Micro Channel Heat Exchanger

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Home / Product / Micro Channel Heat Exchanger / SC-1400 780*769.7mm Microchannel Tube Heat Exchanger Condenser Coil For Freezer
SC-1400 780*769.7mm Microchannel Tube Heat Exchanger Condenser Coil For Freezer
  • SC-1400 780*769.7mm Microchannel Tube Heat Exchanger Condenser Coil For Freezer
  • SC-1400 780*769.7mm Microchannel Tube Heat Exchanger Condenser Coil For Freezer
Micro Channel Heat Exchanger

SC-1400 780*769.7mm Microchannel Tube Heat Exchanger Condenser Coil For Freezer

The microchannel tube heat exchanger condenser coil is a noticeably efficient aspect used in freezers. With its microchannel tube layout, it maximizes warmness switch among the refrigerant and the environment, enabling rapid cooling and retaining low temperatures within the freezer. This compact and area-saving warmness exchanger affords top notch warmth dissipation talents and improves the overall performance and performance of the freezer unit. Its versatile design makes it appropriate for various freezer applications, ensuring dependable and green cooling operations.
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  • Description
Technical Data
Model Coil length Coil height Coil depth Fin pitch Fin height Manifold diameter
SC-1400 780[mm] 769.7[mm] 16[mm] 1.1[mm] 8.1[mm] 20[mm]
30.7[in] 30.3[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-1400 1.3[mm] 79 42/37 ≈0.95[L] 9.52[mm] 9.52[mm]
0.05[in] ≈58.09[in³] 3/8[in] 3/8[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 5.8/19.8 8.8/30.0 11.7/39.9 14.8/50.5 5.6/19.1 8.4/28.7 11.2/38.2 14.0/47.8
1.5 295 8.0/27.3 12.2/41.6 16.6/56.7 20.8/71.0 7.6/25.9 11.6/39.6 15.4/52.6 19.2/65.5
2 394 9.9/33.8 15.2/51.9 20.9/71.3 26.1/89.1 9.4/32.1 14.3/48.8 19.1/65.2 24.3/82.9
2.5 492 11.7/39.9 18.4/62.8 24.7/84.3 31.0/105.8 10.8/36.9 16.6/56.7 22.3/76.1 28.4/96.9
3 591 13.2/45.1 21.0/71.7 28.3/96.6 35.3/120.5 12.2/41.6 18.7/63.8 25.9/88.4 32.1/109.6

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 5.8/19.8 8.7/29.7 11.8/40.3 15.0/51.3 3.8/13.0 7.0/23.9 10.1/34.5 13.0/44.4
1.5 295 7.9/27.0 11.9/40.6 16.5/56.3 21.0/71.8 5.2/17.7 9.8/33.4 13.9/47.4 18.1/62.8
2 394 9.7/33.1 15.5/52.9 20.6/70.3 25.7/87.7 6.3/21.5 12.0/41.0 17.3/59.0 23.0/78.5
2.5 492 11.3/38.6 18.2/62.1 23.9/81.4 30.4/103.8 7.3/24.9 14.1/48.1 20.9/71.3 27.1/92.5
3 591 12.6/43.0 20.7/70.6 27.7/94.5 35.2/120.1 8.2/28.0 15.9/54.3 23.7/80.9 30.8/105.1

Air-side Pressure Drop Data
Air Velocity Pressure drop Flow rate
[m/s] [ft/min] [Pa]
[inch H2O] [m3/h]
[cfm]
1 197 9.31
0.04 2107.90
1239.9
1.5 295 14.66
0.06 3161.94
1860.0
2 394 22.32
0.09 4215.93
2480.0
2.5 492 29.79
0.12 5269.91
3099.9
3 591 35.73
0.14 6323.89
3719.9

  • Product Introducing:
Model: SC-1400
Our Microchannel Tube Heat Exchanger Condenser Coil for Freezer, model SC-1400, is a state-of-the-art heat change solution designed for highest quality overall performance in refrigeration systems. This condenser coil gives awesome warmth transfer efficiency, durability, and compactness, making it a super choice for a wide variety of freezer programs.
Key Specifications:
Coil Length: 780mm (30.7 inches)
Coil Height: 769.7mm (30.3 inches)
Coil Depth: 16mm (0.63 inches)
Fin Pitch: 1.1mm (0.043 inches)
Fin Height: 8.1mm (0.32 inches)
Manifold Diameter: 20mm (0.79 inches)
The coil's compact dimensions, measured at 780mm in period, 769.7mm in height, and 16mm extensive, allow for clean installation and integration into various freezer designs. The fin pitch of one.1mm and fin top of 8.1mm optimize heat transfer, making sure maximum performance in condensing refrigerant vapor. The 20mm manifold diameter enables smooth refrigerant flow, minimizing stress drops and maximizing machine overall performance.
Constructed from splendid substances and precision-engineered for sturdiness, this condenser coil is designed to withstand the pains of continuous operation in freezer environments. Its microchannel design provides wonderful heat switch surface vicinity, making sure fast and green warmth dissipation, even below excessive load conditions.
The Microchannel Tube Heat Exchanger Condenser Coil for Freezer, version SC-1400, is a dependable and green warmness exchange answer for freezer programs, handing over foremost performance and lengthy-lasting sturdiness.

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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-1400 780*769.7mm Microchannel Tube Heat Exchanger Condenser Coil For Freezer Suppliers and SC-1400 780*769.7mm Microchannel Tube Heat Exchanger Condenser Coil For Freezer 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

Can a micro-channel heat exchanger a condenser coil be utilized in geothermal heat pump structures?


A micro-channel heat exchanger can be used as a condenser coil in geothermal warmth pump structures. However, it is essential to carefully recall the unique necessities and limitations of the machine earlier than making a decision.
Geothermal warmth pump structures are designed to transfer heat between a constructing and the floor. The warmth pump utilizes the solid temperature of the floor to extract warmness at some point of the iciness and reject heat for the duration of the summer season. The condenser coil is a important thing in this process as it's far accountable for freeing heat from the gadget to the ground.
Traditionally, copper tubing with aluminum fins is widely used in the condenser coil of geothermal warmness pump systems. This configuration affords wonderful warmness transfer performance and corrosion resistance. However, micro-channel heat exchangers have won recognition in latest years due to their blessings in sure programs.
A micro-channel heat exchanger is a compact and lightweight layout that includes multiple parallel waft micro-channels surrounded with the aid of a manifold. It is commonly made of aluminum and offers benefits along with reduced refrigerant rate, improved heat transfer efficiency, decrease airside pressure drop, and reduced fabric usage.
One of the key blessings of the usage of a micro-channel heat exchanger in a geothermal warmth pump system is the decreased refrigerant charge. Compared to traditional tube and fin heat exchangers, micro-channel heat exchangers require extensively much less refrigerant to gain the identical cooling capacity. This no longer best reduces the value of refrigerant but also makes the gadget extra environmentally pleasant.
Another gain of micro-channel heat exchangers is their stepped forward heat transfer efficiency. The micro-channels permit for a higher floor area to extent ratio, which enhances heat transfer between the refrigerant and the ground. This can lead to higher ordinary device overall performance and electricity performance.
In addition, micro-channel heat exchangers usually have a lower airside strain drop in comparison to traditional heat exchangers. This manner that the system's fan does not need to paintings as tough to push air through the coils, ensuing in lower strength consumption and quieter operation.
However, there are some issues and limitations whilst the usage of micro-channel heat exchangers in geothermal warmth pump structures. One of the primary concerns is the capacity for galvanic corrosion. Micro-channel heat exchangers are fabricated from aluminum, which can react with copper tubing if they may be in direct touch. To mitigate this issue, appropriate measures such as proper coating and insulation need to be taken during installation.
Furthermore, micro-channel heat exchangers are more touchy to dust and debris accumulation. The small dimensions of the micro-channels cause them to greater liable to fouling, that could lessen heat transfer effectiveness and increase strain drop. Regular upkeep and cleaning of the heat exchanger are required to ensure top-rated overall performance.

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