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Micro Channel Heat Exchanger

Home / Product / Micro Channel Heat Exchanger / SC-1900 1274*1358mm Microchannel Tube Evaporator Heat Exchanger Condenser Coil
Home / Product / Micro Channel Heat Exchanger / SC-1900 1274*1358mm Microchannel Tube Evaporator Heat Exchanger Condenser Coil
SC-1900 1274*1358mm Microchannel Tube Evaporator Heat Exchanger Condenser Coil
  • SC-1900 1274*1358mm Microchannel Tube Evaporator Heat Exchanger Condenser Coil
  • SC-1900 1274*1358mm Microchannel Tube Evaporator Heat Exchanger Condenser Coil
Micro Channel Heat Exchanger

SC-1900 1274*1358mm Microchannel Tube Evaporator Heat Exchanger Condenser Coil

A microchannel tube evaporator heat exchanger is a surprisingly efficient factor used in condenser coils for warmth transfer purposes. Its layout consists of multiple small channels or passages through which the refrigerant flows. This microchannel design will increase the heat transfer region and enhances the overall warmness change efficiency. The microchannel tube evaporator heat exchanger is broadly utilized in diverse refrigeration and air conditioning systems. It presents great thermal overall performance, compact length, and strength performance.
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  • Description
Technical Data
Model Coil length Coil height Coil depth Fin pitch Fin height Manifold diameter
SC-1900 1274[mm] 1358[mm] 25.4[mm] 1.1[mm] 8[mm] 38[mm]
50.16[in] 53.46[in] 1[in] 23[FPI] 0.31[in] 1.5[in]

Model Tubes height Number of tubes Pass lnternal volume Inlet lD diameter Outlet lD diameter
SC-1900 2[mm] 133 85/48 ≈9.22[L] 22.2[mm] 22.2[mm]
0.08[in] ≈562.6[in³] 7/8[in] 7/8[in]

Mounting Bars
Aluminum MCHEs expand and contract when exposed to big temperature changes.Installation supports/bracketsmust allow the MCHE to move in two dimensions.


Performance Data
Air Velocity Performance [KW/Btu/hx1000]
[m/s] [ft/min] R410A R134a
△=10K
△=18°F		 △=15K
△=27°F		 △=20K
△=36°F		 △=25K
△=45°F		 △=10K
△=18°F		 △=15K
△=27°F		 △=20K
△=36°F		 △=25K
△=45°F
1 197 17.88/61.02 27.51/93.89 37.6/128.33 47.57/162.35 17.51/59.76 26.74/91.26 35.94/122.66 45.05/153.75
1.5 295 25.34/86.48 39.1/133.45 54.12/184.71 68.52/233.86 24.71/84.33 37.89/129.32 51.02/174.13 65.29/222.83
2 394 32.02/109.28 51/174.06 69.32/236.59 87.84/299.8 31.08/106.08 47.91/163.52 66.08/225.53 83.43/284.74
2.5 492 38.08/129.97 61.35/209.39 83.45/284.81 105.85/361.2 36.89/125.9 57/194.54 79.29/270.61 99.92/341.02
3 591 43.63/148.91 70.98/242.25 96.64/329.83 122.69/418.7 42.23/144.13 65.32/222.94 91.49/312.25 115.27/393.4

Air Velocity Performance [KW/Btu/hx1000]
[m/s] [ft/min] R404A R407C
△=10K
△=18°F		 △=15K
△=27°F		 △=20K
△=36°F		 △=25K
△=45°F		 △=10K
△=18°F		 △=15K
△=27°F		 △=20K
△=36°F		 △=25K
△=45°F
1 197 17.88/61.02 27.45/93.69 37.95/129.52 47.9/163.48 11.26/38.43 22.38/76.38 32.18/109.83 41.91/143.04
1.5 295 25.06/85.53 40.17/137.1 54.41/185.7 68.87/235.05 16.69/56.96 31.64/107.99 45.69/155.94 60.83/207.61
2 394 31.4/107.17 51.3/175.09 69.61/237.58 88.15/300.85 20.84/71.13 39.98/136.45 59.4/202.73 77.85/265.7
2.5 492 37.63/128.43 61.45/209.73 83.62/285.39 105.98/361.71 24.54/83.75 47.42/161.84 71.35/243.52 93.49/319.08
3 591 45.38/154.88 71.04/242.46 96.62/329.76 122.6/418.43 27.83/94.98 54.46/185.87 82.51/281.6 108.16/369.15

Air-side Pressure Drop Data
Air Velocity Pressure drop Flow rate
[m/s] [ft/min] [Pa]
 [inch H2O] [m3/h]
 [cfm]
1 197 18.8
 0.08 5955.0
 3502.9
1.5 295 29.7
 0.12 8932.5
 5254.4
2 394 46.1
 0.19 11910
 7005.9
2.5 492 59.8
 0.24 14885
 8755.9
3 591 74.2
 0.30 17860
 10505.9

  • Product Introducing:
Model: SC-1900
The Microchannel Tube Evaporator Heat Exchanger Condenser Coil, version SC-1900, is a contemporary warmth exchanger designed for gold standard performance in refrigeration structures. This product combines the modern advancements in microchannel era to provide superior warmness transfer performance and durability.
Coil Dimensions:
Coil Length: 1274 mm (50.16 inches)
Coil Height: 1358 mm (53.46 inches)
Coil Depth: 25.4 mm (1 inch)
These dimensions permit for bendy installation in a extensive variety of refrigeration structures, making sure maximum compatibility and performance.
Fin Specifications:
Fin Pitch: 1.1 mm (23 FPI)
Fin Height: 8 mm (0.31 inches)
The fin layout optimizes floor location for warmth transfer, whilst keeping low airflow resistance, ensuring green warmness dissipation.
Manifold Diameter:
Manifold Diameter: 38 mm (1.5 inches)
The manifold diameter ensures clean fluid go with the flow, minimizing stress drop and maximizing heat switch efficiency.
Applications:
The Microchannel Tube Evaporator Heat Exchanger Condenser Coil is good to be used in refrigeration structures requiring excessive-efficiency heat switch, inclusive of commercial refrigeration, industrial chillers, and aircon systems.
Benefits:
Superior warmness switch performance due to microchannel generation
Compact design for clean set up and area-saving
High sturdiness and reliability for lengthy-lasting performance
Optimized fin layout for optimum warmth dissipation
Smooth fluid drift for efficient operation

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// Zhejiang SunCo Heat Exchange System Co., Ltd.

Who Are We

We are a company specializing in R&D, production, and sales of heat exchangers, microchannel heat exchangers (MCHE), and fin tube heat exchangers. We are China Wholesale SC-1900 1274*1358mm Microchannel Tube Evaporator Heat Exchanger Condenser Coil Suppliers and SC-1900 1274*1358mm Microchannel Tube Evaporator Heat Exchanger Condenser Coil Factory. SunCo company is a group company with one production base in China Shaoxing with 72000 square meters, and one production base in Thailand with 25000 square meters, and an international company in Zhejiang Hangzhou and the US for sales, technical, and warehouse service. Company adhering to the "innovation, integrity, cooperation"business concepts, In way of comprehensively introducing ISO9001 & IATF16949 quality management system, with a good R&D team, reliable product quality, and highly efficient service to target the markets.
The company has robust design and development capability and specializes in designing many fields of air conditioning systems, and heat pipe heat exchange systems. It involved a variety of Industries, such as bus, tel-communications, commercial and industry refrigeration, frozen storage, rail transportation, wood drying, high-voltage substation, aerospace, etc. SunCo technology has won customers' deep trust.
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Micro Channel Heat Exchanger Industry knowledge

What is the motive of the manifold diameter being 38mm within the SC-1900 Condenser Coil Micro-Channel Heat Exchanger?

The reason of having a manifold diameter of 38mm within the SC-1900 Condenser Coil Micro-Channel Heat Exchanger is to optimize the glide distribution and enhance heat switch efficiency inside the machine. 
In a micro-channel heat exchanger, the manifold serves as the main distribution channel for the fluid, directing it to the man or woman micro-channels in which the heat switch takes area. The diameter of the manifold plays a essential function in ensuring a smooth and uniform distribution of the fluid for the duration of the device. 
One of the important thing elements to remember when determining the manifold diameter is the specified drift fee of the fluid. The size of the manifold must be designed to house the desired drift fee with out creating excessive stress drop or waft imbalance. A large manifold diameter lets in for higher waft rates, while a smaller diameter restricts the drift.
The 38mm manifold diameter inside the SC-1900 Condenser Coil Micro-Channel Heat Exchanger is chosen based on various concerns. Firstly, it is important to attain a suitable balance between glide distribution and strain drop. A larger manifold diameter could provide lower strain drop however may bring about non-uniform fluid distribution. On the opposite hand, a smaller diameter ought to cause higher flow distribution however may also generate higher strain drop.
Secondly, the selected manifold diameter ought to align with the design and dimensions of the micro-channels. The aim is to ensure that the fluid flows uniformly thru all of the micro-channels, improving the heat switch efficiency across the whole heat exchanger. The 38mm manifold diameter within the SC-1900 Condenser Coil Micro-Channel Heat Exchanger is likely matched with the scale and specs of the micro-channels employed in the layout.
Moreover, the manifold diameter additionally affects the general compactness and length of the heat exchanger unit. In some instances, area obstacles or specific software necessities would possibly necessitate a smaller or large manifold diameter. The 38mm size within the SC-1900 heat exchanger moves a balance among compactness and efficient fluid distribution.
It is worth citing that the manifold diameter is best one aspect to keep in mind inside the layout and overall performance of a micro-channel heat exchanger. Other variables, such the channel dimensions, fin geometry, cloth selection, and refrigerant traits, additionally play essential roles in reaching excessive thermal performance.

Can the SC-1900Condenser Coil Micro-Channel Heat Exchanger be used with exclusive refrigerants?

Yes, the SC-1900 Condenser Coil Micro-Channel Heat Exchanger may be used with exclusive refrigerants. 
The desire of refrigerant performs a essential role within the functioning and performance of a warmth exchanger. With the SC-1900, its design and creation permit for compatibility with a huge range of refrigerants commonly used in HVAC and refrigeration structures. 
Micro-channel heat exchangers, like the SC-1900, are noticeably versatile and may accommodate one-of-a-kind refrigerants with various thermodynamic properties. This flexibility is beneficial as it offers alternatives for designers and engineers to choose the most appropriate refrigerant for a particular application, deliberating factors including efficiency, environmental impact, and protection concerns.
To ensure compatibility with different refrigerants, the materials used in the creation of the SC-1900 Condenser Coil Micro-Channel Heat Exchanger are cautiously chosen. These substances ought to have awesome corrosion resistance properties, be able to withstand the operating pressures and temperatures associated with the unique refrigerants, and also be well matched with the lubricants used within the machine.
Commonly used refrigerants well suited with micro-channel heat exchangers include R-410A, R-134a, and R-407C, among others. These refrigerants are extensively used in residential, industrial, and commercial programs because of their favorable thermodynamic characteristics and occasional environmental effect while compared to older refrigerants like R-22.

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