InDirect Evaporative Cooler
Indirect Direct Evaporative Cooling
An Indirect Evaporative Cooler use the advantages of cooling using water evaporation without increasing humidity in the supply air. This is done through our special DRI COOL module.
In a 2-stage evaporative cooling system is an advanced cooling system that utilizes indirect evaporative cooling modules followed by a direct cooling section. The overall result is lower dry bulb temperature as compared to a direct only evaporative coolers.
A third stage can be added as a cooling coil which is turned on when the second direct evaporative cooling section is off. This is based on the ambient conditions.
Our Indirect Evaporative Cooler units are also offered in very large air volumes and with all sensors, controls and electrical packaged on board the unit.
Features
Double skin casing – outer casing made of pre-coated sheets
High efficiency centrifugal fans
High Efficiency (90%+) long life evaporative EcoCool pads
No harmful refrigerants or ozone depleting chemicals
AHRI Certified casing for Leakage
Fully factory manufactured and tested units
Ready to use , plug & play
Pre Coated Galvanised Steel
Centrifugal
Benefits
Consumes up to 80% less electricity compared to conventional air-conditioning
Offers significantly cooler air & with minimal moisture addition
Requires smaller duct & less fan power to achieve same cooling
Lower Indoor temperature & higher comfort compared to conventional cooling methods
Environment and wallet friendly
The hotter & drier the air , the greater is the cooling
Best Possible Indoor Air Quality
Ideal for
Stay cool and comfortable in any industry or environment with Arctic Indirect Evaporative Cooler - the efficient and cost-effective cooling solution for large industrial facilities, commercial spaces, manufacturing plants, stadium seating areas, distribution Centers of FMCGs, and Warehouses. Improve employee productivity, enhance customer experiences, and maintain consistent temperatures with arctic coolers, the innovative alternative to traditional air conditioning.
Large Industrial
Commercial Spaces
Ideal for
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- Large Industrial & Commercial Spaces
- Manufacturing Industry
- Warehouses
- Indoor Stadiums
- Training Areas
- Stadium Seating Areas
- Distribution Centers of FMCGs
Range of Products
ID-L3-30 |
ID-L3-50 |
ID-L3-75 |
ID-L3-100 |
|
| Minimum Evaporation Efficiency | 80% | 80% | 80% | 80% |
| POD Surface Area | 1.35 m2 | 1.35 m2 | 1.35 m2 | 1.35 m2 |
| POD Thickness | 75 mm | 75 mm | 75 mm | 75 mm |
| Connectin Load | 0.79KW | 0.79KW | 0.79KW | 0.79KW |
| Overall Dimensions( L x w x H) | 950 x 950 x 800(mm) | 950 x 950 x 800(mm) | 950 x 950 x 800(mm) | 950 x 950 x 800(mm) |
| Connection Size | 400 x 400 mm | 400 x 400 mm | 400 x 400 mm | 400 x 400 mm |
| Tank Capacity | 60 Liters | 60 Liters | 60 Liters | 60 Liters |
| Dry Weight | 125 Kgs | 125 Kgs | 125 Kgs | 125 Kgs |
| Design Guide- SI Units | ||||
| Air Flow at Given ESP | 8000 m3/h | 8000 m3/h | 8000 m3/h | 8000 m3/h |
| Static Pressure | 19 mmWc | 19 mmWc | 19 mmWc | 19 mmWc |
| External Static Pressure | 5 mmWc | 5 mmWc | 5 mmWc | 5 mmWc |
| Air Flow at Below ESP | 5100 m3/h | 5100 m3/h | 5100 m3/h | 5100 m3/h |
| Static Pressure | 22.5 mmWc | 22.5 mmWc | 22.5 mmWc | 22.5 mmWc |
| Extenal Static Pressure | 10 mmWc | 10 mmWc | 10 mmWc | 10 mmWc |
Technical Data
| Model | ID-L3-30 | ID-L3-50 | ID-L3-75 | ID-L3-100 | ID-L3-150 | ID-L3-200 | ID-L3-250 | ID-L3-300 | ID-L3-350 | ID-L3-400 | |
| Air Flow Capacity | CMH | 5098 | 8500 | 12700 | 17000 | 25500 | 34000 | 42500 | 50977 | 59500 | 68000 |
| CFM | 3000 | 5000 | 7500 | 10000 | 15000 | 20000 | 25000 | 30000 | 35000 | 40000 | |
| Supply Air Motor | KW | 2.2 | 3.7 | 5.5 | 7.5 | 9.3 | 15 | 18.5 | 18.5 | 22 | 15 X 2 |
| Working Air Motor | KW | 0.75 | 1.1 | 1.1 | 1.5 | 2.2 | 3.7 | 3.7 | 5.5 | 3.7 X 2 | 3.7 X 2 |
| Pump | kw | 0.19 | 0.25 x 2 | 0.25 x 2 | 0.25 x 2 | 0.25 x 2 | 0.25 x 2 | 0.25 x 2 | 0.25 x 2 | 0.25 x 2 | 0.25 x 2 |
| ESP | (pa) | 250 | 250 | 250 | 250 | 250 | 250 | 250 | 250 | 250 | 250 |
| Overall Dimensions (L x W x H) | Length | 2440 | 2890 | 2890 | 3350 | 3625 | 3775 | 3925 | 4075 | 4075 | 3775 |
| Width | 1350 | 1555 | 2100 | 2710 | 2400 | 2710 | 3270 | 3765 | 4360 | 4970 | |
| Height | 1850 | 1850 | 1850 | 1850 | 2950 | 2950 | 3050 | 3100 | 3200 | 3200 | |
| H1 | 600 | 750 | 750 | 860 | 1045 | 1045 | 1150 | 1390 | 1045 | 1045 | |
| Unit Weight | 690 | 1070 | 1450 | 1670 | 2250 | 2640 | 3050 | 3500 | 3930 | 4210 | |
| Appr. Perating Weight | 860 | 1240 | 1620 | 1840 | 2420 | 2810 | 3220 | 3670 | 4100 | 4380 |
|
ID-L3-30
|
|
| AIR FLOW CAPACITY | |
| CMH | 5098 |
| CFM | 3000 |
| SUPPLY AIR MOTOR | |
| KW | 2.2 |
| WORKING AIR MOTOR | |
| KW | 0.75 |
| PUMP | |
| kw | 0.19 |
| ESP | |
| (pa) | 250 |
| OVER ALL DIMENSIONS | |
| Length | 2440 |
| Width | 1350 |
| Height | 1850 |
| H1 | 600 |
| Unit Weight | 690 |
| Approx Perating Weight | 860 |
|
ID-L3-50
|
||
| AIR FLOW CAPACITY | ||
| CMH | 8500 | |
| CFM | 5000 | |
| SUPPLY AIR MOTOR | ||
| KW | 3.7 | |
| WORKING AIR MOTOR | ||
| KW | 1.1 | |
| PUMP | ||
| kw | 0.25 x 2 | |
| ESP | ||
| (pa) | 250 | |
| OVER ALL DIMENSIONS | ||
| Length | 2890 | |
| Width | 1555 | |
| Height | 1850 | |
| H1 | 750 | |
| Unit Weight | 1070 | |
| Approx Perating Weight | 1240 | |
|
ID-L3-75
|
|
| AIR FLOW CAPACITY | |
| CMH | 12700 |
| CFM | 7500 |
| SUPPLY AIR MOTOR | |
| KW | 5.5 |
| WORKING AIR MOTOR | |
| KW | 1.1 |
| PUMP | |
| kw | 0.25 x 2 |
| ESP | |
| (pa) | 250 |
| OVER ALL DIMENSIONS | |
| Length | 2890 |
| Width | 2100 |
| Height | 1850 |
| H1 | 750 |
| Unit Weight | 1450 |
| Approx Perating Weight | 1620 |
|
ID-L3-100
|
|
| AIR FLOW CAPACITY | |
| CMH | 17000 |
| CFM | 10000 |
| SUPPLY AIR MOTOR | |
| KW | 7.5 |
| WORKING AIR MOTOR | |
| KW | 1.5 |
| PUMP | |
| kw | 0.25 x 2 |
| ESP | |
| (pa) | 250 |
| OVER ALL DIMENSIONS | |
| Length | 3350 |
| Width | 2710 |
| Height | 1850 |
| H1 | 860 |
| Unit Weight | 1670 |
| Approx Perating Weight | 1840 |
|
ID-L3-150
|
|
| AIR FLOW CAPACITY | |
| CMH | 25500 |
| CFM | 15000 |
| SUPPLY AIR MOTOR | |
| KW | 9.3 |
| WORKING AIR MOTOR | |
| KW | 2.2 |
| PUMP | |
| kw | 0.25 x 2 |
| ESP | |
| (pa) | 250 |
| OVER ALL DIMENSIONS | |
| Length | 3625 |
| Width | 2400 |
| Height | 2950 |
| H1 | 1045 |
| Unit Weight | 2250 |
| Approx Perating Weight | 2420 |
|
ID-L3-200
|
|
| AIR FLOW CAPACITY | |
| CMH | 34000 |
| CFM | 20000 |
| SUPPLY AIR MOTOR | |
| KW | 15 |
| WORKING AIR MOTOR | |
| KW | 3.7 |
| PUMP | |
| kw | 0.25 x 2 |
| ESP | |
| (pa) | 250 |
| OVER ALL DIMENSIONS | |
| Length | 3775 |
| Width | 2710 |
| Height | 2950 |
| H1 | 1045 |
| Unit Weight | 2640 |
| Approx Perating Weight | 2810 |
|
ID-L3-250
|
|
| AIR FLOW CAPACITY | |
| CMH | 42500 |
| CFM | 25000 |
| SUPPLY AIR MOTOR | |
| KW | 18.5 |
| WORKING AIR MOTOR | |
| KW | 3.7 |
| PUMP | |
| kw | 0.25 x 2 |
| ESP | |
| (pa) | 250 |
| OVER ALL DIMENSIONS | |
| Length | 3925 |
| Width | 3270 |
| Height | 3050 |
| H1 | 1150 |
| Unit Weight | 3050 |
| Approx Perating Weight | 3220 |
|
ID-L3-300
|
|
| AIR FLOW CAPACITY | |
| CMH | 50977 |
| CFM | 30000 |
| SUPPLY AIR MOTOR | |
| KW | 18.5 |
| WORKING AIR MOTOR | |
| KW | 5.5 |
| PUMP | |
| kw | 0.25 x 2 |
| ESP | |
| (pa) | 250 |
| OVER ALL DIMENSIONS | |
| Length | 4075 |
| Width | 3765 |
| Height | 3100 |
| H1 | 1390 |
| Unit Weight | 3500 |
| Approx Perating Weight | 3670 |
|
ID-L3-350
|
|
| AIR FLOW CAPACITY | |
| CMH | 59500 |
| CFM | 35000 |
| SUPPLY AIR MOTOR | |
| KW | 22 |
| WORKING AIR MOTOR | |
| KW | 3.7 X 2 |
| PUMP | |
| kw | 0.25 x 2 |
| ESP | |
| (pa) | 250 |
| OVER ALL DIMENSIONS | |
| Length | 4075 |
| Width | 4360 |
| Height | 3200 |
| H1 | 1045 |
| Unit Weight | 3930 |
| Approx Perating Weight | 4100 |
|
ID-L3-400
|
|
| AIR FLOW CAPACITY | |
| CMH | 68000 |
| CFM | 40000 |
| SUPPLY AIR MOTOR | |
| KW | 15 X 2 |
| WORKING AIR MOTOR | |
| KW | 3.7 X 2 |
| PUMP | |
| kw | 0.25 x 2 |
| ESP | |
| (pa) | 250 |
| OVER ALL DIMENSIONS | |
| Length | 3775 |
| Width | 4970 |
| Height | 3200 |
| H1 | 1045 |
| Unit Weight | 4210 |
| Approx Perating Weight | 4380 |
