Parker 201-10-RL-250 Hydraulic Hose 1/2 in Id 1750 Psi

Product Description

The PARKER 201-10-RL-250 is a Series 201 hydraulic hose built for high-pressure fluid transfer in demanding mobile and stationary hydraulic systems. Constructed from synthetic rubber, this hose carries a 1,750 psi working pressure and an inside diameter of 0.5 inches (hose size -10). It is rated for a temperature range of -40 degrees F to 302 degrees F, making it suitable for year-round outdoor service and high-heat applications. This coil is priced and cut in 1-foot increments, with a 10-foot minimum cut length and a total coil length of 250 feet. Licensed HVAC, hydraulic, and fluid-power technicians are the typical installers.

This hose is designed for hydraulic circuits in agricultural, construction, and industrial equipment where dependable pressure containment and flexibility across a wide temperature range are required. The synthetic rubber construction resists abrasion and is compatible with petroleum-based hydraulic fluids. The 250-foot coil format suits shops and field service fleets that cut hose to length as needed, reducing waste and enabling efficient assembly of custom hydraulic lines.

Key Features

• 1,750 psi working pressure for medium-to-high pressure hydraulic circuits
• 0.5 inch (1/2 inch) inside diameter, hose size -10
• Synthetic rubber construction resists abrasion and petroleum-based fluids
• Wide temperature range: -40 degrees F to 302 degrees F
• Meets DOT FMVSS 106 AIR BRAKE-AII, SAE J1402 AII, and SAE J517 100R5 standards
• 250-foot coil sold in 1-foot increments with a 10-foot minimum cut length

Compatibility

Designed for use in hydraulic systems requiring a -10 hose size with 1,750 psi working pressure and SAE J517 100R5 compliance, including air brake and fluid-transfer applications conforming to DOT FMVSS 106 AIR BRAKE-AII and SAE J1402 AII specifications.

Installation Notes

Hydraulic hose assembly and installation should be performed by qualified fluid-power technicians or licensed mechanics familiar with the equipment being serviced. Always depressurize and lock out the hydraulic system before cutting, fitting, or replacing hose. Use proper hose-cutting tools and manufacturer-specified fittings to ensure leak-free crimps at rated pressure. Verify that all assembled hose and fitting combinations are rated at or above the system working pressure before returning the circuit to service.