Deublin 2425-001-283180
- Model Number: 2425-001-283180
- Type: Duoflow Rotary Union
- Material: Brass / Stainless Steel
- Max Operating Pressure: 150 PSI (10 bar)
- Max Flow Rate: 14 GPM (53 L/min)
- Connection Type: 3/4″-14 NPT
- Overall Length: 8.504 inches (216 mm)
- Pilot Diameter: O-ring, 58.67 mm
- Max Rotational Speed: 100 RPM
Description
Deublin 2425-001-283180 Rotary Union: Product Details
The Deublin 2425-001-283180 Rotary Union is a high-performance solution designed for efficient fluid transfer in industrial applications, particularly in continuous casting processes. With its advanced dual-flow design, this rotary union allows for simultaneous supply and return of water, making it an essential component for maintaining optimal operational efficiency in various machinery. Dual Flow Design: The innovative Duoflow configuration enables both supply and return lines to be integrated into a single rotary union, simplifying installation and enhancing system efficiency.
Durable Construction: Constructed from high-quality brass and stainless steel, the Deublin 2425-001-283180 is engineered to withstand harsh operating conditions, ensuring longevity and reliability.
High Performance Ratings:
Max Operating Pressure: 150 PSI (10 bar)
Max Flow Rate: Up to 14 GPM (53 L/min) for water
Max Temperature: 250°F (121°C), suitable for high-temperature applications.
Easy Installation: Featuring a 3/4″-14 NPT connection, this rotary union can be easily integrated into existing systems without extensive modifications.
Advanced Sealing Technology: Equipped with balanced mechanical seals made from Silicon Carbide, the rotary union minimizes leakage risks and enhances operational reliability.
The Deublin 2425-001-283180 Rotary Union is specifically designed for use in:
Continuous Casting Machines: Ensuring reliable cooling water transfer during the casting process.
Hydraulic Systems: Providing efficient fluid transfer where simultaneous supply and return are necessary.
Industrial Machinery: Suitable for any application that requires consistent media delivery.