These valves close all ports in the off position to stop equipment in a locked position with air pressure holding it in place. Often used to extend and then retract a cylinder at different speeds, they create two actions and have two exhaust ports, which allows you to control the speed of each action by attaching a flow control valve to each exhaust port. Apply voltage to the electrical connection to actuate. They direct airflow from the inlet to your equipment and exhaust return airflow to create motion. Also known as 4-way and 5/3 closed center valves.

Manifold-mount valves plug into a manifold (sold separately) to create multiple actions from a single pressure input. Manifolds with multiple exhaust ports have one set of inlet and exhaust ports on each side, so they can be strung together in a series. When using a single manifold, cover the ports on the side you are not using with plugs (sold separately).

Flow coefficient (Cv) is a measurement that indicates how much airflow can pass through a valve. When selecting between valves with the same port size, choose the valve with the higher flow coefficient to ensure it provides enough airflow to operate your system.

These valves create one action, such as extending a cylinder. Apply voltage to the electrical connection to actuate. Also known as 3-way and 3/2 valves, they direct airflow from the inlet to your equipment and exhaust return airflow to create motion. In the off position, they exhaust air from the system, allowing equipment to reset so the action can be repeated.

Normally closed valves block airflow until actuated.

Valves with spring return actuation go back to their original position when voltage is removed.

Manifold-mount valves plug into a manifold (sold separately) to create multiple actions from a single pressure input. Manifolds with multiple exhaust ports have one set of inlet and exhaust ports on each side, so they can be strung together in a series. When using a single manifold, cover the ports on the side you are not using with plugs (sold separately).

Flow coefficient (Cv) is a measurement that indicates how much airflow can pass through a valve. When selecting between valves with the same port size, choose the valve with the higher flow coefficient to ensure it provides enough airflow to operate your system.

IP69K, these valves withstand high-pressure, high-temperature washdowns. Their smooth design also keeps out dust, dirt, and contaminants, so they're easy to keep clean. Apply voltage to the electrical connection to actuate. They direct airflow from the inlet to your equipment and exhaust return airflow to create motion.

3-way valves create one action, such as extending a cylinder. 4-way valves create two actions, such as extending and then retracting a double-acting cylinder.

5/3 (closed center) valves close all ports in the off position to stop equipment in a locked position with air pressure holding it in place.

Valves with spring return actuation go back to their original position when voltage is removed. Valves with electric (solenoid) return actuation go back to their original position when voltage moves from the first solenoid to the second solenoid.

Valves with two exhaust ports allow you to independently control the speed of two different actions. Connect a flow control valve to each exhaust port.

Flow coefficient (Cv) is a measurement that indicates how much airflow can pass through a valve.

Control air-powered robot tools, such as pick-and-place grippers. These valves have two three-way valves, also known as 3/2 valves, that you can control separately with your robot’s program. For example, you can connect two single-acting tools, such as two grippers with spring jaw returns, using one valve for each. Alternatively, use both valves for one double-acting tool, such as an air cylinder—one valve pushes the cylinder out, the other pulls it back. In both setups, air escapes through vents on the side of the manifold.

These valves come with everything you need for quick installation. Use the hook and loop straps to mount them to your robot arm, then plug the electrical cord into the M8 connection at the end of the arm. Connect your compressed air line to the inlet. Last, run tubing from the valve to your robot tool.