Model Series
CPX 10-4200
CPX 10-4200 Refrigerant Dryers
SKU Model: CPX 10-4200
The inlet air of a compressor contains humidity and contaminants like dust, oil, etc. During compression, these contaminants reach a high concentration. This can cause wear and corrosion in your downstream equipment, with potentially costly interruptions in your production, and a reduction in the efficiency and service life of your equipment. By cooling the compressed air, a refrigerant dryer removes most of the water content. Our CPX range ensures high quality dry air, increasing efficiency and productivity as well as the life span of your equipment and tools.
The benefits of refrigerant dryers
Clean and dry air
• Increases your overall productivity
• Improves your final product quality
• Protects your downstream equipment against corrosion, rust and air leaks
• Avoids costly service interventions
USER BENEFITS
Simple installation
• Lightweight and compact design
• Easy to transport
• Easy and fast installation using the optional filter supports and bypass option (CPX 10-60)
Solid quality
• High reliability was a key driver when developing the CPX dryer range
• First-class components tested under extreme operating conditions
• Constant dewpoint under any load conditions
Easy maintenance and accessibility
• Low maintenance
• Reliable components are easily accessible
• Long service intervals
Cost savings
• Very little maintenance required
• Low energy consumption
• Energy savings due to low pressure drops
• No loss of compressed air due to level-controlled condensate drain
Advanced refrigerant solutions
• Low refrigerant gas load
• New microchannel condenser requires lower gas load (CPX 850-4200)
• Refrigerant gas with low GWP
1. Refrigerant compressor: Driven by an electric motor, cooled using refrigerant fluid and protected against thermal overload.
2. Refrigerant condenser: Air-cooled and with a large exchange surface for high thermal exchange.
3. Motor-driven fan: For the condenser cooling air flow.
4. 3-In-1 heat exchanger: With high-efficiency operation to minimize pressure drop and footprint.
5. Hot gas bypass valve: Controls the refrigerant capacity under all load conditions to prevent ice formation in the system.
6. Automatic discharge of condensate: Energy-saving and self-adjusting, allows only moisture to discharge and prevents waste discharge of valuable compressed air.