DIRECT MOUNT NON-ELECTRIC VALVE ACTUATOR
The TACO DIRECT MOUNT NON-ELECTRIC VALVE ACTUATOR is a direct replacement for your original actuator. This valve operates directly on your existing fill pipe and is the best choice in applications where a water source is available.
With so many choices, how do you know what's right for your valve? The TACO DIRECT MOUNT Non-Electric Valve Actuator is the perfect solution. It offers a 1/4" pipe thread, and attaches to any 0.25 - 2.0 PSI air source with 20-100 PSI pressure range. It comes with a 6 ft. plastic hose that connects to an external air source to operate and control a 22 mm Presta or Schrader valve. Operating temperature is 15 - 120 F (50 - 50 C) or below.
TACO Direct Mount Non-Electric Valve Actuators are designed for use on plumbing valves that require both manually and electrically operated valves. They are ideal for use on individual or multiple valve installations in residential applications with 24 inches (610 mm), 36" (914 mm), 42" (1067mm) of vertical space above the valve, and 4 inches (102 mm) or more of horizontal valve stem protruding from the floor.
The Tacotronix Tacopipe™ line of 5401 Direct Mount Actuators is a low cost direct install magnetic drive actuator available in both 1/4" NPT and 1/2" NPT mounting options. The patented design allows a one time assembly saving shipping costs from the manufacturer. This actuator is an easy to install replacement for old or broken direct mount non-electric valve actuators; typically found on shuttle valves for industrial, commercial, and residential applications.
This direct mount non-electric actuator is a self-contained, direct acting valve that replaces the OEM electric actuator and solenoid assembly mounted on the control head. The 5401 Direct Mount valve is used with select DC or AC motors in applications where reliability and/or safety is a concern.
Taco direct mount valve actuators are available for a variety of flow control applications.
Non-Electric Forward/Reverse Actuators (Valve Actuators) are used to control pneumatic motors and valves in industrial control panels. These valve actuators can be driven by either a pilot or main pressure signal through the use of a blocking diaphragm sensing method or differential type sensing method.