Parallel Flow Evaporative Condenser
Lynxcool is a leading Chinese manufacturer of Parallel Flow evaporative condensers, operating its own production facilities. In this design, both the airflow and water flow travel downward — distinguishing it from counter-flow models where the two streams move in opposite directions.
What is Parallel Flow Evaporative CONDENSER?
The condenser uses water and air as cooling media to exchange heat with high-temperature refrigerant gas flowing through the coil tubes, condensing the gas into liquid. A circulation pump distributes cooling water through spray nozzles onto the outer surface of the condenser coils. Hot refrigerant gas enters from the top of the coil bundle and releases heat to the water film and the high-volume airflow passing over the tubes.
A portion of the water evaporates, carrying away large amounts of heat; the vapor is exhausted to atmosphere by the fan. Remaining water passes through a PVC fill layer for further cooling before returning to the basin for recirculation. A float valve automatically replenishes water lost to evaporation.
Key Advantages
Compared to conventional air-cooled or water-cooled condensers, Lynxcool's Parallel Flow evaporative condenser delivers superior performance at significantly lower operating cost:
•Approximately 50% lower energy consumption vs. air-cooled or water-cooled equivalents
•Circulating water volume is only 1/8 that of a shell-and-tube + cooling tower system
•Test data confirms better heat dissipation performance than water-cooled condensers
•Lower cost per unit of refrigeration capacity
•Compact, pre-assembled design reduces on-site installation time and cost
•Long service life with low maintenance requirements
•Low noise operation suitable for noise-sensitive environments
Application Scope
The LynxA series is well-suited for industrial refrigeration systems where energy efficiency, water conservation, and space savings are priorities. Typical applications include:
•Cold storage and food processing facilities
•Chemical and pharmaceutical plants
•Industrial air conditioning and process cooling
•Ammonia and Freon refrigeration systems
•Any application where conventional air-cooled or water-cooled condensers are used
Component Specifications
Each unit incorporates the following engineered components:
|
Component |
Description |
|
Heat Transfer Coil |
Profiled high-frequency welded steel tubes; uniform wall thickness. Pressure-tested at 2.5 MPa, then hot-dip galvanized. Non-circular profile eliminates dry spots for significantly higher heat-exchange efficiency. |
|
Casing |
2 mm aluminium-zinc coated steel (Korean import). All cut edges coated with zinc-rich paint. Optional stainless steel basin available. |
|
Spray System |
Large-flow, anti-clog basket-style nozzles on corrosion-resistant PVC distribution pipes. Serviceable while running. Nozzle spacing ensures continuous, uniform coil surface coverage. |
|
Drift Eliminators |
Multi-pass GRP (fibreglass) eliminators reduce drift loss to below 0.001%. Modular panels are removable for internal access. Also protects against debris and direct sunlight. |
|
PVC Fill Layer |
Honeycomb cross-flow PVC packing for uniform water distribution. Bio-corrosion resistant, non-brittle, and age-resistant. |
|
Circulation Pump |
Dedicated evaporative-condenser pump: low wattage, high flow, low head, outdoor-rated for long service life. Optional electronic scale inhibitor available. |
|
Fan |
Axial fans with corrosion-resistant aluminium alloy hollow-injection blades. Installed in a streamlined housing for maximum efficiency. Belt-driven centrifugal fans offer inherently low noise and are externally serviceable. |
|
Sealing |
High-temperature polyurethane sealant cures to a smooth, flexible finish for long-term leak prevention across temperature extremes. |
Technical Specifications
All models of the Parallel Flow EVAPORATIVE CONDENSER are factory tested and shipped pre-assembled. Fan power values shown as start/run (kW). Specifications are measured under standard rating conditions.
|
Model |
Heat Load (kW) |
Net Wt. (kg) |
Op. Wt. (kg) |
Airflow (m³/h) |
Fan Power (kW) |
Pump Flow (m³/h) |
Pump Power (kW) |
NH₃ (kg) |
Water (L/h) |
|
LynxA-100 |
100 |
980 |
1540 |
12000 |
1.5/2.2 |
60 |
1.5 |
20 |
112 |
|
LynxA-150 |
150 |
1150 |
1820 |
15000 |
2.2/2.8 |
60 |
1.5 |
26 |
168 |
|
LynxA-230 |
230 |
1540 |
2240 |
17000 |
2.2/2.8 |
60 |
1.5 |
34 |
257.6 |
|
LynxA-280 |
280 |
1840 |
2640 |
17000 |
2.2/2.8 |
60 |
1.5 |
42 |
313.6 |
|
LynxA-320 |
320 |
1975 |
2850 |
27500 |
4.5/6.0 |
60 |
1.5 |
44 |
358.4 |
|
LynxA-370 |
370 |
2175 |
3050 |
27500 |
4.5/6.0 |
75 |
2.2 |
46 |
414.4 |
|
LynxA-450 |
450 |
2480 |
3640 |
28500 |
4.5/6.0 |
75 |
2.2 |
57 |
504 |
|
LynxA-520 |
520 |
2550 |
3900 |
29800 |
4.5/6.0 |
75 |
2.2 |
60 |
582 |
|
LynxA-600 |
600 |
2870 |
4400 |
38500 |
6.0/8.0 |
75 |
2.2 |
78 |
672 |
|
LynxA-700 |
700 |
3100 |
4720 |
48000 |
6.0/8.0 |
75 |
2.2 |
83 |
784 |
|
LynxA-750 |
750 |
3250 |
4900 |
48000 |
6.0/8.0 |
75 |
2.2 |
92 |
840 |
|
LynxA-800 |
800 |
3820 |
5580 |
55000 |
7.5/10.0 |
114 |
2.2 |
113 |
896 |
|
LynxA-850 |
850 |
3980 |
5850 |
59000 |
7.5/10.0 |
114 |
2.2 |
121 |
952 |
|
LynxA-920 |
920 |
4320 |
6320 |
62000 |
7.5/10.0 |
114 |
2.2 |
133 |
1030.4 |
|
LynxA-970 |
970 |
4500 |
6600 |
62000 |
7.5/10.0 |
114 |
2.2 |
139 |
1086.4 |
|
LynxA-1020 |
1020 |
4700 |
6900 |
65000 |
9.0/12.0 |
130 |
2.2 |
146 |
1142.4 |
|
LynxA-1070 |
1070 |
4980 |
7320 |
65000 |
9.0/12.0 |
130 |
2.2 |
154 |
1198.4 |
|
LynxA-1120 |
1120 |
5150 |
7640 |
70000 |
9.0/12.0 |
130 |
2.2 |
162 |
1254.4 |
|
LynxA-1240 |
1240 |
5300 |
7890 |
70000 |
9.0/12.0 |
130 |
2.2 |
168 |
1388.8 |
Why Choose Lynxcool?
Own Manufacturing Facility — In-house production ensures quality control at every stage and competitive lead times.
Modular Design — Standardised modules simplify spare-parts management and future capacity expansion.
Premium Corrosion Protection — Galvanized coils, aluminium-zinc casing, zinc-rich edge paint, and GRP drift eliminators minimise lifecycle costs.
Pre-Assembled Delivery — Units ship fully assembled, reducing on-site labour costs and commissioning time significantly.
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No. 1 Zhengzhou Road, Shibei District, Qingdao City, Shandong Province, China
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