Inline Air Pressure Regulators for Pneumatic Systems & Industrial Automation
The Pneuforce XOR Series air pressure regulators provide accurate and reliable control of compressed air pressure for pneumatic systems, automation machinery, packaging equipment and manufacturing processes. Maintaining consistent air pressure is critical for ensuring repeatable machine performance, protecting pneumatic components and reducing unnecessary compressed air consumption.
Available with pressure adjustment ranges of 0-100 PSI and 0-180 PSI depending on the model selected, the XOR Series regulators allow operators to precisely set and maintain downstream pressure regardless of fluctuations in the incoming air supply. Their modular design allows easy integration into complete FRL (Filter-Regulator-Lubricator) assemblies or standalone installations.
Download Pressure Regulator DatasheetXOR Pressure Regulator Features
- Fully adjustable pressure control
- Available pressure ranges up to 100 PSI or 180 PSI
- Modular FRL platform design
- Compact industrial construction
- Reliable downstream pressure regulation
- Easy pressure adjustment
- Suitable for standalone or FRL installations
- Designed for industrial automation systems
What Does an Air Pressure Regulator Do?
An air pressure regulator reduces incoming compressed air pressure to a stable, controlled downstream pressure. This prevents excessive pressure from reaching pneumatic equipment while ensuring cylinders, valves and actuators operate consistently and efficiently.
Without proper pressure regulation, pneumatic systems can experience inconsistent performance, increased air consumption, accelerated wear and unnecessary maintenance costs.
Why Is Pressure Regulation Important?
Many pneumatic devices are designed to operate within a specific pressure range. Excessive pressure can shorten component life and increase compressed air consumption, while insufficient pressure may result in poor machine performance and reduced output.
Pressure regulators help maintain stable operating conditions and improve overall system efficiency.
Modular FRL Assembly
The XOR Series can be assembled directly with compatible air filters and airline lubricators using FRL assembly kits. This modular approach creates a compact compressed air preparation station that simplifies installation and maintenance while providing filtration, pressure regulation and lubrication from a single assembly.
Modular FRL systems are widely used by machine builders and industrial maintenance departments because they provide a clean, professional and service-friendly solution.
Common Applications
- Pneumatic cylinders
- Directional control valves
- Packaging machinery
- Industrial automation systems
- Robotic equipment
- Machine tools
- Assembly machinery
- Material handling systems
- OEM machinery
- General compressed air systems
Frequently Asked Questions
What is an air pressure regulator?
An air pressure regulator controls and maintains a consistent downstream air pressure regardless of fluctuations in the incoming compressed air supply.
Why do I need a pressure regulator?
Pressure regulators protect pneumatic equipment from excessive pressure while improving performance, reducing air consumption and extending component life.
What pressure range do I need?
Most industrial pneumatic systems operate between 60 and 100 PSI. Higher pressure models are available for specialized applications requiring increased operating pressure.
What is the difference between an air regulator and a pressure reducing valve?
In compressed air systems, these terms are often used interchangeably. Both devices reduce and maintain a controlled downstream pressure.
Can these regulators be used as part of an FRL assembly?
Yes. The XOR Series is designed to integrate directly with compatible air filters and lubricators using modular FRL assembly kits.
What does FRL stand for?
FRL stands for Filter, Regulator and Lubricator. These components are commonly combined to provide complete compressed air preparation.
How do I adjust the outlet pressure?
The regulator adjustment mechanism allows users to increase or decrease downstream pressure until the desired operating pressure is achieved.
Can a pressure regulator increase air pressure?
No. A pressure regulator can only reduce and control pressure. It cannot increase pressure beyond the incoming supply pressure.
What happens if air pressure is too high?
Excessive pressure can increase air consumption, accelerate wear on pneumatic components and potentially damage downstream equipment.
What industries use air pressure regulators?
Pressure regulators are used throughout manufacturing, packaging, automation, robotics, machine tools, assembly equipment and virtually all compressed air systems.