- Model NO.: DLW-BS2-410Y
- Cooling Method: Direct Cooling
- Selected Voltage: 380V/50HZ
- Noise Level: Low
- Application Machine: Combination machine
- Condition: New
- Refrigerant: R22/R134A/R407c
- Size(mm): 2850*1300*1700
- Usage: for Manufacture
- Life Time: More Than 10 Years
- Transport Package: Standard Wooden Package
- Origin: Shanghai, China
- Type: Water-Cooled
- Unit Structure: Integral
- Compressor Number: 1
- Application Fields: Food Processing
- Certification: ISO, CE
- Water Chiller: High-Quality Water Chiller
- Energy Regulation: Automatic
- Weight(Kg): 1850
- Power Supply: 380V-440V-230V-460V
- Trademark: DARREN
- Specification: SGS, CE, ISO9001
- HS Code: 8418692090
1. Our factory in Shanghai-15000 square meters
Water Chiller Ranges: Chiller, Water Chiller, Air Chiller, Air Cooled Chiller, Water Cooled Chiller, Air Cooled Chiller,
2. As a water chiller, this water cooled screw chiller has the following features.
1) Cooling capacity: 110kw~865kw
2) Normal conditions: Chilled water inlet temperature is 12 degrees, outlet temperature is 7 degrees. Cooling water inlet temperature is 30 degrees, outlet temperature is 35 degrees
3) Input power: 3P-380V-50Hz, Allowable fluctuate voltage: ± 10%, allowable voltage difference in phase: ± 2%.
4) Measuring noise spot: 2m ahead and 1.5m high in front of chiller with average measurement on four dimensions.
5) Semi-closed 5: 6 asymmetric twin-screw compressor from world-renowned brand, trouble-free operation over 100000 hours.
6) Four stages volume control or 0%-100% automatic regulation.
7) Fluoride-resistant high-performance motor from French.
8) Use PLC microcomputer control from Germany Siemens LCD touch screen, both English and Chinese human-machine interface.
9) Wide range of variable chilled water temperature to meet the industrial requirements throughout whole year.
10) Friendly choose to use environmentally R407C or R134A refrigerant.
CHILLER, WATER CHILLER, WATER COOLED CHILLER
3. Picture reference for water cooled screw chiller
Technical parameter of the model list
DLW-S2 | Cooling Capacity Single Compressor |
DLW-D2 | Cooling Capacity Double Compressor |
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 | kW | 104kcal/h | Ton |  | kW | 104kcal/h | Ton |
100A | 104 | 9.0 | 30 | 200A | 208 | 18 | 59 |
150A | 136 | 11.7 | 39 | 300A | 272 | 23 | 77 |
170A | 175 | 15.1 | 50 | 340A | 351 | 30 | 100 |
190A | 191 | 16.4 | 54 | 380A | 382 | 33 | 109 |
230A | 233 | 20.0 | 66 | 460A | 466 | 40 | 133 |
250A | 256 | 22.0 | 73 | 500A | 511 | 44 | 145 |
290A | 295 | 25.4 | 84 | 580A | 591 | 51 | 168 |
310A | 312 | 26.9 | 89 | 620A | 624 | 54 | 177 |
340A | 342 | 29.4 | 97 | 680A | 683 | 59 | 194 |
370A | 372 | 32.0 | 106 | 740A | 744 | 64 | 212 |
410A | 410 | 35.3 | 117 | 820A | 820 | 71 | 233 |
490A | 484 | 41.7 | 138 | 980A | 969 | 83 | 276 |
520A | 512 | 44.0 | 145 | 1040A | 1023 | 88 | 291 |
570A | 560 | 48.2 | 159 | 1140A | 1120 | 96 | 318 |
610A | 618 | 53.2 | 176 | 1220A | 1236 | 106 | 351 |
650A | 642 | 55.3 | 183 | 1300A | 1284 | 111 | 365 |
740A | 743 | 64.0 | 211 | 1480A | 1486 | 128 | 423 |
820A | 821 | 70.7 | 233 | 1640A | 1642 | 141 | 467 |
870A | 877 | 75.5 | 249 | 1740A | 1753 | 151 | 498 |
910A | 892 | 76.8 | 254 | 1820A | 1784 | 154 | 507 |
980A | 988 | 85.0 | 281 | 1960A | 1976 | 170 | 562 |
1100A | 1103 | 95.0 | 314 | 2200A | 2206 | 190 | 627 |
1200A | 1238 | 106.6 | 352 | 2400A | 2476 | 213 | 704 |
The titanium plate heat exchanger is safe and reliable to use: two sealing devices are designed between the plates, and a signal hole is provided, once a leak occurs, it may be external, that is, to prevent the mixing of the two media to play a safety alarm.
Small cooling water: titanium plate heat exchanger due to the geometry of its flow path, and the two liquids are very high thermal efficiency, so the cooling water consumption can be greatly reduced. This in turn reduces the installation costs of pipes, valves and pumps.
Finned titanium tube heat exchangers are also known as tube fin heat exchangers. Its structural characteristics are equipped with many fins on the outer surface or inner surface of the heat exchanger tube. Common fins are longitudinal and transverse. Titanium fin row tube heat exchanger is used as a condensing unit, which is widely used in industry. Using gas instead of water-cooled heat dissipation can not only be applied from areas with little water, but also in areas with abundant water resources, the choice of air cooling has also achieved great economic benefits.
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