Description

When you’re routing hydraulic lines in tight spaces around implements or through the engine compartment, sometimes you need a sharp 90-degree turn without the bulk of a swept elbow. This OFS union elbow gives you that compact connection while handling the high pressures your hydraulic system demands. Whether you’re plumbing a loader, configuring remote hydraulics, or repairing damaged lines, this fitting gets hydraulic fluid where it needs to go.

What You’re Getting

Heavy-duty steel construction that handles 6000 PSI working pressure without breaking a sweat
Male OFS threads on both ends for secure, leak-free connections that stay tight under pressure
Compact 90-degree design saves space in crowded equipment compartments
1-inch tube size fits common hydraulic applications on tractors and implements
Precision-machined threads ensure proper seal with OFS fittings and adapters

Built for Real Farm Work

This fitting is designed for the demanding hydraulic systems found on modern agricultural equipment. Whether you’re working on a tractor’s loader circuit, configuring remote hydraulics for implements, or rebuilding cylinders on hay equipment, this elbow handles the high-pressure applications that keep your machinery running. The OFS thread design is common on many hydraulic systems where space is tight and reliability is critical.

Made to Last

Farm hydraulics face constant pressure cycles, temperature swings, and vibration that can cause lesser fittings to fail. This steel elbow is built to handle 6000 PSI working pressure, which gives you plenty of safety margin for most agricultural applications. The precision threading ensures proper engagement with other OFS components, creating connections that won’t work loose or leak under pressure.

Installation Notes

Use thread sealant or thread tape rated for hydraulic applications when installing. Make sure you’ve got the right thread pitch – this one’s 1-7/16 – 12 threads per inch. When routing hydraulic lines, avoid sharp bends that can restrict flow or cause premature hose failure. Always depressurize the system before breaking any hydraulic connections.