COI1685E Microchannel Condenser Coil E-Coat

Description

Trane COI1685E Microchannel Condenser Coil E-Coat (RTAF)

COI1684E Coil MCHE E-COAT – RTAF details;

• Trane Chiller Microchannel Condenser Coil E-Coat
  
• Original Trane OEM Components
• Trane Part Number: COI1685E
• Model Number: X24161258001 / X24161258-001
• Maximum Pressure: 45 bar
• Valume: 4,25 L
• Gasket: GKT0307E
• Commonly Used on Trane Sintesis™ Advantage, Sintesis™ Balance, Sintesis™ Excellent, Sintesis™ Prime, York and Carrier Chiller Models
• Replaces / Supersedes: COI-1684E, COI1684 , COI1685, COI1943E, COI1943, COI1944, COI1944E

Chiller documentation download links for the chillers with the Microchannel Condenser Coils;

• CGAF Chiller Model Microchannel Condenser Coil E-Coat (Product Catalog, Sales Brochure, Installation Operation Maintenance)
• CXAF Chiller Model Microchannel Condenser Coil E-Coat (Product Catalog, Sales Brochure, Installation Operation Maintenance)
• GVAF Chiller Model Microchannel Condenser Coil E-Coat (Product Catalog, Sales Brochure, Installation Operation Maintenance)
• GVWF Chiller Model Microchannel Condenser Coil E-Coat (Product Catalog, Sales Brochure, Installation Operation Maintenance)
• RTAF Chiller Model Microchannel Condenser Coil E-Coat (Product Catalog, Sales Brochure, Installation Operation Maintenance)

Heat exchanger protection with electrocoating

Corrosion, the deterioration of metals and alloys through a physical and/or chemical reaction with the environment, is expensive. Heat exchangers used in HVAC equipment, specifically condenser and cooling/heating coils are exposed in the environment, and this can lead to corrosion, failures, and performance degradation of the equipment in the cases of improper heat exchanger protection in corrosive locations.

Potentially corrosive environments include coastal and marine areas, locations adjacent to industrial and urban areas, locations with proximity to heavy road traffic, factories, power plants, or the combinations of the above.

Unprotected heat exchangers, regardless of their type, are subjected to corrosion. Although all-aluminum microchannel coils tend to be less affected by corrosion compared to copper-aluminum finned-tube coils, the protection must be applied in order to prevent deterioration in aggressive atmospheres. The highest level of corrosion resistance can be achieved with the right coil coating. For microchannel heat exchangers, the best coating option is factory-applied electrodeposition, which is also referred to as electrocoating (e-coating) or electrophoretic deposition, and produce uniform finishing with excellent corrosion resistance.

Advantages Of Electrocoating

Electrocoating offers significant advantages over other coating technologies, including:

• High corrosion protection. Cathodic epoxy electrocoating with a film thickness of 20 microns withstands more than 1000 hours salt spray test performed in accordance with ASTM B117 standard
• Uniform coating with no more than 1-2 micron variances across the coated surface of any shape complexity
• Eco-friendliness: heavy metal free, no hazardous air pollutants (HAPS), low levels of organic solvents, and low volatile organic compounds (VOC)
• Aesthetic quality