I-DXT Series Multi-functional Effective Air Cooler

DXT Series Multi-functional Effective Air Cooler Isithombe Esifakiwe
  • I-DXT Series Multi-functional Effective Air Cooler
  • I-DXT Series Multi-functional Effective Air Cooler
  • I-DXT Series Multi-functional Effective Air Cooler
  • I-DXT Series Multi-functional Effective Air Cooler

Incazelo emfushane:

Ukusebenza okuhle kakhulu.
Akulula ukuvuza uwoyela.
Usayizi ohlangene.
Isistimu yokupholisa ye-aluminium esebenza kahle kakhulu yokusebenza okuphezulu kanye nomfutho ophakeme wokusebenza - futhi iyatholakala kumasistimu omsebenzi onzima we-hydraulic noma amasistimu agcotshiwe.
Ipuleti lokukhipha ukushisa liyi-aluminium alloy vacuum brazed plate fin heat exchanger, futhi indawo engaphezulu ifafazwe nge-anti-static kanye ne-anti-corrosion coating.
Amaphiko okudlulisa ukushisa kwamafutha nawo aklanyelwe ngaphakathi kwesiteshi sikawoyela we-radiator, okwandisa kakhulu ukusebenza kahle kwawo kokukhipha ukushisa.
Ingalungiswa nge-12V, 24V DC motor, 220V, 380V AC motor noma i-hydraulic motor ukushayela fan.


Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Izici

I-cooler, ngenqubo ye-vacuum brazing, iyingcindezi ezinzile, engahlonywa ngezinhlobo ezahlukene zenjini futhi isebenze kabanzi emikhakheni eminingi.

· Izilawuli lokushisa zingakhethwa.
· Amafomu ahlukahlukene okuvikela ingcindezi angakhethwa.

Ukucaciswa

I-DXT Series High Efficiency Motor Driven Air Coolers

Imodeli A B C D E G H K L M X F W1 W2
I-DXT-2-A3 352 415 250 150 200 115 20 470 25 Φ14 G1" 345 150 300
I-DXT-3-A3 456 540 300 200 250 160 20 500 25 Φ14 G1" 460 200 400
I-DXT-4-A3 450 560 300 200 250 160 20 552 30 Φ14 G1¼" 469 220 450
I-DXT-5-A3 470 710 300 200 250 165 20 559 30 Φ14 G1¼" 620 220 450
I-DXT-6-A3 617 810 400 310 350 235 20 613 50 Φ16 G1¼" 720 280 550
I-DXT-7-A3 617 960 400 310 350 235 20 660 50 Φ16 G1¼" 870 280 550
I-DXT-8-A3 710 980 450 400 400 280 20 748 50 Φ16 G1½" 880 500 1000
I-DXT-9-A3 990 1350 580 440 215 780 40 730 63 Φ16 I-Flange 1182 550 1200
I-DXT-10-A3 990 1350 580 440 215 780 40 780 63 Φ16 I-Flange 1172 620 1200
I-DXT-11-A3 1276 1570 750 525 210 1064 48 920 100 Φ16 I-Flange 1332 800 1600

I-DXT Series Hydraulic Motor Driven Air Coolers

Imodeli A B C D E G H L M X F W1 W2
I-DXT-2-A5 352 415 250 150 200 115 20 25 Φ14 G1" 345 150 300
I-DXT-3-A5 456 540 300 200 250 160 20 25 Φ14 G1¼" 460 200 400
I-DXT-4-A5 450 560 300 200 250 160 20 30 Φ14 G1¼" 469 220 450
I-DXT-5-A5 470 710 300 200 250 165 20 30 Φ14 G1¼" 620 220 450
I-DXT-6-A5 617 810 400 310 350 235 20 50 Φ16 G1¼" 720 280 550
I-DXT-7-A5 617 960 400 310 350 235 20 50 Φ16 G1¼" 870 280 550
I-DXT-8-A5 710 980 450 400 400 280 20 50 Φ16 G1½" 880 500 1000
I-DXT-9-A5 990 1350 580 440 215 780 40 63 Φ16 I-Flange 1182 550 1200
I-DXT-10-A5 990 1350 580 440 215 780 40 63 Φ16 I-Flange 1172 620 1200
I-DXT-11-A5 1276 1570 750 525 210 1064 48 100 Φ16 I-Flange 1332 800 1600

I-DXT Series DC Condenser Fan Type Air Cooler

Imodeli A B C D E G H L M X F W1 W2
I-DXT-1-A2 270 335 200 80 150 65 15 25 Φ14 G1" 270 100 250
I-DXT-2-A2 352 415 250 150 200 115 20 25 Φ14 G1" 345 150 300
I-DXT-3-A2 456 540 300 200 250 160 20 25 Φ14 G1" 460 200 400
I-DXT-4-A2 450 560 300 200 250 160 20 30 Φ14 G1¼" 469 220 450
I-DXT-5-A2 470 710 300 200 250 165 20 30 Φ14 G1¼" 620 220 450
I-DXT-6-A2 617 810 400 310 350 235 20 50 Φ16 G1¼" 720 280 550

Ithebula lepharamitha eliphelele le-DXT Series

Imodeli I-Motor Voltage
(V)		 Amandla Ezimoto
(KW)		 Isivinini seBlade
(r/min)		 Izinga Lomsindo
(dB)		 Ukupholisa Amandla
(KW)		 Max.Ingcindezi yokusebenza
(ibha)		 I-Max.Temp.
(℃)		 I-Max.Flow
(l/min)
I-DXT-1 12 0.12 2700 70 5.5 20 130 60
24 0.15
I-DXT-2 12 0.12 2700 75 10 20 130 100
24 0.15 73
220/380 0.25 1450 78
I-Hydraulic Motor
10cm		 / 2800 77
I-DXT-3 12 0.2 2700 76 16 20 130 150
24 0.2 78
220/380 0.37 1450 79
I-Hydraulic Motor
10cm		 / 2800 78
I-DXT-4 12 0.2 2700 77 19 20 130 200
24 0.2 78
220/380 0.37 1450 79
I-Hydraulic Motor
10cm		 / 2800
I-DXT-5 12 0.2 2700 79 28 20 130 250
24 0.2
220/380 0.75 1450 82
I-Hydraulic Motor
10cm		 / 1500 80
I-DXT-6 220/380 1.5 1450 87 35 20 130 300
I-Hydraulic Motor
16cm		 / 1500 84
I-DXT-7 220/380 1.5 1450 87 55 20 130 350
I-Hydraulic Motor
16cm		 / 1500 84
I-DXT-8 220/381 2.2 1450 89 70 20 130 400
I-Hydraulic Motor
16cm		 / 1500 85
I-DXT-9 220/381 4 1450 96 110 20 130 450
I-Hydraulic Motor
25cm		 / 1500 87
I-DXT-10 220/382 7.5 1450 102 140 20 130 500
I-Hydraulic Motor
25cm		 / 1500 92
I-DXT-11 220/382 11 1450 106 245 20 130 600
I-Hydraulic Motor
32cm		 / 1500 97

Ubukhulu

Ukucaciswa kwe-DXT (1)
Ukucaciswa kwe-DXT (2)
Ukucaciswa kwe-DXT (3)

Isicelo

Isekhethi yesistimu yeHydraulic, isekethe yokupholisa ezimele kanye nesistimu yokupholisa uwoyela wokugcoba.
Isibonelo, amathuluzi omshini, imishini yezimayini, imishini ye-hydraulic, isiteshi sikagesi, okokusebenza kwamandla omoya, nokunye.

Imishini yokwakha

Imishini yokwakha

Imishini yobunjiniyela

Imishini yobunjiniyela

imishini ye-hydraulic

Imishini ye-hydraulic

imishini yezimayini

Imishini yezimayini

imishini yokuhamba

Imishini yokuhamba

Incazelo Yelebula Yemodeli

I-DXT 8 A3 M X O O
Uhlobo Lokupholisa:
I-Multi-functional Effective Series		 Usayizi Wepuleti:
1/2/3/4/5/6/7/8/9/10/11		 Indlela yokushayela:
A1=DC12V Ifeni ejiyayo
A2=DC24V Ifeni ejiyayo
A3=AC380V
I-A4=AC440V Injini esebenza kahle kakhulu
A5=I-Hydraulic Motor		 I-Bypass Valve:
M=Ngaphandle kwe-Bypass Valve⬅Standard
W=Okwangaphandle		 Isikhombisi-ndlela somoya:
X=Suction⬅Standard
C=Ukufutha		 Temp.Isilawuli:
O=Ngaphandle kwesilawuli⬅Okujwayelekile
T=Temp.Ukushintsha--Isikhathi Sesenzo.:
T50=50℃,T60=60℃，T70=70℃
C=Temp.I-Transmitter--
C1=Okuhlangene,C2=Idijithali
Z=Ihlanganiswe neswishi yokulawula izinga lokushisa evikelayo.(Itholakala kuphela uma imodi yokushayela iyifeni ejiyayo)		 Ukuvikelwa kwe-Heatsink:
O=Ngaphandle kokuvikela⬅Okujwayelekile
S=Anti-Stone inethi

*Amanothi ngokusetshenziswa kwama-air cooler*

1. Ububanzi bepayipi kufanele buhambisane nobukhulu bokungena kanye nokuphuma kwamafutha.Ingaba yincane ngesikhathi esifanayo, kodwa ayikwazi ukuba nkulu ngesikhathi esifanayo.Sebenzisa amapayipi anengcindezi ephezulu futhi uqondise amakhanda ngangokunokwenzeka ukuze unciphise ukumelana nokubuyisela uwoyela.
2. Uma usebenzisa indlela yokupholisa yokubuyisela uwoyela, kufanele kufakwe isifunda sokukhipha i-bypass, futhi umfutho wokuvula we-valve yokucindezela emuva ungaphansi kuka-0.5MPa ukuvimbela irediyetha ukuthi ingalinyazwa ukucindezela kwe-pulse ngokweqile lapho uhlelo luqalwa.
3. Indawo ye-air cooler kufanele igweme ukudlidliza nokushaya, futhi ukungena komoya kanye ne-exhaust kufanele kube mahhala futhi kungavinjelwa, futhi ukufakwa kufanele kuqine.
4. Akunconywa ukufaka isihlungi endaweni yokukhipha amafutha.

  • Okwedlule:
  • Olandelayo:

    • Izigaba zemikhiqizo