All type of pneumatic valves and electric solenoid valve with compact and standard design. - FESTO Universal directional control valves - FESTO Application specific directional control valves. - FESTO Mechanically and hand operated pneumatic valves. - FESTO Check valves - FESTO Ball valves and on off valves - FESTO Pneumatic logic valves. - FESTO One-way flow control valves - FESTO Throttle valves. - FESTO Proportional flow control valves - FESTO Proportional pressure control valves Electrically and pneumatically actuated directional control valves A directional control valve is used to change, open or block the flow of a medium in a pneumatic system. Compressed air is the fluid that is normally used in pneumatic actuators. The valves differ in terms of the design of their control element, the number of switching positions and flow paths as well as the type of actuation. There are mechanically, pneumatically or electrically operated directional control valves. Solenoid valve VUVS Sturdy solenoid valve that is easy to operate. Universal valve, sturdy and durable Low cost with no performance limitations Can be used as individual valves or manifold valves VTUS Piloted check valve HGL Shut-off valve with manual override option. Valve function: piloted non-return function Screw-in with male thread Pneumatically piloted Pilot air connection: M5, G1/8, G1/4, G3/8, QS-4 Manually actuated exhaust possible with separate accessory

FESTO SOLENOID VALVES SERIES :- MCH, MFH, JMFH, MOFH, JMFDH, VL/O, VL AND JDH General information: • Particularly sturdy poppet valve principle for all 3/2- and 5/2-way valves • Pneumatically actuated or electrically with F solenoid coil • With flow rate performance of up to 7500 l/min • With internal or external pilot air • Pipe connection thread in sizes G1/8, G1/4, G1/2 and G3/4 • Proven mounting using hollow bolt on PAL or PRS rail (without ATEX category) • Optimised switching times thanks to patented U-ring and servo control • Note: Valves for potentially explosive atmospheres (ATEX category) are not suitable for mounting on PAL manifold rails or PRS manifold blocks. F solenoid coils: • Voltage 12 to 230 V DC; 12 to 240 V AC (50 to 60 Hz) • Power consumption 4.1 to 5.5 W DC; 3.85 to 9 VA AC • Selected types in accordance with the ATEX directive for potentially explosive atmospheres • Solenoid coil can be easily replaced at a later date • Solenoid coil not included in the scope of delivery Solenoid valve, supplementary product range MC, MCH Manifold mounting or individual valve Valves for special applications With or without manual override

The range of pneumatic cylinders drives at Festo includes piston rod and rodless cylinders (linear drive), rotary cylinders, tandem, multi-position and stopper cylinders, as well as clamping cylinders, drives with linear guides, and bellows and diaphragm cylinders. - As part of the range, we offer many standards-based cylinders with standardised dimensions and mounting interfaces. Cylinders that comply with a specific standard have identical dimensions. There are standards for piston rod cylinders with round design (ISO 6432), compact design (ISO 21287) and for profile and tie rod cylinders (ISO 15552) - FESTO Standard Cylinder - FESTO Round Cylinder - FESTO Compact Cylinder Pneumatic Products Air Preparation Units One-Touch Fittings Vacuum Technology Electric Actuators Robotics Integration Hydraulic Systems Didactic Solutions Automation Industry Industry 4.0 Skill Development in Automation Technical Services Control Panels Turnkey Solutions Air Management Systems Training in Pneumatics 3D Downloads Product Catalogue Troubleshooting Support Global Dealer Network Custom Pneumatic Solutions Industrial Automation Products Precision Engineering Manufacturing Excellence Innovative Automation Solutions Sustainable Automation Practices Advanced Manufacturing Technologies Global Manufacturing Facilities Automation for Industry 4.0 Pneumatic Systems for Factory Automation Pneumatic Systems for Process Automation Automation Training Programs Pneumatic System Design Pneumatic System Maintenance Pneumatic System Troubleshooting Pneumatic System Installation Pneumatic System Repair Pneumatic System Upgrades Pneumatic System Optimization Pneumatic System Integration Pneumatic System Customization Pneumatic System Consulting Pneumatic System Engineering Pneumatic System Manufacturing Pneumatic System Testing Pneumatic System Certification Pneumatic System Compliance Pneumatic System Safety Pneumatic System Efficiency Pneumatic System Reliability Pneumatic System Performance Pneumatic System Quality Pneumatic System Innovation Pneumatic System Technology Pneumatic System Solutions Pneumatic System Services Pneumatic System Products Pneumatic System Components Pneumatic System Accessories Pneumatic System Parts Pneumatic System Equipment Pneumatic System Tools Pneumatic System Supplies Pneumatic System Materials Pneumatic System Resources Pneumatic System Information Pneumatic System Knowledge Pneumatic System Expertise Pneumatic System Experience Pneumatic System Support Pneumatic System Assistance Pneumatic System Guidance Pneumatic System Advice Pneumatic System Tips Pneumatic System Best Practices Pneumatic System Standards Pneumatic System Regulations Pneumatic System Guidelines Pneumatic System Policies Pneumatic System Procedures Pneumatic System Protocols Pneumatic System Methods Pneumatic System Techniques Pneumatic System Strategies Pneumatic System Approaches Pneumatic System Frameworks Pneumatic System Models Pneumatic System Concepts Pneumatic System Principles Pneumatic System Fundamentals Pneumatic System Basics Pneumatic System Essentials Pneumatic System Foundations Pneumatic System Core Elements Pneumatic System Key Components Pneumatic System Critical Factors Pneumatic System Major Aspects Pneumatic System Important Features Pneumatic System Significant Attributes Pneumatic System Notable Characteristics Pneumatic System Prominent Qualities Pneumatic System Distinctive Traits Pneumatic System Unique Properties Pneumatic System Special Attributes Pneumatic System Exclusive Features Pneumatic System Superior Qualities Pneumatic System Outstanding Characteristics Pneumatic System Exceptional Traits Pneumatic System Remarkable Properties Pneumatic System Impressive Attributes Pneumatic System Extraordinary Features Pneumatic System Unparalleled Qualities Pneumatic System Unmatched Characteristics Pneumatic System Incomparable Traits Pneumatic System Peerless Properties Pneumatic System Unequaled Attributes Pneumatic System Supreme Features Pneumatic System Ultimate Qualities Pneumatic System Paramount Characteristics Pneumatic System Premier Traits Pneumatic System Foremost Properties Pneumatic System Leading Attributes Pneumatic System Top Features Pneumatic System Prime Qualities Pneumatic System Chief Characteristics Pneumatic System Principal Traits Pneumatic System Main Properties Pneumatic System Central Attributes Pneumatic System Key Features Pneumatic System Essential Qualities Pneumatic Cylinders Directional Control Valves

1) Pneumatic valve VUWS Sturdy, elegant valve that is easy to operate. Universal valve, sturdy and durable Pneumatically actuated Can be used as individual valves or manifold valves VTUS 2) Pneumatic valve VUWG Compact pneumatic valve with high flow rates. Compact universal valve Pneumatically actuated High flow rate relative to its size In-line valves can be used as individual valves or manifold valves Can be combined on manifold rail with electric individual valves

Non Rotating Rod Cylinder A23H, A24H - Standard Cylinder A23, A24 - Double End Cylinder A20, A21 - Tandem Cylinder A23T, A24T -A23H AND A24H SERIES The A23H / A24H series are double-acting square-profile cylinders manufactured per VDMA 24562 / ISO 15552 standards, with bore sizes from Ø32 mm to Ø63 mm They feature a hexagonal piston rod that inherently prevents rotation, crucial for alignment-sensitive mechanisms Available in magnetic (A24H) and non-magnetic (A23H) versions, with a standard magnetic sensor design compatible across all sizes Fresh Catalog Mounting options: Extensive choices including foot, flange, clevis, trunnion, etc., aligned with ISO 15552/VDMA 24562 standards Stroke lengths: Standard options from 25 mm up to 500 mm depending on bore size, with cushioning strokes ranging ~21–28 mm depending on configuration Operating pressure: Designed for 0.5–10 bar, with filtered and lubricated compressed air as the media - A23 AND A24 PROFILE NONMAGNETIC AND MAGNETIC CYLINDER The A23 (non-magnetic) and A24 (magnetic) models are double-acting square‑profile pneumatic cylinders, suitable for applications requiring precision, durability, and integrated sensor capabilities They span bore sizes from Ø 32 mm up to Ø 100 mm (and in some documentation up to 125 mm Magnetic piston (A24) allows for easy use of PNP/NPN sensors without needing external magnets; A23 is the non-magnetic variant Feature Specification Series A23 (non-magnetic) / A24 (magnetic) Bore Range :- Ø 32, 40, 50, 63, 80, 100 (125 mm also mentioned in some sources) Stroke Options :- Standard strokes: 25–500 mm; cushioning strokes: ~21–28 mm depending on bore Operating Pressure :- 0.5–10 bar Temperature Range :- Ambient: –10 °C to +60 °C; Media: +5 °C to +50 °C; Optional high‑temp to +150 °C with Viton seals Construction Materials :- Aluminium barrel; optional stainless‑steel piston rod and lock nut (SS 304) DOUBLE END CYLINDER A20 AND A21 SERIES Double End Double Acting Cylinders (Square type) Ø32 - 125 mm Adjustable cushioning at both ends with elastomer pads Wide varieties of mountings as per ISO 15552 / VDMA 24562 standards Magnetic and Non magnetic version Aluminium profile (square) cylinder barrel Magnetic sensor common for all sizes ( Refer Magnetic sensor catalogue ) Optional - High temperature (Viton seals) 150°C max.** Optional - Non corrosive Stainless steel piston rod and piston rod lock nut (SS 304)** JANATICS TANDAM CYLINDER A23T AND A24T SERIES Tandem Cylinders - ( Series A23T, A24T - Ø32 to 125 mm ) Adjustable cushioning at both ends Wide varieties of mountings as per ISO 15552 / VDMA 24562 standards Magnetic and Non magnetic version Aluminium profile (square) cylinder barrel Magnetic sensor common for all sizes (Refer Magnetic sensor catalogue) Piston rod - Non rusting (SS 303 material on request)**

AND valve delivers air at the outlet (A) only when air signal is present at both inputs (X and Y) - If two signals of different pressure is applied, the lower pressure is connected to outlet (A). -Type: Directional Control Valves (mainly 3/2, 5/2, 5/3) Actuation: Manual, Mechanical, Pneumatic, or Solenoid operated Mounting: Sub-base / Manifold / Individual Sizes: Port sizes available (typically M5, 1/8', 1/4', etc.) Construction: Aluminium / Anodized body for durability Sealing: Nitrile (NBR) seals for long life Operating Pressure Range: ~1.5 to 10 bar Medium: Compressed air, filtered & lubricated / unlubricated Temperature Range: 5°C to 60°C (approx.) The GA Series from Janatics are pneumatic valves widely used in industrial automation for controlling compressed air flow. Used in automation panels, machinery, pick & place systems, packaging, and material handling. Ideal for directional air control in cylinders, actuators, and other pneumatic systems.

1) Ball valve QH Manually operated shut-off valve in sturdy polymer design. Shut-off valve, manually operated In-line installation Female thread at both ends With hand lever Pipe thread to ISO 2281 Manual lever-operated ball valve 2/2-way shut-off function Suitable for compressed air systems Threaded or push-in (QS) connection options Soft sealing & compact design Screw-in / inline mounting availabl Operating pressure: approx. –1 to 10 bar Operating medium: compressed air (ISO 8573-1) Temperature range: 0 to 60 °C Flow rate: depends on size (approx. 148 – 560 l/min for QS types; much higher for threaded sizes) FESTO QH-1/4 (G1/4) FESTO QH-3/8 (G3/8) FESTO QH-1/2 (G1/2) FESTO QH-3/4, QH-1, QH-1½ FESTO QH-QS-4 / QS-6 push-in tube type 2) Ball valve QH-QS, QHS-QS Manually operated shut-off valve in sturdy polymer design and with plug connections Shut-off valve, manually operated In-line installation, can be screwed in, bulkhead fitting Variants: thread at both ends, push-in connector at both ends, thread/push-in connector 3) Shut-off valve HE Manually operated valve in sturdy polymer design. Shut-off valve, manually operated Connection: thread at both ends, push-in connector at both ends, thread/push-in connector Different mounting options 4) Hand slide valve VBOH Elegant, non-overlapping shut-off valve for high flow rate and operating pressure. Used as a shut-off function for pressurising and exhausting compressed air systems, for example upstream of service units, for air guns and also for exhausting pneumatic cylinders Non-overlapping, so no pressure losses when switching Minimal installation effort

3/2-way valve, monostable • Normally open, normally closed • Mechanical spring • Vacuum operation possible • Directly actuated and pneumatically pilot-operated • Ducted exhaust air 4/2-way valves, monostable • Mechanical spring • Pneumatically pilot operated • Ducted exhaust air 5/2-way valve, monostable Pneumatic spring/mechanical spring • Vacuum operation possible • Reversible in some cases • Pneumatically pilot operated • Ducted exhaust air

1) 3/2 • Normally open/closed • Mechanical spring • Vacuum operation possible • Directly actuated • Ducted exhaust air • detenting (bistable) or non-detenting (monostable) 2) 5/2 • Mechanical spring • Vacuum operation possible • Directly actuated • Ducted exhaust air • detenting (bistable) or non-detenting (monostable) Innovative: • Small and compact for a wide range of pneumatic applications • Numerous valve functions can be selected: 3/2-way and 5/2-way functions • With a flow rate of up to 600 l/min, the valves offer outstanding pneumatic performance for a wide range of applications • Lightweight • Minimal actuating forces Versatile: • The flexibility of pneumatic working ports provides a practical way of solving individual requirements • Round silencer for ducted exhaust air • Partially suitable for vacuum • Partial reverse operation possible • Actuation: direct • Pressure range from vacuum to 10 bar possible • Design as pushbutton valve, toggle lever valve, hand lever valve, finger lever valve or foot valve Operationally safe: • Durable thanks to proven poppet valves • Sturdy thanks to metal or polymer housing and connection thread or connecting pieces