• Working Temperature: • Brass: - 40 to 177 °C
• Classification: IP54 (NEMA 13)
Material(s):
• Body / Valve + Guide: Brass
• Ring / Spring: Stainless steel
• High quality, corrosion-resistant safety valves
• Optimum high flow discharge rates
• CRN OG-3724
• Manufactured under the regulations of the “National Board of Boiler and Pressure Vessel Inspectors” in accordance with section VIII of the ASME (Americain Society of Mechanical Engineers) code covering valves for unfired pressure vessels
INSTALLATION TIP
90% of air leaks are generated at the production area. In order to minimize the negative impact of these leaks the AIR-SAVER ball valve, installed on the air outlet of the air tank, it will:
– Automatically OPEN just prior to the work shift
– Automatically CLOSE just after the work shift is over
The content of compressed air within the air tank will be saved rather than lost through pipe work leakages
• Designed to protect air compressor tanks and other unfired pressure vessels by exhausting when the maximum pressure is reached
• Working Temperature: • Brass: - 40 to 177 °C
• Classification: IP54 (NEMA 13)
Material(s):
• Body / Valve + Guide: Brass
• Ring / Spring: Stainless steel
• High quality, corrosion-resistant safety valves
• Optimum high flow discharge rates
• CRN OG-3724
• Manufactured under the regulations of the “National Board of Boiler and Pressure Vessel Inspectors” in accordance with section VIII of the ASME (Americain Society of Mechanical Engineers) code covering valves for unfired pressure vessels
INSTALLATION TIP
90% of air leaks are generated at the production area. In order to minimize the negative impact of these leaks the AIR-SAVER ball valve, installed on the air outlet of the air tank, it will:
– Automatically OPEN just prior to the work shift
– Automatically CLOSE just after the work shift is over
The content of compressed air within the air tank will be saved rather than lost through pipe work leakages
• Designed to protect air compressor tanks and other unfired pressure vessels by exhausting when the maximum pressure is reached