ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower

Product Details
Customization: Available
After-sales Service: Video Technical Support/Online Support
Warranty: 1 Year
Still deciding? Get samples of $ !
Request Sample
Diamond Member Since 2011

Suppliers with verified business licenses

Audited Supplier Audited Supplier

Audited by an independent third-party inspection agency

Registered Capital
1000000 RMB
Plant Area
501~1000 square meters
  • ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower
  • ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower
  • ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower
  • ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower
  • ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower
  • ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower
Find Similar Products
  • Overview
  • Product Description
  • Product Details
  • Product Parameters
  • Applications
  • Packaging & Shipping
  • Company Profile
  • FAQ
Overview

Basic Info.

Model NO.
SYDFB
Cooling Method
Counter Flow
Ventilation Mode
Natural Ventilation
Material
FRP
Air Contact Form
Dry
Air Contact Way
Closed
Tower Shape
Square
Noise Level
Low
Application Fields
Industrial
Certification
ISO, CE
Condition
New
Cooling Capacity(M3/H)
10m3/H-1000m3/H
Fan Diameter(mm)
700mm-6000mm
Air Flow(M3/H)
7200m3/H-500000m3/H
Voltage (V)
110V-450V
Shape
Square Shape
Color
Natural
Size
Customer′s Request
Advantages
Low Noise, Compact Structure, Light Weight
Usage
Industrial Fluids Cooling Tower
Applications
Chemical Plants, Furnace, HVAC
Transport Package
Disassembled Delivery
Specification
Customer′s Request
Trademark
Shuangyi
Origin
Jinan
HS Code
84198990
Production Capacity
2000 Set/Year

Product Description

Product Description

ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower

Closed-Loop Design: The closed-circuit design ensures that the process fluid remains isolated from the external environment. This prevents contamination of the process fluid, making it ideal for applications where fluid purity is crucial, such as in the pharmaceutical, food and beverage, and electronics industries.

High-Efficiency Heat Transfer: Equipped with high-performance heat exchangers, our cooling tower efficiently transfers heat rapidly. The optimized design of the heat transfer surfaces maximizes the contact area between the process fluid and the cooling medium, resulting in excellent cooling performance even under high-load conditions.

Robust Construction: Built with durable materials, the cooling tower is designed to withstand harsh operating environments. The tower body is made of corrosion-resistant materials, ensuring long-term reliability and minimizing maintenance requirements.

Variable-Speed Fan Control: Our cooling tower features variable-speed fan control, enabling precise adjustment of cooling capacity to meet actual cooling demands. This not only improves energy efficiency but also helps to reduce noise levels during operation.

Easy Installation and Maintenance: The cooling tower's modular design facilitates easy installation and maintenance. The components are designed for quick and easy access, simplifying routine maintenance tasks such as cleaning and inspection.

Product Details

ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling TowerODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower

Product Parameters


Cooling Tanks Parameter Table Charts
 
Parameter Square Counter Flow Cooling Tower Round Counter Flow Cooling Tower Round Closed - Circuit Counter Flow Cooling Tower
Cooling Capacity Varies widely based on size, typically from 50 to 3000 tons of refrigeration (TR). Smaller units may be around 50 - 200 TR, while large - scale ones can reach up to 3000 TR. Similar to square counter - flow, ranging from 50 to 3000 TR. Compact models may start at 50 TR, and large industrial versions can go up to 3000 TR. Usually in the range of 100 to 2000 TR. The closed - circuit design may limit the upper capacity due to space and heat - transfer considerations.
Water Flow Rate Depends on the cooling capacity. For a 100 - TR unit, it may be around 200 - 300 cubic meters per hour (m³/h). For a 1000 - TR unit, it can be 2000 - 3000 m³/h. Similar to square counter - flow. A 100 - TR unit may have a water flow rate of 200 - 300 m³/h, and a 1000 - TR unit can reach 2000 - 3000 m³/h. For a 100 - TR closed - circuit tower, the water flow rate may be 150 - 250 m³/h. For a 1000 - TR unit, it can be 1500 - 2500 m³/h. The closed - circuit design may have a slightly lower water flow rate compared to open - circuit towers.
Approach Temperature Usually in the range of 2 - 5°C. A well - designed tower can achieve an approach temperature of around 2 - 3°C, while standard units may have an approach of 3 - 5°C. Similar to square counter - flow, with an approach temperature typically between 2 - 5°C. High - efficiency models can reach 2 - 3°C. Can achieve relatively low approach temperatures, often in the range of 1 - 4°C. The closed - circuit design may allow for better temperature control and a lower approach.
Range Temperature Typically from 5 - 10°C. For example, in a common application, the range temperature may be around 8°C. Similar to square counter - flow, with a range temperature usually between 5 - 10°C. Can have a range temperature of 6 - 12°C. The closed - circuit design may have a different heat - transfer mechanism, resulting in a slightly different range.
Noise Level Can be in the range of 55 - 75 decibels (dB(A)). Smaller units may be on the lower end of the range, while larger towers with more powerful fans can reach up to 75 dB(A). Similar noise levels to square counter - flow, ranging from 55 - 75 dB(A). The round shape may have some minor effects on noise dispersion. Generally, closed - circuit towers can be a bit quieter, with noise levels in the range of 50 - 70 dB(A). The closed - circuit design may help in reducing noise.
Fan Power For a 100 - TR square counter - flow tower, the fan power may be around 5 - 10 kilowatts (kW). For a 1000 - TR unit, it can be 50 - 100 kW. Similar to square counter - flow. A 100 - TR round counter - flow tower may have a fan power of 5 - 10 kW, and a 1000 - TR unit can have 50 - 100 kW. For a 100 - TR closed - circuit round counter - flow tower, the fan power may be 6 - 12 kW. For a 1000 - TR unit, it can be 60 - 120 kW. The closed - circuit design may require slightly more power for the fan due to the additional heat - exchanger resistance.
Material of Construction The shell is often made of fiberglass - reinforced plastic (FRP), which provides good corrosion resistance. The fill material can be PVC or other heat - transfer - efficient materials. The frame may be made of steel with proper coating for corrosion protection. Similar to square counter - flow. The shell is usually FRP, the fill is PVC or similar, and the frame is coated steel. The outer shell is typically FRP. The closed - circuit heat exchanger can be made of copper, stainless steel, or other corrosion - resistant metals. The frame is steel with anti - corrosion treatment.
Dimensions Dimensions vary based on the cooling capacity. A small 50 - TR square counter - flow tower may have dimensions of around 2m x 2m x 3m (length x width x height). A large 3000 - TR tower can be 20m x 20m x 10m or larger. For a 50 - TR round counter - flow tower, the diameter may be around 2 - 3m and the height around 3 - 4m. A 3000 - TR round tower can have a diameter of 15 - 20m and a height of 8 - 12m. A 100 - TR round closed - circuit counter - flow tower may have a diameter of 3 - 4m and a height of 4 - 5m. A 2000 - TR tower can have a diameter of 12 - 15m and a height of 8 - 10m.
Drift Loss Usually less than 0.01% of the circulating water flow rate. Well - designed towers can achieve even lower drift losses, around 0.005%. Similar to square counter - flow, with drift losses typically less than 0.01% of the water flow rate. In closed - circuit towers, drift loss is almost negligible as the water is contained within the closed loop.
Make - up Water Requirement Depends on the evaporation rate, drift loss, and blow - down. For a 100 - TR tower, the make - up water requirement may be around 1 - 3 m³/h. For a 1000 - TR tower, it can be 10 - 30 m³/h. Similar to square counter - flow. A 100 - TR round counter - flow tower may require 1 - 3 m³/h of make - up water, and a 1000 - TR tower can need 10 - 30 m³/h. The make - up water requirement for a closed - circuit tower is relatively low, mainly due to small leakage losses. For a 100 - TR tower, it may be 0.1 - 0.5 m³/h, and for a 1000 - TR tower, it can be 1 - 5 m³/h.


Parameters and Model Selection List

Table 1:  
Wet Bulb
temperature
28 ºC 27ºC
Inlet/outlet temperature difference 5ºC 8ºC 10ºC 15ºC 18ºC 5ºC 8ºC 10ºC 15ºC 18ºC
Inlet/outlet 37/32 40/32 42/32 48/33 5234 37/32 40/32 42/32 4833 5234
Model Combination Cooling Capacity m³/h
DBF25 DBF25*1 25 19 17 16 14 27 20 18 17 15
DBF50 DBF50*1 50 38 34 32 29 54 41 37 34 31
DBF75 DBF75*1 75 57 51 48 44 81 61 55 51 46
DBF100 DBF100*1 100 76 68 65 59 108 80 73 68 62
DBF125 DBF125*1 125 95 85 81 73 135 100 92 85 77
DBF150 DBF150*1 150 114 102 97 88 162 122 110 102 92
DBF175 DBF175*1 175 133 119 113 103 190 142 129 120 108
DBF200 DBF200*1 200 152 136 130 118 217 163 147 137 123
DBF250 DBF125*2 250 190 170 162 147 271 203 184 171 154
DBF300 DBF150*2 300 228 204 195 177 325 243 221 205 185
DBF350 DBF175*2 350 266 238 227 206 380 285 258 239 217
DBF400 DBF200*2 400 304 272 260 236 434 325 295 273 247
DBF500 DBF125*4 500 380 340 325 295 542 406 368 341 309
DBF600 DBF200*3 600 456 408 390 354 650 487 442 410 370
DBF700 DBF175*4 700 532 476 455 413 760 570 516 360 433
DBF800 DBF200*4 800 608 544 520 472 867 650 590 546 494
 
 
Table 2:
Wet Bulb 26ºC 25ºC
temperature
Inletoutlet temperature difference 5ºC 8ºC 10ºC 15ºC 18ºC 5ºC 8ºC 10ºC 15ºC 18ºC
Inlet/outlet temperature 37/32 40/32 42/32 48/33 52/34 37/32 40/32 42/32 48/33 52/34
Model No. Combination Cooling Capacity m³/h
DBF25 DBF25*1 30 23 20 18 16 32 23 21 19 17
DBF50 DBF50*1 59 44 40 36 33 64 47 43 37 34
DBF75 DBF75*1 88 66 60 55 49 96 71 64 56 52
DBF100 DBF100*1 118 87 80 73 66 128 94 86 75 69
DBF125 DBF125*1 148 110 100 92 83 160 118 107 94 86
DBF150 DBF150*1 177 132 120 110 100 192 142 129 113 104
DBF175 DBF175*1 207 154 140 128 116 224 165 150 132 121
DBF200 DBF200*1 237 178 161 147 132 256 190 171 151 138
DBF250 DBF125*2 296 221 200 183 154 320 237 214 189 173
DBF300 DBF150*2 355 267 241 220 199 385 285 258 227 208
DBF350 DBF175*2 418 313 284 259 234 449 332 300 265 242
DBF400 DBF200*2 474 356 322 294 265 513 380 348 302 277
DBF500 DBF125*4 592 444 402 367 332 641 474 429 378 346
DBF600 DBF200*3 711 532 483 440 398 770 570 516 454 416
DBF700 DBF175*4 829 621 563 513 464 898 665 602 530 485
DBF800 DBF200*4 948 711 645 587 530 1025 758 687 605 554


Table 3:
Model No. Fan Spray Pump
Coil Lift m
Dead Load
Weight
kg
Operating
Weight
kg
Size(mm)
Air Flow m³/s Power kw Water
Flow
1/s
Power kw
A*B*H
25 10 2*1.1 13.4 15 1.5 1990 3221 2780*1410*3010
50 153 2*2.2 16.7 22 1.9 2962 4660 2962*1910*3010
75 22.8 4 24.2 3 2.1 4735 6870 3160*2190*3910
100 30.5 5.5 33.3 4 2.6 6111 9156 3480*2560*3910
125 38.1 7.5 42.5 55 3.2 7523 11285 3830*2970*3910
150 46.6 11 50.3 75 3.6 9047 13390 3980*3390*4216
175 52.1 11 60.2 11 4.1 10880 15805 4220*3670*4216
200 68.3 15 77.8 15 4.9 11910 17300 4500*3950*4216
 

Applications


ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower

Packaging & Shipping

ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower
 

Company Profile


ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower
ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower
ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower
ODM 300 Tr FRP Build Low Noise Operation Closed Circuit Cooling Tower

Shandong Shuangyi Group Co., Ltd. was founded in 1984 and has since developed into a modern enterprise specializing in the research, development, production, and sales of ventilation equipment. The company's headquarters are situated in Jinan City, Shandong Province, known as the "Hometown of Springs in China." At the same time, its production base is located in the Xinhua Industrial Park in Dezhou, Shandong Province. Shandong Shuangyi Group Co., Ltd. is an internationally certified enterprise under the ISO9001 quality management system.
 

FAQ

1. Q: Are you a Trading Company or a Manufacturing Factory?
A: We are both a manufacturer and a trading company. We have our factory, which we have operated for almost 40 years, and this enables us to provide better service to our overseas customers. Welcome to your inquiry!

2. Q: I am interested in your products. Could I get a sample for free?
A: We can supply a few pieces of free samples if we have some in stock, and you only need to pay the freight cost. Welcome to send your inquiry for FREE samples!

3. Q: How about the Delivery time?
A: 7- 15 days after receiving the deposit, based on the MOQ. Typically, it takes 15-35 days to finish the order for a 20ft container. Please feel free to ask for a detailed delivery time according to your order quantity.

4. Q: How can you guarantee the product quality?
A: We have a quality control system based on ISO 9001:2015, and it has been followed strictly. We also have a professional QC team, and each of our package workers is responsible for the final inspection, as instructed by the QC team, before packing.

5. Q: What is the payment term?
A: Basically, the payment terms are T/T, L/C at sight. Western Union, Alipay.

6. Q: Can you do OEM for me?
A: We accept all OEM orders. Contact us with your design, and we will offer you a reasonable price as soon as possible.

Purchasing Notes
1. If you only know the volume or area of your warehouse, plant, or workshop, such as its dimensions (length, width, and height), please get in touch with us promptly. By doing so, our engineers can design the specifications and quantity of the product to your needs.

2. If no specification parameter is required in the parameter table, please specify your requirements, and we will provide a satisfactory design scheme.

3. If you have confirmed our products, please place an order and then make payment. After that, we will arrange delivery as soon as possible. Without a change to the order before delivery, we will provide you with an exquisitely prepared gift.

4. If you encounter any transportation difficulties, please don't hesitate to contact us. We will provide a satisfactory plan to minimize freight costs as much as possible.

Send your message to this supplier

*From:
*To:
*Message:

Enter between 20 to 4,000 characters.

This is not what you are looking for? Post a Sourcing Request Now
Contact Supplier