• Port Size: 1/2 (F) NPT
• Maximum Airflow at 100 PSI: 118 SCFM
• Pressure Range: 44 to 145 PSI
• Working Temperature: 0 to 60 °C
• Voltage: 110 VAC
• Combines soft start and quick exhaust valve in same body
• Can be mounted directly to AIRFLO components using the included standard AIRFLO spacers
• Threaded ports also allow in-line use with other TOPRING components
INSTALLATION TIP
Unit is to be installed upstream of a combination FRL unit and downstream of a venting safety lockout valve
HOW IT WORKS
When the valve is installed on a compressed air system and no electrical signal is received by the pilot operator, the air is blocked. When an electrical signal is received by the pilot, the valve shifts to open. Upon opening, the airflow begins at a slow rate controlled by the needle valve. When the downstream pressure reaches approximately 50 % of the supply pressure, the main valve opens allowing full flow through the valve into the system. If the pilot electrical signal or system pressure is lost, the valve will return to its initial position, venting the downstream pressure
• Port Size: 1/2 (F) NPT
• Maximum Airflow at 100 PSI: 118 SCFM
• Pressure Range: 44 to 145 PSI
• Working Temperature: 0 to 60 °C
• Voltage: 110 VAC
• Combines soft start and quick exhaust valve in same body
• Can be mounted directly to AIRFLO components using the included standard AIRFLO spacers
• Threaded ports also allow in-line use with other TOPRING components
INSTALLATION TIP
Unit is to be installed upstream of a combination FRL unit and downstream of a venting safety lockout valve
HOW IT WORKS
When the valve is installed on a compressed air system and no electrical signal is received by the pilot operator, the air is blocked. When an electrical signal is received by the pilot, the valve shifts to open. Upon opening, the airflow begins at a slow rate controlled by the needle valve. When the downstream pressure reaches approximately 50 % of the supply pressure, the main valve opens allowing full flow through the valve into the system. If the pilot electrical signal or system pressure is lost, the valve will return to its initial position, venting the downstream pressure
