Hydraulic Adapter Series 1504 FPT to Swivel FPT – 45° Elbow #2(1/8′) – #20(1.25″)
The Series 1504 FPT to Swivel FPT Hydraulic Adapter with a 45° elbow offers an efficient, secure connection for hydraulic systems. Available in sizes #2 to #20, it ensures easy installation, minimizes hose stress, and provides reliable performance in high-pressure environments.
Description
The Hydraulic Adapter Series 1504 FPT to Swivel FPT with a 45° elbow is engineered to provide a reliable and efficient connection between female pipe threads (FPT) and swivel female pipe threads (FPT) in hydraulic systems. This adapter features a 45° angle, which is ideal for installations where space constraints or specific directional flow adjustments are required. It is perfect for providing flexible and secure connections in tight or difficult-to-reach areas of hydraulic systems.
The Series 1504 is available in a range of sizes, from #2 (1/8″) to #20 (1 1/4″), offering compatibility with a wide variety of hydraulic systems. The swivel FPT end ensures a simple installation and reduces strain on hoses, allowing for a longer service life and a leak-free operation.
Constructed from durable, high-quality materials, the Series 1504 Hydraulic Adapter is designed to handle high-pressure systems, ensuring reliable and long-lasting performance. The 45° elbow makes it especially useful for applications where hose orientation or system configuration needs precise adjustments.
Key Features:
- 45° Elbow design allows for easier hose routing and adjustment in tight spaces
- Converts FPT to Swivel FPT for a secure, leak-free connection
- Available in sizes #2 (1/8″) to #20 (1 1/4″)
- Swivel FPT minimizes stress on hoses and simplifies installation
- Durable and reliable for high-pressure hydraulic applications
- Built for industrial, agricultural, and heavy-duty use
The Series 1504 FPT to Swivel FPT Hydraulic Adapter with a 45° elbow provides a durable, flexible, and efficient solution for your hydraulic connection needs. Visit Jonestown Ag for expert guidance and to find the hydraulic components you need for optimal system performance.
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