Parker PS752P Frl Modular Port Block Kit 1/2 in Series 06

Product Description

The PARKER PS752P is a modular port block kit designed for use with Parker Series 06 FRL (filter-regulator-lubricator) units. This accessory expands or reconfigures the porting arrangement on modular pneumatic conditioning assemblies, allowing technicians to add or reposition outlet connections without replacing the base unit. The kit uses a nitrile seal material, making it suitable for standard compressed-air service where oil and mild solvent exposure is expected. At 0.5 pounds, it is a compact, single-package component intended for industrial maintenance and pneumatic system installation work performed by qualified instrumentation or mechanical technicians.

This port block kit applies to modular FRL assemblies in industrial compressed-air systems. Typical installation scenarios include manufacturing facilities, process lines, and equipment skids where Parker Series 06 FRL units regulate and condition supply air. The kit is used when adding a port block connection to an existing modular assembly or when building a new FRL station that requires an additional port access point at the 1/2 inch port size.

Key Features

• Nitrile seal material rated for standard compressed-air service with oil and mild solvent resistance
• 1/2 inch port size for direct integration with Series 06 modular FRL assemblies
• Modular design allows port configuration changes without replacing the full FRL unit
• Sold as a single kit, packaging quantity of 1
• Lightweight at 0.5 pounds for easy handling during installation

Compatibility

Designed for use with Parker Series 06 modular FRL units as specified by the manufacturer.

Installation Notes

Installation should be performed by a qualified instrumentation or mechanical technician familiar with compressed-air system service. Depressurize and lock out the compressed-air supply line before disassembling any FRL component or attaching a port block. Verify that the nitrile seals are properly seated before returning the system to service. Follow applicable facility safety procedures and equipment manufacturer guidelines throughout the assembly process.