Anti-Freeze Hose Connection Vacuum Breaker, Brass, or Chrome-Plated The Connection Vacuum Breaker are designed to prevent cross-connection caused by back-siphonage. The Apollo® Model HBDUC Hose Bibb Dual Check Backflow Preventer also prevents backflow due to low head back-pressure. Features HBV2 LF(38LF-314) Tamper-Proof Protection Corrosion Resistant Manual Drain Feature Apollo International™ Lead Free to NSF/ANSI 372 […]
Hose Connection Vacuum Breaker, Brass, or Chrome-Plated The Apollo® Models HBV2 LF, HBVAF2 LF, HBDUC, and HBDUC LF Hose Connection Vacuum Breakers are designed to prevent cross-connection caused by back-siphonage. The Apollo® Model HBDUC Hose Bibb Dual Check Backflow Preventer also prevents backflow due to low head back-pressure. Features HBV2 LF(38LF-314) Tamper-Proof Protection Corrosion Resistant […]
Atmospheric Type Vacuum Breaker, Forged Brass, or Chrome-Plated The Apollo Valves 38-200 Atmospheric Vacuum Breaker are designed to prevent back-siphonage of polluted water into a potable water system. They should only be installed in areas where spillage of water could not cause damage and where it can be accessible for periodic maintenance. These devices are […]
Atmospheric Vacuum Breaker, Bronze, or Chrome-Plated The Apollo Series Atmospheric Type Vacuum Breakers are designed to prevent back-siphonage of polluted water into a potable water system. They should only be installed in areas where spillage of water could not cause damage and where it can be accessible for periodic maintenance. These devices are not designed […]
A115 Series Solenoid Control Valves Descriptions The Apollo A115 Control Valves has an extremely wide range of applications anywhere it is necessary to open and close a valve electrically. A three-way solenoid, in one position, connects supply pressure to the main valve diaphragm chamber, causing the main valve to close. In the other position, the […]
A110 Series Differential Control Valves Description The Apollo A110 Control Valves Automatic Control Valve controls the pressure difference between two points in a system. It has a wide range of applications: anywhere an increase in the sensed pressure differential causes the valve to open. The normally closed, spring-loaded pilot, sensing two pressure points, responds to […]