Best Seller Parker P32 Ea22esabngp Filter/regulator 1/4'' - New Instant 40% Discount [vKtIyohY]

Parker P32 EA22ESABNGP Filter/Regulator 1/4″ is a precision-engineered pneumatic component designed to deliver clean, dry air and stable pressure control within industrial and automation systems. As a brand-new, OEM-grade unit, the full part number EA22ESABNGP ensures exact traceability and installation confidence. This compact filter/regulator integrates a high-performance filtration element with an adjustable regulator, allowing users to maintain optimal air quality and pressure levels ideal for pneumatic actuators, valves, cylinders, and instrumentation in automotive, packaging, food & beverage, and industrial robotics applications.

Crafted with a rugged aluminum body and corrosion-resistant internals, the EA22ESABNGP model combines efficiency with durability. The 1/4″ porting supports medium-duty flow requirements while keeping the unit compact—ideal for panel-mounted or modular installations. Its fine-grade sintered bronze filter removes particles and water contaminants effectively, while the inline regulator provides precise pressure control with minimal hysteresis. The built-in adjusted pressure gauge offers real-time feedback, and the locking knob prevents accidental changes during operation. A clear bowl with automatic condensate drain (or optional manual drain) ensures extended service intervals and visual contamination monitoring.

Installation and maintenance are seamless due to Parker’s thoughtful design: standardized mounting threads and ISO-compatible configurations streamline integration, while the modular bowl design allows for quick element replacement without full disassembly. The unit operates reliably up to 250 PSI (17 bar) and a temperature range of –40 °C to +60 °C, supporting diverse environmental conditions. Whether deployed in machine shop air systems, factory automation lines, or point-of-use stations, the Parker P32 EA22ESABNGP Filter/Regulator offers high performance, economical lifecycle cost, and OEM-level reliability—making it an essential component for maintaining pneumatic system health and efficiency.