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Micro Channel Heat Exchanger

Home / Product / Micro Channel Heat Exchanger / SC-1500 1074*518mm Evaporator Condenser Cooling Coils MCHE Micro-channel Heat Exchanger
Home / Product / Micro Channel Heat Exchanger / SC-1500 1074*518mm Evaporator Condenser Cooling Coils MCHE Micro-channel Heat Exchanger
SC-1500 1074*518mm Evaporator Condenser Cooling Coils MCHE Micro-channel Heat Exchanger
  • SC-1500 1074*518mm Evaporator Condenser Cooling Coils MCHE Micro-channel Heat Exchanger
  • SC-1500 1074*518mm Evaporator Condenser Cooling Coils MCHE Micro-channel Heat Exchanger
Micro Channel Heat Exchanger

SC-1500 1074*518mm Evaporator Condenser Cooling Coils MCHE Micro-channel Heat Exchanger

The MCHE (Micro-channel Heat Exchanger) is a quite green and compact warmth exchanger used in evaporator and condenser cooling coils. It consists of a couple of parallel go with the flow microchannels that offer a larger surface location for progressed warmth transfer. This allows efficient and speedy cooling or heating of air or fluids in applications, inclusive of aircon, refrigeration, and warmth pump systems. The MCHE design no longer best complements overall performance however also will increase power efficiency and reduces the overall size and weight, making it a price-powerful solution for cooling and heating desires.
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  • Description
Technical Data
Model Coil length Coil height Coil depth Fin pitch Fin height Manifold diameter
SC-1500 1074[mm] 518[mm] 25.4[mm] 1.1[mm] 8[mm] 38[mm]
42.28[in] 20.39[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-1500 2[mm] 49 35/14 ≈2.98[L] 12.7[mm] 12.7[mm]
0.08[in] ≈181.85[in³] 1/2in] 1/2[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 4.87/16.62 8.42/28.74 11.59/39.56 14.74/50.31 5.29/18.05 8.21/28.02 11.12/37.95 13.86/47.30
1.5 295 7.62/26.01 12.23/41.7 16.59/56.62 21.09/71.98 7.51/25.63 11.59/39.56 15.72/53.65 20.21/68.98
2 394 9.58/32.70 15.58/53.1 21.21/72.39 26.95/91.98 9.53/32.53 14.64/49.97 20.28/69.22 25.78/87.99
2.5 492 11.48/39.1 18.69/63.7 25.58/87.30 32.48/110.8 11.22/38.29 17.42/59.45 24.39/83.24 20.89/71.30
3 591 13.62/46.4 21.62/73.7 29.63/101.1 37.69/128.6 12.79/43.65 20.51/70.00 28.18/96.18 35.81/122.2

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 5.39/18.40 8.41/28.70 11.71/39.97 14.81/50.55 3.51/11.98 6.81/23.24 9.91/33.82 12.91/44.06
1.5 295 7.61/25.97 12.31/42.01 16.81/57.35 21.21/72.39 4.61/15.73 9.63/32.87 14.01/47.82 18.74/63.96
2 394 9.51/32.46 15.68/53.52 21.44/73.17 27.23/92.94 6.18/21.09 12.09/41.26 18.18/62.05 23.89/81.54
2.5 492 11.92/40.68 18.76/64.03 25.68/87.65 32.68/111.54 7.23/24.68 14.38/49.08 21.81/74.44 28.76/98.16
3 591 13.68/46.69 21.67/73.96 29.71/101.40 37.91/129.39 8.23/28.09 14.38/49.08 25.34/86.48 33.31/113.69

Air-side Pressure Drop Data
Air Velocity Pressure drop Flow rate
[m/s] [ft/min] [Pa]
 [inch H2O] [m3/h]
 [cfm]
1 197 18.6
 0.07 1855.0
 1091.2
1.5 295 29.4
 0.12 2780.0
 1635.3
2 394 45.7
 0.18 3705.0
 2179.4
2.5 492 59.3
 0.24 4635.0
 2726.5
3 591 73.4
 0.29 5560.0
 3270.6

  • Product Introducing:
Our MCHE Micro-channel Heat Exchanger is a state-of-the-art answer for efficient warmness switch in diverse packages. Designed and manufactured with precision, our product offers incredible performance and reliability.
Here are the specs for our SC-1500 model:
- Coil Length: 1074 mm (42.28 inches)
- Coil Height: 518 mm (20.39 inches)
- Coil Depth: 25.4 mm (1 inch)
- Fin Pitch: 1.1 mm (23 FPI)
- Fin Height: 8 mm (0.31 inches)
- Manifold Diameter: 38 mm (1.5 inches)
With its compact layout and advanced micro-channel generation, our warmth exchanger ensures most appropriate heat transfer efficiency while occupying minimum area. Whether it's for evaporator or condenser packages, our product is engineered to satisfy the most traumatic requirements.

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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-1500 1074*518mm Evaporator Condenser Cooling Coils MCHE Micro-channel Heat Exchanger Suppliers and SC-1500 1074*518mm Evaporator Condenser Cooling Coils MCHE 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

What are the blessings of the use of micro-channel heat exchangers with SC-1500 condenser coils?


1. Enhanced Heat Transfer Efficiency: The micro-channel design of heat exchangers allows for a larger surface area compared to conventional heat exchangers. This extended surface location enables stepped forward heat switch efficiency by using maximizing the contact among the refrigerant and the coil. When teamed up with the SC-1500 condenser coil, that is mainly designed for such applications, the heat transfer is optimized even further. This partnership results in greater efficient cooling or heating tactics, lowering electricity intake and improving standard system performance.
2. Compact Design: Another tremendous gain of micro-channel heat exchangers is their compact size. Their small footprint allows for simpler set up in confined space or congested environments. Combined with the SC-1500 condenser coil, which additionally possesses a compact design, this combination is extraordinarily beneficial in applications in which space constraints are a challenge, consisting of in automobiles, plane, or portable refrigeration units.
3. Reduced Refrigerant Charge: Micro-channel heat exchangers require a decrease refrigerant charge as compared to standard heat exchangers. This discount reduces the environmental effect in addition to operational prices. The SC-1500 condenser coil similarly optimizes this advantage by using presenting tremendous warmth transfer traits, bearing in mind a greater green use of the refrigerant rate. Lower refrigerant fee also complements machine protection and decreases the chance of refrigerant leaks.
4. Improved Performance at Low Refrigerant Flow Rates: Micro-channel heat exchangers, in combination with the SC-1500 condenser coil, show wonderful performance even at low refrigerant float costs. This belongings is mainly fine in programs where strength performance is essential, including in aircon systems or refrigeration units, because it enables to decrease energy intake with out compromising operational performance.
5. Corrosion Resistance and Durability: The SC-1500 condenser coil is typically constructed using substances that offer outstanding corrosion resistance. This durability is fundamental in making sure the durability and lengthy provider existence of the heat exchanger. Combined with the micro-channel design, which reduces the probability of fouling or clogging, the SC-1500 condenser coil ensures a low preservation requirement. This advantage now not only reduces downtime and renovation costs however additionally gives a greater dependable overall performance over an prolonged period.

How does the design of the SC-1500 condenser coil contribute to its effectiveness in heat exchange?

1. Micro-Channel Configuration: The SC-1500 condenser coil utilizes a micro-channel design, which consists of a couple of small channels through which the refrigerant or coolant flows. These channels are usually within the range of 0.5mm to 1.5mm in diameter. The gain of this design is that it extensively will increase the surface place to be had for heat trade. More surface location leads to a higher heat switch price, making the SC-1500 condenser coil greater green in transferring warmth.
2. Compact Size: The SC-1500 condenser coil is designed to be compact. The small dimensions of the condenser coil permit for green cooling in space-restricted programs. This is particularly useful in industries which include automobile, aerospace, and electronics, wherein equipment or additives want to be cooled within restricted area.
3. Multi-Port Design: The SC-1500 condenser coil is generally constructed with a multi-port design, which means that that a couple of refrigerant or coolant circuits are incorporated right into a unmarried coil unit. This layout optimizes the go with the flow distribution and guarantees a good distribution of refrigerant or coolant go with the flow across the coil. By frivolously distributing the glide, it allows to maximise heat switch efficiency and prevent any strain drops inside the system.
4. Corrosion-Resistant Materials: The SC-1500 condenser coil is generally synthetic the use of corrosion-resistant materials, which include aluminum or stainless-steel. These substances are selected for their ability to face up to harsh running situations, resist corrosion, and maintain their performance over the years. Using corrosion-resistant materials ensures sturdiness and reliability of the condenser coil, even if exposed to aggressive environments or corrosive fluids.

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