Micro Channel Heat Exchanger

Home / Product / Micro Channel Heat Exchanger / SC-1300 550*515.9mm Car/HVAC Microchannel Condenser Coil Micro Channel Heat Exchanger
Home / Product / Micro Channel Heat Exchanger / SC-1300 550*515.9mm Car/HVAC Microchannel Condenser Coil Micro Channel Heat Exchanger
SC-1300 550*515.9mm Car/HVAC Microchannel Condenser Coil Micro Channel Heat Exchanger
  • SC-1300 550*515.9mm Car/HVAC Microchannel Condenser Coil Micro Channel Heat Exchanger
  • SC-1300 550*515.9mm Car/HVAC Microchannel Condenser Coil Micro Channel Heat Exchanger
Micro Channel Heat Exchanger

SC-1300 550*515.9mm Car/HVAC Microchannel Condenser Coil Micro Channel Heat Exchanger

The Car/HVAC Microchannel Condenser Coil Micro Channel Heat Exchanger is a compact and efficient warmth exchanger used in car air conditioning systems and HVAC (Heating, Ventilation, and Air Conditioning) devices. Its design includes numerous small microchannels through which the refrigerant flows, maximizing warmness switch efficiency. This allows for quicker and more powerful cooling or heating, ensuing in stepped forward electricity efficiency and normal performance. The use of microchannels also reduces the size and weight of the condenser coil, making it perfect for area-confined programs in cars and HVAC systems.
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  • Description
Technical Data
Model Coil length Coil height Coil depth Fin pitch Fin height Manifold diameter
SC-1300 550[mm] 515.9[mm] 16[mm] 1.1[mm] 8.1[mm] 20[mm]
21.65[in] 20.3[in] 0.63[in] 23[FPI] 0.32[in] 0.79[in]

Model Tubes height Number of tubes Pass lnternal volume Inlet lD diameter Outlet lD diameter
SC-1300 1.3[mm] 52 28/24 ≈0.45[L] 9.52[mm] 7.94[mm]
0.05[in] ≈27.17[in³] 3/8[in] 5/16[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 2.68/9.15 4.14/14.1 5.59/19.08 7.07/24.13 2.52/8.60 3.94/13.4 5.32/18.16 6.69/22.83
1.5 295 3.74/12.76 5.79/19.7 7.82/26.69 9.88/33.72 3.43/11.71 5.44/18.5 7.35/25.09 9.27/31.64
2 394 4.68/15.97 7.23/24.6 9.79/33.41 12.38/42.2 4.34/14.81 6.75/23.0 9.12/31.13 11.45/39.0
2.5 492 5.53/18.87 8.53/29.1 11.56/39.4 14.63/49.9 5.07/17.30 7.87/26.8 10.6/36.18 13.33/45.4
3 591 6.3/21.50 9.72/33.1 13.16/44.9 16.67/56.8 5.72/19.52 8.88/30.3 11.94/40.7 15.03/51.3

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 2.69/9.18 4.15/14.1 5.6/19.11 7.06/24.10 1.71/5.84 3.32/11.3 4.81/16.42 6.27/21.40
1.5 295 3.74/12.76 5.76/19.6 7.78/26.55 9.82/33.52 2.32/7.92 4.62/15.7 6.69/22.83 8.72/29.76
2 394 4.65/15.87 7.17/24.4 9.68/33.04 12.24/41.7 2.83/9.66 5.76/19.6 8.35/28.50 10.85/37.03
2.5 492 5.46/18.63 8.4/28.67 11.36/38.7 14.37/49.0 3.27/11.1 6.77/23.1 9.78/33.38 12.77/43.58
3 591 6.19/21.13 9.52/32.4 12.88/43.9 16.29/55.6 3.88/13.2 7.68/26.2 11.1/37.88 14.49/49.45

Air-side Pressure Drop Data
Air Velocity Pressure drop Flow rate
[m/s] [ft/min] [Pa]
[inch H2O] [m3/h]
[cfm]
1 197 9.22
0.04 948.08
557.7
1.5 295 14.51
0.06 1422.10
836.5
2 394 22.09
0.09 1896.17
1115.4
2.5 492 29.50
0.12 2370.21
1394.2
3 591 35.37
0.14 2844.25
1673.1

  • Product Introducing:
Model: SC-1300
Our Car/HVAC Microchannel Condenser Coil Micro Channel Heat Exchanger, version SC-1300, is a modern day warmth exchanger designed for efficient and dependable overall performance in car and heating, ventilation, and aircon (HVAC) systems. This product combines revolutionary microchannel era with rugged production to make sure maximum heat transfer efficiency and sturdiness.
Key Specifications:
Coil Length: 550mm (21.65 inches)
Coil Height: 515.9mm (20.3 inches)
Coil Depth: 16mm (0.63 inches)
Fin Pitch: 1.1mm (23 FPI)
Fin Height: 8.1mm (0.32 inches)
Manifold Diameter: 20mm (0.79 inches)
Features:
High Efficiency: The microchannel layout maximizes warmth transfer place, ensuring rapid and green warmth dissipation.
Compact Size: With its compact dimensions, the warmth exchanger fits without problems into constrained areas, making it best for automotive and HVAC programs.
Durability: Made from top notch materials, the heat exchanger is designed to resist harsh environments and prolonged usage.
Ease of Installation: The heat exchanger comes with a user-friendly layout, making set up short and easy.

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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-1300 550*515.9mm Car/HVAC Microchannel Condenser Coil Micro Channel Heat Exchanger Suppliers and SC-1300 550*515.9mm Car/HVAC Microchannel Condenser Coil Micro Channel Heat Exchanger 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

How does the performance of a micro-channel heat exchanger with a condenser coil evaluate to different warmth exchanger sorts?


A micro-channel heat exchanger with a condenser coil is normally used in air conditioning structures, refrigeration systems, and heat pumps. It gives numerous blessings over other heat exchanger sorts, along with better efficiency, compact size, decreased refrigerant price, and lower running expenses.
The performance of a heat exchanger refers to its potential to transfer heat among two fluids even as minimizing strength losses. In this example, the micro-channel heat exchanger with a condenser coil efficaciously transfers warmth from the refrigerant to the encompassing air or water, depending at the unique utility. This heat transfer procedure is important in condensing the refrigerant vapor right into a liquid state, freeing warmth within the technique.
Compared to other styles of heat exchangers, consisting of shell and tube or plate heat exchangers, micro-channel heat exchangers provide extra performance due to their enhanced warmth transfer characteristics. The micro-channel layout features severa small channels or tubes that allow for a larger floor region-to-extent ratio. This means a better amount of heat can be transferred in step with unit volume, resulting in stepped forward warmth alternate performance.
Additionally, the micro-channel design promotes better fluid mixing and turbulence, which further complements the warmth switch charge. The turbulent drift helps in breaking down the boundary layer and reducing the thermal resistance, thereby growing the overall performance.
Another gain of micro-channel heat exchangers is their compact length. The small size allows for clean integration into diverse machine designs, making them ideal for space-limited packages. Compared to conventional heat exchangers, micro-channel heat exchangers require less space and may be organized in unique configurations, giving designers more flexibility in system layout and installation.
Furthermore, micro-channel heat exchangers offer reduced refrigerant charge. The smaller length and increased performance of the micro-channels enable a decrease in the quantity of refrigerant needed to attain the desired cooling or heating effect. This not only reduces the environmental effect but also lowers the operating costs associated with the refrigerant price.
The decreased refrigerant rate additionally minimizes the capability for refrigerant leaks and improves gadget reliability. With smaller quantities of refrigerant circulating, the risk of leakage decreases, enhancing average device performance and durability.
In phrases of warmth exchanger protection, micro-channel heat exchangers are particularly simpler to smooth and maintain in comparison to other types. The small channels permit for higher get admission to and cleaning of the inner surfaces, preventing the accumulation of contaminants, including dust, dirt, or scale which can reduce performance. Regular cleaning and maintenance help to hold most excellent heat transfer performance and extend the lifespan of the heat exchanger.

What are the important thing factors to recollect whilst selecting a condenser coil for a micro-channel heat exchanger?


1. Heat switch ability: The number one characteristic of a condenser coil is to switch warmth from the refrigerant to the encircling air or water. Therefore, it is vital to bear in mind the heat switch capability of the coil. This may be decided by factors which include the coil's surface place, fin design, and cloth selection. A large floor area allows for elevated heat transfer, even as efficient fin layout promotes higher airflow and heat dissipation.
2. Material choice: The preference of substances for the condenser coil is critical to its overall performance and sturdiness. Copper and aluminum are usually used materials owing to their extraordinary thermal conductivity. Copper offers advanced heat switch talents but comes at a better value. Aluminum, on the other hand, is light-weight and price-powerful but has slightly lower thermal conductivity. Other elements to remember consist of corrosion resistance and compatibility with the refrigerant being used.
3. Coil configuration: The coil configuration refers to the association of tubes and fins within the condenser coil. The configuration can vary relying on the heat exchanger's utility and area constraints. Common configurations encompass flat plate, serpentine, and parallel drift. The choice of configuration should make certain most heat switch performance and easy maintenance.

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