The DAITO KEIKI 62MM PRESSURE GAUGE, RANGE 0 TO 3 KGF/CM2 / 0 TO 0.3 MPA, CONNECTION 1/4 is a compact and reliable instrument designed for accurate pressure measurement in a variety of industrial applications. With a 62mm dial, this pressure gauge offers clear, easy-to-read readings over a pressure range of 0 to 3 KGF/CM2 (0 to 0.3 MPA), making it ideal for use in systems that require precise monitoring of low to medium pressure levels. Whether used in fluid systems, air compressors, or HVAC systems, the DAITO KEIKI pressure gauge helps ensure that equipment operates within safe and efficient pressure parameters.
Built for durability and long-lasting performance, the DAITO KEIKI 62MM PRESSURE GAUGE is constructed from high-quality materials designed to withstand environmental challenges such as vibration, temperature fluctuations, and exposure to chemicals. The 1/4-inch connection ensures easy installation and integration into a variety of setups, providing a secure and reliable connection to pressure lines. Its rugged design guarantees accurate readings and performance, even in demanding operational conditions.
This pressure gauge is essential for industries that require constant pressure monitoring to maintain system efficiency and safety. It helps detect pressure deviations that may indicate potential system failures or inefficiencies, allowing for quick corrective actions. The DAITO KEIKI 62MM PRESSURE GAUGE is widely used in manufacturing, water treatment, and industrial processing applications where precise pressure control is critical for ensuring smooth operations.
With its precise measurement capabilities, durable construction, and ease of installation, the DAITO KEIKI 62MM PRESSURE GAUGE, RANGE 0 TO 3 KGF/CM2 / 0 TO 0.3 MPA, CONNECTION 1/4 is a reliable tool for professionals seeking accurate and efficient pressure monitoring in a range of industrial and commercial applications. Its dependable performance and compact design make it an essential component in maintaining the operational stability of pressure systems.