H.Stars Cooling Tower Product Overview - 电子画册在线预览、各类电子画册在线制作-云展网平台

H.Stars Cooling Tower

H.Stars (Guangzhou) Refrigerating Equipment Group Ltd Isa foreign invested enterprise founded in 1992.Based in Guangzhou Economic& Technological Development District,it isan important memberof H.Stars (HongKong)Groupandaprofessional producer of refrigerationequipment, air-conditioner,and industrial coolingand heating equipment,with the capacity ofdesigningandmanufacturingawhole range of special equipment.The company has established itself asa leader in the industrywith its long history and rich experience.

At the very beginning of its establishment,the companyadopted American standardsand manufacturing technologyand focused on industrial refrigeration equipment.Withsophisticatedmachineryandhighqualityservices,itcreated thebrandofH.Stars,hasgainedrecognitionandsupportoftheclients,and enjoyshighbrandreputationandtechnologicalleadershipinthetrade.

Sinceitsfoundation,thecompanyhasbeenakeenfollowerofthebasic ideaof"cooperationandwin-win”andthecommitmentof "makedifference forthecustomers".SupportedbythehighlyreputedH.Starsbrand,honest andpragmaticatitude,anddiversifiedproductportfolio,thecompanyhas comealongwaytobecomeahighlyintegratedandspecializedmanufacturing enterprise that has independent intellectual property rights,and itsown production basesand industrial chain.

The company'smain products include refrigeration equipment,airconditioning equipment, industrial cooling equipment,air handling equipment and various customized equipment (explosion-proof equipment, anti-corrosion equipment,purification equipment,ultra-low temperature equipment,high temperature hotwaterequipment,heat recovery equipment,cold recovery equipment,andenergy-savingequipment).

The company has passed a number of international certifications and is owner of national invention patents.Excellingat smart manufacturing,product quality,and energy saving technology,it can provide the customerswith multifunctional, highly comprehensive,integrated equipment that satisfy their specificdemandstocreatevalue.

ProductsunderH.StarsbrandcanbefoundinEurope,America,Asia, theMiddle Eastandotherregionsand countries,letalone intheindustrial, commercialandagriculturalsectorsofChina.Anafter-salesservicenetworkis availableinmajorprovinces,citiesandregionstoprovidecustomerswithfast andhigh-qualityservices.

01、Counter-flowroundcoling tower

HZLT standard counter-flow round cooling tower HZLTMT medium temperature counter-flow round cooling tower HZLH high temperature counter-flowround cooling tower

Cross-flow steel cooling tower

Parametersand figuration drawing of HSRNG cross-flowall-steel squarecooling tower/single fan type
Parametersand figurationdrawingof HSRNGcross-flowall-steel square cooling tower/Modularmulti-fan type
Parametersand figurationdrawingof HSRNGcross-flowall-steel squarecooling tower/Multi-fantype
ParametersandfigurationdrawingofHSRNGcross-flowall-steel squarecoolingtower/Single-sidedinlet&topoutlet

Cross-flowsquare cooling tower

Figuration drawing of HSRN cross-flow FRP square cooling tower/Low noise type
Parameters of HSRN cross-flow FRP square cooling tower/L (low noise type)
Parameters of HSRN cross-flow FRP square cooling tower/U (ultra low noise type)
Figuration drawing of HSRN cross-flow FRP square cooling tower /SU
(super ultra low noise type)
Parameters of HSRN cross-flow FRP square cooling tower /SU
(super ultra low noise type)

Closed-circuit cooling tower

3Dfigurationdrawing of HSCC counter-flowclosed-circuit cooling tower HSCC counter-flowclosed-circuit cooling tower data sheet 3Dfiguration drawing of HSHC combined-flow closed-circuit cooling tower HSHC combined-flowclosed-circuitcooling towerdata Sheet FigurationdrawingofHSNC cross-flowclosed-circuitcooling tower HSNCcross-flowclosed-circuitcoolingtowerdatasheet OperatingprincipleofHSNCcross-flowclosed-circuitcooling tower

General introductiontocounter-flowroundcoolingtower

\mathbf { \nabla } * \mathbf { \varepsilon } Towerbody:Made of FRPcompositematerials;and the surface iscoated with imported materials,the pigments of which contain ultraviolet-resistant stabilizer, making the surface smooth,aging resistant,and glossy evenaftera long time. Compared with the old type refrigeration-ton round tower,the water-tonround towerhashighertowerbodyandair intake,whichensuresmore sufficient convectionof airinthe tower,leavingno blind spots.

·Fan:Airfoil blade fan speciallydesigned for cooling towers,which operates with uniform airflow,low dynamic pressure,low energy consumption and low noise;inaddition,the installation angle of the blades can be adjusted to meet theprocess requirementsand to improve theefficiency of the fan.Compared withrefrigeration-ton round towerwith the same airflowrate,the diameterof the fan has also been increased correspondingly.

\mathbf { \nabla } * \mathbf { \sigma } Motor:Totally enclosedmotorspecially designed forcooling tower has good waterproof performance,can be safely used in humid and hot environment.

·Filler:Made of raw materials,with high growth coefficient of heat dissipation area,and goodwater flowdistributionperformance.The filleris ofa 3-layer design (while mostof its peersavailable on the market has only2 layers), which prolongs the time and expand the area of water and gas heat exchange, resulting in excellent heat dissipation property.

·Sprinkler system:The pipeline sprinkler system is equipped with ABS or aluminum alloywater distributiondevices,which are durable and perform uniformwater sprinkling.For 9oTandabove,fixed sprinklersare used for waterdistribution;as no turning nozzle is needed in the sprinkling,there is no consumable part,meaning nodamagein long-termuse,and reduced maintenanceand labor costs (All round towers on themarket nowuserotary sprinklers).

·Steelparts:allsteel parts,beingtreatedwithrustremovalandhot-dip galvanization,arecorrosionresistant,highinstrength,easytoassembleand havebeautifulsurface.

* * Transmission:ImportedbearingsfromJapanareusedinallrotatingparts， resultinginhighprecisionandlowmaintenancerate.High-strengthBbelts imported fromMitsuboshiof Japanareused,which have high strength,wear resistanceand long life.

·Additional watercollectiondeviceat theairoutlet:watercollection plastic boardsareaddedattheairoutlet topreventwater droplets from floatingout of the tower with the hotair.Theyare effective in water-saving effect,with a water collection rateof 0 . 0 2 %

·HZLT series cooling towers are produced with effective control and full guarantee provided by ISo9o01 qualityassurance system and ISO14001 environmental protectionsystem.

Operating principle to counter-flow round cooling tower

Operatingprinciple:Low-enthalpyair enters the tower from the returnair net at the bottom under the action of the fan.The hot water coming out of theequipment is sprayed from sprinkler pipeson the top,andawater film is formed when the water flows on the surface of the filler,and heat is exchanged with the air.Hot air with high humidity and high enthalpy is sucked out from the top,and the cooled waterdropletsdrop intoand are collectedby the basin before flowing back to the equipment through the outlet pipe.

Air inlet direction:From bottom to top;air enters fromall sidesat the bottom of the tower,is cooled down when itflow through the heat exchange filler,and then is driven by the fan out of the tower from the top.

HZLT Standard Counterflow Circular Cooling TowerParameters

Model	Flow	Tewer	Ooveral imensions		Fan		Weight tons		Takeover size DN(mm)
Model	m³/h	Kpa	diamsiner	High H	Lonmitude	Mktor	net weight Runing		Water	Wter	Full water	Sewage	hydrating
HZLT-10T	10	18	D 1200	2370	600	0.18	120	160	50	50	25	25	15
HZLT-15T	15	19	1200	2300	770	0.37	150	700	50	50	25	25	15
HZLT-20T	20	19	1450	2400	770	0.55	180	860	80	80	25	25	15
HZLT-25T	25	19	1650	2500	770	0.55	210	940	80	80	25	25	15
HZLT-30T	30	20	1650	2420	890	1.1	240	1450	80	80	25	25	15
HZLT-40T	40	20	1850	2500	890	1.1	310	1790	80	80	25	25	15
HZLT-50T	50	21	2150	2550	1200	1.1	350	1970	100	100	25	25	20
HZLT-60T	60	25	2500	3100	1200	1.1	660	2310	100	100	25	25	20
HZLT-70T	70	25	2500	3100	1200	1.1	670	2340	100	100	25	25	20
HZLT-80T	80	26	2500	3000	1450	1.5	690	2400	100	100	25	25	20
HZLT-90T	90	28	2950	3800	1450	1.5	700	2400	125	125	40	40	25
HZLT-100T	100	29	2950	3800	1450	1.5	720	2450	125	125	40	40	25
HZLT-125T	125	31	2950	3600	1750	4	1020	2750	125	125	40	40	25
HZLT-150T	150	32	3420	3800	1750	4	1080	2940	150	150	40	40	25
HZLT-175T	175	32	3420	3700	2120	5.5	1320	4010	150	150	40	40	25
HZLT-200T	200	38	4160	4320	2120	5.5	1880	4880	200	200	40	40	25
HZLT-225T	225	38	4160	4220	2400	7.5	2180	5670	200	200	40	40	25
HZLT-250T	250	40	4730	4520	2400	7.5	2280	5800	200	200	40	40	40
HZLT-300T	300	42	4730	4320	2700	11	3450	7660	200	200	40	40	40
HZLT-350T	350	43	5760	1150	2700	11	3610	7800	250	250	40	40	40
HZLT-400T	400	45	5760	5000	3200	11	4850	11300	250	250	40	40	40
HZLT-450T	450	46	5760	4690	3400	15	4950	11500	250	250	40	40	40
HZLT-500T	500	52	6600	5500	3400	15	5240	12800	250	250	50	50	50
HZLT-600T	600	55	7600	5700	3700	15	5900	14600	300	300	80	80	50
HZLT-700T	700	56	7600	5700	4050	18.5	6350	15500	300	300	80	80	50

illustrate: 1.Design working conditions: Inletwater temperature t 1 = 3 7 ^ { \circ } C outletwatertemperature \scriptstyle 1 2 = 3 2 ^ { \circ } C ambientwetbulbtemperaturewet = 2 8 ^ { \circ } C atmosphericpressure \mathsf { P } \boldsymbol { = } 99400pa，watertemperaturedrop△t=5℃ 2.Sincetheproductsarenotallrecorded,pleasecallourcompanyorlocaldistributorsformoremodels.

Parametersof HZLMTMedium Temperature Counterflow Circular Cooling Tower

Model	Flow	Tower	Overal Dimensions		Fan		Weight tons		Take oversize DN(mm)
Model	m³/h	Kpa	diaminer	High H	Lonmiude	Mkwor	weight	Running	Water	Water	Full water	Sewage	hydrating
HZLMT-10T	8	18	D 1200	2370	600	0.18	120	460	50	50	25	25	15
HZLMT-15T	12	19	1200	2300	770	0.37	150	700	50	50	25	25	15
HZLMT-20T	16	19	1450	2400	770	0.55	180	860	80	80	25	25	15
HZLMT-25T	20	19	1650	2500	770	0.55	210	940	80	80	25	25	15
HZLMT-30T	24	20	1650	2420	890	1.1	240	1450	80	80	25	25	15
HZLMT-40T	32	20	1850	2500	890	1.1	310	1790	80	80	25	25	15
HZLMT-50T	40	21	2150	2550	1200	1.1	350	1970	100	100	25	25	20
HZLMT-60T	48	25	2500	3100	1200	1.1	660	2310	100	100	25	25	20
HZLMT-70T	56	25	2500	3100	1200	1.1	670	2340	100	100	25	25	20
HZLMT-80T	65	26	2500	3000	1450	1.5	690	2400	100	100	25	25	20
HZLMT-90T	73	28	2950	3800	1450	1.5	700	2400	125	125	40	40	25
HZLMT-100T	81	29	2950	3800	1450	1.5	720	2450	125	125	40	40	25
HZLMT-125T	101	31	2950	3600	1750	4.0	1020	2750	125	125	40	40	25
HZLMT-150T	121	32	3420	3800	1750	4.0	1080	2940	150	150	40	40	25
HZLMT-175T	141	32	3420	3700	2120	5.5	1320	4010	150	150	40	40	25
HZLMT-200T	161	38	4160	4320	2120	5.5	1880	4880	200	200	40	40	25
HZLMT-225T	181	38	4160	4220	2400	7.5	2180	5670	200	200	40	40	25
HZLMT-250T	202	40	4730	4520	2400	7.5	2280	5800	200	200	40	40	40
HZLMT-300T	242	42	4730	4320	2700	11	3450	7660	200	200	40	40	40
HZLMT-350T	282	43	5760	5150	2700	11	3610	7800	250	250	40	40	40
	323	45	5760	5000	3200	11	4850	11300	250	250	40	40	40
HZLMT-400T HZLMT-450T	363	46	5760	4690	3400	15	4950	11500	250	250	40	40	40
HZLMT-500T	403	52	6600	5500	3400	15	5240	12800	250	250	50	50	50
		55	7600	5700	3700	15	5900	14600	300	300	80	80	50
HZLMT-600T HZLMT-700T	484 565	56	7600	5700	4050	18.5	6350	15500	300	300	80	80	50

Illustrate: 1.Designworking conditions:Inletwatertemperature t 1 = 4 3 ^ { \circ } C outletwatertemperature t 2 = 3 3 ^ { \circ } C ambientwetbulbtemperaturewet= = 2 8 ^ { \circ } C atmosphericpressureP=9940opa,watertemperaturedrop△t=10°℃ 2.Sincetheproductsarenotallrecorded,pleasecallourcompanyorlocaldistributorsformoremodels.

Parameters of HZLHT High Temperature Counterflow Circular Cooling Tower

Model	Flow	Tower	OoverallDimensions		Fan		Weight tons		Takeover size DN(mm)
Model	Flow	Tower	dlamer	High H	Lonmitude	Mkwor	wnet	Running	Water	Water	Full water	Sewage	hydrating
	m³/h	Kpa
ZLHT-10T ZLHT-15T	7 11	18 19	1200 1200	2370 2300	600 770	0.18 0.37	120 150	460 700	50 50	50 50	25 25	25 25	15 15
ZLHT-20T	15	19	1450	2400	770	0.55	180	860	80	80	25	25	15
ZLHT-251	18	19	1650	2500	770	0.55	210	940	80	80	25	25	15
ZLHT-301	22	20	1650	2420	890	1.1	240	1450	80	80	25	25	15
ZLHT-40T	29	20	1850	2500	890	1.1	310	1790	80	80	25	25	15
ZLHT-50T		21	2150	2550	1200	1.1	350	1970	100	100	25	25	20
ZLHT-60T	37 44	25	2500	3100	1200	1.1	660	2310	100	100	25	25	20
ZLHT-70T	51	25	2500	3100	1200	1.1	670	2340	100	100	25	25	20
ZLHT-80T	59	26	2500	3000	1450	1.5	690	2400	100	100	25	25	20
ZLHT-90T	66	28	2950	3800	1450	1.5	700	2400	125	125	40	40	25
ZLHT-100T	74	29	2950	3800	1450	1.5	720	2450	125	125	40	40	25
ZLHT-125T	92	31	2950	3600	1750	4.0	1020	2750	125	125	40	40	25
ZLHT-150T	110	32	3420	3800	1750	4.0	1080	2940	150	150	40	40	25
ZLHT-175T	129	32	3420	3700	2120	5.5	1320	4010	150	150	40	40	25
ZZHT-200T	147	38	4160	4320	2120	5.5	1880	4880	200	200	40	40	25
ZLHT-225T	165	38	4160	4220	2400	7.5	2180	5670	200	200	40	40	25
ZLHT-250T	184	40	4730	4520	2400	75	2280	5800	200	200	40	40	40
ZLHT-300T	221	42	4730	4320	2700	11	3450	7660	200	200	40	40	40
ZLHT-350T	257	43	5760	5150	2700	11	3610	7800	250	250	40	40	40
	294	45	5760	5000	3200	11	4850	11300	250	250	40	40	40
ZLHT-400T	331	46	5760	4690	3400	15	4950	11500	250	250	40	40	40
ZLHT-450T	368	52	6600	5500	3400	15	5240	12800	250	250	50	50	50
ZLHT-500T	441	55	7600	5700	3700	15	5900	14600	300	300	80	80	50
ZLHT-600T ZLHT-700T	515	56	7600	5700	4050	18.5	6350	15500	300	300	80	80	50

illustrate: 1.Designworking conditions:Inletwatertemperature 1 1 = 6 0 ^ { \circ } C outletwatertemperature \scriptstyle 1 2 = 3 5 ^ { \circ } C ambientwetbulbtemperaturewet = 2 8 ^ { \circ } C atmospheric pressure plus \mathsf { P } \mathop { = } 99400pa，watertemperaturedrop△ \mathsf { t } = 2 5 ^ { \circ } \mathsf { C } 2.Sincetheproductsarenotallrecorded,pleasecallourcompanyorlocaldistributorsformoremodels.

Foundation of counter-flow round cooling tower

Piping instructions and foundation section counter-flow round cooling tower

Model	A1	A2	B1	B2	C	H
10T	740		641	1	1	200	50	25	25	15
15T	740	1	641	1	1	200	50	25	25	15	/
20T	1000		866			200	80	80	25	15
25T	1120	1	792	1		300	80	25	25	15
30T	1120	1	792	1		300	80	25	25	15	/
40T	1380		976			300	80	25	25	15
	1620	1	1146	1	300	300	100	25	25	20
50T	2000		1000	1	300	300	100	25	25	20
60T	2000				300	300	100	25	25		/
70T 80T	2000	1	1000 1000		300	300	100	25	25	20 20
Model	A1	A2			C	H
90T 100T	2950		1475	1	600	300	125	40	o 40	20	20
	2950		1475	/	600	300	125	40	40	20	20
125T	2950		1475	1	600	300	125	40	40	20	20
150T	3500		1750	1	600	300	150	40	40	20	20
175T	3500		1750	/	600	300	150	40	40	20
	4300						200	40	40		20
200T	4300		2150		900	300				25	25
225T	4920	1	2150		900	300	200	40 40	40	25	25
250T		1	2460	/	900	300	200		40	40	40
300T	4920		2460		900	300	200	40	40	40	40
350T	5760	3000	2205	1148	900	300	250	40	40	40	40
400T	5760	3000	2205	1148	900	300	250	40	40	40	40
450T	5760	300U	2205	1148	900	300	250	40	40	40	40
500T	6760	4000	2587	1530	1000	300	250	50	50	50	50
600T	7760	4000	2970	1530	1500	300	300	80	80	50	50
700T	7760	4000	2970	1530	1500	300	300	80	80	50	50

Some on-site pictures

General introduction to cross-flow square cooling tower

·Ourcross-flow square cooling towers are carefully produced using highqualityFRPcompositematerials.

·H.Stars square cooling tower's air duct,shell,water storage basin and other partsare all made of high-quality FRP,which gives the product stronger corrosionresistance,and goodappearance.

\mathbf { ε } * \mathbf { ε } The tower body has a built-in guiding device for intaking air,which combined with smooth air duct resulting in low air resistance and noise.Its high-efficiency sprinklersystem greatly increases thecontactarea between hot waterand cold air.

\mathbf { \nabla } * \mathbf { \varepsilon } Well-designed and high-quality heat dissipation filler greatly prolongs the heat exchange time between hot waterand cold air,and consequently more significant cooling effect.

·Large-leave fan that runsat lowspeedand produce largeairflowrateachieve better cooling effect with less energy consumption.

·Small footprint, low vibration,low noise;and with reduced drifting water, pollutionand wasteare minimized.

Some on-site pictures

FRP square cooling tower

Fiberreinforced plastic (FRP),also knownas GFRP,generallyrefers to amatrixofunsaturated polyester,epoxyresinand phenolic resin that is reinforced with fiber.

Lightand hard,non-conductive,stable performance,high mechanical strength, and corrosion resistance make it suitable to replace steel in manufacturing machine parts,cars,and ship shells,etc.It isa ductile material can that

Material ofcross-flowsquarecoolingtower

canwithstand large stress,and often demonstrates viscoelasticityand elastoplasticity.

H.Stars cooling towersuse choice FRP compositematerials,and imported raw materialsare used to produce surface coating that is free of discolorationafter long-term use,stable in performance and not easy to age.

Figuration drawing of HSRN cross-flow FRP square cooling tower/L (low noise type)

HSRN cross-flow square FRP cooling tower performance parameter table/L low noise type

Model	Flow	Tower head	Overall Dimensions (mm)			Fan		Weight tons		Take over size DN(mm)
Model	m³/h	Kpa	longL	wideW	High H	Longitude	Motor	net	Running	Water	Water	Full	Sewage hydrating
HSRN-80L-1	80	36	1600	2800	3300	(mm) 1350	(kw) 1.5	weight 650	weight 1830	inlet 100*2	outlet 125	water 50	50	25
HSRN-90L-1	90	36	1800	3000	3350	1450	1.5	730	1930	100*2	125	50	50	25
HSRN-100L-1	100	36	2000	3200	3550	1450	1.5	840	2230	100*2	125	50	50	25
HSRN-125L-1	125	38	2400	3400	3550	1800	4.0	1050	2800	125*2	150	80	80	25
HSRN-150L-1	150	38	2600	3600	3640	2100	5.5	1120	3480	125*2	150	80	80	25
HSRN-175L-1	175	40	2900	4000	3640	2100	5.5	1280	3740	125*2	200	80	80	25
HSRN-200L-1	200	40	3000	4200	3640	2400	7.5	1560	3980	150*2	200	80	80	25
HSRN-225L-1	225	42	3000	4200	4040	2400	7.5	1700	4130	150*2	200	80	80	25
HSRN-250L-1	250	46	3000	5000	4140	2600	7.5	1980	4420	150*2	250	80	80	40
HSRN-300L-1	300	48	3300	5400	4240	2850	11	2420	5250	150*2	250	80	80	40
HSRN-350L-1	350	48	3500	5600	4240	3000	11	2580	5750	150*2	250	80	80	40
HSRN-400L-1	400	50	3800	5800	4440	3200	11	2950	6020	150*4	300	100	100	50
HSRN-450L-1	450	50	4000	6000	4440	3200	11	3260	7250	150*4	300	100	100	50
HSRN-500L-1	500	52	4000	6200	5040	3400	15	3720	8010	150*4	300	100	100	50
HSRN-600L-1	600	54	4500	6800	5140	3700	15	4350	9450	150*4	350	100	100	50
HSRN-700L-1	700	57	4500	6800	5740	4000	18.5	5020	10350	150*4	350	100	100	50
HSRN-800L-1	800	58	5000	7300	5740	4000	18.5	5850	11900	200*4	350	100	100	50
HSRN-900L-1	900	60	5500	7800	5940	4250	22	6880	11500	200*4	400	100	100	50
HSRN-1000L-1	1000	62	6000	8300	5940	4550	30	7660	16300	200*4	400	100	100	50

illustrate:
1.Designworkingconditions:Inletwatertemperature t 1 = 3 7 ^ { \circ } C , outlet water temperature \dag 2 = - 3 2 ^ { \circ } mathsf C , ambientwetbulbtemperaturewet = 2 8 ^ { \circ } C atmosphericpressureP=9940paatermpraturedrop \Delta t = 5 ^ { \circ } C ; 3.Sincetheproductsarenotallrecordedleasecallourcompanyorlocaldistributorsformoremodels.

Figuration drawing of HSRN cross-flow FRP square cooling tower/U (ultra-low noise type)

HSRN cross-flow square FRP cooling tower performance parameter table/L low noise type

Model	Flow m³/h	Tower head	Overall Dimensions (mm)			Fan		Weight tons		TakeoversizeDN(mm)
Model	Flow m³/h	Tower head	Kpa long L	wideW	High H	Lonmimude	Motor	weight	Running	Water Water		WFullr	Sewage	hydrating
HSRN-80U-1	80	36	1600	2800	4000	1350	1.5	720	1920	100*2	125	50	50	25
HSRN-90U-1	90	36	1800	3000	4050	1450	4.0	850	2050	100*2	125	50	50	25
HSRN-100U-1	100	36	2000	3200	4250	1450	4.0	940	2320	100*2	125	50	50	25
HSRN-125U-1	125	38	2400	3400	4250	1800	4.0	1170	2800	125*2	150	80	80	25
HSRN-150U-1	150	38	2600	3600	4340	2100	5.5	1280	3650	125*2	150	80	80	25
HSRN-175U-1	175	40	2900	4000	4340	2100	5.5	1400	3920	125*2	200	80	80	25
HSRN-200U-1	200	40	3000	42u0	4340	2400	5.5	1750	4420	150*2	200	80	80	25
HSRN-225U-1	225	42	3000	4200	4740	2400	5.5	1940	4130	150*2	200	80	80	25
HSRN-250U-1	250	46	3000	5000	4940	2600	5.5	2180	4690	150*2	250	80	80	40
HSRN-300U-1	300	48	3300	5400	5040	2850	7.5	2550	5480	150*2	250	80	80	40
HSRN-350U-1	350	48	3500	5600	5040	3000	7.5	2820	6020	150*2	250	80	80	40
HSRN-400u-1	400	50	3800	5800	5240	3200	11	3020	6180	150*4	300	100	100	50
HSRN-450U-1	450	50	4000	6000	5240	3200	11	3550	7450	150*4	300	100	100	50
HSRN-500U-1	500	52	4000	6200	5840	3400	15	4100	8350	150*4	300	100	100	50
HSRN-600U-1	600	54	4500	6800	5940	3700	15	4450	9850	150*4	350	100	100	50
HSRN-700U-1	700	57	4500	6800	6540	4000	18.5	5280	10660	150*4	350	100	100	50
HSRN-800U-1	800	58	5000	7300	6540	4000	18.5	6510	12700	200*4	350	100	100	50
HSRN-900U-1	900	60	5500	7800	6740	4250	22	7480	15800	200*4	400	100	100	50
HSRN-1000U-1	1000	62	6000	8300	6840	4550	30	8260	17480	200*4	400	100	100	50

illustrate:
1.Designworkingconditions:Inletwatertemperature t 1 = 3 7 ^ { \circ } C outletwatertemperature \scriptstyle 1 2 = - 3 2 ^ { \circ } C . ambientwetbulbtemperaturewet= : 2 8 ^ { \circ } C atmosphericpressureP=994oopa,watertemperaturedrop \bigtriangleup t=5°℃; 3.Sincetheproductsarenotallrecorded,pleasecallourcompanyorlocaldistributorsformoremodels.

Figuration drawing of HSRN cross-flow FRP square cooling tower /SU (super ultra low noise type)

Outline drawing of HSRN cross-flow square FRP cooling tower/U ultra-low noise type

Model	Flow	Tower head	Overall Dimensions (mm)			Fan		Weight tons		Take over size DN(mm)
Model	m³/h	Kpa	long L	wideW	High H	Lomimude	Mowor	wnegt	Running	Water	Water	Fullr	Sewage hydrating
HSRN-80SU-1	80	36	1600	2800	4300	1350	1.5	890	2110	100*2	125	50	50	25
HSRN-90SU-1	90	36	1800	3000	4350	1450	4.0	950	2350	100*2	125	50	50	25
HSRN-100SU-1	100	36	2000	3200	4550	1450	4.0	1040	2560	100*2	125	50	50	25
HSRN-125SU-1	125	38	2400	3400	4550	1800	4.0	1250	3100	125*2	150	80	80	25
HSRN-150SU-1	150	38	2600	3600	4640	2100	5.5	1360	3870	125*2	150	80	80	25
HSRN-175SU-1	175	40	2900	4000	4640	2100	5.5	1550	4050	125*2	200	80	80	25
HSRN-200SU-1	200	40	3000	4200	4640	2400	5.5	1880	4500	150*2	200	80	80	25
HSRN-225SU-1	225	42	3000	4200	5040	2400	5.5	2070	4710	150*2	200	80	80	25
HSRN-250SU-1	250	46	3000	5000	5240	2600	5.5	2650	5630	150*2	250	80	80	40
HSRN-300SU-1	300	48	3300	5400	5340	2850	7.5	2910	6080	150*2	250	80	80	40
HSRN-350SU-1	350	48	3500	5600	5340	3000	7.5	3210	7120	150*2	250	80	80	40
HSRN-400SU-1	400	50	3800	5800	5540	3200	11	3550	7360	150*4	300	100	100	50
HSRN-450SU-1	450	50	4000	6000	5540	3200	11	4110	7950	150*4	300	100	100	50
HSRN-500SU-1	500	52	4000	6200	6140	3400	15	4850	8960	150*4	300	100	100	50
HSRN-600SU-1	600	54	4500	6800	6240	3700	15	5150	10100	150*4	350	100	100	50
HSRN-700SU-1	700	57	4500	6800	6840	4000	18.5	5550	11200	150*4	350	100	100	50
HSRN-800SU-1	800	58	5000	7300	6840	4000	18.5	7520	14680	200*4	350	100	100	50
HSRN-900SU-1	900	60	5500	7800	7040	4250	22	8260	17450	200*4	400	100	100	50
HSRN-1000SU-1	1000	62	6000	8300	7140	4550	30	9260	18620	200*4	400	100	100	50

illustrate:
1.Designworking conditions:inletwatertemperature 1 1 = 3 7 9 ,outletwatertemperature 1 2 = 3 2 9 ,ambientwetbulbtemperaturewet=28℃,tmosphericpressureplusP=9940opawatertemperaturedrop \Delta t=5℃; 3.Sincetheproductsarenotallrecorded,pleasecallourcompanyorlocaldistributorsformoremodels.

General introduction to steel cooling towers

\mathbf { \nabla } * \mathbf { \varepsilon } Working on the basis of the standard FRP cooling towers,steel cooling towers areredesigned and produced using high-qualitystainless steel ormagnesiumaluminum-zinc coated plate.

·H.Stars steel cooling tower's structure frame,air duct,shell,hot water pan, cold waterpanand otherpartsareall made of high-qualitysteel,which gives the product stronger corrosion resistance,and good appearance.

\mathbf { \nabla } * \mathbf { \varepsilon } The tower body has a built-in guiding device for intaking air,which combined with smooth air duct resulting in low air resistance and noise.Its high-efficiency sprinklersystem greatly increases the contact area between hot waterand cold air.

·Well-designed and high-quality heat dissipation filler greatly prolongs the heatexchange time between hot waterand cold air,and consequently more significant cooling effect.

·Large-leave fan that runsatlowspeedand produce largeairflowrateachieve better cooling effect with less energy consumption.

·Smallfootprint,lowvibration,low noise;andwith reduced use of bleach, pollutionand wasteare minimized.

·Suitable for corrosive environments,places that impose high requirements forproductappearance,or projects that take into consideration of recycling to reduce resource.

Cross-flow steel square cooling tower

Stainless steel cooling tower

Magnesium-aluminum-zinc coated cooling tower

Stainless steel isa perfectchoice of rawmaterial for eco-friendly enterprises, because,inaddition to the fact that it can be recycled,its productionand use pose no damage to human body or the environment. It can resist corrosion, canretainsmooth surfaceafter long term use,and ismore effective in maintaining the cleanliness of water.

Cooling towers made of magnesia-aluminum-zinc coated platearea godsent giftfor enterprises faced with serious corrosion problem caused by "salt"water. Inaddition to the unique corrosion resistant property,italso hasa long service life,and in particular itsuniqueself-healingabilityensures that it is farsuperior to similar plates.

Motor

Somedetails

Pure-copper-core high-efficiency energy-saving motor,classF insulation,IP55 protection class; Siemens,ABBandotheradvancedmotors arealso available through customization.

Fasteners

SS304 stainless steel,anti-rust and anticorrosion,uniformthreadpitch,reliableand durable

Fan

Low-speed space twisting forward-tilting aluminum alloy fan specially designed for coolingtowers,withangleadjustable type airfoilblades; low vibration,yet highefficiency.

Plastic board

Slanthangingpolyvinyl chloride board;hightemperature resistant, lowairresistance, deformation resistant, less drifting water, and honeycomb design for faster cooling.

Cover plate

Customized cover that perfectly fitsthe tower body;equippedwithnylon fabric handles that arereliableanddurable,andfeelcomfortable too,making iteasytocheckthewaterinletat anytime.

Figuration drawing of HSRNG cross-flow all-steel square cooling tower/ single fan type

ISRN square cross-flow all-steel cooling tower performance parameter table / single fan type

Model	Flow	Tower head	Overall Dimensions (mm)			Fan		Weight tons		Take over size DN(mm)
Model	m³/h	Kpa	longL	wideW	High H	Longitude (mm)	Motor (kw)	net weight	Running weight	Water inlet	Water outlet	Full water	Sewage	hydrating
HSRNG-80L-1	80	36	1600	2800	3300	1350	1.5	650	1830	100*2	125	50	50	25
HSRNG-90L-1	90	36	1800	3000	3350	1450	4.0	730	1930	100*2	125	50	50	25
HSRNG-100L-1	100	36	2000	3200	3550	1600	4.0	840	2230	100*2	125	50	50	25
HSRNG-125L-1	125	38	2400	3400	3550	1800	4.0	1050	2800	125*2	150	80	80	25
HSRNG-150L-1	150	38	2600	3600	3640	2100	5.5	1120	3480	125*2	150	80	80	25
HSRNG-175L-1	175	40	2900	4000	3640	2200	5.5	1280	3740	125*2	200	80	80	25
HSRNG-200L-1	200	40	3000	4200	3640	2400	7.5	1560	3980	150*2	200	80	80	25
HSRNG-225L-1	225	42	3000	4200	4040	2500	7.5	1700	4130	150*2	200	80	80	25
HSRNG-250L-1	250	46	3000	5000	4140	2600	7.5	1980	4420	150*2	250	80	80	40
HSRNG-300L-1	300	48	3300	5400	4240	2850	11	2420	5250	150*2	250	80	80	40
HSRNG-350L-1	350	48	3500	5600	4240	3000	11	2580	5750	150*2	250	80	80	40
HSRNG-400L-1	400	50	3800	5800	4440	3200	11	2950	6020	150*4	300	100	100	50
HSRNG-450L-1	450	50	4000	6000	4440	3300	11	3260	7250	150*4	300	100	100	50
HSRNG-500L-1	500	52	4000	6200	5040	3400	15	3720	8010	150*4	300	100	100	50

illustrate:
1.Designworkingconditions:Inletwater temperature t 1 = 3 7 ^ { \circ } C outletwatertemperature t 2 = 3 2 ^ { \circ } C ambientwetbulbtemperaturewet= 2 8 ^ { \circ } C ,atmospheric pressure \mathsf { P } \mathop { = } 99400pa，watertemperaturedrop△ \scriptstyle 1 = 5 ^ { \circ } C 2.Thisseriesofcoling towers hasultra-lownoiseL-type,pleasecallourcompanyorlocaldistributorsforrelevantdata; 3.Since theproductsarenotallrecorded,pleasecallourcompanyor local distributors formoremodels.

Figuration drawing of HSRNG cross-flow all-steel square cooling tower/ Multiple-set type

Dutline drawing of HSRNG square cross-flow all-steel cooling tower /multiple combined type

Model	Flow	Tower head	Overall Dimensions (mm)			Fan		Weight tons		Take over size DN(mm)
Model	Flow	Tower head	Kpa	longL wideW	High H	Lonmimude	Motor	weight	Running	Water	Water			Sewage hydrating
	m³/h 200	36	4000	3200	3550	1600	4.0*2	1650	4400	100*4	125*2	50	50	25
HSRNG-200L-2 HSRNG-250L-2	250	38	4800	3400	3550	1800	4.0*2	2080	5500	125*4	150*2	80	80	25
HSRNG-300L-2	300	38	5200	3600	3640	2100	5.5*2	2200	6900	125*4	150*2	80	80	40
HSRNG-350L-2	350	40	5800	4000	3640	2200	5.5*2	2550	7450	125*4	200*2	80	80	40
HSRNG-400L-2	400	40	6000	4200	3640	2400	7.5*2	3100	7950	150*4	200*2	80	80	40
HSRNG-450L-2	450	42	6000	4200	4040	2500	7.5*2	3350	8200	150*4	200*2	80	80	40
HSRNG-500L-2	500	46	6000	5000	4140	2600	7.5*2	3900	8800	150*4	250*2	80*2	80*2	40*2
HSRNG-600L-2	600	48	6600	5400	4240	2850	11*2	4800	10300	150*4	250*2	80*2	80*2	40*2
HSRNG-700L-2	700	48	7000	5600	4240	3000	11*2	5100	11400	150*4	250*2	80*2	80*2	40*2
HSRNG-800L-2	800	50	7600	5800	4440	3200	11*2	5850	12000	150*8	300*2	100*2	100*2	50*2
HSRNG-900L-2	900	50	8000	6000	4440	3300	11*2	6500	14200	150*8	300*2	100*2	100*2	50*2
HSRNG-1000L-2	1000	52	8000	6200	5040	3400	11*2	7450	15900	150*8	300*2	100*2	100*2	50*2
HSRNG-300L-3	300	36	6000	3200	3550	1600	4.0*3	2470	6600	100*6	125*3	80	80	40
HSRNG-450L-3	450	38	7800	3600	3640	2100	5.5*3	3280	10200	125*6	150*3	80	80	40
HSRNG-525L-3	525	40	8700	4000	3640	2200	5.5*3	3820	11100	125*6	200*3	80*2	80*2	40*2
HSRNG-600L-3	600	40	9000	4200	3640	2400	7.5*3	4600	11900	150*6	200*3	80*2	80*2	40*2
HSRNG-900L-3	900	48	9900	5400	4240	2850	11*3	7260	15700	150*6	250*3	100*2	100*2	50*2
HSRNG-400L-4	400	36	8000	3200	3550	1600	4.0*4	3290	8750	100*g	125*4	80	80	40
HSRNG-500L-4	500	38	9600	3400	3550	1800	4.0*4	4100	10800	125*8	150*4	80*2	80*2	40*2
HSRNG-600L-4	600	38	10400	3600	3640	2100	5.5*4	4370	13500	125*8	150*4	80*2	80*2	40*2
HSRNG-700L-4	700	40	11600	4000	3640	2200	5.5*4	5100	14500	125*8	200*4	80*2	80*2	40*2
HSRNC-800L-4	800	42	12000	4200	3640	2400	7.5*4	5050	15800	150*8	200*4	100*2	100*2	50*2
HSRNG-900L-4	900	42	12000	4200	4040	2500	7.5*4	6700	16500	150*8	200*4	100*2	100*2	50*2
HSRNG-1000L-4	1000	46	12000	5000	4140	2600	7.5*4	7800	17500	150*8	250*4	100*2	100*2	50*2

illustrate:
1.Design working conditions: Inletwater temperature \tan = 3 7 ^ { \circ } C , outletwatertemperature \scriptstyle 1 2 = 3 2 ^ { \circ } C ambientwetbulbmperaturewet=28Ctmosphericrssureinrease=994opaatertempeaturerop \Delta t=5°C; 2.ThisseriesofoolingtowershasultralownoiseUsaped,pleasecallourompanyorocaldistributorsfoelevantata; 3.Sincetheproductsarenotallrecorded,pleasecallourcompanyorlocaldistributorsformoremodels.

Parameters of HSRNG cross-flow all-steel square cooling tower/ Modular multi-fan type

HSRNG square cross-flow all-steel cooling tower parameter table / modular multi-fan type

Model	Flow	Tower head	Overall Dimensions (mm)			Fan		Weight tons		Take over size DN(mm)
Model	m³/h	Kpa	long L	wideW	High H	Longitude (mm)	Motor (kw)	net weight	Running weight	Water inlet	Water outlet	Full water	Sewage	hydrating
HSRNG-80L-2	80	36	2400	2550	2100	890*2	1.1*2	710	2010	100*2	125	50	50	25
HSRNG-90L-2	90	36	2600	2550	2100	890*2	1.1*2	800	2130	100*2	125	50	50	25
HSRNG-100L-2	100	36	3000	2550	2100	890*2	1.1*2	920	2450	100*2	125	50	50	25
HSRNG-125L-3	125	38	3500	2550	2100	890*3	1.1*3	1150	3080	125*2	150	80	80	25
HSRNG-150L-3	150	38	4000	2550	2100	890*3	1.1*3	1230	3830	125*2	150	80	80	25
HSRNG-175L-3	175	40	4500	2550	2100	890*3	1.1*3	1400	4120	125*2	200	80	80	25
HSRNG-200L-4	200	40	5000	2550	2100	890*4	1.1*4	1700	4370	125*4	200	80	80	25
HSRNG-225L-4	225	42	5400	2800	2600	890*4	1.1*4	2050	4250	125*4	200	80	80	25
HSRNG-250L-4	250	46	5800	2800	2600	890*4	1.1*4	2250	4480	125*4	250	80	80	40
HSRNG-300L-5	300	48	6600	2800	2600	890*5	1.1*5	2700	5660	125*4	250	80	80	40
HSRNG-350L-5	350	48	7400	2800	2600	890"5	1.1*5	2900	6350	125*4	250	80	80	40
HSRNG-400L-6	400	50	8000	2800	2600	890*6	1.1*6	3250	6700	150*4	200*2	100	100	50
HSRNG-450L-7	450	50	9500	2800	2600	890*7	1.1*7	3580	7980	150*4	200*2	100	100	50
HSRNG-500L-8	500	52	11000	2800	2600	890"8	1.1*8	4090	8800	150*4	200*2	100	100	50

illustrate:
1. Design working conditions: Inlet water temperature t 1 = 3 7 ^ { \circ } C outlet water temperature \scriptstyle 1 2 = 3 2 ^ { \circ } C ,ambient wetbulb temperature wet= 2 8 ^ { \circ } C , atmospheric pressure P=9940opa,water temperature drop \bigtriangleup t=5°℃; 2.Thisseriesofcolingtowershsultra-lownoiseU-shaped,pleasecallourcompanyorlocaldistributorsforrelevantdata; 3.Since theproductsarenotallrecorded,pleasecallourcompanyorlocaldistributors formore models.

Figuration drawing of HSRNGD cross-flow al-steel square cooling tower with single-sided inlet & top outle

Outline drawing of HSRNGD square cross-flow single-sided air inlet and top outlet all-steel cooling tower

Model	Flow	Tower head	Overall Dimensions (mm)			Fan		Weight tons		Take over size DN(mm)
Model	m³/h	Kpa	long L	wideW	High H	Lomitude	Mkwor	wnight	Running	Water	Wuter	Fullr	Sewage hydrating
SRNGD-10L-1	10	16	1000	1550	1900	600	0.18	160	430	50	50	25	25	15
SRNGD-15L-1	15	16	1200	1700	1900	770	0.37	180	480	50	50	25	25	15
SRNGD-20L-1	20	18	1200	1700	2100	770	0.55	200	520	50	50	25	25	15
SRNGD-25L-1	25	19	1350	1700	2100	770	0.55	230	s90	80	80	25	25	15
SRNGD-30L-1	30	20	1350	1815	2360	890	1.1	250	660	80	80	25	25	15
SRNGD-40L-1	40	20	1600	1815	2360	890	1.1	280	750	80	80	25	25	15
SRNGD-50L-1	50	21	1700	2500	3000	1200	1.1	500	1180	100	100	40	40	25
SRNGD-60L-1	60	22	1800	2500	3000	1200	1.1	630	1670	100	100	40	40	25
SRNGD-70L-1	70	24	1900	2820	3350	1350	1.5	750	1920	100*2	125	50	50	25
SRNGD-80L-1	80	24	2000	2820	3350	1350	1.5	770	1980	100*2	125	50	50	25
SRNGD-90L-1	90	24	2200	3206	3400	1450	4.0	910	2400	100*2	125	50	50	25
SRNGD-100L-1	100	36	2400	3200	3650	1450	4.0	980	2500	100*2	125	50	50	25
SRNGD-125L-1	125	38	2600	3600	3650	1800	4.0	1260	3350	125*2	150	80	80	25
SRNGD-150L-1	150	38	2800	3800	3650	2100	5.5	1340	4060	125*2	150	80	80	25
SRNGD-175L-1	175	40	3000	4200	3650	2200	5.5	1480	4450	125*2	200	80	80	25
SRNGD-200L-1	200	42	3200	4300	4000	2400	7.5	1820	5470	150*2	200	80	80	25

illustrate:
1.Design working conditions: inlet water temperature 1 1 = 3 7 9 ,outlet water temperature 1 2 = 3 2 9 ,ambient wet bulb temperature wet=28C,atmospheric pressure \mathsf { P } { = } 99400pa,watertemperaturedrop \triangle t=5℃ 2.Thisseriesofolingtowershasultra-ownoiseUsaped,pleasecallourcompanyorlocaldistrbutorsforreevantdata; 3.Since the productsarenotallrecorded,please callourcompanyor local distributors formore models.

General introduction to closed-circuit cooling tower

·With the implementation of national energy conservation and emission reduction policies and the increasing scarcity of water resources,many enterprises having the needs to cool down liquid have to spenda lotof time incomparingand evaluating,so as to finda coolingmethod that canat once better protect the liquid from pollution,reduce power consumption,and save water.

·H.Stars closed-circuit cooling towers have the heat exchanger (such as copper coil) placed inside the tower,and achieve the purpose of cooling by promotingair circulation,sprayingwater outside the coil,or otherways to conduct heat exchanger with the water circulating inside the coil.In this way, we can ensure that the industrial fluid inside the coil do not come into contact with the air to cause contamination,or to accumulate dirt,and thus ensuring reliable and effcient operation of the equipment throughout the year.The closed-circuit coil system minimizes the loss of the fluid inside.

·When the closed-circuit cooling tower is in operation,industrial liquid (soft water,oil or others) is driven by the main circulation pump to circulate between a loop connecting the closed-circuit tower's heat exchangerand the equipment tobe cooled,andwateris evenlysprayed on the heat exchanger to forma layerof uniform water film on the outer surface of the heat exchanger,while coldairenters the towerfrom theair inletatthebottomof the towerbodyand flows through the surface of the heat exchanger in a direction opposite to thatof spraywater.During this process thereare two type of heat exchange mechanism at work,namely heat conduction between cold air and cooling medium,and heat exchange through evaporation and heat absorption of spray water.Afterabsorbing heat,thesaturated hotand humid air isdischarged to theatmosphere by the fan,and the rest of the spray water flows into the tank atthe bottomof the tower,before it is transported to the spraysystemagain by thewater pump.Compared with the traditional open type cooling tower,closecircuit towers have less impact on the environment,and save more cooling waterresources;by integrating the tower body with the heat exchanger, they greatly reduce the floor space required and make redundant some complex processes of pipeline and system layout.

·Closed-circuit cooling towers are suitable for the cooling of induction heatingormetal meltingequipment;of largemotors,diesel engines,rectifier equipment,welding equipment,hydraulic stations and continuous casting equipment;of circulatingwaterof variousreactorsand condensers in the chemical industry;of metal die-casting molds,injection molds and other large molds；and of quenching fluids,electroplating solutions,and other industrial solutions, etc.

Counter-flow closed-circuit cooling tower

Combined-flowclosed-circuit cooling tower

Operating principle: Industrial fluid (softwater,oil orothers) flowsand circulate in the heat exchanger coil of the closed-circuit cooling tower;the heat of the liquid isabsorbed by the heat exchangercoil;water issprayedby the sprinkler system on the top;and thendrivenby the fan,theair carrying the evaporated heat of the pipewall is discharged out of the tower to achieveasecondary cooling.

Airinlet direction:From bottom to top;air enters fromall sidesat the bottom ofthetower,is cooled downwhen it flow through the heat exchange coil,and thenisdrivenby the fan out of tower from the top.

Initiationofthesprinklersystem:Whenthespraywaterfromthewater-cooled sprinklersystemcomesintocontactwiththeheatexchangercoil,awaterfilm isformedtoabsorbheatthroughevaporation(latentheatofevaporation).The evaporatedwatervaporiscarriedawaybythetopfan,andtheunevaporated waterdropletsflowtoandarecollectedintherecoverytankforrecycling.

Operating principle:the sprinkler system works continuously,while the industrial fluid (softwater,oil orothers) flowand circulate in theclosed-circuit cooling tower's heat exchanger coil; the spray water comes into contact with the heat exchanger coil to formawater film,and the heat energy transferred by the coil is continuously exchanged with the spray water; the fan will driven the evaporativeheatoutof thetower.

Airinlet direction:Air enters from inletsat the topand at the sides of the tower, iscooleddownwhen itflow through the heat exchangecoil,and then isdriven by the fan out of tower from the top.

Initiationofthesprinklersystem:Thewater-cooledsprinklersystem workscontinuously;afterthe initialcoolingof theheatexchangercoil,the unevaporatedwaterdropletswillflowdownacrossthePVCheatdissipation zoneunderthecoil，andperformasecondarycoolingbyheatexchangewith aircoming from inletsatthesidesof the tower.

Figuration drawing of HSCC counter-flow closed-circuit cooling tower

HSCC CounterflowFluid CoolerData Sheet

model	FloW	Dimensions mm					Matching motor	Weightkg			CaliberDN
model	FloW	long	wide High	Fammameter			Matching motor	sprinklerpump	weight running			Wnater wuter		hydrating full aher
HSCC-10	10	1550	1000		2100	770*1	0.55kw-8P*1	20M3/h，0.75kw,H=6m	420	950	50	50	20	40
HSCC-15	15	1650	1200	2100		770*1	0.55kw-8P*1	20M3/h，0.75kw，H=6m	490	1050	50	50	20	40
HSCC-20	20	1750	1200	2250		890*1	1.1kw-8P*1	20M3/h，0.75kw，H=6m	760	1350	50	50	20	40
HSCC-25	25	1850	1350	2250		890*1	1.Ikw-8P*1	45M3/h，1.Ikw，H=6m	900	1500	80	80	20	40
HSCC-30	30	2050	1450	2540		1200*1	1.1kw-12P*1	45M3/h，1.Ikw，H=6m	1080	1850	80	80	20	40
HSCC-40	40	2100	1650	2600		1350*1	1.5kw-12P*1	60M3/h，1.5ikw，H=fm	11RD	2100	80	80	20	40
HSCC-50	50	2350	1500	3310		890*2	1.1kw-8P*2	60M3/h，1.5kw,H=6m	1280	2200	100	100	25	50
HSCC-60	60	2500	1500	3310		890*2	1.1kw-8P*2	60M3/h，1.5kw，H=6m	1380	2350	100	100	25	50
HSCC-70	70	2500	1750	3310		890*2	1.1kw-8P*2	115M3/h，2.2kw,H=10m	1820	2950	100	100	25	50
HSCC-80	80	2850	1850	3650		1200*2	1.1kw-12P*2	115M3/h，2.2kw，H=10m	1950	3300	100	100	25	50
HSCC-90	90	2950	1950	3810		1200*2	1.1kw-12P*2	115M3/h，2.2kw，H=10m	2050	3500	125	125	25	50
HSCC-100	100	3250	1950	3860		1350*2	1.5kw-12P*2	115M3/h，2.2kw,H=10m	2200	3800	125	125	25	50
HSCC-125	125	3550	1950	3860		1350*2	1.5kw-12P*2	115M3/h，2.2kw,H=10m	2950	4700	150	150	25	50
HSCC-150	150	4150	1950	3860		1450*2	1.5kw-12P*2	140M3/h，3.7kw，H=10m	3800	6200	150	150	25	50
HSCC-175	175	4850	1950		3870	1450*3	1.5kw-12P*3	160M3/h，5.bkw，H=10m	4020	6400	200	200	25	50
HSCC-200	200	4850	2350		3870	1450*3	1.5kw-12P*3	160M3/h，5.5kw，H=10m	4850	7700	200	200	25	50

illustrate;
1.Designworkingconditions:Inletwatertemperature t 1 = 3 7 ^ { \circ } C outletwatertemperature \scriptstyle 1 2 = 3 2 ^ { \circ } C ambientwetbulbtemperaturewet= 2 8 ^ { \circ } C atmosphericpressure \mathsf { P = } 9 9 4 0 0 \mathsf { p a } ,watertemperaturedrop \bigtriangleup \scriptstyle 1 = 5 ^ { \circ } C 2.Thisseriesofolingtowershasutra-lowoiseUsaped,pleasecallourcompanyorlocaldistributorsforreevantdata; 3.Sincetheproductsarenotall recorded,pleasecallourcompanyorlocaldistributorsformoremodels.

Figuration drawing of HSHC combined-flow closed-circuit cooling tower

HSCC CounterflowFluid CoolerData Sheet

model	FloW	Dimensions mm			Fandiameter	Matchingmotor	(prinklerpump	Weight kg			CaliberDN
model	FloW	long	wide High		Fandiameter	Matchingmotor	(prinklerpump		weight		runing	inater watter		hydratingfull aher
HSHC-10	10	1650	1650	2450	770*1	0.55kw-8P*1	20M3/h，0.75kw，H=6m	980		1700	50	50	20	40
HSHC-15	15	1800	1650	2450	770*1	0.55kw-8P*1	20M3/h，0.75kw,H=6m	1250		2000	50	50	20	40
HSHC-20	20	1900	1750	2550	890*1	1.1kw-8P*1	20M3/h，0.75kw,H=6m	1500		2400	50	50	20	40
HSHC-25	25	2100	1750	2550	890*1	1.Iku-8P*1	45M3/h，1.1kw,H=6m	1700		2700	80	80	20	40
HSHC-30	30	2300	1750	2850	770*2	0.55kw-8P*2	45M3/h，1.1kw，H=6m	2050		3100	80	80	20	40
HSHC-40	40	2300	1900	2850	770*2	0.55kw-8P*2	60M3/h，1.5kw,H=6m	2250		3350	80	80	20	40
HSHC-50	50	2750	2050	3150	890*2	1.1kv-8P*2	60M3/h，1.5kw,H=6m	3080		4500	100	100	25	50
HSHC-60	60	3000	2050	3250	890*2	1.1kw-8P*2	60M3/h，1.5kw，H=6m	3550		5100	100	100	25	50
HSHC-70	70	3000	2250	3250	890*2	1.1kw-8P*2	115M3/h，2.2kw,H=10m	3850		5600	100	100	25	50
HSHC-80	80	3300	2550	3450	1200*2	1.1kw-12P2	115M3/h，2.2kw,H=10m		4450	6600	100	100	25	50
HSHC-90	90	3600	2550	3450	1200*2	1.1kw-12P2	115M3/h，2.2kw.，ll=10m	4980		7300	125	125	25	50
HSHC-100	100	4000	2900	3650	1350*2	1.5kw-12P*2	115M3/h，2.2kw,H=10m	5200		8100	125	125	25	50
HSHC-125	125	4250	2900	3660	1350*2	1.5kw-12P*2	115M3/h，2.2kw,H=10m	5500		8600	150	150	25	50
HSHC-150	150	4450	3050	3850	1450*2	1.5kw-12P*2	140M3/h，3.7kw，H=10m	6500		9900	150	150	25	50
HSHC-175	175	5050	3050	3850	1450*3	1.5kw-12P*3	160M3/h，5.5kw,H=10m		6800	10700	200	200	25	50
HSHC-200	200	5350	3050	3850	1450*3	1.5kw-12P*3	160M3/h，5.5kw，H=10m	7300		11400	206	200	25	50

illustrate:
1.Design working conditions: Inletwater temperature t 1 = 3 7 ^ { \circ } C outletwatertemperature \scriptstyle 1 2 = 3 2 ^ { \circ } C ,ambientwetbulbtemperaturewet= 2 8 ^ { \circ } \mathsf { C } atmospheric pressure \scriptstyle \mathsf { P = 9 9 4 0 0 p a } ,water temperaturedrop \bigtriangleup t=5°C; 2.Thisseriesofcolingtowershasultra-lownoiseUshaped,pleasecallourcompanyorlocaldistributorsforrelevantdata; 3.Sincetheproductsarenotallrecorded,pleasecallourcompanyorlocaldistributorsformoremodels.

Figuration drawing of HSNC cross-flow closed-circuit cooling tower

HSNC Cross Flow Fluid Cooler Outline Drawing

model	Flow long	Dimensionsmm				diametermm) Matching	sprinkler pump		Weightkg		CaliberDN
model	Flow long	wideHigh				diametermm) Matching	sprinkler pump		weight	running weight	water inlet	water outlet	hydrating full water /drain
HSNC-80L-1	80	2000	3500	3980	1450	1.5kw-12P	(60M3/h，1.5kw,H=6m)*2	2100	3600	50*4	50*4	25*1	50*1
HSNC-90L-1	90	2200	3500	3980	1450	1.5kw-12P	(60M3/h，1.5kw，H=6m)*2	2300	4300	50*4	50*4	25*1	50*1
HSNC-100L-1	100	2400	3900	4250	1800	4.0kw-4P	(60M3/h，1.5kw,H=6m)*2	2700	5100	80*4	80*4	25*1	50*1
HSNC-125L-1	125	2600	4100	4250	2100	5.5kw-4P	(60M3/h，1.5kw,H=6m)*2	3050	5800	80*4	80*4	25*1	50*1
HSNC-150L-1	150	2900	4200	4350	2200	5.5kw-4P	(115M3/h，2.2kw，H=10m)*2	3900	7000	80*4	80*4	25*1	50*1
HSNC-175L-1	175	3000	4450	4350	2400	7.5kw-4P	(115M3/h，2.2kw，H=10m)*2	4500	7900	80*4	80*4	25*1	50*1
HSNC-200L-1	200	3000	5000	5250	2600	7.5kw-4P	(115M3/h，2.2kw，H=10m)*2	5050	8900	100*4	100*4	25*1	80*1
HSNC-225L-1	225	3200	5400	5250	2600	7.5kw-4P	(115M3/h，2.2kw，H=10m)*2	6080	10500	100*4	100*4	25*1	80*1
HSNC-250L-1	250	3300	5800	5550	2850	11kw-4P	(115M3/h，2.2kw，H=10m)*2	7250	12200	100*4	100*4	25*2	80*1
HSNC-300L-1	300	3500	6100	5650	3000	11kw-4P	(140M3/h，3.7kw,H=10m)*2	7800	13200	100*4	100*4	25*2	80*1
HSNC-350L-1	350	3800	6300	5650	3200	11kw-6P	(160M3/h，5.5kw，H=10a)*2	8850	14800	80*8	80*8	25*2	80*1
HSNC-400L-1	400	4000	6500	5090	3200	11kw-6P	(160M3/h，5.5kwH=10=)*2	10100	16700	80*8	80*8	25*2	80*1
HSNC-450L-1	450	4200	6500	6590	3400	15kw-6P	(160M3/h，5.5kw,H=10a)*2	10700	17600	80*8	80*8	25*2	80*1
HSNC-500L-1	500	4500	6800	6590	3700	15kw-6P	(240M3/h，7.5kw，H=10a) *2	11800	19500	80*8	80*8	25*2	80*1

illustrate:
1.Design working conditions: Inlet water temperature t 1 = 3 7 ^ { \circ } C outletwatertemperature t 2 = 3 2 ^ { \circ } C ambientwetbulb temperaturewet : 2 8 ^ { \circ } C atmospheric pressure \mathsf { P } { = } 99400pa,watertemperaturedrop△t=5℃; 2.Thisseriesofoolingtowershasultra-lowoiseUsaped,pleasecallourcompanyolocaldistrbutorsforrelevantdata; 3.Since theproductsarenotall recorded,pleasecallour companyor local distributors for more models.

Operating principle of HSNC cross-flow closed-circuit cooling tower <br>Hotsaturated air going out of the tower

On-sitepicturesofclosed-circuit coolingtower

Cooling tower

fintei makes transportation and installation extremely easy.

Cooling tower

High-efficiencymotorsandvariable-speeddrivemotorsarealsoavailablefor energy-saving;and we offer customize solutions for projects demanding on sound level.

Carefullyselected recyclablematerialsarenotonlya response to thecall of thestate,but alsoa practical and environmentallychoice.

H.Stars (Guangzhou) Refrigerating Equipment Group Ltd.

Address:No.1 Guoyuan 4th Road,Guangzhou Economic&Technological Development Zone,

HuangPu District,Guangzhou, China Zip Code 510530
Email:sales@hstars.com.cn
Tel:+862062266755 ext. 886
Fax:+862082266081
Website:www.hstarschiller.com
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