Air-cooled Condenser FNH Heat Exchanger Type

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Topchill Air-cooled Condenser FNH Heat Exchanger

Air-cooled Condenser FNH Heat Exchanger Type

Topchill air-cooled condenser is an air cooling and heat exchange device used in Freon refrigeration system. Topchill has launched five series of air-cooled condensers, FNH, FNV, FNU, FNVB, and TP, to meet the needs of different customers. According to the size of different systems, the products are divided into top discharge and side discharge forms. They are of good quality and low price. Welcome customers to inquiry


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Air-cooled condensor Heat Exchanger TOPCHILL Refrigeartion COLD STORAGE

Product Advantage

Technical Parameters

Product Uses

FAQ

The Topchill Air-Cooled Condenser FNH Heat Exchanger is a high-performance heat exchange device for Freon refrigeration systems, designed with AI-optimized heat transfer and military-grade durability. Available in five series (FNH, FNV, FNU, FNVB, TP) and top/side discharge forms, it reduces energy consumption by 30%—ideal for large cold storage, food processing, and high-humidity climates.

Air-cooled condensor

AI-Optimized Energy Efficiency

Features AI-optimized heat exchange design: Automatically adjusts heat transfer based on ambient conditions (20-95% RH), reducing energy consumption by 30%.

ISO 50001 certified, ensuring compliance with global energy efficiency standards.

Military-Grade Durability

Aerospace-grade aluminum fins with nano-coating: Resists salt spray (ASTM B117 test) and extreme temperatures (-40℃ to 80℃).

316L stainless steel tubes: Corrosion-resistant, ensuring 10+ years service life and cutting maintenance costs by 45%.

Smart IoT Integration

Real-time performance monitoring via mobile app: Tracks heat exchange efficiency, fan speed, and temperature.

Predictive maintenance: 95% accuracy in forecasting issues (e.g., coil clogging), reducing unplanned downtime.

Ultra-Low Maintenance

Self-cleaning fins: Reduce dust buildup, minimizing manual cleaning frequency (once every 3 months vs. monthly for traditional models).

Sealed electrical components: Prevent moisture damage, lowering repair costs.

Adaptive Multi-Scene Operation

Patented variable-speed fans: Adjust to ambient humidity and load demands, ensuring stable performance in high-humidity (e.g., southern China) or high-temperature (e.g., Middle East) areas.

Whisper-quiet technology (≤55 dB[A]): Suitable for urban commercial buildings and hospitals.

The FNH series includes 28 models (e.g., FNH-0.7/2, FNH-60/170) with core specs:

Heat Exhaust: 710 W (FNH-0.7/2) to 59500 W (FNH-60/170); heat exchange area 2-170 ㎡.

Fan System: Fan diameter 200-600mm; 1-2 fans per unit; air flow 430-21640 m³/h; fan power 33-780W (220V or 380V).

Connection Tubes: Inlet/outlet diameter 10-32mm; compatible with standard Freon refrigeration pipelines.

Dimensions & Weight: Height 240-1120mm, length 250-1400mm, width 120-300mm; weight 30-200kg (varies by model).

Operating Range: -40℃ to 80℃; ambient humidity 20-95% RH.

	Main paramtetes		Parameters of fan motor					Caliber of connecting tube		category
	heat exhaust		Diameter of fan	Quanlity	Total air volume	Power	Voltage	Inlet	Outlet
	heat exhaust		Diameter of fan	Quanlity	Total air volume	Power	Voltage	Inlet	Outlet
	W	㎡	Φmm	N	m³/h	W	V	Φmm	Φmm
FNH-0.7/2	710	2	200	1	430	33	220	10	10	This company can design and produce special non-standard products for customers
FNH-1.2/3.4	1217	3.4	200	1	430	33	220	10	10
FNH-1.4/4.0	1440	4	200	1	430	33	220	10	10
FNH-1.6/4.4	1566	4.4	250	1	910	60	220	10	10
FNH-1.9/5.2	1856	5.2	300	1	1530	75	220	10	10
FNH-2.9/8	2864	8	300	1	1530	75	220	10	12
FNH-3.0/8.4	3007	8.4	300	1	1530	75	220	10	12
FNH-3.8/10.6	3816	1036	300	1	1530	75	220	10	12
FNH-3.6/10	3550	10	350	1	1800	90	380	16	12
FNH-4.3/12	4296	12	350	1	1800	120	380	16	12
FNH-5.4/15	5355	15	350	1	1800	120	380	16	12
FNH-6.4/18	6408	18	400	1	3000	120	380	16	12
FNH-7.9/22A	7876	22	400	1	3000	120	380	16	12
FNH-10/27	9610	27	400	1	3000	120	380	19	16
FNH-7.9/22B	7876	22	350	2	3600	2X120	380	16	12
FNH-10/28	9968	28	350	2	3600	2X120	380	19	14
FNH-12/33	11880	33	400	2	6000	2X120	380	19	14
FNH-15/42	15036	42	400	2	6000	2X120	380	19	16
FNH-19/52	18668	52	400	2	6000	2X120	380	19	16
FNH-21/60	21360	60	450	2	9000	2X180	380	22	19
FNH-25/70	24640	70	450	2	9000	2X180	380	25	19
FNH-28/80	28240	80	450	2	9000	2X180	380	25	19
FNH-35/100	35400	100	500	2	13140	2X450	380	25	19
FNH-39/110	39050	110	500	2	13140	2X450	380	32	19
FNH-42/120	42240	120	550	2	17440	2X600	380	32	19
FNH-48/135	47799	135	550	2	17440	2X600	380	32	19
FNH-55/155	55025	155	600	2	21640	2X780	380	32	22
FNH-60/170	59500	170	600	2	21640	2X780	380	32	22

Model Specifications	number number of rings				Mounting dimensions			Coupling dimensions		Dimensions of fan arrangement
Model Specifications	number number of rings	L	B	H	D	E	C	A	K	G	O	M
	N×W	mm	mm	mm	mm	mm	mm	mm	mm	mm	mm	mm
FNH-0.7/2	2×4	250	120	240	275	70	9	200	24	115	125
FNH-1.2/3.4	3×4	250	120	240	275	70	9	200	24	115	125
FNH-1.4/4.0	3×4.5	300	120	255	290	90	7	225	24	128	150
FNH-1.6/4.4	3×5	325	120	280	350	70	7	250	24	140	162
FNH-1.9/5.2	3×6	370	130	340	370	100	7	290	25	170	185
FNH-2.9/8	4×6	370	150	340	370	120	9	290	25	170	185
FNH-3.0/8.4	3×6	450	170	350	475	120	9	275	44	175	225
FNH-3.8/10.6	4×6	450	170	350	475	120	9	275	44	175	225
FNH-3.6/10	3×8	450	170	420	475	120	9	375	30	210	225
FNH-4.3/12	4×8	440	180	420	430	130	9	320	50	210	220
FNH-5.4/15	4×9	490	180	470	480	130	9	370	50	235	245
FNH-6.4/18	4×10	530	180	520	520	130	11	420	50	260	265
FNH-7.9/22A	5×10	530	200	520	520	150	11	420	50	260	265
FNH-10/27	6×9	590	240	470	580	190	11	425	35	340	295
FNH-7.9/22B	4×8	810	180	420	800	130	11	320	50	210	210	390
FNH-10/28	4×9	890	180	470	880	130	11	420	50	260	230	430
FNH-12/33	4×10	940	180	520	930	130	11	420	50	260	245	450
FNH-15/42	5×10	940	200	520	930	150	11	420	50	260	245	450
FNH-19/52	5×12	940	200	620	930	150	11	500	50	310	245	450
FNH-21/60	5×12	1160	240	620	1150	170	11	500	50	310	300	560
FNH-25/70	4×14	1160	240	720	1150	190	11	500	50	360	300	560
FNH-28/80	4×16	1160	240	820	1150	190	11	500	50	410	300	560
FNH-35/100	4×17	1350	260	870	1340	210	11	500	50	435	345	660
FNH-39/110	4×18	1350	260	920	1340	210	11	500	50	460	345	660
FNH-42/120	4×20	1350	260	1020	1340	210	11	500	50	510	345	660
FNH-48/135	5×18	1350	260	920	1340	210	11	500	50	460	345	660
FNH-55/155	5×20	1400	300	1020	1390	250	11	500	50	510	360	680
FNH-60/170	5×22	1400	300	1120	1390	250	11	500	50	560	360	680

Large-Scale Cold Storage & Freezer Warehouses

Meat/seafood processing centers: Reduces defrosting downtime by 40%, ensuring temperature stability (-25℃ to -30℃) for large storage volumes.

Logistics cold stores: Maintains efficient heat exchange in high-traffic environments (frequent door openings), preventing temperature fluctuations.

Food Processing Workshops

High-humidity workshops (e.g., dairy, seafood): Anti-corrosion design withstands frequent washing and high moisture, meeting sanitary standards (e.g., HACCP).

Bakery and confectionery: Cools dough mixers and chocolate tempering equipment, ensuring product quality.

High-Humidity Climate Cold Storage

Southern and coastal areas: Adaptive fans and corrosion-resistant components address rapid frost formation and salt air, ensuring long-term stable operation.

Chemical & Industrial Low-Temperature Applications

Chemical cooling: Cools low-temperature chemical reactions (e.g., pharmaceutical intermediate production) with precise heat exchange.

Industrial freezers: Works with large-scale industrial chillers to provide efficient heat rejection for ultra-low temperature processes.

Q: What is the MOQ?

A: MOQ is 1 piece, with bulk discounts available for orders of 10+ units.

Q: What is the Lead Time?

A: 2-4 weeks. Custom non-standard models (e.g., special dimensions) take 4-6 weeks.

Q: Does It Come with a Warranty?

A: Yes, a 10-year warranty for 316L stainless steel tubes and a 2-year warranty for electrical components. We offer 24/7 technical support in 30+ countries.

Q: Can It Be Used in Coastal Areas?

A: Yes. The nano-coated aluminum fins and 316L stainless steel tubes resist salt spray, making it suitable for coastal cold storage and processing facilities.

Q: How to Improve Heat Exchange Efficiency?

A: Keep fins clean (remove dust/debris monthly).

Ensure proper air flow (no obstacles around the unit).

Use the IoT app to optimize fan speed based on real-time load demands.