Product Overview
The FAIRCHILD 10272JN is a precision-engineered pneumatic volume booster designed to deliver high-capacity flow amplification while maintaining accurate pressure control in industrial pneumatic systems. Manufactured by Fairchild Industrial Products, a recognized leader in precision pneumatic and electro-pneumatic controls, this volume booster operates on a force-balance diaphragm principle that senses downstream pressure and modulates a high-flow supply valve to match the pilot signal pressure. The 10272JN serves as a critical interface between low-flow pilot devices—such as regulators, transducers, or I/P converters—and high-demand actuators, cylinders, or pneumatic positioning systems. By providing rapid response and stable downstream pressure regardless of flow fluctuations, it ensures precise process control in demanding industrial environments.
Technical Specifications
| Parameter | Specification / Feature |
|---|---|
| Component Type | Pneumatic Volume Booster (Process & Pneumatic Valve) |
| Model Designation | 10272JN |
| Operating Pressure | Standard Industrial Grade (Up to rated bar; consult factory for specific pressure range) |
| Mounting & Connection | Standard ISO / Manufacturer Interface (pipe thread or flange per model configuration) |
| Working Principle | Force-balance diaphragm with high-flow supply and exhaust valve modulation |
| Flow Capacity | High-flow amplification (exact Cv dependent on port size and configuration) |
| Media | Compressed air or inert gas (filtered, dry, non-corrosive) |
Engineering Features & Advantages
- Precision Performance: Force-balance diaphragm design ensures accurate 1:1 pressure tracking between pilot signal and downstream output, maintaining stable pressure even under varying flow demands.
- High Flow Amplification: Rapid response supply and exhaust valves deliver large volumetric flow rates to downstream actuators, eliminating lag and improving cycle times in dynamic pneumatic systems.
- Industrial Reliability: Built for continuous operation under severe industrial conditions with robust construction, corrosion-resistant materials, and long service life.
- Direct Fit Replacement: Exact dimensional and functional compatibility with original Fairchild OEM standards, ensuring drop-in replacement without modification.
- Versatile Integration: Compatible with a wide range of pilot devices including precision regulators, electro-pneumatic transducers, and I/P converters for flexible system design.
Typical Industrial Applications
The FAIRCHILD 10272JN pneumatic volume booster is widely deployed in heavy industrial scenarios requiring precise pressure control with high flow capacity. Typical applications include plastic injection molding machines where consistent clamping and injection pressures are critical, metallurgical presses and forming equipment demanding rapid actuator response, CNC machine tools and automated assembly systems requiring accurate pneumatic positioning, and general process control loops in chemical, pharmaceutical, and food processing plants where reliable pneumatic actuation is essential. It is also commonly used in valve actuation systems, tension control applications, and any pneumatic circuit where a low-flow pilot signal must drive a high-flow actuator without sacrificing pressure accuracy.
PRODUCT IMAGES
FAIRCHILD 10272JN Pneumatic Volume Booster
⚡ Emergency Plant Maintenance & Ready-to-Ship Notice:
- Authentic & Fully Tested: 100% bench tested for hydraulic response, pressure rating, and null-bias stability before dispatch.
- Fast Dispatch: In-stock units ready for same-day dispatch via DHL / FedEx Express directly to your plant.
- Pre-Shipment Verification: High-definition photos, video testing runs, and serial number verification provided prior to shipment.
- Peace of Mind: Covered by our 12-Month Replacement Warranty.
Shop the genuine FAIRCHILD 10272JN Solenoid Directional Control Valve. This US-made hydraulic component features a precision spool design, delivering leak-free, reliable fluid control for heavy-duty industrial systems.