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AVENTICS offers a wide range of pneumatic products. Here are some introductions to the main products:
Cylinders
Tie - rod cylinders: Such as the TRB series and ITS series, which comply with the ***15552 standard. They feature a robust structure, high reliability, and long service life, and are suitable for linear motion control in various industrial automation equipment.
Compact cylinders: Including the KPZ series and CVI series. They are small in size but can provide relatively large output force. They can offer efficient power output in limited spaces and are widely used in small mechanical equipment and electronic manufacturing equipment where space requirements are high.
Rodless cylinders: For example, the RTC series and CKP series. With a rodless design, they have a long stroke and take up little space. They operate smoothly and have high precision, making them suitable for automated production lines that require long - stroke and high - precision linear motion, such as material handling and assembly lines.
Valves and Accessories
Directional control valves: There are various types, such as 2/5 - way and 3/5 - way valves. For instance, the 581 series 3/5 - way directional control valve is electronically operated. It has features like a closed center position and soft sealing, with a large rated flow and fast switching speed. It can be customized through an online configurator and is widely used in various pneumatic control systems to control and switch the gas flow direction.
Pilot valves: Take the model 0493833103 pilot valve as an example. It operates at a voltage of 24V DC, has low power consumption, is equipped with a manual control device and an LED status display, and has a protection rating of IP67, enabling stable operation in harsh environments. It is often used as a conversion and amplification element for control signals to control the opening and closing of the main valve.
Proportional valves: Including the ED02 series compact electric proportional valves, the ED05 series direct - control proportional valves, the ED07/ED12 series high - dynamic adjustment proportional valves, and the EV03 series pilot - valve indirectly - adjusted proportional valves. They can precisely control the gas pressure or flow according to the input electrical signal, achieving precise control of pneumatic actuators. They are widely used in automated equipment with high control accuracy requirements, such as robots and injection molding machines.
Valve Islands and Bus Systems
LS04 valve island series: It features a compact and lightweight design. Its high dynamic performance makes it particularly suitable for small handling devices. It can be directly installed on moving equipment, facilitating distributed control and reducing wiring costs and space occupation.
589 valve island series: It can provide highly cost - effective 2/3 - way or 2/5 - way poppet valve solutions and can be assembled into valve groups, integrating multiple functions. It is suitable for automation systems of various scales and can be flexibly configured according to specific needs.
Air Supply Treatment Units
Air filters: They can effectively filter impurities, moisture, and oil in the compressed air, ensuring the quality of the air entering the pneumatic system and prolonging the service life of pneumatic components.
Pressure regulators: Such as the MU1 series, PR1 series, and P2 series. They can precisely adjust the pressure of the compressed air to ensure the pneumatic system operates at a stable pressure. Among them, the PR1 and P2 series precision pressure regulators have extremely high pressure - regulating accuracy and can quickly respond to small air pressure fluctuations.
Oil mist lubricators: They can atomize lubricating oil and mix it into the compressed air to lubricate pneumatic components, reducing wear and improving the working efficiency and reliability of the pneumatic system.
Sensors and Pressure Switches
Proximity sensors: They are used to detect the position of the cylinder piston and the presence or absence of objects. They feature high precision, high reliability, and fast response speed, enabling non - contact detection. They are widely used for position detection and control in automated production lines.
Pressure sensors: They can monitor the pressure changes in the pneumatic system in real - time and convert the pressure signal into an electrical signal for output, facilitating pressure control and monitoring of the system and ensuring the safe and stable operation of the pneumatic system.
Pressure switches: When the pressure in the pneumatic system reaches the set value, the pressure switch will act and output a corresponding signal, which is used to control the start and stop of pneumatic equipment or issue a pressure alarm to ensure the normal operation of the system.
Pneumatic System Control Technology
Pneumatic logic elements: They realize logic control functions through signals such as gas pressure and flow, such as logical operations like AND, OR, and NOT gates. They can form various complex pneumatic control circuits to achieve sequential control and timing control of pneumatic equipment.
PLC control modules: They can be used in conjunction with pneumatic components to achieve centralized control and automated management of the pneumatic system. Through programming, various complex control logics and motion control functions can be realized, improving production efficiency and the automation level of the equipment.
Human - machine interfaces: As an interactive interface between the operator and the pneumatic system, they can display real - time information such as the system&��39;s operating status and parameter settings. Parameters can be adjusted and operation instructions can be input through the touch screen, facilitating user monitoring and operation of the pneumatic system.
Gripping and Vacuum Systems
Pneumatic grippers: Such as the UPG series pneumatic grippers, which come in various specifications and gripping forces and can reliably grip objects of different shapes and sizes. They are widely used in fields such as automated assembly and material handling.
Vacuum suction cups: They generate suction force using the vacuum principle and can adsorb objects with smooth and flat surfaces. They feature large suction force, fast response speed, and high reliability, and are commonly used in processes such as material suction, handling, and fixing on automated production lines.
Vacuum generators: They convert compressed air into vacuum to provide a vacuum source for vacuum components such as vacuum suction cups. They have advantages such as small size, large flow, high vacuum degree, and low noise, and the appropriate models and specifications can be selected according to different application requirements.
Positioning Technology Products
Linear positioning cylinders: They can achieve precise linear positioning. Through built - in displacement sensors or external position detection devices, they can precisely control the stroke and position of the cylinder, with high positioning accuracy and good repeatability. They are suitable for fields such as automated processing and assembly with high position accuracy requirements.
Rotary positioning cylinders: They are used to achieve precise rotary positioning of objects. They feature accurate angle control, large torque, and smooth operation, and are widely used in automated equipment that requires rotary positioning of objects, such as automated welding, spraying, and packaging equipment.
Positioning sensors: They are used in conjunction with positioning cylinders to detect and feedback the position information of objects, achieving precise control and monitoring of the positioning process and ensuring positioning accuracy and reliability.