Deublin 1102-070-103/ Deublin 1102-070-029/ Deublin 1102-070-081/Deublin 1102-070-104
- Part Number 1102-070-103
- Maximum Pressure 70 bar (1015 PSI)
- Maximum Speed 20,000 RPM
- Media Types Hydraulic Oil, Water, Air
- Rotor Connection M16x1.5 LH
- Housing Connection G 1/4″ NPT
- Overall Length 135 mm
- Housing Diameter 22 mm
Description
Key Features Deublin 1102-070-103/ Deublin 1102-070-029/ Deublin 1102-070-081/Deublin 1102-070-104
Compact Design: With a diameter of just 7/8 inches, the Deublin 1102-070-103 is designed to fit into tight spaces, making it perfect for applications where space is limited.
Versatile Media Compatibility: This rotary union can handle multiple media types, including hydraulic oil, water, and air, ensuring versatility across different industries.
High Pressure Rating: Capable of withstanding pressures up to 70 bar (approximately 1015 PSI), the Deublin 1102-070-103 is built to perform reliably under rigorous operational demands.
Durable Construction: Made from high-quality materials, including a robust aluminum housing and stainless steel components, this rotary union ensures longevity and reliability in harsh environments.
Balanced Mechanical Seals: The use of balanced mechanical seals minimizes wear and tear, enhancing the overall lifespan of the product while maintaining optimal sealing performance.
Low Maintenance Design: The rotary union features a low-maintenance design that reduces downtime and operational costs, making it a cost-effective solution for industrial applications.
Easy Installation: The radial housing connection allows for straightforward installation into existing systems without extensive modifications.
Deublin 1102-070-103/ Deublin 1102-070-029/ Deublin 1102-070-081/Deublin 1102-070-104
The Deublin 1102-070-103 Rotary Union is a high-performance solution designed for efficient fluid transfer in rotating applications. Engineered with precision and reliability, this rotary union is ideal for various industrial environments, providing optimal performance under demanding conditions.
Deublin 1102-070-103/ Deublin 1102-070-029/ Deublin 1102-070-081/Deublin 1102-070-104
Technical Specifications of Deublin 1102-070-103/ Deublin 1102-070-029/ Deublin 1102-070-081/Deublin 1102-070-104
Part Number 1102-070-103
Maximum Pressure 70 bar (1015 PSI)
Maximum Speed 20,000 RPM
Media Types Hydraulic Oil, Water, Air
Rotor Connection M16x1.5 LH
Housing Connection G 1/4″ NPT
Overall Length 135 mm
Housing Diameter 22 mm
The Deublin 1102-070-103 Rotary Union is suitable for a wide range of applications including:
Manufacturing Machinery: Essential for cooling and lubrication in CNC machines and other manufacturing equipment.
Agricultural Equipment: Used in tractors and other machinery to supply hydraulic oil and air efficiently.
Construction Machinery: Ideal for heavy equipment requiring reliable fluid transfer under challenging conditions.
Material Handling Systems: Supports systems such as vibratory feeders that depend on consistent air and hydraulic oil supply.
Benefits of Using Deublin Rotary Unions
Increased Efficiency: The rotary union allows for continuous fluid transfer without interruptions, enhancing productivity in industrial operations.
Reliability Under Pressure: With its high-pressure rating and durable construction, the Deublin 1102-070-103 ensures consistent performance even in demanding environments.
Cost Savings: The low-maintenance design reduces the need for frequent replacements and repairs, leading to significant cost savings over time.FAQÂ
Q1. What are the specifications of the Deublin 1102-070-103 Rotary Union?
A1. The Deublin 1102-070-103 features a rotor connection of G 1/4″-19 RH and a housing connection of 1/4″-18 NPT. It can handle maximum pressures of 10 bar for air and 69 bar for hydraulic oil, with operating temperatures reaching up to 121°C. The maximum flow rates are 1132 l/min for air and 15 l/min for hydraulic oil.
Q2. What applications is the Deublin 1102-070-103 suitable for?
A2. This rotary union is ideal for various applications, including air service, hydraulic oil transfer, and vacuum applications. It is commonly used in manufacturing machinery, agricultural equipment, and construction machinery.
Q3. What makes the Deublin 1102-070-103 unique?
A3.The rotary union features a self-supported design that eliminates the need for additional support structures. Its monoflow design optimizes fluid dynamics for efficient transfer, while balanced mechanical seals reduce internal friction and enhance durability.
Q4. How does the built-in felt oiler work?
A4.The built-in felt oiler in the Deublin 1102-070-103 provides continuous lubrication specifically tailored for air service applications. Users need to add just 3 to 5 drops of oil per month, ensuring smooth operation without frequent maintenance.
Q5. What are the benefits of using balanced mechanical seals?
A5.Balanced mechanical seals in the Deublin 1102-070-103 minimize wear and tear on the rotary union, extending its lifespan and ensuring reliable performance over time. This design also helps maintain a leak-proof connection.
Q6. Can the Deublin 1102-070-103 be customized for specific needs?
A6.Yes, Deublin offers customization options for this rotary union, including different seal combinations such as carbon graphite/hardened tool steel or carbon graphite/silicon carbide, allowing users to tailor the product to their specific fluid and pressure requirements.
Q7. What industries benefit most from using this rotary union?
A7.Key industries include agriculture, construction, manufacturing, and material handling. Each sector relies on reliable fluid transfer solutions to enhance operational efficiency and productivity.
Q8. What maintenance practices are recommended for the Deublin 1102-070-103?
A8.Maintenance is minimal due to its durable design; however, it is recommended to regularly check for leaks and ensure proper lubrication through the felt oiler to maintain optimal performance.
Q9. How does the Deublin 1102-070-103 compare to other rotary unions?
A9.Compared to other rotary unions, the Deublin 1102-070-103 offers superior compactness, making it suitable for tight installations. Its robust construction and advanced sealing technology provide enhanced reliability in demanding environments.