2.5-Inch Acetylene Regulator Outlet Gauge 0-30 PSI Bottom Mount

Upgrade Your Regulator with a Clear, Durable Gauge

Is your acetylene regulator's outlet gauge cracked, stuck, or impossible to read? The Western Enterprises 2.5-Inch Acetylene Gauge (0-30 PSI) is the perfect upgrade or replacement for your welding rig. As a welder, you know that acetylene pressure control is not just about flame quality—it's about safety. Acetylene becomes unstable above 15 PSI, so having a gauge that gives you a clear, precise reading in the 0-15 PSI working range is absolutely critical. This gauge's 0-30 PSI scale places your working pressure right in the middle of the dial, giving you the fine control you need for that perfect neutral flame.

Unlike cheap plastic replacements, this gauge features a rugged brass housing that can take a beating in the shop or on the back of a truck. The 2.5-inch face is a step up from the standard 2-inch gauges found on many economy regulators, making it much easier to read through a welding helmet or from across the bench. The bottom-mount design with 1/4" NPT threads ensures it fits the majority of standard American regulators (like Victor, Harris, or Smith style bodies that accept 1/4" gauges). Installation is simple: just wrap the threads with Teflon tape, screw it in, and you're back in business.

Don't guess with your gas settings. A functioning, accurate gauge saves you money on wasted gas and ensures your torch performs exactly how you expect it to. Whether you are doing fine jewelry brazing or heavy heating, this gauge provides the feedback you need. It is an affordable, professional-grade solution for keeping your oxy-acetylene outfit in top condition.

Why Choose This Gauge?

• Better Visibility: Large numbers and a clear pointer make setting pressure fast and accurate.
• Safety First: Specifically scaled for acetylene's low-pressure requirements.
• Universal Fit: Standard threads mean it works with most major regulator brands.
• Tough Build: Brass case protects the sensitive internal mechanics from knocks and drops.