💡 Basic Information
Type
Evaporative Condenser
Structural Form
Horizontal
Heat Transfer Mode
Recuperative
Application Field
Refrigeration and Chemical Industry
Certification
ISO, CE, SGS
Product
Evaporative Condenser
Refrigerant Type
R717, R22, R507 etc
Capacity
100 to 3000kw Single Unit
Dimension
Suitable to Container
Design Pressure
2.0 to 20MPa
Air Type
Induced and Draft Forced Both Available
Spraying Pump
Centrifugal Type
Delivery
Modular Part After Built-in
Production Capacity
120sets/Month
⚙️ Product Description
1. HEAT-EXCHANGE COIL
• A variety of coil materials are available: SS304, SS316, HDG
• Continuous serpentine shape, consists of outlet headers, support, and inlet & outlet piping.
• Various coil sizes are available: Diameter 16-32mm, Wall thickness 1.5-3.0mm. Design pressure from 2.0 to 20mpa
2. DRIFT ELIMINATOR
• High-efficiency design
• Drift rate less than 0.002%.
• Wave-formed self-extinguishing CPVC
3. COLDWATER BASIN
• Includes basin pan, drain-out connection, steel strainer, make-up valve, and overflow connection.
• Slop-designed concave pan with suitable size drain-out connection.
• Steel strainer with perforated openings and an anti-vortexing hood.
4. AXIAL FAN
• Direct drive axial Fan, angle index can be adjusted if needed.
• High-grade motor protection IP55/IP56, insulation class F. Explosion-proof motor available.
5. SPRAY WATER DISTRIBUTION SYSTEM
• Oneself-balance buffer chamber.
• PVC water distribution branches.
• ABS Large orifice and 360 non-clog nozzles.
6. PUMP
• Close-coupled centrifugal pump equipped with a mechanical seal.
• Reliable motor protection IP55/IP56, insulation class F.
One of the strategies that we can use to improve performance is evaporative condensation, which use is increasing in modern refrigeration systems.
Using this technology, we are able to reduce the condensing temperature. If the condensation temperature of a refrigerant circuit decreases, the condensation pressure of the refrigerant also decreases. As a consequence of this, the electrical power of the compressor required decreases, since the pressure difference is smaller in the compressor, and therefore less power is necessary to achieve that pressure increase.
❓ Frequently Asked Questions
What is the main benefit of using an evaporative condenser?
The primary benefit is energy efficiency. By reducing the condensing temperature and pressure, the compressor requires significantly less electrical power to operate.
What materials are available for the heat-exchange coils?
Heat-exchange coils can be manufactured using Stainless Steel (SS304, SS316) or Hot-Dip Galvanized (HDG) steel to suit different environmental requirements.
Which refrigerants are compatible with the KEN-800 model?
This model is designed to work with various refrigerants, including R717 (Ammonia), R22, and R507, making it versatile for refrigeration and chemical industries.
How does the drift eliminator help in water conservation?
The high-efficiency drift eliminator reduces the drift rate to less than 0.002%, minimizing water loss during the evaporative process.
What is the capacity range for a single unit?
A single unit typically offers a capacity range from 100kw up to 3000kw, depending on the specific design and application requirements.
What certifications do these evaporative condensers hold?
The units are manufactured to high standards and hold certifications including ISO, CE, SGS, and CTI.
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