	81	46		3”	16 1	45	3”	10	1	56	75	1670	1830
40STD-S300WDSC4	55	16	54	95	55		3″ 19	1	44	3”	12	1	27	75	1820	1990
40STD-S340WDSC4	64	18	63	110	62	4”	22	1	43	4”	14	1	26	75	2070	2260
40STD-S370WDSC4	69	20	68	119	68	4″	24	1	43	4"	15	1	82	75	2190	2350
40STD-S410WDSC4	75	21	75	134	75	4”	25	1	44	4”	17	1	53	75	2380	2590
40STD-S470WDSC4	92	26	90	156	90	5″	31	1	90	4”	20	1	44	75	2720	3000
40STD-S550WDSC4	106	30	104	179	0 102	5”	36	1	44	5”	23	1	58	75	2830	3120
40STD-S580WDSC4	115	33	111	191	507万 110	5"	39	1	44	5"	25	1	78	75	3060	3350
40STD-S620WDSC4	119	34	116	200	100 115	5”	41	1	50	5”	26	1	98	75	3160	3580
40STD-S710WDSC4	139	40	133	234	134	5″	47	1	56	5"	31	1	49	75	3350	3770
40STD-S790WDSC4	150	43	144	243	148	5″	50	1	58	5”	33	1	71	75	3590	4120
40STD-S830WDSC4	163	46	157	278	158	5”	55	1	59	5”	36	1	85	75	3870	4370
40STD-S930WDSC4	184	52	177	310	177	6”	62	1	61	5"	41	1	88	75	4050	4620
40STD-S1090WDSC4	237	67	224	391	218	6"	79	1	63	8	52	1	91	75	4380	4960
40STD-S1280WDSC4	266	76	250	433	256	8”	89	1	72	8”	59	1	94	75	4640	5240
40STD-S1520WDSC4	311	88	310	535	292	8″	107	1	76	8″	69	1	97	75	5020	5610
40STD-S200WDDC4	35	10	38	69	36	3”	13	1	36	3”	8	1	38	75	1820	2250
40STD-S460WDDC4	86	25	86	151	84	4″	30	1	84	5"	19	1	52	75	2760	3560
40STD-S520WDDC4	93	26	94	162	92	5"	32	1	92	5”	20	1	42 55	75 75	3100 3760	4010
40STD-S680WDDC4	129	37 55	126 185	220 323	124	5″	44	1	42	5" 6”	28	1

Note: 1.Nominal cooling capacity reference:evaporator inlet and outlet water temperature - 3 0 ^ { \circ } { ~ C ~ } / { ~ - ~ } 3 5 ^ { \circ } { ~ C ~ } ,condenser inlet and outlet water temperature 3 0 ^ { \circ } { C } / 3 5 ^ { \circ } { C } fouling factor0.018 m \because { ~ degree ~ } _ { { C } } / { k W } 2. Chilled water temperature range: - 3 5 ^ { \circ } \mathbf { C } ~ - 2 0 ^ { \circ } \mathbf { C } 3.Cooling water temperature range: 1 5 ^ { \circ } { C } ~ 4 0 ^ { \circ } { C } （204号 4.Specifications and dimensions are subject to improvement without notice.

Water-cooled low temperature chiller parameter(-5℃\~10℃）

Refrigerant: R22	Power suppy:460V-3N-60Hz
Model		Noinal
	kW	USRT
40STD-100WDSH4	87	25	26	37	0	18	2"	19	1	39	2”	16	1	24	73	1078	1188
40STD-140WDSH4	120	34	35	49	66 100	25	2-1/2"	27	1	45	2-1/2"	22	1	31	74	1111	1232
40STD-180WDSH4	158	45	44	62		32	3"	35	1	43	3”	29	1	35	75	1320	1496
40STD-230WDSH4	211	60	57	81		42	3”	46	1	50	3"	38	1	39	75	1485	1683
40STD-260WDSH4	227	65	63	88		46	3”	50	1	50	3”	41	1	50	75	1694	1870
40STD-300WDSH4	268	76	71	101		55	3”	58	1	49	3”	49	1	49	75	1848	2035
40STD-340WDSH4	315	90	82	119		62	4”	68	1	47	4”	57	1	47	75	1980	2178
40STD-370WDSH4	339	96	89	128		68	4″	74	1	48	4"	62	1	73	75	2112	2288
40STD-410WDSH4	369	105	99	142		75	5”	80	1	48	4" 67	1		70	75	2233	2464
40STD-470WDSH4	448	127	118	166		90	5″	97	1	49	4" 81	1		47	75	2618	2926
40STD-550WDSH4	518	147	136	191	0	102	5”	112	1	48	5”	94 1		52	75	2772	3080
40STD-580WDSH4	561	159	145	203	507万5	110	5"	121	1	49	5”	102 1		69	75	3003	3322
40STD-620WDSH4	582	166	152	216	100	115	5”	126	1	55	5” 106	1		87	75	3102	3564
40STD-710WDSH4	678	193	173	246		134	5"	146	1	62	5"	123 1		44	75	3278	3740
40STD-790WDSH4	730	207	187	259		148	5”	158	1	64	5” 133	1		64	75	3542	4125
40STD-830WDSH4	794	226	204	293		158	5″	172	1	65	5″ 145	1		76	75	3740	4400
40STD-930WDSH4	896	255	231	333		177	6"	194	1	67	6” 163	1		79	75	4048	4675
40STD-1090WDSH4	1011	287	259	371		218	6”	218	1	70	8" 184	1		81	75	4565	5203
40STD-1280WDSH4	1294	368	322	451		256	8”	278	1	80	8" 236	1		84	75	4862	5522
40STD-1520WDSH4	1501	427	372 53	527 74		292	8 3”	322	1	84	8″ 273	1		87 34	75	5258	5918
40STD-200WDDH4	173	49		162		36		39	1	42	3” 31	1			75	1727	2189
40STD-460WDDH4	422	120	115	176		84 92	3″	92 100	1 1	45 46	4" 77 5”	1 83 1		47 59	75 75	2761 3102	3630 4070
40STD-520WDDH4 40STD-680WDDH4	454 630	129 179	125 165	238		124	4” 5” 137

Note: 1.Nominal cooling capacity reference: evaporator inlet and outlet water temperature 5 ^ { \circ } { C } / 0 ^ { \circ } { C } ,condenser inlet and outlet water temperature 3 0 ^ { \circ } { C } / 35°C; fouling factor 0 . 0 1 8 \ { m } ^ { 2 } \bullet \circ { C } / { k W } ; （20 2. Chilled water temperature range: { \bf - } 5 ^ { \circ } { \bf C } ~ 1 0 ^ { \circ } { \bf C } 1 3.Cooling water temperature range: 1 5 ^ { \circ } { C } ~ 4 0 ^ { \circ } { C } 4.Specifications and dimensions are subject to improvement without notice.

Water-cooled low temperature chiller parameter(-5C \~10℃)

Refrigerant: R404A	Power supply: 460V-3N-60Hz
Model		Nooina


40STD-S100WDSH4	88	25	32	44		18	2″	21	1	39	2″		16	1	24	73	1078	1188
40STD-S140WDSH4	122	35	42	58	0 66	25	2-1/2"	28	1	45	2-1/2"	22	1	31		74	1111	1232
40STD-S180WDSH4	159	45	53	74	100	32	3”	37	1	43	3”	29	1	35		75	1320	1496
40STD-S230WDSH4	214	61	69	97		42	3″	49	1	50	3”	39	1	39		75	1485	1683
40STD-S260WDSH4	229	65	76	105		46	3”	52	1	50	3”	42	1	50		75	1694	1870
40STD-S300WDSH4	271	77	85	120		55	3”	61	1	49	3”	49	1		49	75	1848	2035
40STD-S340WDSH4	319	91	101	141		62	4”	72	1	47	4”	58	1		47	75	1980	2178
40STD-S370WDSH4	343	98	108	153		68	4"	78	1	48	4"	62	1		73	75	2112	2288
40STD-S410WDSH4	373	106	119	170		75	5”	85	1	48	4"	68	1	70		75	2233	2464
40STD-S470WDSH4	453	129	142	202		90	5"	102	1	49	4	83	1	47		75	2618	2926
40STD-S550WDSH4	524	149	164	229	0	102	5”	118	1	48	5”	95	1	52		75	2772	3080
40STD-S580WDSH4	568	162	178	246	507万	110	5”	128	1	49	5”	103	1	69		75	3003	3322
40STD-S620WDSH4	590	168	183	259	100	115	5”	133	1	55	5”	107	1	87		75	3102	3564
40STD-S710WDSH4	651	185	215	294		134	5"	149	1	62	5″	119	1	44		75	3278	3740
40STD-S790WDSH4	715	203	240	313		148	5”	164	1	64	5”	130	1	64		75	3542	4125
40STD-S830WDSH4	768	219	255	351		158	5”	176	1	65	5″	140	1	76		75	3740	4400
40STD-S930WDSH4	858	244	281	403		177	6”	196	1	67	6"	156	1	79		75	4048	4675
40STD-S1090WDSH4	977	278	321	446		218	6″	223	1	70	8″	178	1	81		75	4565	5203
40STD-S1280WDSH4	1265	360	422	541		256	8"	290	1	80	8”	230	1	84		75 75	4862 5258	5522 5918
40STD-S1520WDSH4	1434	408 50	477 64	640 88		292 36	8" 3”	328 41	1	84 42	8″ 3”	261 32	1 1	87 34

Note: 1.Nominal cooling capacity reference: evaporator inlet and outlet water temperature 5 ^ { \circ } { C } / 0 ^ { \circ } { C } ,condenser inlet and outlet water temperature 3 0 ^ { \circ } { C } / 35°C; fouling factor0.018 m \mathbf { \partial } * \mathbf { \circ } _ { \mathbf { C } / \mathbf { k W } } 2. Chilled water temperature range: - 5 ^ { \circ } \mathbf { C } ~ 1 0 ^ { \circ } \mathbf { C } 3.Cooling water temperature range: 1 5 ^ { \circ } { C } ~ 4 0 ^ { \circ } { C } 4.Specifications and dimensions are subject to improvement without notice.

Water-cooled lowtemperaturechiller parameter(-20°℃\~-5℃)

Refrigerant: R22	Power supply: 460V-3N-60Hz
Model	Nominal
	kW	USRT
40STD-100WDSL4	54	15	24	35	0	18 2”		13 1	35	2”	11	1	26	73	1177	1287
40STD-140WDSL4	75	21	32	46	66 25 100	2-1/2"	18	1	40	2-1/2"	15	1	34	74	1210	1331
40STD-180WDSL4	98	28	40	58	32	3”	24	1	39	3”	19	1	38	75	1419	1562
40STD-230WDSL4	131	37	53	75	42	3”	32	1	46	3″	26	1	43	75	1595	1793
40STD-260WDSL4	141	40	58	82	46	3”	34	1	45	3”	28	1	55	75	1804	1980
40STD-300WDSL4	166	47	66	95	55	3″	40	1	44	3”	33	1	67	75	1958	2145
40STD-340WDSL4	195	55	76	110	62	4	47	1	43	4"	39	1	74	75	2211	2409
40STD-370WDSL4	210	60	83	120	68	4″	50	1	43	4"	41	1	80	75	2343	2519
40STD-410WDSL4	228	65	91	133	75	4”	55	1	43	4"	45	1	77	75	2530	2761
40STD-470WDSL4	277	79	109	155	90	5″	66		44	4"	55	1	52	75	2915	3223
40STD-550WDSL4	320	91	126	178	0 102	5”	77	1	44	5”	63	1	57	75	3080	3388
40STD-580WDSL4	347	99	135	189	5075 110	5″	83	1	44	5″	69	1	76	75	3311	3630
40STD-620WDSL4	360	102	141	201	100 115	5”	86	1	50	5”	71	1	96	75	3410	3883
40STD-710WDSL4	420	119	161	230	134	5"	100	1	56	5″	83	1	48	75	3630	4092
40STD-790WDSL4	451	128	173	241	148	5”	107	1	58	5"	89	1	70	75	3894	4477
40STD-830WDSL4	491	140	189	273	158	5″	117	1	59	5″	97	1	84	75	4202	4752
40STD-930WDSL4	554	158	214	309	177	6"	132	1	61	5”	110	1	87	75	4400	5027
40STD-1090WDSL4	714	203	267	346	218	6″	169	1	63	8″	141	1	90	75	4752	5038
40STD-1280WDSL4	801	228	298	421	256	8”	189	1	72	8"	158	1	92	75	5038	5698
40STD-1520WDSL4	929	264	344	490	292	8″	219	1	76	8″	184	1	95	75	5445	6105
40STD-200WDDL4	108	31	49	69	36	3”	27		38	3”	21	1	38	75	1914	2387
40STD-460WDDL4	261	74	80	151	84	3″	59	1	41	5”	52	1	51	75	2948	3828
40STD-520WDDL4	281	80	116	163	92	5”	68	1	42	5”	56	1	46	75	3311	4312
40STD-680WDDL4 40STD-1020WDDL4	390 578	111 164	153 224	221 319	124 188	5″ 4"*2	93 138	1	42 43	5″ 6”	77 114	1 1	54 58	75 75	4026 5016	5236 6358

Water-cooled low temperature chiller parameter (-20C \~ -5℃)

Refrigerant: R404A	Power supply: 460V-3N-60Hz
Model
Model
40STD-S100WDSL4	56	16	31	43		18	2″	15	1	35	2"	11	1	26	73	1177
40STD-S140WDSL4	78	22	41	57	0 66	25	2-1/2"	20	1	40	2-1/2″	15	1	34	74	1210	1287 1331
	102	29	51	72	100	32	3”	26	1	39	3" 20	1		38	75	1419	1562
40STD-S180WDSL4			67	94		42	3”	35	1	46	3″	27 1		43	75	1595
40STD-S230WDSL4	137	39		102			3”	38	1	45	3″	29		55	75		1793
40STD-S260WDSL4	147	42	73 83	117		46	3”		1	44	3”	1 1		67	75	1804 1958	1980
40STD-S300WDSL4	174	49				55		44 52	1	43		34 40		74	75		2145
40STD-S340WDSL4	204	58	96 105	138 148		62	4” 4”	56	1		4” 4″	1 43 1		80	75	2211 2343	2409
40STD-S370WDSL4	220	62				68				43				77	75		2519
40STD-S410WDSL4	239	68	115	165		75	4”	61 74	1	43	4” 47	1				2530	2761
40STD-S470WDSL4	290	83	138 159	195 222		90	5"		1	44	4″ 57 66	1		52 57	75 75	2915	3223
40STD-S550WDSL4	336	95 103	170	239	0	102	5”	85 92	1 1	44	5”	1		76		3080	3388
40STD-S580WDSL4	364	107	178	251	5075 100	110 115	5” 5”	96	1	44	5” 72 5"	1 1		96	75	3311	3630
40STD-S620WDSL4	378	125	203	285			5”	111	1	50 56	75			48	75 75	3410 3630	3883
40STD-S710WDSL4	440	135	219	303		134 148	5”	119	1	58	5″ 87	1		70	75	3894	4092
40STD-S790WDSL4	474	146	239	307		158	5”	130	1	59	5” 94	1		84	75		4477
40STD-S830WDSL4	515	165	270								5″ 102	1				4202	4752
40STD-S930WDSL4	581	213	337	390		177	6”	146	1	61	5” 115	1	87		75	4400	5027
40STD-S1090WDSL4	749	239	376	433		218	6"	187	1	63	8″ 148	1	90		75	4752	5038
40STD-S1280WDSL4	840	277	434	525		256	8"	209	1	72	8” 166	1		92 95	75 75	5038 5445	5698
40STD-S1520WDSL4	975	32	61	619 86		292	8" 3”	242	1 1	76	8″ 193	1		38	75	1914	6105 2387
40STD-S200WDDL4 40STD-S460WDDL4	112 273	78	134	188		36 84	3”	30 70	1	38 41	3″ 22 5″ 54	1 1		51	75	2948

Note: 1.Nominal cooling capacity reference:evaporator inlet and outlet water temperature - 1 0 ^ { \circ } { ~ C ~ } / . 1 5 ^ { \circ } { C } ,condenser inlet and outlet water temperature 3 0 ^ { \circ } { C } / 35 ^ \circ { C } fouling factor0.018m·C/kW; 2. Chilled water temperature range: - 2 0 ^ { \circ } C ~ - 5 ^ { \circ } C 1 3.Cooling water temperature range: 1 5 ^ { \circ } { C } ~ 4 0 ^ { \circ } { C } 4.Specifications and dimensionsare subject to improvement without notice.

Water-cooled low temperature chiller parameter (-35C \~-20℃)

Refrigerant: R22			Power supply: 460V-3N-60Hz
Model	Nooin

		kW	USRT											2”	5	1	27		1210
40STD-100WDSC4	22	6	21	28 38	0	18	2” 2-1/2"	7 10	1 1	35 40	2-1/2"	7		1	34	75 75	1276		1320 1397
40STD-140WDSC4	31	9	28		66 100	25	3”	13	1	39	3”	9		1	39	75	1474	1661
40STD-180WDSC4	40	11	35	50		32		17	1	46	3”		12	1	43	75		1650	1848
40STD-230WDSC4	54	15	46	63 68		42	3” 3”	19	1	45		3”	13	1	56	75		1837	2013
40STD-260WDSC4	58	16	50 58	79		46 55	3″	22	1		44	3”	15	1	27	75		2002	2189
40STD-300WDSC4	68	19	67		92	62	4”	25	1		43	4”	18	1	26	75		2277	2486
40STD-340WDSC4	80	23	80		100	68	4”		29 1		43	4”	19	1	82	75		2409	2585
40STD-370WDSC4	87	25 27	82		113	75	4”		30 1		44	4”	21	1	53	75		2618	2849
40STD-410WDSC4	94	32	96		131	90	5"		36 1		90	4”	25	1	44	75		2992	3300
40STD-470WDSC4	114	38	111		150 0	102	5”		42 1		44	5”	29	1	58	75		3113	3432
40STD-550WDSC4	132	41	119		161 5075	110	5”		45 1		44	5”	32	1	78	75		3366	3685
40STD-580WDSC4 40STD-620WDSC4	143 149	42	124		168 100	115	5”		47 1		50	5”	33	1	98	75		3476	3938
40STD-710WDSC4	173	49	142		197	134	5″		54 1		56	5”	38	1	49	75		3685	4147
40STD-790WDSC4	186	53	153		204	148	5”	58	1		58	5”	41	1	71	75	3949		4532
40STD-830WDSC4	203	58	167		233	158	5”	64	1		59	5"	45	1	85	75		4257	4807
40STD-930WDSC4	229	65	189		261	177	6”		72 1		61	5”	51	1	88	75		4455	5082
40STD-1090WDSC4	295	84	240		295	218	6"	92	1		63	8”	65	1	91	75		4818	5456
40STD-1280WDSC4	331	94	268		365	256	8”	103	1		72 8”

Note:
1.Nomin al cooling capacity reference: evaporator inlet and outlet water temperature - 3 0 ^ { \circ } { C } / （204号 - 3 5 ^ { \circ } { C } ,condenser inlet and outlet water temperature 3 0 ^ { \circ } { C } / 3 5 ^ { \circ } { C } fouling factor 0.018 m² \bullet \circ _ { \mathbf { C } / \mathbf { k W } } 2. Chilled water temperature range: - 3 5 ^ { \circ } \mathbf { C } ~ - 2 0 ^ { \circ } \mathbf { C } 3.Cooling water temperature range: 1 5 ^ { \circ } { C } ~ 4 0 ^ { \circ } { C } （20 4.Specifications and dimensions are subject to improvement without notice.

Water-cooled low temperature chiller parameter(-35C \~ -20℃ )

Refrigerant:R404A	Power supply: 460V-3N-60Hz
Model	Nooinal											电野心
	kW	USRT
40STD-S100WDSC4	21	6	23	33	0	18	2”	8 1	35	2"	5	1	27	75	1210	1320
40STD-S140WDSC4	30	8	31	44	66 25		2-1/2"	10 1	40	2-1/2"	7	1	34	75	1276	1397
40STD-S180WDSC4	39	11	39	57	100 32		3”	13 1	39	3”	9	1	39	75	1474	1661
40STD-S230WDSC4	52	15	52	73		42	3″	18 1	46	3”	11	1	43	75	1650	1848
40STD-S260WDSC4	56	16	56	79	46		3” 19	1	45	3”	12	1	56	75	1837	2013
40STD-S300WDSC4	66	19	65	93	55		3″ 22	1	44	3”	15	1	27	75	2002	2189
40STD-S340WDSC4	77	22	75	109	62	4”	26	1	43	4”	17	1	26	75	2277	2486
40STD-S370WDSC4	83	24	82	118	68	4″	28	1	43	4	18	1	82	75	2409	2585
40STD-S410WDSC4	90	26	89	130	75	4”	31	1	44	4”	20	1	53	75	2618	2849
40STD-S470WDSC4	110	31	108	152	90	5″	37	1	90	4”	24	1	44	75	2992	3300
40STD-S550WDSC4	127	36	124	175	0 102	5”	43	1	44	5”	28	1	58	75	3113	3432
40STD-S580WDSC4	138	39	133	187	5075 110	5″	47	1	44	5”	30	1	78	75	3366	3685
40STD-S620WDSC4	143	41	139	199	100 115	5”	49	1	50	5”	32	1	98	75	3476	3938
40STD-S710WDSC4	167	47	160	229	134	5″	56	1	56	5"	37	1	49	75	3685	4147
40STD-S790WDSC4	179	51	173	240	148	5"	61	1	58	5”	40	1	71	75	3949	4532
40STD-S830WDSC4	195	55	188	272	158	5″	66	1	59	5”	43	1	85	75	4257	4807
40STD-S930WDSC4	220	63	212	307	177	6”	74	1	61	5”	49	1	88	75	4455	5082
40STD-S1090WDSC4	284	81	268	344	218	6”	95	1	63	8″	63	1	91	75	4818	5456
40STD-S1280WDSC4	319	91	300	423	256	8”	106	1	72	8”	70	1	94	75	5104	5764
40STD-S1520WDSC4	373	106	372	494	292	8″	128	1	76	8"	82	1	97	75	5522	6171
40STD-S200WDDC4	42	12	46	65	36	3”	15	1	36	3”	9	1	38	75	2002	2475
40STD-S460WDDC4	104	29	104	147	84	4″	36	1	84	5”	23	1	52	75	3036	3916
40STD-S520WDDC4	111	32	113	159	92	5”	38	1	92	5”	25	1	42	75	3410	4411
40STD-S680WDDC4	155 230	44 65	151 222	218 316	124	5″	52	1	42	5"	34	1

Note: 1.Nominal cooling capacity reference:evaporator inlet and outlet water temperature - 3 0 ^ { \circ } { \bf C } / - 3 5 ^ { \circ } { \bf C } , condenser inletand outlet water temperature 3 0 ^ { \circ } { C } / 35°C; fouling factor 0.018 m \bullet \circ _ { \mathbf { C } } / \mathbf { k } \mathbf { W } 2. Chilled water temperature range: - 3 5 ^ { \circ } \mathbf { C } ~ - 2 0 ^ { \circ } \mathbf { C } （204号 3.Cooling water temperature range: 1 5 ^ { \circ } { C } ~ 4 0 ^ { \circ } { C } （204号 4.Specificationsand dimensions are subject to improvement without notice.

40STD series water-cooled low temperature chiller dimension drawing ( -5C \~ 10°℃ )

Model	A	B	C	D	E
40STD-(S)100WDSH4	2200	800	1500	1100	600
40STD-(S)140WDSH4	2250	800	1550	1100	600
40STD-(S)180WDSH4	2350	800	1650	1200	600
40STD-(S)230WDSH4	2550	900	1800	1200	700
40STD-(S)260WDSH4	2600	900	1800	1200	700
40STD-(S)300WDSH4	2900	900	1800	1200	700
40STD-(S)340WDSH4	2900	900	1850	1200	700
40STD-(S)370WDSH4	2900	900	1850	1200	700
40STD-(S)410WDSH4	2950	900	1950	1200	700
40STD-(S)470WDSH4	3000	1500	1500	2200	920
40STD-(S)550WDSH4	3000	1500	1600	2200	920
40STD-(S)580WDSH4	3600	1500	1600	2200	920
40STD-(S)620WDSH4	3600	1500	1650	2200	920
40STD-(S)710WDSH4	3600	1500	1650	2800	950
40STD-(S)790WDSH4	3600	1500	1700	2800	950
40STD-(S)830WDSH4	3600	1500	1700	2800	950
40STD-(S)930WDSH4	3600	1500	1700	2800	950
40STD-(S)1090WDSH4	4600	1850	1900	3000	1000
40STD-(S)1280WDSH4	4600	1900	2000	3000	1000
40STD-(S)1520WDSH4	4600	1900	2000	3000	1000

40STD series water-cooled low temperature dimension drawing ( - 5 ^ { \circ } C ~ 1 0 ^ { \circ } C ）

Model	A	B	C	D	E
40STD-(S)200WDDH4	2650	1000	1650	1200	700
40STD-(S)460WDDH4	3200	1100	1750	1600	700
40STD-(S)520WDDH4	3300	1100	1950	1600	700
40STD-(S)680WDDH4	3400	1250	2050	1600	1150
40STD-(S)1020WDDH4	4100	1450	2200	1600	1250
40STD-(S)1100WDDH4	3900	1650	2300	1600	1350
40STD-(S)1160WDDH4	4500	1750	2450	1600	1350
40STD-(S)1240WDDH4	4500	1750	2500	1600	1350
40STD-(S)1420WDDH4	4600	1850	2500	2400	1690
40STD-(S)1580WDDH4	4600	1850	2600	2400	1690
40STD-(S)1660WDDH4	4600	1850	2600	2400	1690
40STD-(S)1860WDDH4	3800	1850	2600	2600	1690
40STD-(S)2180WDDH4	4700	2250	2800	2800	2000
40STD-(S)2560WDDH4	5200	2250	2800	2800	2200
40STD-(S)3040WDDH4	5200	2250	2800	2800	2200
40STD-(S)4560WDDH4	6000	3000	2800	2800	2500

40STD series water-cooled low temperature dimension drawing ( - 2 0 ^ { \circ } C ~ - 5 ^ { \circ } C ）

Model	A	B	C	D	E
40STD-(S)100WDSL4	2200	900	1500	1100	600
40STD-(S)140WDSL4	2250	950	1550	1100	600
40STD-(S)180WDSL4	2350	1000	1650	1200	600
40STD-(S)230WDSL4	2550	1000	1800	1200	700
40STD-(S)260WDSL4	2600	1000	1800	1200	700
40STD-(S)300WDSL4	2900	1000	1800	1200	700
40STD-(S)340WDSL4	2900	1250	1850	1200	700
40STD-(S)370WDSL4	2900	1450	1850	1200	700
40STD-(S)410WDSL4	2950	1450	1950	1200	700
40STD-(S)470WDSL4	3000	1700	1500	2200	780
40STD-(S)550WDSL4	3000	1700	1600	2200	920
40STD-(S)580WDSL4	3600	1700	1600	2200	920
40STD-(S)620WDSL4	3600	1700	1650	2200	920
40STD-(S)710WDSL4	3600	1750	1650	2800	950
40STD-(S)790WDSL4	3600	1750	1700	2800	950
40STD-(S)830WDSL4	3600	1750	1700	2800	950
40STD-(S)930WDSL4	3600	1850	1700	2800	1000
40STD-(S)1090WDSL4	4600	1850	1900	3000	1000
40STD-(S)1280WDSL4	4600	1900	2000	3000	1000
40STD-(S)1520WDSL4	4600	1900	2000	3000	1000

40STD series water-cooled low temperature dimension drawing ( - 2 0 ^ { \circ } C ~ - 5 ^ { \circ } C ）

Model	A	B	C	D	E
40STD-(S)200WDDL4	2650	1300	1650	1200	700
40STD-(S)460WDDL4	3200	1350	1750	1600	700
40STD-(S)520WDDL4	3300	1400	1950	1600	700
40STD-(S)680WDDL4	3400	1450	2050	1600	900
40STD-(S)1020WDDL4	4100	2050	2200	1600	1500
40STD-(S)1100WDDL4	3900	2050	2300	1600	1500
40STD-(S)1160WDDL4	4500	2050	2450	1600	1500
40STD-(S)1240WDDL4	4500	2050	2500	1600	1500
40STD-(S)1420WDDL4	4600	2100	2550	1600	1690
40STD-(S)1580WDDL4	4600	2100	2600	2600	1690
40STD-(S)1660WDDL4	4600	2100	2600	2600	1690
40STD-(S)1860WDDL4	3800	2250	2600	2600	1690
40STD-(S)2180WDDL4	4700	2250	2800	2800	2000
40STD-(S)2560WDDL4	5200	2250	2800	2800	2200
40STD-(S)3040WDDL4	5200	2250	2800	2800	2200
40STD-(S)4560WDDL4	6000	3000	2800	2800	2500

40STD series water-cooled low temperature dimension drawing ( - 3 5 ^ { \circ } C ~ - 2 0 ^ { \circ } C ）

Model	A	B	C	D	E
40STD-(S)100WDC4	2200	900	1500	1100	600
40STD-(S)140WDC4	2250	950	1550	1100	600
40STD-(S)180WDSC4	2350	1000	1650	1200	600
40STD-(S)230WDSC4	2550	1000	1800	1200	700
40STD-(S)260WDSC4	2600	1000	1800	1200	700
40STD-(S)300WDSC4	2900	1000	1800	1200	700
40STD-(S)340WDSC4	2900	1250	1850	1200	700
40STD-(S)370WDSC4	2900	1450	1850	1200	700
40STD-(S)410WDSC4	2950	1450	1950	1200	700
40STD-(S)470WDSL4	3000	1700	1500	2200	780
40STD-(S)550WDSC4	3000	1700	1600	2200	920
40STD-(S)580WDSC4	3600	1700	1600	2200	920
40STD-(S)620WDSC4	3600	1700	1650	2200	920
40STD-(S)710WDSC4	3600	1750	1650	2800	950
40STD-(S)790WDSC4	3600	1750	1700	2800	950
40STD-(S)830WDSC4	3600	1750	1700	2800	950
40STD-(S)930WDSC4	3600	1850	1700	2800	1000
40STD-(S)1090WDSC4	4600	1850	1900	3000	1000
40STD-(S)1280WDSC4	4600	1900	2000	3000	1000
40STD-(S)1520WDSC4	4600	1900	2000	3000	1000

40STD series water-cooled low temperature dimension drawing ( - 3 5 ^ { \circ } C ~ - 2 0 ^ { \circ } C ）

Model	A	B	C	D	E
40STD-(S)200WDDC4	2650	1300	1650	1600	700
40STD-(S)460WDDC4	3200	1350	1750	1600	700
40STD-(S)520WDDC4	3300	1400	1950	1600	700
40STD-(S)680WDDC4	3400	1450	2050	1600	1100
40STD-(S)1020WDDC4	4100	2050	2200	1600	1500
40STD-(S)1100WDDC4	3900	2050	2300	1600	1500
40STD-(S)1160WDDC4	4500	2050	2450	1600	1500
40STD-(S)1240WDDC4	4500	2050	2500	1600	1500
40STD-(S)1420WDDC4	4600	2100	2550	1600	1690
40STD-(S)1580WDDC4	4600	2100	2600	2600	1690
40STD-(S)1660WDDC4	4600	2100	2600	2600	1690
40STD-(S)1860WDDC4	3800	2250	2600	2600	1690
40STD-(S)2180WDDC4	4700	2250	2800	2800	2000
40STD-(S)2560WDDC4	5200	2250	2800	2800	2200
40STD-(S)3040WDDC4	5200	2250	2800	2800	2200
40STD-(S)4560WDDC4	6000	3000	2800	2800	2500

Air-cooledchillerfoundationsize

Model	P	Q	R	S	T	U
40STE-140ADSL4	1500	1100	300	200	100	200
40STE-200ADSL4	1800	2050	300	200	100	200
40STE-260ADSL4	1800	2050	300	200	100	200
40STE-300ADSL4	1800	2050	300	200	100	200
40STE-340ADSL4	1400	2050	300	200	100	200
40STE-370ADSL4	1400	2050	300	200	100	200
40STE-410ADSL4	1400	2050	300	200	100	200
40STE-460ADDL4	1800	2050	300	200	100	200
40STE-520ADDL4	1800	2050	300	200	100	200
40STE-600ADDL4	1800	2050	300	200	100	200
40STE-680ADDL4	3000	2050	300	200	100	200
40STE-740ADDL4	3000	2050	300	200	100	200

Water-cooledchillerfoundationsize

Model	P	Q	R	S	T	U
40STD-100WDSH(L)(C)4	1100	600	300	200	100	200
40STD-140WDSH(L)(C)4	1100	600	300	200	100	200
40STD-180WDSH(L)(C)4	1200	600	300	200	100	200
40STD-230WDSH(L)(C)4	1200	700	300	200	100	200
40STD-260WDSH(L)(C)4	1200	700	300	200	100	200
40STD-300WDSH(L)(C)4	1200	700	300	200	100	200
40STD-340WDSH(L)(C)4	1200	700	300	200	100	200
40STD-370WDSH(L)(C)4	1200	700	300	200	100	200
40STD-410WDSH(L)(C)4	1200	700	300	200	100	200
40STD-470WDSH(L)(C)4	2200	920	300	200	100	200
40STD-550WDSH(L)(C)4	2200	920	300	200	100	200
40STD-580WDSH(L)(C)4	2200	920	300	200	100	200
40STD-620WDSH(L)(C)4	2200	920	300	200	100	200
40STD-710WDSH(L)(C)4	2800	950	300	200	100	200
40STD-790WDSH(L)(C)4	2800	950	300	200	100	200
40STD-830WDSH(L)(C)4	2800	950	300	200	100	200
40STD-930WDSH(L)(C)4	2800	950	300	200	100	200
40STD-1090WDSH(L)(C)4	3000	1000	300	200	100	200
40STD-1280WDSH(L)(C)4	3000	1000	300	200	100	200
40STD-1520WDSH(L)(C)4	3000	1000	300	200	100	200
40STD-200WDDH(L)(C)4	1200	700	300	200	100	200
40STD-460WDDH(L)(C)4	1600	700	300	200	100	200
40STD-520WDDH(L)(C)4	1600	700	300	200	100	200
40STD-680WDDH(L)(C)4	1600	1150	300	200	100	200
40STD-1020WDDH(L)(C)4	1600	1500	300	200	100	200
40STD-1100WDDH(L)(C)4	1600	1500	300	200	100	200
40STD-1160WDDH(L)(C)4	1600	1500	300	200	100	200
40STD-1240WDDH(L)(C)4	1600	1500	300	200	100	200
40STD-1420WDDH(L)(C)4	2400	1690	300	200	100	200
40STD-1580WDDH(L)(C)4	2600	1690	300	200	100	200
40STD-1660WDDH(L)(C)4	2600	1690	300	200	100	200
40STD-1860WDDH(L)(C)4	2600	1690	300	200	100	200
40STD-2180WDDH(L)(C)4	2800	2000	300	200	100	200
40STD-2560WDDH(L)(C)4	2800	2200	300	200	100	200
40STD-3040WDDH(L)(C)4	2800	2200	300	200	100	200
40STD-4560WDDH(L)(C)4	2800	2500	300	200	100	200

Waterconnection diagram

Code	W	V
Interface definition	Evaporator water inlet	Evaporator water outlet

Code	J	K	M	N
Interface definition	Evaporator water	Evaporator water	Condenser water	Condenser water

Wiring diagram

H.Stars Group

H.Stars(Guangzhou) Refrigerating EquipmentGroup Ltd., establishedin1992,inEconomic&TechnologicalDevelopment ZoneofGuangzhou,China,composedof8subsidiariesto provide one-stop solutionto HVAC customers, specializing inR&D,oioigtaioAs grows,H.Starsgroupexpandsitsbusinessglobally and has soldto53differentcountries.H.StarsGroupisawardedwith "NewandHighTechnologyEnterpriseinGuangzhou"andhas become the trainingbaseof many universities bothinChinaand abroadvia technologycooperation.

H.Stars group suppliesan extensive lineofCommercial andIndustrial Energy Saving HVAC products including: AirCooledChiller,WaterCooledChiller,IndustrialChiller, CentrifugalChiller,Magneticoilfreecentrifugalchiller,MultifunctionChiller,HotWaterUnit,HeatRecoveryUnit,Heat PumpUnit,ondensingUnit,GlycolChiller,hellandube HeatExchanger,AirHandlingUnit,FanCoilUnit,ooling Tower,etc.alltypeofHVAC products.

H.Stars Group has beendedicated in qualityand innovationand istechnicallystrongincommercial and industrialapplicationasaHVACmanufacturer.Apartfrom obtainingplentyofenergy-savingproductpatents,H.Stars GrouphasachievedCEcertificationsforPressureVesseland standardchillers,BR1,ASME,IO9001:2000,IO14001:2004 and other certifications.

A goodreputationofH.StarsGroup hasbeenbuiltand deliversa full HVAC servicetocustomersworldwide.Our productsarewidelyapplied inindustriesforcoolingofLaser generators,Weldingelectrodes,Cuttingmachines,Elctric sparkmachines,Extrusion process,Hydraulic System, Electroplating,Ultrasonic Cleaning,IonPlatingfilm,Electronic facility,Electrical appliance components,CompressedGas Dehumidification,Dairyand BeverageCoolingprocessing, Pharmaceuticaland Biological products,Medical equipment, GlassCoating,TemperedGlassandCultivationSeaFood.

H.StarsGroupwillcontinuetodevelopenergysavingand environmental friendly equipment to create "The Efficiency Planet"as our obligation.By focusing on customers'needsand wantsinordertocontributemoreourpotentials,fromnowon, H.StarsGroupwill hand in handwith youto bea shining star in theforeseeable future.

H.Stars (Guangzhou) Refrigerating Equipment Group Ltd

Address:No.1Guoyuan4thRoad,Guangzhou Economic&Technological Development Zone,HuangPuDistrict,Guangzhou,ChinaZipCode510530