Norgren R84G-3GK-RFG Pressure Regulator - Relieving, G3/8

Feature → Business Impact → Application: The R84G-3GK-RFG integrates a compact die-cast aluminum body with a G3/8 port, reducing overall system size and weight while maintaining robust durability in demanding environments. This directly translates to lower installation costs, easier retrofits, and improved energy efficiency in automated lines that demand precise pressure control. Application-wise, it suits compact pneumatic manifolds, tooling devises, and robotics grippers where space is at a premium and consistent pressure is critical. Feature → Business Impact → Application: The knob-operated adjustment with built-in tamper resistance minimizes drift from unauthorised adjustments, increasing process stability and safety in critical automation cells. This is particularly valuable in high-mix production where quick line changes occur without sacrificing regulation accuracy. Feature → Business Impact → Application: The integrated gauge plus relieving design provides immediate visibility and safe pressure management, reducing downtime during commissioning and service. Industry teams benefit from faster setup, easier maintenance, and compliance-friendly installation in EU and global facilities. Feature → Business Impact → Application: Operating across -20 to 65 °C, with a maximum inlet pressure of 20 bar, supports reliability in washdown and high-temperature zones, enabling use in versatile manufacturing lines. This helps systems stay within spec during start-up, shutdown, and environmental fluctuations. Feature → Business Impact → Application: With a 0.3–4 bar adjustable output and a flow capacity of 125 dm3/sec, the regulator delivers consistent actuation force for pneumatic cylinders and valves, improving cycle times and reducing waste. This is ideal for grippers, pick-and-place modules, and automation manifolds where timing and precision matter. Feature → Business Impact → Application: The Excelon Plus design uses compatible materials (acetal knob, die-cast body, POM bonnet, nitrile elastomers) that resist wear and provide predictable performance, reducing spare-part consumption and service costs over the product lifetime. This supports total cost of ownership targets in mass production and OEM tooling programs.