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Clippard
Clippard Full-Line Catalog

Clippard Full-Line Catalog

Product catalog summary

Overview
Clippard Instrument Laboratory, Inc. is a family-owned company with over 75 years of experience in manufacturing precision flow control products in the USA. The company emphasizes quality relationships and products, maintaining a culture rooted in its rich history and values.

Markets Served
Clippard serves a diverse range of industries including Aerospace, Agriculture, Automation, Medical, and more, providing solutions tailored to each sector's specific needs.

Quality and Standards
The company is ISO 9001:2015 certified, ensuring high standards in quality management systems.

Product Categories

Electronic Valves: Known for their leak-free operation, low power consumption, and long life. Includes EV, EM, ES, EFB, and Maximatic® series.
Proportional Valves: Designed for precise control of flow rates.
Isolation Valves: Used in applications requiring separation of media.
Directional Control Valves: Includes air pilot and manually-operated options.
Cylinders: Available in various materials and configurations for different applications.
Air Preparation Equipment: Includes filters, regulators, and lubricators.
Fittings & Tubing: Offers a range of fittings and tubing solutions for various applications.

Key Features of Electronic Valves
Clippard's EV series valves are highlighted for their quiet operation, fast response time, and compact design. They are suitable for a wide range of applications including biomedical devices and industrial automation.

Specialized Solutions
Clippard offers custom solutions and specialized cleaning capabilities for applications in medical and food industries, ensuring valves are free from contaminants.

Commitment to Community and Values
The company is committed to fair dealings, community support, and continuous improvement, guided by a credo that emphasizes quality, service, and respect.

Special Cleaning Requirements
Clippard offers a variety of special cleaning, inspection, and testing options for components or assemblies. These include ultrasonic cleaning, baking of seals to outgas chemicals, inspection under ultraviolet light, and helium leak testing. Special packaging ensures cleanliness, and high purity compressed nitrogen is used for testing instead of standard shop air.

Oxygen Service
For oxygen-rich environments, Clippard adheres to strict cleaning standards to prevent contamination. Valves are ultrasonically cleaned and assembled in clean rooms, inspected under white and ultraviolet light, and lubricated with oxygen-compatible PFPE grease. No organic sealants or lubricants are used, and valves are tested with high purity compressed nitrogen.

Problem and Solution
Clippard addressed an OEM's cleanliness issues by replacing their valves with Clippard's Oxygen Clean Series EV valves, which meet rigorous cleaning specifications. This improved reliability and allowed for a more compact design, reducing the unit's size and eliminating backorder delays.

Custom Solutions
Clippard provides modifications and custom designs to meet specific application requirements. Benefits include 100% tested sub-assemblies, reduced component inventory, and increased production efficiency. Options include special seal materials, flow and pressure ranges, and custom mounting configurations.

Electrical Specifications
The document provides detailed electrical specifications for various valve series, including voltage, nominal current, resistance, and power consumption. It also outlines the operating range and temperature range for different valve types.

Specifications:

Medium: Clean, dry air with a 40-micron filter.
Power Consumption: Standard valves consume 0.67 watts, while corrosion-resistant models consume 1.2 watts.
Temperature Range: Standard models operate between 32 to 180°F, and corrosion-resistant models between 32 to 150°F.
Response Time: Nominally 5 to 10 ms.
Operating Voltage Range: Standard models operate at 90 to 150% of rated voltage, while corrosion-resistant models operate at 90 to 110%.
Ports: #10-32 thread.
Seals: Nitrile standard, with FKM, EPDM, and silicone options available.

Valve Options:

Mounting: Available in in-line and manifold mount configurations.
Pressure Range: Options from 28" Hg Vac. to 105 psig, with air flow rates of 17 l/min at 100 psig, 14 l/min at 50 psig, and 12.5 l/min at 25 psig.
Voltage Options: 12 VDC and 24 VDC.

Special Features:

Oxygen Clean: Valves are specially manufactured for oxygen-enriched environments.
Analytical Series: Available only in manifold mount, suitable for specific analytical applications.
Corrosion-Resistant Models: Designed for environments where corrosion is a concern.

Manifolds and Connectors:

Manifolds: Available in single-sided and double-sided configurations, with options for 2 to 12 stations.
Connectors: Various connectors available for easy integration, including ET and EC connectors.

Applications: The valves are suitable for a wide range of applications, including biomedical equipment, environmental test equipment, textile machines, packaging machinery, and computerized industrial automation.

Specifications:
The document outlines the specifications for Clippard's electronic valves, including a 3-way, normally-closed valve type suitable for air, water, gas, or compatible fluids. The nominal power is 0.55 watts, with a response time of less than 5 ms. The temperature range is 32 to 122˚F, and the valves are available in 12 VDC or 24 VDC. The wetted materials are stainless steel, with FKM as the standard seal material and EPDM available.

Product Features:
The valves boast a cycle life of over 1 billion, low vibration and noise, exceptional repeatability and reliability, and are compact, making them ideal for sub-assemblies. They are 100% tested to ensure quality.

Problem and Solution:
The document discusses challenges faced by OEMs in laboratory or analytical environments, such as system leaks and the need for precise flow control. Clippard's solution involved using subminiature 8 mm valves and designing an acrylic diffusion-bonded manifold to eliminate leak points and reduce the system footprint.

DV Series High Flow Valves:
The DV series valves are high flow, precision-built control valves with a life of over a billion cycles. They offer a variety of voltage, connector, and mounting options, and are suitable for diverse industries. The valves have a power consumption of 1.9 watts and a temperature range of 32 to 130˚F.

Customer Testimonials:
Testimonials highlight Clippard's engineering support and the reliability of their valves, which have reduced maintenance costs and improved system performance for OEMs.

Recommendations:
For standard mouse valves, Clippard recommends hitting the valve with 100% of the rated voltage for a minimum of 20 ms, then dropping to 50%. For 7 mm, 8 mm, and 10 mm valves, the hit time is 25 ms, and for 15 mm valves, it is 30 ms.

Overview: The document provides technical specifications and recommendations for designing hit and hold circuits using Clippard valves, focusing on 10 mm and 15 mm miniature electronic valves. These valves are suitable for compact, electronically-controlled pneumatic systems and are available in Normally-Open or Normally-Closed configurations.

Hit and Hold Circuits: These circuits allow valves to be held on for extended periods at a lower voltage than their rated voltage. The valve is initially energized to full power before reducing the voltage and current to a specified level, typically 50% or less of the rated voltage.

Valve Specifications: The document details various valve models, including standard, latching, high flow, and ISO 15218 series. Key specifications include:

Materials: Stainless steel core and springs, nylon body, FKM dynamic seals, nitrile gasket and static seals.
Electrical: Copper wire coil insulated to class "F" standard, CE and RoHS compliant.
Working Pressure: Ranges from 0 to 110 psig depending on the model.
Flow Rates: Vary by model, with maximum flow rates provided for specific pressures.

Latching Valves: These valves use a permanent magnet in the valve core to create a bi-stable valve. A short pulse of current opens the valve, which remains open indefinitely until a subsequent pulse closes it. This design reduces energy consumption and heat production compared to standard solenoid valves.

High Flow Valves: Designed for applications requiring higher flow rates, these valves have specific working pressures and flow rates, with power consumption details provided for both in-rush and maintenance phases.

Connector Options: Various connector types are available, including 90° connectors with LED, in-line connectors with LED, and wire leads. Each connector type is associated with specific part numbers and voltage options.

Graphical Data: The document includes flow rate graphs for different valve models, illustrating performance across various pressures.

Recommendations: The document provides guidelines for designing effective hit and hold circuits, emphasizing the importance of selecting the appropriate valve model and configuration for specific applications.

Overview: The document provides detailed specifications and configurations for Clippard's electronic valves and manifolds, focusing on their applications, specifications, and ordering information.

Specifications:

Pressure and Flow Rates: Various models are specified with pressure ranges from 0 to 150 psig and flow rates depending on the orifice size, such as 45 l/min for a 0.032" orifice at 150 psig.
Response Time: 10 ms when energized and 12 ms when de-energized.
Voltage Tolerance: ±10% with power consumption ranging from 1.0 to 2.5 watts.
Materials: Stainless steel core and springs, nylon body, FKM seals, and nitrile gasket.
Temperature Range: 23 to 122˚F, with a requirement for clean, dry air if below 32˚F.

Manifolds and Connectors:

Standard Manifolds: Available for one to 16 valves with ported exhaust, suitable for quick and easy installation.
Miniature Manifolds: Compact design for efficient grouping of 10 or 15 mm valves.
DIN Connectors: Available for 15 mm valves, with options for surge suppression and molded three-wire cord sets.

Valve Configurations:

2-Way, 3-Way, and 4-Way Valves: Offered in various configurations with different port sizes and spool types, suitable for different applications.
Maximatic Series: Solenoid-operated valves available in direct-acting poppet or solenoid-controlled pilot operated balanced spool designs.

Ordering Information:

Detailed order guide for selecting valve series, type, body/port size, actuator, mounting, spool type, electrical connector, and voltage.
Example configurations provided for clarity.

Applications and Solutions:

Clippard's solutions are tailored to meet specific OEM requirements, ensuring quick delivery and enhanced system performance.

Overview: This document provides detailed specifications and information on the Maximatic® Series Solenoid-Operated Valves, including single and double solenoid valves, proportional valves, and related components such as connectors, replacement coils, and manifolds.

Specifications:

Manual Override: Non-locking on MME-31 and MME-41 series; locking on all others.
Power Consumption: 2.5 watts for MME-31 and MME-41 series; 3 watts for all others.
Operating Range: 20 to 125 psig for most models; 30 to 125 psig for MME-41 series.
Electrical Connection: DIN connector with LED indicator or 18” wire leads.
Voltage Options: 12 VDC, 24 VDC, 24 VAC, 110 VAC, or 220 VAC.
Number of Ports: 5
Mounting: Body ported, manifold mount.

Valve Types and Flow Rates:

Single Solenoid Valves: Flow rates range from 760 l/min to 4,800 l/min depending on the model and port size.
Double Solenoid Valves: Flow rates range from 27 l/min to 171 l/min depending on the model and port size.

Proportional Valves:

EVP Series: Features fast response, long life, low friction, and wear. Flow is proportional to input current.
SCPV Series: Offers 2% hysteresis, excellent linearity, and holds position for power savings.
DVP Series: Known for low hysteresis, fast response times, and large flows in a compact design.

Applications: Suitable for analytical instruments, blood pressure monitoring, precise pressure control, patient simulators, gas controllers, mass flow control, gas chromatography, and respirators/ventilators.

Additional Components:

Replacement Coils: Available in various voltages with DIN connectors or wire leads.
DIN Connectors: Available with or without surge suppression and PVC molded three-wire cord set.
Manifolds: Parallel circuit manifold bars available for 3-way and 4-way valve series.

Conclusion: The document provides comprehensive technical details on the Maximatic® Series Solenoid-Operated Valves, highlighting their specifications, applications, and additional components for enhanced functionality and integration into various systems.

Specifications and Ordering Information
The document provides detailed specifications for various proportional valves, including orifice sizes, maximum pressures, and flow rates. It outlines the ordering information for different valve models, specifying options for seal materials and pressure ranges. The valves are designed for applications requiring precise flow control, with options for in-line and manifold mounting.

Proportional Valve Drivers
The EVP Series Mouse Valve Driver is highlighted for its ability to control valve applications with customizable parameters. It supports various input signal types and offers user-adjustable settings. The driver ensures linearized valve response and is suitable for integration with existing machine controls.

DVP Series High Flow Valves
The DVP series valves are described as precision-built 2-way control valves with high flow rates and low hysteresis. They are suitable for air or compatible gases and offer a long life cycle. The document emphasizes the importance of specifying the correct operating pressure and flow rate for optimal performance.

SCPV Series Stepper-Controlled Valves
The SCPV series features stepper-controlled proportional valves with high resolution and low hysteresis. These valves are ideal for applications requiring precise flow control, such as medical and industrial automation. The document details the valve's construction, including materials and pressure range.

Hysteresis in Proportional Valves
The concept of hysteresis is explained, particularly its impact on proportional valve performance. Hysteresis is described as the lag in response to a force, affecting the flow control in valves. The document provides an example of how hysteresis can influence the current required to achieve a specific flow rate.

Conclusion
The document serves as a comprehensive guide for selecting and utilizing proportional valves and drivers, emphasizing the importance of understanding specifications and hysteresis for effective application in various industries.

Overview of Hysteresis in Solenoid Valves:
Achieving minimal hysteresis in solenoid-driven valves is challenging due to factors like temperature, wear, and spring rates. Consistent valve performance is crucial for reducing system hunting in closed-loop systems. Clippard's SCPV series stepper-controlled proportional valve offers low hysteresis, driven by a stepper motor with zero magnetic hysteresis and minimal mechanical hysteresis.

Seal Material Selection:
Choosing the right seal material is essential for valve longevity and performance. Factors to consider include chemical compatibility, temperature extremes, and cleaning requirements. For example, EPDM is recommended for acetone applications due to its compatibility.

Temperature Considerations:
Valves exposed to extreme temperatures require compatible seal materials. For instance, autoclaving at 300°F necessitates seals that can withstand such heat, unlike standard nitrile seals.

Special Media Requirements:
Applications involving corrosive fluids or large particulates may require specialized valves. Clippard offers PTFE media isolation valves for corrosive media and pinch valves for applications needing unobstructed flow paths.

Isolation Valves:
Clippard's NIV series media isolation valves are ideal for corrosive media, featuring PTFE wetted areas and minimal dead volume. These valves are available in various configurations, including 2-way and 3-way options.

Pinch Valves:
NPV series electronic pinch valves and NPP series pneumatic pinch valves offer hygienic, easy-to-clean solutions with disposable tubing. They are suitable for handling whole blood and particulate matter, providing unobstructed flow paths.

Material Compatibility and Properties:
Charts provided detail the compatibility of various materials with chemicals and their properties, such as temperature range and abrasion resistance. This information aids in selecting the appropriate material for specific applications.

Overview: This document provides detailed specifications and descriptions of Clippard's pneumatic valves, including pinch valves and various types of directional control valves. It includes technical data, material specifications, and application recommendations.

Pinch Valves: The NPP series miniature pneumatic pinch valves are designed for controlling the flow of liquids and gases. They are air-piloted and available in Normally-Open or Normally-Closed versions. Key features include a compact design, hygienic and easy-to-clean structure, low power consumption, and high cycle life. These valves are suitable for applications requiring a disposable flow path, such as drug dispensing and medical devices.

Directional Control Valves: The document details various types of directional control valves, including toggle, sleeve, stem, and limit valves. Each type is described with its specific features, such as momentary or detented action, material options, and flow capacities. The valves are suitable for air, water, gas, or compatible fluids, with a temperature range of 32 to 230°F.

Technical Specifications: The document includes tables with detailed specifications for different valve models, including flow rates, pressure ratings, and material compositions. It also provides a selection guide for choosing the appropriate valve based on application needs.

Applications and Recommendations: Clippard's valves are recommended for industries such as medical, chemical, food and beverage, and wastewater management. The document emphasizes the importance of selecting the right valve type for specific applications to ensure optimal performance and reliability.

Overview: The document provides detailed specifications and operational guidelines for various types of directional control valves, including 2-way, 3-way, and 4-way toggle valves. These valves are used in pneumatic systems to control the flow of air, water, or oil.

Specifications:

FBV-3 Valve: Used for pressurizing or depressurizing chambers. Maximum input pressure is 120 psig, with an air flow of 125 l/min at 50 psig and 210 l/min at 100 psig. Constructed with a brass body, nitrile seals, and stainless steel components.
MTV Series: Includes 2-way, 3-way, and 4-way valves with air flow rates varying by model. Maximum input pressure is 150 psig. Materials include brass body and stainless steel components.
FTV Series: 3-way valves with supply, outlet, and exhaust ports. Air flow rates are 170 l/min at 50 psig and 280 l/min at 100 psig. Constructed with brass and stainless steel.
MJTV & HTV Series: 3-way and 4-way valves with maximum input pressures of 300 psig for MJTV-3 and 150 psig for MJTV-4/5. Air flow rates up to 710 l/min at 100 psig.
MAV/MAVO & HV Series: Includes normally-closed and normally-open valves with air flow rates up to 280 l/min at 100 psig. Constructed with brass and stainless steel.
FV Series: Fully-ported spool valves with air flow rates up to 295 l/min at 100 psig. Designed for use with various actuators.

Procedures: The document outlines the operation of toggle valves, which are manually actuated to control the flow of medium through the valve. The toggles can be rotated to open or close the flow path, allowing for precise control of pressure and flow rate.

Recommendations: For high-temperature applications or those requiring chemical compatibility, optional FKM seals are available. The document also suggests using Clippard actuators for optimal performance.

Key Data from Tables and Graphs: The document includes pressure vs. flow graphs for various valve models, illustrating the relationship between input pressure and flow rate. These graphs help in selecting the appropriate valve model based on specific application requirements.

Conclusion: The document serves as a comprehensive guide for selecting and operating directional control valves in pneumatic systems, providing detailed specifications, operational guidelines, and recommendations for optimal performance.

Overview: The document provides detailed specifications and descriptions of various types of valves, including mounting options, operating conditions, and part numbers. It covers different categories of valves such as push/pull valves, foot pedal valves, palm button valves, lever valves, and air pilot valves.

1. Push/Pull Valves:

Includes 3-way and 4-way detented and momentary push/pull valves.
Mounting options include panel or base mount.

2. Foot Pedal Valves:

Available in low-profile flat pedal or standard pedal versions, with or without guard.
Operating pressure ranges from 0 to 150 psig, with a Cv of 1.4 and ports of 1/4” NPT.

3. Palm Button Valves:

3-way poppet valves available in red, green, and black.
Low force versions require only 1.0 oz. manual force to actuate.

4. Lever Valves:

Operating pressure from 0 to 150 psig, with different configurations for detented and momentary actions.
Ports are 1/4” NPT.

5. Air Pilot Valves:

Includes normally-open or normally-closed configurations, with 2-way and 3-way options.
Designed for remote and miniature applications requiring higher air flow and/or lower power.

6. Modular Valves:

Clippard modular valves offer flexibility and variety, allowing multiple valve elements within a single body.
Specially configured for specific applications to improve performance and maintenance.

7. Maximatic® Series Air Pilot Valves:

Available in 3-way and 4-way configurations, with various spool configurations and flow capacities.
Conforms to ISO 19973-2 test standards.

8. Manifolds and Mounting Kits:

Parallel circuit manifold bars available for all sizes of MMA 3- and 4-way valves.
Manifolds are supplied with mounting screws and gaskets.

Conclusion: The document provides comprehensive technical details on a range of pneumatic valves and accessories, highlighting their specifications, configurations, and applications.

Overview: The document provides a comprehensive guide on Clippard's modular valves, highlighting their versatility and various configurations. These valves are designed for pneumatic applications and can be used in a wide range of control systems.

Base Valve Types: The modular valves are categorized into three main types: 2-Way, 3-Way, and 4-Way configurations, each offering different functionalities such as normally closed (N.C.), normally open (N.O.), diverter, selector, and fully ported options.

Actuation Options: There are 18 different actuation options available, including spring return, air pilot, solenoid piloted, and various delay mechanisms. These options provide flexibility in controlling the valves based on specific application needs.

Construction and Features: The valves are constructed using materials like brass, nickel-plated brass, stainless steel, and acetal copolymer, ensuring durability and resistance to environmental factors. They feature exclusive micro-gap construction for full airflow and fast response, with visual indicators for valve position.

Octoport Coding: A coding system is used to identify port usage, with letters indicating supply, output, exhaust, and pilot input. This system helps in configuring the valves for different applications.

Pneumatic Circuit Modules: The document lists several standard circuit models, such as the Binary Redirect Module, Oscillator Module, and Auto-Cycling Modules, each designed for specific control tasks. These modules simplify assembly and reduce installation errors.

Mounting Options: Various mounting subplates and strips are available, allowing for easy assembly and alignment of the valves. Acrylic subplates provide sealed passageways, eliminating the need for additional gaskets or piping.

Standard Circuit Models: Detailed descriptions of standard circuit models are provided, including their components and functionalities. These models are designed to automate tasks, reduce labor costs, and ensure safety in operations.

Warranty and Safety: The document includes a limited warranty section, emphasizing compliance with safety standards and the buyer's responsibility for proper application and maintenance.

Overview: The document provides detailed technical specifications and operational procedures for various pneumatic circuit modules and valves, primarily focusing on Clippard's modular valve systems. It includes descriptions of different valve types, their configurations, and applications in pneumatic systems.

Key Sections:

Two-Hand, No-Tie-Down Circuit: This section describes the operation of a pneumatic circuit that requires simultaneous actuation of two palm buttons to maintain an output signal. It includes details on maintaining the signal and the role of various valves like RV-3, RV-1, and RV-2 in the circuit.
Back Pressure Latch Control: The VA-034 module is explained for use in clamp or collet systems where continuous input is required until a limit valve is engaged. The circuit locks the valve once the limit is reached, allowing the buttons to be released.
Auto-Cycling Module: The VA-06 module is designed for cycling a double-acting cylinder without limit valves, using an on-off toggle valve. It allows for speed control and adjustable delay between cycles.
Back Pressure Sensing: The VA-033 module uses back pressure to signal when a cylinder has completed its movement, enabling feedback to the module ports for auto-cycling.
3-Way and 4-Way Valves: Various configurations of 3-way and 4-way valves are detailed, including normally-closed, normally-open, and specialty valves with different pilot and port configurations.
Specialty Valves and Accessories: Includes descriptions of specialty valves like pulse valves, sequence valves, and various control valves, along with their applications and specifications.

Critical Information:

Pressure Range: Most modules operate within a pressure range of 40 to 150 psig.
Installation and Maintenance: Emphasizes the importance of periodic observation of circuit performance and sequence to ensure proper function.
Contact Information: For further assistance, Clippard provides contact details for technical support and additional resources.

Pressure Regulators
Pressure regulators are available in relieving and non-relieving versions, with various adjustment options and mounting styles.

Sensors & Air Indicators
This section includes non-contact proximity sensors, differential pressure sensors, whisker valves, and single- and multi-pin air indicators.

Switches
Switches are available in manual and pneumatic versions, converting air pressure into an electrical signal.

Control Valves
Control valves are available with metric ports. They include pilot-operated check valves, which allow for controlled flow in one direction and can be opened with an air pilot signal. The valves are made from materials like ENP brass, anodized aluminum, and stainless steel, with a temperature range of 32 to 230°F.

Exhaust Valves
Exhaust valves provide fast response times and high flow, with brass construction and a working range of 15 to 150 psig. They are used to increase cylinder speed and allow for smaller directional valves.

Flow Controls
Flow controls include adjustable models with various port sizes and adjustment options. They feature a combination needle and check valve for controlled flow in one direction and free flow in the opposite direction.

Gauges, Air Chokes, Volume Chambers & Mufflers
This section covers devices for measuring pneumatic pressure, providing time delays in circuits, and controlling exhaust sound levels. Materials include brass and nickel-plated steel, with various mounting options.

Needle Valves
Needle valves restrict flow in both directions and are available in different models with various needle configurations for coarse or fine flow adjustment. They are made from brass and stainless steel, with a temperature range of 32 to 230°F.

Needle Valves - GNV Series
Needle valves are used to control flow rates in pneumatic systems, allowing bidirectional flow. The GNV series offers various port sizes, flow rates, and adjustment styles. Key specifications include:

Flow rates: GNV-3 (310 l/min), GNV-4 (1,250 l/min), GNV-5 (1,700 l/min) at 100 psig.
Materials: Electroless nickel-plated brass body, anodized aluminum housing, nitrile seals.
Input pressure: Up to 300 psig.

Pressure Regulators
DR-1 Precision Regulators: Designed for stable and accurate pressure regulation with exceptional repeatability and set point sensitivity of 0.1 psi.
DR-2 Precision Regulators: Offers relieving and non-relieving versions, maintaining constant pressure output. Features include:

Input pressure: 300 psig max.
Temperature range: 32 to 230˚F.
Materials: Electroless nickel-plated brass, FKM seals.

MAR-1 Regulators: Known for robustness and cost-effectiveness, available in relieving and non-relieving versions. Specifications include:

Air flow: 85 l/min at 50 psig; 140 l/min at 100 psig.
Materials: Brass body, nitrile seals.

Shuttle Valves - MSV & JSV Series
These valves allow flow from one inlet to the outlet while blocking the other. They are suitable for air, water, or oil with a maximum input pressure of 300 psig for MJSV/JSV and 250 psig for MSV.

Pulse Valves and Sensors
Includes pulse valves, whisker valves, non-contact air proximity switches, and gap sensors. These components are designed for specific applications such as converting continuous air supply into pulses or sensing objects without contact.

Water Drawback Valves
These valves prevent overflow by drawing back a small volume on the outlet side when closed. Suitable for water or light liquids with a maximum input pressure of 100 psig.

Switches and Pressure Actuated Switches
Includes single pole electrical switches and pressure actuated switches, designed for use with Clippard actuators. They offer various mounting options and are suitable for air with input pressures ranging from 5 to 150 psig.

Cylinders
Clippard offers a wide range of miniature pneumatic cylinders with custom modifications available. Their online Interchange Guide helps find compatible replacements for other manufacturers' cylinders.

Overview: The document provides detailed specifications and options for Clippard's range of stainless steel air cylinders, highlighting their durability, design flexibility, and availability for same-day shipping. It covers various cylinder types, materials, mounting styles, and additional options to enhance performance.

Stainless Steel Cylinders: Clippard offers over 130 models with 14 bore sizes, made from durable 303 and 304 stainless steel. These cylinders are designed for long life and superior performance, featuring FDA-compliant grease lubrication and standard wipers.

Corrosion-Resistant and Compact Extruded Cylinders: These models also use 303 and 304 stainless steel, with options for FDA-compliant lubrication and standard wipers. The compact extruded design allows for quick replacements and is suitable for tight spaces.

Brass Cylinders: Known for their robust, heavy-duty design, these cylinders are available in four bore sizes and can be used in hydraulic or pneumatic applications.

Air Volume Tanks: Available in 10 standard models with capacities ranging from 1 to 16 cubic inches, these tanks can be customized and are available in stainless, all stainless, and polypropylene.

Position Sensors and Accessories: Additional components such as position sensors and various accessories are available to complement the cylinder offerings.

Available Options: Clippard cylinders can be customized with options like cushions, magnetic pistons, bumpers, wipers, FKM seals, and more. These options enhance the cylinder's performance by reducing noise, preventing contamination, and accommodating specific application needs.

Cylinder Types and Mounting Styles: The document details single-acting, double-acting, reverse-acting, and spring bias cylinder types, along with various mounting styles such as universal, stud, trunnion, front block, clevis, or end stud.

Technical Specifications: The document includes charts for maximum load by rod length, spring forces, and force factors, providing essential data for selecting the appropriate cylinder for specific applications.

Ordering Information: Instructions are provided for configuring and ordering cylinders, including selecting the base part number, stroke, and desired options.

Overview: This document provides detailed specifications and options for Clippard's stainless steel cylinders, designed for various industrial applications. The cylinders are available in different bore sizes ranging from 9/16" to 3" and are constructed from durable 303 and 304 stainless steel, suitable for washdown and caustic environments.

Specifications:

Bore Sizes: Available from 9/16" to 3".
Cylinder Types: Single-Acting, Double-Acting, Reverse-Acting.
Mounting Styles: Universal, Stud, Front Block, Trunnion, Clevis.
Rod Types: Rotating, Non-Rotating, Double End, Double (Hollow).
Maximum Stroke: Varies by model, up to 43".
Standard Rod Threads: Varies by model, options include #10-32, 1/4-28, 5/16-24, 3/8-24, 7/16-20, 1/2-20, 5/8-18.
Options: Cushions, Magnetic Piston, Bumpers, Wipers, FKM Seals, Side Ported, Heavy Spring, Large Rod.
Pressure: Maximum 250 psig.
Temperature Range: -20 to 230°F, up to 400°F with FKM seals.

Materials:

End Caps and Rod: 303 Stainless Steel.
Tube: 304 Stainless Steel.
Seal Material: Nitrile standard, FKM available.
Bushing Material: FDA compliant Rulon®.

Additional Features:

Available with magnets for position sensors.
Pistons designed for full area breakaway to assure full power from the beginning of each stroke.
Rod wipers included to prevent contaminants from entering the cylinder.

Interchange Guide: Clippard offers an Interchange Guide to find compatible cylinders by entering a part number on their website.

Overview: This document provides detailed specifications and ordering information for various types of cylinders, including stainless steel, corrosion-resistant, compact extruded, and brass cylinders. It highlights their construction, materials, mounting options, and available configurations.

Specifications:

Materials: Cylinders are constructed using 303 and 304 stainless steel, acetal, aluminum, and brass, with nitrile and FKM seals available.
Bore Sizes: Range from 5/8" to 2" for stainless steel and corrosion-resistant cylinders, and from 12 mm to 50 mm for compact extruded cylinders.
Pressure and Temperature: Maximum pressure varies up to 250 psig, with operating temperatures ranging from -4°F to 180°F.

Features:

Stainless steel cylinders are ideal for harsh environments, offering low maintenance and durability.
Corrosion-resistant cylinders feature acetal heads with double seals, suitable for environments requiring frequent use of hot water and chemicals.
Compact extruded cylinders are lightweight and versatile, with interchangeable designs for quick replacements.
Brass cylinders are compact and robust, designed for smooth, leakproof operation.

Mounting Options:

Stainless steel and corrosion-resistant cylinders offer mounting styles such as stud, universal, clevis, and block.
Compact extruded cylinders provide threaded or thru-hole mounting options.
Brass cylinders offer body, universal, clevis, stud, and block mounting options.

Ordering Information:

Part numbers are constructed by selecting the base part number, stroke, and options such as magnetic pistons, FKM seals, and thread configurations.
Online configurators are available for detailed selection and customization.

Overview: This document provides detailed specifications and options for Clippard's range of cylinders, air volume tanks, and air preparation equipment. It includes information on bore sizes, cylinder types, mounting styles, rod types, stroke lengths, and available options for customization.

Cylinders: The document outlines various cylinder types including single-acting, double-acting, and reverse-acting cylinders. It specifies bore sizes ranging from 5/32" to 7/8" and details the available stroke lengths from 1/4" to 9". Mounting styles include stud, body, clevis, and block, with rod types available in rotating, non-rotating, and double end configurations. Options for threadless and male threads are also provided.

Air Volume Tanks: Clippard offers air volume tanks in stainless steel, all stainless steel, and polypropylene, with volumes ranging from 1 to 35 cubic inches. These tanks are designed for easy connection and use in circuits, with a maximum pressure of 250 psig for stainless steel and 125 psig for polypropylene. The tanks feature threaded ports and optional anodizing for enhanced corrosion resistance.

Accessories: The document lists various accessories for cylinders, including clevis brackets, foot brackets, rod ends, rod clevises, stud nuts, and rod nuts. These accessories are available in stainless steel, all stainless steel, and brass, with specific part numbers and thread sizes provided for each bore size.

Position Sensors: Clippard's position sensors, including Reed Switches and GMR Sensors, are designed for use with magnetic pistons in stainless steel cylinders. These sensors offer high sensitivity, durability, and low power consumption, with options for sourcing and sinking switches. The document provides detailed specifications for each sensor type, including temperature range, vibration resistance, and maximum switching frequency.

Air Preparation Equipment: The document describes Clippard's FRLs (Filters, Regulators, and Lubricators) which are essential for conditioning compressed air in pneumatic systems. Filters capture particulates and remove water, regulators control pressure, and lubricators extend the life of pneumatic components. The equipment is available in various port sizes and features a modular design for easy installation and maintenance.

Ordering Information: Detailed part numbering and ordering information is provided for all products, allowing for customization based on specific application requirements.

Overview: The document provides detailed specifications and options for the MAXIMATIC® Series Filter-Regulator-Lubricator (FRL) combination units, stacking units, filters, regulators, lubricators, and accessories. These units are designed for air preparation, offering filtration, regulation, and lubrication in compact configurations suitable for various industrial applications.

Specifications:

Flow Rates: Range from 85 to 7,900 l/min depending on the model and configuration.
Pressure Regulation: Standard regulating range is 7 to 125 psig, with options for 30 and 60 psig.
Filtration: Standard 25 micron filter, with an optional 5 micron filter available.
Bowls: Polycarbonate standard, with metal bowls and sight glasses available as an option.

Features:

Drains: Manual, semi-automatic, and automatic drain options are available, with specific configurations for different series.
Mounting: Units come with L brackets and gauges for easy installation.
Materials: Polycarbonate and metal options for bowls, with steel shields for added protection.

Models and Options:

Combination Units: Provide integrated filtration, regulation, and lubrication. Available in various port sizes and flow rates.
Stacking Units: Designed for space-saving installations, offering similar functionalities as combination units.
Filters and Regulators: Available separately with options for different flow rates and pressure ranges.
Lubricators: Provide lubrication to downstream components, available in different bowl capacities.

Accessories:

Mounting Hardware: Includes brackets and spacers for converting individual components into combination units.
Replacement Parts: Filters, bowls, and other components are available for maintenance and customization.

Applications: These units are suitable for various industrial applications requiring precise air preparation, including moisture and contaminant removal, pressure regulation, and lubrication of pneumatic systems.

Overview: This document provides detailed specifications and descriptions of various fittings and tubing products offered by Clippard. It includes information on materials, sizes, and applications for different types of fittings, such as push-quick fittings, minimatic fittings, and accessories.

Specifications:

Push-Quick Fittings: Made from high-grade 316 stainless steel, these fittings are designed for easy connection and disconnection of pneumatic components. They offer high corrosion and chemical resistance, are FDA approved for food environments, and are suitable for high-temperature applications. Available in various sizes and styles.
Plastic Resin Push-Quick Fittings: These fittings provide higher flow capabilities and are suitable for use with flexible hoses and stiff tubing. They come in a variety of styles and sizes, with a pressure range of 0-150 psig at 130°F.
Minimatic Fittings: These fittings offer a flexible alternative to ferrule and push-to-connect designs, with electroless nickel plating for corrosion resistance. They are available in various configurations, including barb-to-barb and swivel fittings.

Procedures and Recommendations:

Hose/Tubing Size: Follow the manufacturer's guide for selecting the appropriate size of hose or tubing. For air logic circuits, 1/16” ID is recommended for pilots and 1/8” ID for supplies and outputs.
Tightening Fittings: Use care when tightening #10-32 fittings. A "finger tight" connection is often sufficient, and excessive force should be avoided.
Swivel Fittings: These are efficient for applications requiring frequent disconnection and reconnection. They are not intended for constant rotation.

Accessories:

Includes terminal blocks, manifolds, mufflers, hose clamps, and fittings kits. These accessories are designed to enhance the functionality and convenience of the fittings and tubing systems.

Hose & Tubing:

Available in vinyl, polyurethane, and silicone, with options for single, dual, and ribbon styles. A wide variety of sizes and colors are offered to suit different applications.

Key Data from Tables:

Various part numbers and specifications for fittings, including barb sizes, materials, and configurations.
Pressure and temperature ranges for different fittings and tubing types.

Warranty and Liability: Clippard Instrument Laboratory, Inc. offers a one-year warranty on its products against defects in material and workmanship. The warranty is limited to repair, replacement, or refund at the seller's discretion. Claims must be made in writing, and the seller is not liable for damages due to normal wear, misuse, or alterations.

Proposition 65 Compliance: Clippard complies with California's Proposition 65, which requires disclosure of chemicals used in products. Details are available on their website.

Distribution Network: Clippard products are distributed globally through a network of sales and engineering specialists, ensuring quick delivery from local distributors.

Corporate Offices: Clippard has offices in the United States, Belgium, and China, with contact information provided for each location.

Market Applications: Clippard serves various industries, including aerospace, agriculture, automation, medical, and more, emphasizing precision flow control.

Catalog excerpts

PRECISION FLOW CONTROL

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Clippard is a third-generation family-owned and operated company. We have been proudly manufacturing in the United States of America for more than 75 years. Although many things have changed since our founder Leonard Clippard first began making coils out of his home in 1941, the fundamental principles he instilled in his company have endured. Our motto “Quality People, Quality Products” emphasizes the importance we place on relationships. Putting people over products was important to Leonard and it’s a philosophy that remains deeply embedded in our company culture. This extends not just to our...

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EV Series, pp. 4-17 ECN, ETN, EVN Valves, p. 18 Intrinsically Safe Valves, p. 19 Manifolds & Connectors, p. 20 Electronic Manifold Cards, p. 21 EM Series, p. 22 ES & ESO Series, pp. 23-26 7& 8 mm Valves, pp. 29-30 DV Series, pp. 32-34 EFB Series, p. 36 10 & 15 mm Valves, pp. 39-44 Maximatic® Valves, pp. 46-51 EVP Series, pp. 54-57 SCPV Series, pp. 60-61 DVP Series, pp. 58-59 Proportional Isolation Valves, p. 62 DIRECTIONAL CONTROL VALVES 72 Media Isolation Valves, p. 68 Gradient Mixing Valves, p. 69 Pinch Valves, pp. 70-71 Toggle Valves, pp. 78-84 Actuators, pp. 89-92 Stem Valves, pp....

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Electronic Valves EV SERIES • Fast response • Low power consumption • Close mounting—less than 3/4"in diameter p. 22 • Industry standard for leak-free operation • Quiet operation and fast response • Low power consumption • Exceptionally long life pp. 4-21 • Close mounting—less than 1" tall and only 7/8"on center • Compact, geometric design allows for easy mounting pp. 23-26 EFB SERIES • Compact, robust design • Multiple flow and pressure options • Variety of power and connection options p. 36 10 & 15 MM VALVES • 2-Way or 3-Way operation • Variety of circuit features, manifold options and connectors •...

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• Extremely small dead volume • Low vibration and noise • Fast response time • Low power consumption p. 29 • Extremely small dead volume • Low vibration and noise • Fast response time • Low power consumption p. 30 • Designed to accommodate large flows with more stroke • Fast response time • Low heat rise • Low power consumption pp. 32-34 CUSTOM VALVES CLEANING CAPABILITIES pp. 8-9 flow rates, materials and more SOLENOID VALVE OVERVOLTAGE p. 27 • Complete integrated solutions LEAK DETECTION p. 28 Many items also available with metric ports. For more information, visit clippard.com/link/metric...

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Medium Clean, dry air (40 micron filter) Pressure Range Vac. to 105 psig Nominal Power 0.67 watts Temperature Range 32 to 180°F Operating Range 90 to 150% of rated voltage Clippard's original EV series valve design is a deceptively simple arrangement featuring a remarkably quiet, low power operation. The Clippard "spider" is the only moving part, and its motion to operate the valve is a mere 0.007" travel. As a result, this valve features an exceptionally long life—proven to last over 1,000,000,000+ cycles. Low voltage DC inputs move the spider, generating extremely fast response...

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Clippard’s Best-Selling EV Series Electronic Valve Clippard EV series electronic valves are quiet and quick. These valves accept low voltage, low current signals and convert them into high pressure (100 psig) pneumatic outputs. Optional low pressure/medium flow (-L) and low pressure/high flow (-H) are available. Suggested Filtration: 40 micron or better Adjusting ring may be loosened for positioning to orient connections but DO NOT REMOVE (parts orientation will be lost and warranty voided). Manifold mount base shown Permits fast, secure mounting of electronic valves to manifolds for grouping...

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STANDARD SERIES 2-Way and 3-Way manifold and in-line mounting. Normally-Closed and fully-ported versions. HIGH FLOW VERSION A higher flow version is also available for 2-Way, Normally-Closed applications. Although manifold mounting is accomplished in the same fashion, the inlet is the annular port, and the outlet becomes the center port, through the convenient stud mount of the valve. Nickel-plated brass fitting Electroless nickel-plated steel housing and core Nitrile seals standard Electroless nickel-plated brass body Stainless steel stud and nozzle (Manifold style valve shown) More Details:...

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ORIGINAL EV SERIES MOUSE VALVES OXYGEN CLEAN SERIES Integral fitting All EV, ET, EC and EW series electronic valves with the “O-” part number option are available manufactured and assembled for use in oxygen-enriched environments for applications that are extremely sensitive to contamination. Electroless nickelplated steel housing and core FKM seals Stainless steel nozzle • Valves are ultrasonically cleaned, assembled, inspected and tested in a cleanroom with a state-of-the-art positive pressure HEPA filtration system Electroless nickelplated brass body • Both organic and inorganic contaminants,...

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CLEANING CAPABILITIES It's no surprise that the cleaner your valve is, the less it will leak. However, cleanliness is also important in other ways, such as for medical applications where fluid flowing through the valves may be entering a person's body or for applications in the food and beverage industry. In these cases, the valves must not only be cleaned of any particulate matter, but also of any harmful substances used in the normal machining or assembly process. When cleanliness matters, you can count on Clippard to provide the special cleaning, assembly, and testing processes your demanding...

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SPECIAL CLEANING REQUIREMENTS Do you have an application which requires special cleaning for its manufacture, assembly or testing? Clippard is able to provide a wide range of special cleaning, inspection, and testing options for components or assemblies. • Ultrasonic cleaning of component parts • Baking of seals in order to outgas chemicals ELECTRONIC VALVES Call 877-245-6247 today to discuss how we can accommodate your unique needs, including: • Inspection of cleaned parts under ultraviolet light to detect oil or fibers OXYGEN SERVICE • Inspection of cleaned parts under microscopes Due to the...

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Clippard Full-Line Catalog

Clippard Full-Line Catalog

Catalog excerpts

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