Parker 02L2B Inline Lubricator 250 Psi 32 Cfm Bsp Npt

Product Description

The PARKER 02L2B is an inline air line lubricator designed to introduce a controlled mist of oil into a compressed air stream, protecting downstream pneumatic tools, actuators, and valves from wear and corrosion. Built with an aluminum body, it handles operating pressures up to 250 psi and supports airflow up to 32 CFM. It accepts both BSP and NPT end connections, making it compatible with a broad range of piping configurations. Licensed trades and industrial maintenance professionals install this type of component as part of an FRL (filter-regulator-lubricator) assembly in pneumatic service lines.

The 02L2B is suited for use in compressed air systems found in light industrial, commercial, and mechanical service environments. It fits inline between the air supply and pneumatic equipment such as impact wrenches, air motors, cylinders, and similar tools. Its compact footprint at 2.66 inches high and 3.19 inches wide allows installation in confined equipment bays or panel-mounted pneumatic manifolds. Technicians working on production lines, service bays, and HVAC mechanical rooms commonly deploy this lubricator to extend tool and component service life.

Key Features

• Rated for up to 250 psi operating pressure
• Supports airflow capacity of 32 CFM
• Aluminum body construction for lightweight durability
• Accepts BSP and NPT end connections for broad piping compatibility
• Compact dimensions: 2.66 inches high, 3.19 inches wide

Compatibility

Designed as an inline lubricator for compressed air systems using BSP or NPT threaded connections. Suitable for integration into pneumatic FRL assemblies in systems operating within the rated 250 psi and 32 CFM parameters.

Installation Notes

Installation should be performed by a qualified pneumatic systems technician or licensed pipefitter. Depressurize and lock out the compressed air supply completely before removing or installing any inline component. Ensure the lubricator is oriented correctly per the flow-direction marking on the body, and verify that thread type and size match the existing piping before assembly. Refer to applicable local mechanical codes for compressed air system installation requirements.