1424=0313 - Victor 2-Inch Compound Gauge 30inHg-60PSI Stainless Steel

Precision Monitoring with Victor 1424-0313 Compound Gauge

The Victor 1424-0313 is a premium 2-inch compound gauge designed to deliver accurate readings for both vacuum and positive pressure applications. Engineered by Victor, a leader in gas control equipment, this gauge is an essential replacement part for maintaining the safety and efficiency of your gas regulation systems. Its dual-functionality allows it to measure vacuum down to 30 inches of mercury (inHg) and positive pressure up to 60 PSI (approximately 400 kPa), making it highly versatile for specialized welding, purging, and testing procedures.

Constructed with a robust stainless steel case, this gauge is built to endure the rigors of industrial environments. The stainless steel housing provides excellent protection against corrosion, impacts, and general wear and tear, ensuring a long service life even in demanding workshops or field sites. The clear, high-contrast dial face features easy-to-read markings in both Imperial and Metric units, allowing operators to quickly verify system status without conversion errors. Whether you are replacing a damaged gauge on an existing Victor regulator or building a custom gas delivery manifold, the 1424-0313 offers the reliability professionals demand.

At Josef Gas, we understand the importance of accurate instrumentation in gas handling. A malfunctioning gauge can lead to improper flow rates, compromised weld quality, or safety hazards. This genuine Victor component ensures compatibility and performance consistent with original equipment specifications. Its 2-inch size is a standard fit for many medium to heavy-duty regulators, providing a balance between compactness and readability. Trust in the quality of Victor components to keep your operations running smoothly and safely.

Key Benefits:

• Dual Measurement: Seamlessly monitor vacuum and pressure on a single dial.
• Durability: Stainless steel case resists rust and physical damage.
• Clarity: Distinct markings for PSI and kPa reduce reading errors.