Technical parameters

Size packaging

Real product photos

The V type double layer coil design, with two layers of fins arranged in a V style, increases the heat exchange area by 40% within the same footprint, significantly improving heat dissipation efficiency. Dual fan independent control automatically adjusts the speed according to ambient temperature and condensing pressure, resulting in significant energy savings, especially suitable for high-temperature regions or installation environments with limited heat dissipation. The fins utilize high efficiency corrugated fins to increase turbulence and enhance heat transfer, while also possessing strong self-cleaning capabilities, reducing the frequency of manual cleaning. The entire unit features a heavy-duty casing structure, providing rain and rust protection, and all electrical components have an IP54 protection rating. The V-shaped structure also offers a unique advantage: airflow enters from both sides and exits from the top, making it less susceptible to wind direction influences and allowing for more flexible installation locations, such as wall mounting or corner placement. Suitable for high-load applications such as large cold storage facilities, blast freezers, and ice makers, it is the ideal choice for those seeking maximum heat dissipation efficiency.It is the top choice for large distributors and food engineering companies.

Customized Services

Application For Example	Room Temperature
Fruit & Vegetable Constant Temperature	10°C to 20°C
Fruit & Vegetable Freshness	0°C to 15°C
Frozen Meat Storage	-5°C to -18°C

Naming Convention

FN(1)X(2)-XXX(3)/A(4)

(1) Air Cooled Condenser

(2) H Stands For Flat Flow H Type

V Stands For Up-Flow V Type

U Stands For Up-Flow U Type

(3) Heat Exchanging Surface(m²)

(4) Changed Model No.A. B. Fist Designed Products Are Omitted.

Technical Parameter

V-shaped double-layer condenser

Serial Number	Model	Heat Exchange	Heat Exchange Area	Length	Width	Height	Ring Number	External Motor				Take Over Size
Serial Number	Model	Kw	㎡	mm	mm	mm	Ring Number	Number	Diameter	Power(W)	Air Volume	Intake Pipe	Liquid Tube
1	FNV-100	33.1	100	1450	870	1550	3×14	2	φ450	2×250	2×4800	φ25	φ19
2	FNV-120	39.6	120	1520	870	1560	4×12	2	φ500	2×414	2×6500	φ25	φ19
3	FNV-130	42.9	130	1620	870	1560	4×12	2	φ500	2×414	2×6500	φ25	φ19
4	FNV-150	49.5	150	1620	870	1650	4×14	2	φ500	2×414	2×6500	φ25	φ19
5	FNV-160	52.8	160	1700	870	1650	4×14	2	φ500	2×414	2×6500	φ25	φ19
6	FNV-180	59.4	180	1880	870	1650	4×14	2	φ550	2×600	2×8300	φ25	φ19
7	FNV-200	66	200	2060	870	1750	4×14	3	φ500	3×414	3×6500	φ28	φ22
8	FNV-220	72.6	220	2000	900	1850	4×16	3	φ500	3×414	3×6500	φ28	φ22
9	FNV-240	79.2	240	2160	900	1850	4×16	3	φ550	3×600	3×8300	φ28	φ22
10	FNV-260	85.8	260	2320	900	1850	4×16	3	φ550	3×600	3×8300	φ28	φ22
11	FNV-280	92.4	280	2470	1000	1900	4×16	3	φ600	3×780	3×9800	φ35	φ25
12	FNV-300	99	300	2630	1000	1900	4×16	3	φ600	3×780	3×9800	φ35	φ25
13	FNV-320	105.6	320	2630	1000	1950	4×17	3	φ600	3×780	3×9800	φ35	φ25
14	FNV-350	115.5	350	2750	1000	2080	4×18	3	φ630	3×800	3×11000	φ35	φ25
15	FNV-400	132	400	3110	1000	2080	4×18	4	φ600	3×780	3×9800	φ38	φ28

Packaging

V-type Double-layer Integral Condenser Technical Parameters
Serial Number	Model	Shape Size			Take Over Size
Serial Number	Model	L	W	H	Intake Pipe	Discharge Pipe
1	FNV-100	1450	870	1550	Φ25	Ф19
2	FNV-120	1520	870	1560	Φ25	Ф19
3	FNV-130	1620	870	1560	Φ25	Ф19
4	FNV-150	1620	870	1650	Φ25	Ф19
5	FNV-160	1700	870	1650	Φ25	Ф19
6	FNV-180	1880	870	1650	Φ25	Φ19
7	FNV-200	2060	870	1750	Ф28	Φ22
8	FNV-220	2000	900	1850	Φ28	Φ22
9	FNV-240	2160	900	1850	Φ28	Ф22
10	FNV-260	2320	900	1850	Φ28	Φ22
11	FNV-280	2470	1000	1900	Ф35	Φ25
12	FNV-300	2630	1000	1900	Φ35	Φ25
13	FNV-320	2630	1000	1950	Ф35	Φ25
14	FNV-350	2750	1000	2080	Ф35	Φ25
15	FNV-400	3110	1000	2080	Φ38	Ф28