China OEM Walk in Cooler Condenser Units for Fine Chemicals Cold Room near me supplier

Product Description

stroll in cooler condenser models for fantastic chemicals cold room 

DL Sequence Air Cooler Evaporator Functions:
1.Substantial performance staggered fin pattern style
two.Optimized sine waved fin for substantial overall performance
3.Inside grooved tube for higher heat exchanger efficiency
4.Optimized circuiting for far better evaporation
five.Optimized air movement to reach max. Capability
six.Sturdy,condition-of-the-artwork sheet steel layout
7.Casing with white coating for corrosion defense
8.Twin drip tray design to keep away from drinking water condensation
nine.Fin spacing CZPT for certain software
10.Dual fin spacing style is obtainable for min. Frost
eleven.Tailor produced device cooler is accessible for unique application
twelve.Certain supporter motor for reduced temp. software, increased air stream, larger air throw
13.Optional defrost obtainable (Electric powered, h2o & very hot fuel defrost)
14.Imported brand name e-heaters used for defrost
15.Distributor help design and style to steer clear of surprising vibration
sixteen.Special “Floating Tube” design and style for huge device cooler
seventeen.SS or Al casing is obtainable for certain designs
18.Air jet for for a longer time air toss is available for particular designs
19.Available for CO2-DX device cooler up to forty bar
twenty.Provide customized brine air cooler

Air Cooler Evaporator versions:

Model Refrigerating Capacity
W(kcal/h)
Cooling
area (m2)
Pitch of Fins(mm) Unit cooler Electric Defrost
Qty. Dia(mm) Air Flow(m3/h) Strain Pa(mmH2O) Air Stream(m) Energy(w) Voltage(v) Coil(kw/pcs) Water drain(kw) Voltage(v)
DL-2.1/10 2100(1800) eleven four.five one Φ330 2200 98(ten) eight one hundred twenty 380 one. .26 220
DL-3.1/15 3100(2650 15 4.5 2 Φ330 2*2200 ninety eight(ten) 8 two*one hundred twenty 380 .nine .nine 220
DL-4.2/twenty 4200(3600) 20 four.5 2 Φ330 two*2200 ninety eight(10) eight 2*a hundred and twenty 380 .9 .nine 220
DL-5.2/25 5200(4450) 25 4.five two Φ350 2*3000 118(12) ten two*a hundred and eighty 380 one.two 1.2 220
DL-8.2/40 8200(7050) 41.five four.five 2 Φ400 2*five hundred 147(15) 13 2*250 380 1.five one.five 220
Dl-eleven.5/55 11500(9900) fifty five four.5 2 Φ400 two*five hundred 147(15) thirteen 2*250 380 1.6*2 one.6 380
Dl-sixteen.7/eighty 16700(14360) 80 four.five 2 Φ500 2*600 167(seventeen) 13 2*550 380 1.6*two 1.eight 380
Dl-22./one hundred and five 22000(18900) a hundred and five four.5 2 Φ500 2*600 167(seventeen) thirteen two*550 380 one.8*two one.8 380
Dl-25.8/a hundred twenty five 25800(22200) 127 four.5 3 Φ500 3*600 167(seventeen) 13 three*550 380 one.8*2 1.eight 380
Dl-33.6/a hundred and sixty 33600(28900) a hundred and seventy four.five 3 Φ500 3*600 167(17) 13 3*550 380 two.4*two 2.four 380
Dl-38.7/a hundred and eighty 38700(33300) 186 4.five 4 Φ500 4*600 167(seventeen) thirteen 4*550 380 3.*2 three. 380
Dl-forty four./210 44000(37850) 214 four.5 four Φ500 4*600 167(17) 13 4*550 380 three.2*two three. 380
Dl-fifty two.9/260 52900(45500) 264 4.5 two Φ600 two*1200 250 sixteen 2*1500 380 1.8*five 1.eight 380
Dl-67.2/330 67200(57800) 335 4.five 3 Φ600 three*1200 250 sixteen three*1500 380 2.2*5 2.two 380
Dl-81.4/four hundred 83400(71700) 408 4.5 three Φ600 three*1200 250 16 three*1500 380 two.6*five 2.six 380
Design Refrigerating Potential
W(kcal/h)
Cooling
area (m2)
Pitch of Fins(mm) Unit cooler Electric Defrost
        Qty. Dia(mm) Air Flow(m3/h) Stress Pa(mmH2O) Air Movement(m) Electrical power(w) Voltage(v) Coil(kw) Water drain(kw) Voltage(v)
DD-1.4/seven 1400(1200) 8.four six 1 Φ350 2200 ninety eight(10) eight a hundred and twenty 380 .5*two 0.five 380
DD-2.35/twelve 2350(2000) eleven.5 six two Φ350 2*2200 ninety eight(10) 8 2*120 380 .9*2 0.9 380
DD-3./15 3000(2600) fifteen.two 6 two Φ350 two*2200 ninety eight(ten) 8 two*a hundred and twenty 380 .9*2 0.9 380
DD-4./22 4000(3450) 22.8 6 2 Φ350 two*3000 118(ten) 10 two*180 380 1.2*two 1.two 380
DD-6./thirty 6000(5150) 31 six 2 Φ400 two*5000 147(fifteen) ten two*250 380 1.5*2 1.five 380
DD-8./forty 8000(6900) forty 6 two Φ400 2*5000 147(15) 13 two*250 380 one.8*two 1.eight 380
DD-twelve./60 12000(10300) 60 6 two Φ500 two*6000 167(seventeen) 13 2*550 380 1.8*three 1.eight 380
DD-16./eighty 16000(13750) 81 six 2 Φ500 2*6000 167(17) 13 two*550 380 one.6*three 1.8 380
DD-20./a hundred 20000(17200) one hundred 6 three Φ500 2*6000 167(17) thirteen three*550 380 1.6*five 1.eight 380
DD-24./a hundred and twenty 24000(20650) a hundred and twenty 6 three Φ500 two*6000 167(seventeen) 13 three*550 380 2.4*5 2.4 380
DD-28./a hundred and forty 28000(24100) 140 6 four Φ500 four*6000 167(seventeen) thirteen four*550 380 3*five 3. 380
DD-32.1/160 32100(27600) 160 six 4 Φ500 4*6000 167(seventeen) thirteen four*550 380 three.2*five 3.2 380
DD-37.4/200 37400(32200) 200 six 2 Φ600 2*12000 250 sixteen two*1500 380 two.7*eight 2.seven 380
DD-forty six.8/250 46800(40300) 250 6 three Φ600 3*12000 250 16 3*1500 380 three.3*eight 3.3 380
DD-56.2/300 56200(48300) 310 6 3 Φ600 3*12000 250 sixteen three*1500 380 3.5*8 3.five 380
Product Refrigerating Capacity
W(kcal/h)
Cooling
area (m2)
Pitch of Fins(mm) Unit cooler Electric Defrost
        Qty. Dia(mm) Air Stream(m3/h) Force Pa(mmH2O) Air Circulation(m) Energy(w) Voltage(v) Coil(kw/) Drinking water drain(kw) Voltage(v)
DJ-thirteen.2/eight 1320(1150) seven.ninety five nine two Φ330 two*2200 ninety eight(10) eight two*a hundred and twenty 380 .8*2 0.9 380
DJ-2.3/fifteen 2300(2000) fifteen.9 9 2 Φ350 2*3000 118(12) 10 two*a hundred and eighty 380 one.2*2 1.two 380
DJ-4./twenty 4000(2450) 20 nine 2 Φ400 2*5000 147(fifteen) thirteen 2*250 380 1.5*two 1.5 380
DJ-5.1/thirty 5100(4400) thirty 9 two Φ400 2*5000 147(15) 13 two*250 380 1.6*2 1.6 380
DJ-7.8/forty 7800(6700) 40.two nine two Φ500 2*6000 167(seventeen) 13 2*250 380 1.8*two 1.eight 380
DJ-9.8/fifty five 9800(8400) fifty five nine two Φ500 2*6000 167(seventeen) thirteen 2*550 380 1.8*five 1.8 380
DJ-12.8/70 12800(11000) 70 9 3 Φ500 three*6000 167(17) 13 three*550 380 one.8*five 1.eight 380
DJ-15.7/85 15700(13500) eighty five nine 3 Φ500 three*6000 167(17) 13 3*550 380 2.4*five 2.4 380
DJ-18.8/100 18800(16160) a hundred nine 4 Φ500 four*6000 167(17) 13 four*550 380 3*five 3. 380
DJ-21.6/a hundred and fifteen 21600(16600) one hundred twenty nine two Φ500 4*6000 167(17) thirteen 4*550 380 3.2*five 3.2 380
DJ-23.9/140 23900(2 0571 ) one hundred forty nine two Φ600 two*12000 250 16 two*1500 380 2.7*eight 2.7 380
DJ-29./one hundred seventy 29000(24900) 178 9 3 Φ600 3*12000 250 16 3*1500 380 3.3*eight 3.three 380
DJ-35.9/210 35000(30900) 210 9 three Φ600 three*13000 420 sixteen 3*2200 380 3.5*eight 3.5 380

Air Cooler Evaporator Software:
one, textile, machinery, ceramics, fantastic chemicals, metallurgy, glass, steel, CZPT and other production industries
two, electroplating, electronics, footwear, printing, plastics, clothing, printing, packaging, meals processing market
three, hospitals, ready rooms, schools, ready rooms, supermarkets, laundry area
Cooler occasion, simply click to enlarge
one, kitchen, vegetable industry, a big enjoyment middle, underground parking, railway stations and other general public places, greenhouse, flowers, poultry, CZPT and other sorts of farms
two, the present air conditioning and blower tools modification and installation.
three, the needs of high humidity locations (this kind of as textiles, planting, etc.), can be portion of the interior installation design and style.
4, the requirements of low humidity, lower humidity and high cleanliness of the spot, please carefully take into account the suitability of use.

We can do the chilly area layout, condensing device, air cooler manufacturing: 

  

 

An AC motor is a frequent kind of electrical motor that is pushed by alternating existing. As the most efficient functional motors for everyday industrial purposes (as effectively as hobbyist projects, house objects, and all other specialist equipment and consumer items), AC motors offer a relatively successful strategy of generating mechanical energy from a simple electrical input sign.
Induction motors, also known as asynchronous motors, use the electromagnetic induction produced by the magnetic discipline of the stator to produce existing in the rotor, therefore generating torque. These motors do not run at a pace in sync with the recent, hence the identify. They use the phenomenon of electromagnetic induction to change electrical vitality into mechanical strength. Induction motor rotors are the most typical kind of AC motor discovered in pumps, compressors, and other equipment of all varieties.

China OEM Walk in Cooler Condenser Units for Fine Chemicals Cold Room     near me supplier

Tags: