When you need to make a tight turn in your hydraulic system but don’t have room for a standard 90-degree elbow, this 45-degree fitting gives you just the right angle to navigate around obstacles. Whether you’re routing hose around a PTO shaft, clearing the fender on a loader, or just need a gentler bend to reduce stress on the hose, this Parker HY-Series elbow gets your hydraulics where they need to go without kinking or binding.
What You’re Getting
- 45-degree angle provides the perfect compromise between straight runs and sharp 90-degree turns
- Code 61 flange connection creates a secure, leak-proof seal that handles high-pressure hydraulic systems
- Rigid design eliminates unwanted movement that can cause wear and failure over time
- Parker HY-Series construction means this fitting meets OEM standards for durability and performance
- 3/4 inch hose capacity handles the flow requirements of most tractor and implement hydraulic circuits
Built for Real Farm Work
This fitting works with hydraulic systems that power everything from front-end loaders and backhoes to finish mowers, post hole diggers, log splitters, and hydraulic tillers. Whether you’re moving hay bales, grading driveways, bush-hogging pastures, or running a hydraulic-powered implement, having the right angle connection keeps your system running smoothly and prevents premature hose failure from tight bends.
Made to Last
Parker’s HY-Series fittings are built to handle the punishment that comes with farm work. The flange head design distributes stress evenly, while the precision-machined threads and sealing surfaces maintain their integrity through thousands of pressure cycles. These aren’t hardware store fittings – they’re designed specifically for the high pressures and demanding conditions of agricultural hydraulics.
Good to Know
This is a crimp-on fitting, so you’ll need the proper crimping tools and dies for installation. Always use the correct Parker crimp specifications to ensure a safe, leak-free connection. The 45-degree angle helps reduce back-pressure in your hydraulic system compared to sharper bends, which can improve overall system efficiency and reduce heat buildup.
