Pressure Gauge: 6" Dial, 0 to 3,000 psi, 1/2" Thread, MNPT, Lower Mount MPN:601379S04LXLL3K

Introducing our premium Pressure Gauge - perfect for monitoring pressure levels in various industrial applications! With a 6-inch dial display, this gauge offers an impressive 0.5% accuracy that ensures precise readings. Constructed from durable aluminum and featuring stainless steel wetted parts, you can trust this gauge to withstand demanding conditions. Its lower mount design allows for easy installation and the versatile pressure range of 0-3000 PSI makes it suitable for various applications such as HVAC, hydraulics, and pneumatics. Improve your industrial processes with the reliability and accuracy of this Pressure Gauge!

Top product features:

• Dry Gauge Design: This Pressure Gauge is specifically designed as a dry gauge which means that it doesn't contain any liquids or fluids inside to fill up pressure readings, resulting in increased accuracy and longer product life expectancy.
• Accuracy: With 0.5% of scale accuracy, this Pressure Gauge provides highly precise measurements for enhanced reliability in various industrial applications where exact pressure readings are necessary.
• Lower Mounting Design: The lower mount design enables the user to mount the gauge at any location which offers easier installation and flexible setup options according to personal preferences and convenience.

Top product applications:

• Hydraulics Systems: This Pressure Gauge can be used to measure and monitor pressure in various hydraulic systems where accurate measurements are crucial for system performance and efficiency.
• Compressed Air Systems: The gauge can help to detect any pressure fluctuations or irregularities within compressed air systems which could lead to costly repairs if neglected, thus ensuring the smooth operation of pneumatic equipment.
• Piping Systems: The Process Industrial Pressure Gauge is suitable for monitoring pressure levels in various piping systems and detect any potential leaks or irregularities that could affect the efficiency and safety of a system's overall performance.