Parker PC514-BP 90 Degree Push-lok Hose Barb Coupler Brass

Product Description

The PARKER PC514-BP is a 90-degree Push-Lok hose barb coupler designed for high-temperature fluid handling in industrial and manufacturing environments. Built from solid brass, it features a non-valved, non-threaded shaft configuration with a threaded body connection and a 0.5-inch inside diameter. Rated to 200 psi maximum working pressure, this coupler handles operating temperatures from -20 degrees F to 400 degrees F. It is part of the Parker Moldmate series and is typically installed by industrial maintenance technicians and fluid system specialists working on pressurized coolant or fluid transfer lines.

The PC514-BP is specifically suited for die casting equipment and mold coolant lines where a reliable 90-degree directional change is needed in a compact space. The Push-Lok hose barb design allows for quick, secure hose attachment without additional tooling. At 0.5-inch hose diameter and a body diameter of 1/2 inch, it fits standard half-inch hose assemblies common in industrial cooling circuits. The Moldmate series is engineered for the demands of repetitive connect-disconnect cycles in production settings.

Key Features

• 90-degree Push-Lok hose barb coupler for directional routing in tight installations
• Brass construction resists corrosion in coolant and fluid transfer applications
• 200 psi maximum working pressure for pressurized mold coolant systems
• Wide temperature range: -20 degrees F to 400 degrees F
• Non-valved, non-threaded shaft with threaded body connection
• Part of the Parker Moldmate series, designed for die casting and mold coolant lines

Compatibility

Designed for use with die casting equipment and mold coolant lines. Part of the Parker Moldmate series, compatible with 1/2-inch Push-Lok hose assemblies in industrial fluid handling systems.

Installation Notes

Installation is typically performed by industrial maintenance technicians or fluid system specialists. Before servicing, depressurize the entire fluid circuit and allow the system to cool to a safe handling temperature. Ensure the hose is fully seated on the barb before restoring pressure, and verify the connection holds at working pressure before returning equipment to service. Follow applicable facility safety procedures and any relevant industrial plumbing or fluid power standards for pressurized coolant systems.