1 5/8 OD X42mm ID Inch/Metric Reducer | CuFe2p Copper Alloy | 130 Bar Pressure Rating | by Aspen Pumps
The 1 5/8 OD X42mm ID inch/metric reducer is crafted from CuFe2p copper iron alloy, ensuring high corrosion resistance and durability. With a pressure rating of 130 bar and a temperature tolerance of up to 150°C, it's perfect for high-pressure refrigeration systems and industrial HVAC applications. This fitting is compliant with ASTM B 280 and AS5149.2 standards, making it a reliable choice for professionals in the refrigeration industry.
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Product Name/Title: 1 5/8 OD X42mm ID Inch/Metric Reducer | CuFe2p Copper Alloy | 130 Bar Pressure Rating | by Aspen Pumps
Brand: Aspen Pumps
SKU: 128-129243-IM15842
Alternatively Known As: Imperial to Metric Copper Reducer, High Pressure Copper Fitting, R744 Refrigeration Fitting
- Material: CuFe2p Copper Iron Alloy
- Pressure Rating: 130 bar
- Temperature Rating: Up to 150°C
- Compliance: ASTM B 280, AS5149.2
- Joining Method: Traditional Brazed Joining
- Magnetic Identification for easy verification
- Dimensions (H x L x W): 42mm x 60mm x 42mm
- Weight: 0.2 kg
- Made from CuFe2p copper iron alloy for high corrosion resistance
- Certified to ASTM B 280 and AS5149.2 standards
- Suitable for use with R744 refrigerant at 130 bar and 150°C
- Traditional brazed joining with magnetic identification
- Certified to TüV for quality assurance
- Installation by a qualified refrigeration technician or plumber experienced with high pressure copper fittings is required to ensure safety and compliance.
- High pressure refrigeration systems
- Industrial cooling and HVAC systems
- R744 (CO2) refrigeration applications
- Complies with AS/NZS 5149.2 for refrigeration systems safety and performance
- Supports use in environmentally friendly R744 (CO2) refrigerant systems
- Durable materials reduce need for frequent replacements, minimizing waste
Standard manufacturer warranty applies, typically 1 year against defects.
Available for immediate purchase, ideal for high pressure refrigeration and HVAC applications.
