These compressed air lockout valves can be threaded directly into the air supply line. When the valve is turned off at the inlet, the downstream air pressure vents through the exhaust port. They are manually operated and can be padlocked in the closed (vented) position. These lockout valves help facilities comply with OSHA regulations for lockout/tagout procedures.

These compressed air lockout valves thread directly into the air supply line and are intended to fit within the modular arrangement of Speedaire filter, regulator, and lubricator modules (FRLs). When the valve is turned off at the inlet, the downstream air pressure vents through the exhaust port. They are manually operated and can be padlocked in the closed (vented) position. These lockout valves help facilities comply with OSHA regulations for lockout/tagout procedures.

These compressed air lockout valves thread directly into the air supply line and are intended to fit within the modular arrangement of Wilkerson filter, regulator, and lubricator modules (FRLs). When the valve is turned off at the inlet, the downstream air pressure vents through the exhaust port. They are manually operated and can be padlocked in the closed (vented) position. These lockout valves help facilities comply with OSHA regulations for lockout/tagout procedures.

These compressed air lockout valves thread directly into the air supply line and are intended to fit within the modular arrangement of ARO filter, regulator, and lubricator units (FRLs). When the valve is turned off at the inlet, the downstream air pressure vents through the exhaust port. They are manually operated and can be padlocked in the closed (vented) position. These lockout valves help facilities comply with OSHA regulations for lockout/tagout procedures.

These compressed air lockout valves mount in pairs on an air cylinder and have tube fittings to connect to the supply and exhaust lines. They are open during normal air flow and close if air pressure is lost to prevent damage to equipment.

These compressed air lockout valves thread directly into the air supply line and are installed within the modular arrangement of Numatics filter, regulator, and lubricator modules (FRLs). When the valve is turned off at the inlet, the downstream air pressure vents through the exhaust port. They are manually operated and provide an emergency shut-off device for facility safety. These lockout valves help facilities comply with OSHA regulations for lockout/tagout procedures.

These compressed air shut-off valves have threaded ports to allow individual or modular mounting within the arrangement of Numatics filter, regulator, and lubricator modules (FRLs). These isolation valves provide a shut off to downstream machinery and have a lockout (front or back) on their handles.

These compressed air slow-start, quick-exhaust valves have threaded ports to allow individual or modular mounting within Numatics air treatment assemblies. Their slow-start feature gradually increases downstream pressure, and only allows full flow once inlet pressure has reached a safe level. They have high exhaust capacities to relieve downstream pressure quickly.

These compressed air lockout valves thread directly into the air supply line and are intended to fit within the modular arrangement of Numatics filter, regulator, and lubricator modules (FRLs). When the valve is turned off at the inlet, the downstream air pressure vents through the exhaust port. They are manually operated and can be padlocked in the closed (vented) position. These lockout valves help facilities comply with OSHA regulations for lockout/tagout procedures.