PRO INSTRUMENT 0 TO 5 KG/CM² 0 TO 70 PSI CONNECTION: 3/8” ITEM: 100-P-B (4″) KC-E17 is a high-quality, precision pressure gauge designed to deliver accurate measurements in a variety of industrial and mechanical applications. Featuring a measurement range from 0 to 5 KG/CM² and 0 to 70 PSI, this gauge is ideal for monitoring system pressure in a wide range of equipment such as fluid systems, pneumatic machinery, and HVAC systems. Its robust design ensures reliable operation, making it an essential tool for ensuring system efficiency and safety.
Engineered for durability and performance, the PRO INSTRUMENT pressure gauge features a 4″ dial, providing clear, easy-to-read pressure readings. Its corrosion-resistant construction ensures long-lasting reliability even in challenging operating environments. The 3/8” connection size ensures secure and stable installation in a variety of applications, making the gauge a versatile solution for professionals who require precise pressure monitoring. The gauge is built to handle both low and moderate-pressure systems, offering flexibility for a variety of use cases.
The PRO INSTRUMENT 0 TO 5 KG/CM² 0 TO 70 PSI pressure gauge is particularly useful for monitoring pressure in systems that require precise control, such as compressors, hydraulic equipment, and pneumatic systems. Its accurate readings help prevent operational issues, minimize the risk of damage to system components, and ensure the optimal performance of machinery. By providing clear and reliable pressure measurements, this gauge is vital in maintaining the health and efficiency of industrial systems.
With its high accuracy, durable construction, and easy-to-read design, the PRO INSTRUMENT 0 TO 5 KG/CM² 0 TO 70 PSI CONNECTION: 3/8” ITEM: 100-P-B (4″) KC-E17 pressure gauge is the ideal choice for technicians and engineers seeking a reliable solution for pressure monitoring. Its versatile application range and dependable performance ensure that it meets the needs of various industries, helping to optimize system functionality and enhance safety.