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Pneumatic Circuit Boards

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Acrylic subplates provide up to three modular valves with various port options. These systems ease assembly and plumbing, resulting in reduced labor costs, fewer errors in installation and less potential for plumbing leakage. It is the fastest, most efficient circuit system available.

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Part No.
Product Description 1-29 of 29
CM-011 Pneumatic Oscillator
CM-011-PQ Circuit SubPlate with Push-Quick Fittings
CM-02 Adapter Subplate - Single Module, 1/8” Ports
CM-023 Two Hand No Tie Down Circuit Manifold
CM-023-PQ THNTD Circuit SubPlate with Push-Quick Fittings
CM-024 Subplate for R-932 Sequencing System (5 Valves)
CM-025 Subplate for R-932 Sequencing System (2 Valves)
CM-026 Subplate for R-932 Sequencing System (3 Valves)
CM-027 Subplate for R-932 Sequencing System (1 Valve)
CM-028 Auto Cycling for Double Acting Cylinder
CM-028-PQ Circuit SubPlate with Push-Quick Fittings
CM-03 Binary Redirect Subplate
CM-031 Cycle with Back Pressure Sensing
CM-031-PQ Circuit SubPlate w/PQ Fittings
CM-033 Cycling without Limits, for use with Power Valve,
CM-033-PQ Circuit SubPlate with PQ Fittings
CM-034 Subplate for Back Pressure Latched with Clamp
CM-034-PQ Circuit SubPlate w/PQ Fittings
CM-035 Subplate for R-932 Sequencing System (4 valves)
CM-036 Adapter Subplate - Double Module - 1/8” Ports
CM-037 Adapter Subplate - Triple Module - 1/8” Ports
CM-038 Combined THNTD with CM-034
CM-038-PQ Circuit SubPlate with PQ Fittings
CM-03-PQ Circuit SubPlate with PQ Fittings
CM-04 Universal #10-32 Subplate
CM-06 Auto Cycling without Limit
CM-06-PQ Circuit SubPlate w/PQ Fittings
CM-08 Binary Clamp Control Subplate
CM-08-PQ Circuit SubPlate w/PQ Fittings
Acrylic Subplates Save Time & Headaches Acrylic subplates reduce assembly time and effort by eliminating a large number of parts, fittings, and lengths of tubing. The resulting circuit is compact, neat in appearance, and can be easily mounted for permanent installation. Learn more...  
Fill & Bleed Applications Fill and bleed circuits are ideal for many applications including pressure control systems, lumber support and cylinder positioning.  
EFB Series Electronic Fill & Bleed Circuit Clippard EFB Series Electronic Fill & Bleed Circuit A Fill and Bleed Circuit is a combination of pneumatic valve components used to inflate a volume or apparatus in one controllable function and to release or vent pressure in a second controllable function. Fill and bleed circuits are commonly used in many applications where a particular pressure, firmness, or position can be controlled with the addition or venting of pressure. Features • Compact, robust  
Modular Circuit Assembly Tips Step-by-step tips on building a pneumatic circuit using modular valves and other components.  
Simplified Pneumatic Symbols The components needed to manufacture and construct pneumatic logic control circuits are readily available, reliable and have been proven in countless applications. The symbols needed to design a pneumatic circuit are few, yet until now no practical rapid symbology for the control designer existed. Most of the symbols available to the designer are too complex to facilitate clear, creative thinking, take too long to record, leave room for significant errors, and generally slow down the design process. In an effort to improve both the speed and accuracy of creative design, we offer for your consideration and use this simplified system of symbols for designing pneumatic control circuitry.  
Clippard Controls Breathe Life into Astroworld Hippos (Originally Published on or Prior to 1998) Clippard Efficiency Tip A number of circuits involve machine functions or events that take place simultaneously or nearly so.  The normal inclination is to use a single air signal to initiate two or more events at once.  In some circuits this is ok but the experienced circuit designer should be on the lookout for events that are really sequential in nature. In the example in Fig. 1 below the motor is started and the brake released when the pushbutton is pressed.  In this situation it is possible that the brake will not have released completely before the motor starts thus causing unnecessary wear on the brake and other components perhaps leading to premature maintenance.  It should be remembered that while the arrangement in Fig. 1 may work successfully at a given point in time, conditions change with time and may cause problems. The simplest solution is to  
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Two Hand, No Tie-Down (THNTD) Safety Circuit Clippard's popular THNTD circuits are used to keep operator hands free of danger.  
What Does Hit & Hold Mean? What does hit and hold mean in regards to an electronic valve? And what are the benefits? Check out this quick video to learn more...  
How a Basic Leak Decay Tester Works How a Basic Leak Decay Tester Works  
Products That Provide Proportional Control of Vacuum Learn more about some of the different options available for electronically controlling vacuum in this quick video from Doug Paynter, Clippard's Proportional Product Manager...  
How to Auto Cycle a Double Acting Cylinder Without Limits Cycling a double acting cylinder is necessary in many applications, including: agitators, product life testing, reciprocating pumps and manufacturing processes. Clippard's VA-06 control module makes this easy. The VA-06 kit includes tubing and an acrylic manifold with the valves already mounted on it. Hook-up is easy—just connect supply pressure to the port labeled supply, and connect the cylinder extend and cylinder retract to the double acting cylinder. Turn the air on, flip the toggle, and make cylinder speed and delay adjustments as desired. The VA-06 control module is incredibly versatile due to the fact that it cannot only control the speed that the cylinder actuates, but can also control delays at the end of the stroke.  
How to Plumb Clippard's Cordis Pressure Controller for Vacuum Clippard's Cordis Series Electronic Pressure Controller can be calibrated anywhere from full vacuum to 150 psi. In this video, Clippard Product Manager Doug Paynter explains how to properly plumb the Cordis CPC series when working with vacuum.  
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