Distribute air or fluid to multiple locations from a single supply source with these manifolds. They are also known as headers.

Designed for ultra-clean environments, these manifolds are cleaned, dried, and vacuum sealed in plastic to prevent dirt and moisture from contaminating the inside. Use them to distribute air or fluid to multiple locations from a single supply source. Also known as headers.

Mount these manifolds on the end of a hose line to distribute air, water, or hydraulic fluid to three locations from a single supply source.

A great solution when space is at a premium, these manifolds are less than an inch in height, yet allow you to supply up to 12 lines from one distribution point.

Use these manifolds with molding equipment to circulate hot and cold water through your line. They have a red side for hot water and a blue side for cold water.

These junction blocks have threaded holes that allow air or fluid to flow at a 90° angle through the block. Use them to organize and separate multiple lines in your system.

These fittings won’t absorb moisture, so they’re good for water and high-humidity air applications.

Made of brass, these fittings have good corrosion resistance.

Made of nickel-plated brass, these fittings have better corrosion resistance than unplated brass fittings.

Designed for use in welding applications, these fittings are flame retardant.

Use these fittings at pressures up to 9,700 psi. Also known as instrumentation fittings, they are made to tight tolerances for use in high-precision applications. They are compatible with Swagelok®, Let-Lok, and Parker A-Lok fittings.

The industry standard for quick-disconnect couplings, these are also known as industrial interchange couplings. Compatible with Industrial-shape plugs and sockets.

Compatible with Japanese-shape plugs and sockets.

Use a single air supply to meet the pressure requirements of multiple applications—connect one of these manifolds to your air line, and then set a different output pressure for each station.

Connect two or more of these manifold regulators to meet multiple pressure requirements from a single air supply—set a different output pressure with each regulator.

Mount valves to a single-station base or to a manifold, which allows a single pressure source for multiple valves, then add or remove valves as your needs change.

Often used to extend and then retract a cylinder at different speeds, these valves 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. Also known as 5/2 valves, they actuate when voltage is applied to the electrical connection.

In the off position, these valves exhaust all air pressure, allowing the equipment to return to the neutral position. 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.

These valves create one action, such as extending a cylinder. Apply voltage to the electrical connection to actuate. They're also known as 3/2 valves.

Build a spray system by adding your own nozzles to these nozzle-ready spray manifolds.

Often attached to differential pressure gauges to measure liquid level in tanks, these manifolds have two isolation valves with a pressure-equalizing valve between them. To isolate your differential pressure gauge for maintenance or calibration, shut off flow on both sides and equalize pressure in the manifold. They are rated for at least 6,000 psi. Use with water, oil, air, and inert gas.

Deliver an equal amount of oil to multiple lubrication points at once.

For use in clean environments, these manifolds have multiple air vents that keep pressure balanced.

Serve multiple lubrication points from a single location.

Connect these modular pumps to a reservoir and a solenoid valve to automate the flow of oil.

Choose from pumps that dispense with a set interval. Turn the dial to adjust the flow from 0.1 oz. to 0.2 oz. per cycle.

With a maximum flow of 0.005 oz. per cycle, these pumps deliver small, precise amounts of oil. Turn the dial to set the cycle interval.

Use with manual and electric pumps to dispense different amounts of oil from multiple lubrication points.

Build a custom 1/2" system to deliver coolant, cutting oil, water, or air in any direction.

Connect these modular pumps to your air system and add a solenoid valve to automate the flow of grease.

NFPA valve-mounting blocks have standardized valve mounting patterns to keep hydraulic lines compact and organized.

Direct flow manually with a lever.

Control flow with an electrical signal.

Set a specific pressure and these valves will maintain it.

Also known as check valves, these open to allow flow in one direction and close when flow stops or reverses.

Mount blocks to a panel or the surface of a machine. Also known as barrier terminal strips.

The spring-clamp terminals on these blocks make wire installation faster than with other types of terminals. Push wire into the spring clamp for a secure connection that withstands vibration.

Blocks are made of ceramic to withstand elevated temperatures.

Combine a plug and a socket to form a terminal block—the two-piece design allows quick disconnection for equipment repairs.

The spring-clamp terminals on these blocks make wire installation faster than other types of terminals. Push wire into the spring clamp for a secure connection that withstands vibration.

Recessed terminals prevent accidental contact with a live circuit.

Mount these blocks to a channel and add as many circuits as you need.

Solder the pins on these blocks directly to your circuit board.

Distribute up to 150 amps from the center stud terminal to the eight screw terminals around it.

Protect connections against corrosion.These bars are tin-plated copper and have stainless steel terminals.

Connect up to five rams to a single pump.