AVEENTICS Pneumatic Valve 3712042000

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Precision Casting Core, Pneumatic Control Empowerment | AVEENTICS 3712042000 Pneumatic Valve Industrial Automation Precision Control Full Analysis

With the continuous upgrading of modern industrial automation industry, intelligent manufacturing production lines, precision equipment integration, and flexible production systems have put forward increasingly stringent comprehensive requirements for the stability, response accuracy, service life, adaptability to working conditions, and system integration compatibility of pneumatic control components. As the core execution hub of the entire pneumatic control system, pneumatic valves play a crucial role in air flow control, direction switching, flow regulation, and actuator driving. The quality of their products directly determines the operational efficiency, stability, and overall service life of the entire production line. In the global field of pneumatic components, AVEENTICS has long been a leader in the industry with a century long accumulation of precision manufacturing technology, rigorous German process standards, and full chain fluid control technology. Its products widely cover many core industrial fields such as automotive intelligent manufacturing, general mechanical processing, food and pharmaceutical packaging, logistics and warehousing automation, new energy equipment, and electronic precision manufacturing. Model 3712042000, as a classic high-performance pneumatic directional valve under AVEntiCS, inherits the brand's precision design core and integrates optimized internal flow channel structure, highly adaptable sealing system, low-power electronic control module, and wide range working condition tolerance technology. It balances structural reliability, precise action, energy saving, and multi scenario adaptability, and can adapt to the pneumatic control needs of various automation equipment. It has become the preferred core component for many equipment manufacturers to select, upgrade and transform production lines, and integrate systems. This article will deeply analyze AVEENTICS 3712042000 pneumatic valves from multiple dimensions, including brand heritage, product overview, structural design, core technical parameters, working principles, product core advantages, industry wide application scenarios, installation and operation, selection and adaptation, industry value and future development, providing comprehensive reference for equipment selection, technical application, and system construction in the industrial automation industry.

1、 Brand traceability: AVEENTICS, the inheritance and innovation of century old pneumatic technology

To gain a deep understanding of a pneumatic component, the first step is to trace the technological foundation and development background behind its brand. AVEENTICS is not an emerging pneumatic brand. Its brand history is deeply linked to the development of the global pneumatic industry, and it has a profound technological heritage and global R&D and manufacturing system support.

AVEENTICS originated from Bosch Rexroth's core pneumatic business unit, and its brand technology can be traced back to the embryonic stage of the pneumatic industry in the 19th century. After multiple global pneumatic resource integrations, technological iterations and upgrades, and product line expansions, AVEENTICS officially operated independently and was named AVEENTICS in 2014. Later, it was officially integrated into Emerson Group's global automation ecosystem, becoming the core brand of the group that focuses on pneumatic solutions in all fields. The brand headquarters is located in Hanover, Germany, with a global layout of five core R&D and manufacturing bases in Germany, the United States, France, Hungary, and China, building a complete industrial chain covering product research and development, precision casting, component processing, assembly, performance testing, global supply chain distribution, and technical after-sales support.

For over a hundred years, AVEENTICS has always adhered to the German precision manufacturing concept and deeply cultivated the field of pneumatic control. Its products cover a full range of pneumatic components such as pneumatic directional valves, proportional valves, valve island integrated systems, cylinder actuators, air source processing triplets, pneumatic sensors, pipeline accessories, etc. At the same time, it can provide customized pneumatic system overall solutions based on customers' complex working conditions. At the level of technological research and development, the brand focuses on core directions such as airflow and fluid optimization, sealing material innovation, energy-saving upgrade of electronic control modules, lightweight design of internal structures, tolerance to harsh environments, and Industry 4.0 intelligent interconnection adaptation. It continues to break through the bottleneck of pneumatic control technology, and its products have long been at the forefront of the industry in core indicators such as response speed, cycle life, anti pollution ability, pressure control accuracy, energy consumption performance, and system compatibility. At the same time, all products strictly follow international general industrial standards, European mechanical safety standards, and global general interface specifications, achieving universal integration and adaptation across brands, devices, and systems, serving equipment manufacturers, system integrators, and terminal production enterprises in various industrial manufacturing fields around the world.

In the domestic industrial automation market, AVEENTICS has deeply integrated into the domestic intelligent manufacturing upgrade wave with stable and reliable product quality, * specification system, adaptive optimization that fits local working conditions, mature supply chain and after-sales technical service system. It is widely matched with automation production lines and specialized equipment in various industries. Its pneumatic valve series products have become the selected products in the domestic pneumatic control field with comprehensive performance advantages. The 3712042000 model pneumatic valve analyzed this time is a classic universal high-performance directional valve created by the brand based on the general industrial control scenario. It embodies the core technological achievements of the brand's years of pneumatic valve structure optimization, sealing technology, electronic control adaptation, and working condition enhancement, balancing universality and high performance, with a wide range of adaptability.

2、 Product Overview: AVEENTICS 3712042000 Pneumatic Valve Basic Positioning and Core Value

AVEENTICS 3712042000 pneumatic valve belongs to the category of pilot operated pneumatic directional valves under the brand. It is the basic core control component responsible for air flow direction switching, driving cylinders, and reciprocating actions of various pneumatic actuators in pneumatic control systems. From the perspective of product positioning, this model does not belong to niche customized valves, but is a standardized universal pneumatic valve developed for general industrial automation scenarios. It can adapt to the independent control requirements of single machine small automation equipment, and can also be integrated into valve island modules and multi valve group centralized control systems to meet the collaborative pneumatic control needs of large and complex production lines with multiple nodes.

In the operation logic of modern pneumatic systems, pneumatic valves play a core role as the "control hub": upstream docking with air source processing equipment, receiving clean compressed air source; The central part achieves gas path switching and flow direction switching through internal valve core action; Downstream connection of various actuating components such as cylinders, pneumatic grippers, pneumatic rotary actuators, and pneumatic push rods, accurately controlling all actions of the actuating components such as extension, retraction, rotation, clamping, and release, while also undertaking pneumatic pressure relief, safe exhaust, and pressure buffering auxiliary functions. Traditional ordinary pneumatic valves generally suffer from industry pain points such as response lag, seal wear and leakage, weak anti-interference ability of gas source impurities, short high-frequency action life, high energy consumption, narrow adaptability to working conditions, and poor installation compatibility. However, AVEENTICS 3712042000 pneumatic valve addresses these common problems in the industry by conducting special optimization and upgrading from all dimensions including valve body material, internal structure, sealing components, electromagnetic drive module, flow channel optimization, installation interface, and protective design. With standardized product forms, it achieves a balanced improvement in stability, precision, durability, energy saving, and adaptability.

This model of product fully adheres to the German precision manufacturing standards of AVEENTICS' entire product line. All core components have undergone precision CNC machining, multiple dimensional accuracy tests, full airtightness inspections, fatigue testing for action life, and environmental simulation tests. All parameters of the factory products are strictly benchmarked against design standards, and there are no issues of parameter mislabeling. The overall structure of the product is compact and small, ensuring stable ventilation capacity with high flow while reducing installation space, and adapting to the internal installation layout of various compact devices; The internal structure adopts a mature and reliable pilot control structure, combined with soft hard composite sealing technology, to achieve low leakage, low wear, and long cycle working life; The electronic control module adopts low-power optimized coils, balancing driving stability and energy-saving requirements; At the same time, it has a wide range of work pressure and environmental temperature adaptability, excellent dust and moisture protection levels, and can adapt to various on-site working conditions such as conventional industrial workshops, multi dust processing workshops, humid production environments, and precision workshops at room temperature. Whether it is basic mechanical automation, packaging and handling equipment, automotive parts processing, or new energy precision assembly equipment, it can stably undertake air circuit reversing control work, providing a basic guarantee for the smooth operation of the entire pneumatic system.

3、 Precision structural analysis: Exquisite design of internal and external structures, solidifying the stable operation of the underlying foundation

The comprehensive performance of a pneumatic valve is rooted in its internal structural design and component material technology. AVEENTICS 3712042000 pneumatic valve adopts targeted precision design in six core parts: external valve body assembly, internal valve core mechanism, pilot control component, sealing system, electronic control drive module, and air interface structure. Each structural detail is built around the principles of stability, precision, durability, and easy maintenance.

（1） External valve body structure

The main valve body of the product is made of high-strength aviation grade aluminum alloy die cast, which is the preferred material for pneumatic valves. It has multiple advantages such as lightweight, high structural strength, good thermal conductivity, resistance to mechanical impact, resistance to slight corrosion, and stable surface structure. The overall valve body is die cast without any joint gap defects. The overall structure has sufficient rigidity and can withstand continuous air pressure impact inside the pneumatic system and mechanical vibration during equipment operation. Long term installation and use are not prone to valve body deformation and cracking problems; The surface of the valve body has undergone fine anodizing anti-corrosion treatment, which not only enhances the appearance texture, but also forms a dense protective layer on the surface of the valve body, isolating moisture, dust, and slight chemical mist erosion in the workshop air, delaying the aging of the valve body metal, and extending the service life of the overall appearance and structure.

The overall shape of the valve body is compact and neat, adopting the industry's common plate installation structure, and compatible with standard pipeline external installation methods. The installation holes of the bottom plate strictly follow the AVETTICS general installation standard and the international pneumatic component general hole specification, without the need for additional customized installation brackets. It can directly adapt to the existing valve group installation bottom plate and equipment built-in installation station, and can also be quickly modularized and integrated with other pneumatic valves and air source processing components of the same brand, greatly simplifying the pipeline layout and installation construction process of the equipment's pneumatic system, reducing the pressure loss caused by redundant pipeline layout. Standard electrical wiring interfaces, air inlet and outlet interfaces, and exhaust interfaces are reserved on the outside of the valve body. The edges of the interfaces are chamfered and precision processed, ensuring smooth pipeline connections and high sealing and fitting to avoid air leakage and installation misalignment at the interface positions.

（2） Internal valve core and flow channel structure

The internal core motion mechanism adopts an optimized pilot valve core structure, which is different from the traditional flow channel design of ordinary slide valves. Based on the principles of fluid mechanics, the R&D team conducts full path simulation optimization of the internal airflow channel, reduces the bending dead corners inside the flow channel, widens the effective ventilation cross-sectional area, and optimizes the valve core guide angle structure. The optimized flow channel allows compressed air to circulate more smoothly inside the valve body, significantly reducing air flow resistance. Under the same air source pressure, the effective output flow rate is higher and the air pressure loss is lower, providing sufficient and stable power air source for downstream actuators; Simultaneously, smooth airflow can reduce the airflow impact, noise, and internal dust accumulation caused by internal turbulence, and reduce the wear of internal mechanisms caused by airflow impurities.

The core components of the valve core are made of high-precision alloy materials and are formed through five axis CNC precision machining. The fit clearance of the valve core is controlled within the micrometer level precision range, and the dimensional tolerance is strictly controlled. The reciprocating motion of the valve core is smooth without any jamming or eccentric wear problems. The overall lightweight structure design of the valve core reduces its own motion inertia, and with the help of pilot control thrust, it achieves fast reversing action while reducing mechanical wear during motion, thereby improving the service life under high-frequency reciprocating action from a structural perspective. Internally, a stable guiding structure is set up to constrain the movement trajectory of the valve core throughout the entire process, ensuring that each reversing action is precise in position, reset in place, without offset or jamming, and guaranteeing the consistency and repeatability of the air path switching action.

（3） Pilot control component

This model adopts a built-in pilot control structure, relying on the internal pressure of the main air source to achieve pilot drive, without the need for additional independent pilot air source pipelines, simplifying the overall system pipeline layout and reducing system construction costs. The internal structure of the pilot chamber has been optimized through sealing and pressure balance design. The pilot pressure response is sensitive and can accurately drive the main valve core to complete directional switching. At the same time, the pressure balance structure can weaken the interference of gas source pressure fluctuations on the pilot driving action. Even if there are small fluctuations in upstream gas source pressure, the stable valve core driving ability can still be maintained, avoiding problems such as insufficient directional switching, delayed action, and frequent misoperation caused by unstable pressure.

The built-in pilot structure also comes with a pressure buffering design, which buffers the internal air pressure impact during the start of valve core reversing and end reset, reducing the hard impact between the valve core and the internal cavity of the valve body, reducing the impact wear of the internal structure, protecting the core moving parts, further improving the overall mechanical life of the product, and alleviating the airflow impact noise generated during reversing, optimizing the working environment of the equipment operation site.

（4） Design of Global Sealing System

Sealing performance is the core indicator of pneumatic valves, which directly determines the product leakage rate, operational stability, and service life. Leakage problems can directly cause a series of chain failures such as gas source waste, insufficient system pressure, insufficient power of actuating components, and weak action. AVEENTICS 3712042000 pneumatic valve adopts a soft hard composite multi-layer sealing system, combined with a multi position partition sealing scheme, covering all sealing points of the valve core dynamic seal, valve body static seal, interface flange seal, and pilot chamber seal.

The dynamic sealing components are made of high-quality and wear-resistant special rubber sealing materials, which have excellent elastic recovery ability, pressure resistance to compression deformation, resistance to compressed air oil and gas erosion, resistance to high and low temperature aging, and wear resistance. They are suitable for the working environment of compressed air media and are not prone to hardening, cracking, wear and tear, or deformation problems under long-term high-frequency reciprocating motion; The static seal adopts high adhesion sealing gaskets to fill the gaps between the valve body splicing and interface docking, achieving full chamber airtight protection; At the same time, it is equipped with an anti pollution sealing auxiliary structure, and a dust-proof retaining ring is added to the edge of the sealing component to prevent small dust particles in the compressed air from entering the internal cavity, avoiding impurities from sticking to the valve core and wearing out the sealing components.

The entire sealing system achieves extremely low gas leakage, with internal and external air leakage controlled at a very low level in the industry under normal working conditions, effectively ensuring system pressure retention rate, reducing compressed air loss, lowering the continuous gas supply load of gas source equipment, and indirectly achieving overall pneumatic system energy saving; At the same time, excellent sealing durability significantly extends the replacement cycle of seals and reduces the frequency of equipment downtime maintenance.

（5） Electromagnetic drive module

The electronic control core of the product is a customized low-power electromagnetic coil component, which is the core unit that drives the valve core to complete electrical control commutation. The coil is made of high-purity enameled copper wire winding, with a compact and uniform winding structure, high electromagnetic conversion efficiency, and a specially optimized magnetic circuit structure. The magnetic field output is stable and uniform, the driving thrust is sufficient and stable, and there is no magnetic fluctuation problem. The coil shell is encapsulated with flame-retardant and high-temperature resistant insulation material, and filled with insulation and thermal conductive filling material inside, which not only improves electrical insulation safety, but also quickly dissipates the working heat of the coil, solving the pain points of traditional high-power coils such as long-term working heat accumulation, coil aging, insulation failure, and burnout.

The coil supports multi specification universal voltage adaptation, and the electrical interface strictly follows the EN 175301-803 standard universal electrical plug specifications. The wiring is simple and convenient, the plug connection is stable, and it has excellent anti vibration loosening ability, adapting to the electrical wiring environment of industrial equipment on site; The electrical module is equipped with a basic surge voltage protection structure, which can withstand slight voltage fluctuations and instantaneous surge impacts in the workshop power grid, protect the coil electrical components from abnormal voltage damage, and improve the stability of the electronic control module.

（6） Gas interface structure

The product's air interface strictly follows the CNOMO international standard, including a complete set of standard interfaces for the main air inlet, dual working air outlet, and bidirectional exhaust outlet. The interface size is universally compatible with mainstream air pipes and joint accessories on the market, and pipeline docking can be completed without the need for customized conversion joints. Reserved muffler installation position for exhaust interface, which can be directly equipped with original noise reduction accessories to weaken exhaust airflow noise and optimize workshop production environment; All interface inner walls have undergone smooth precision machining, ensuring smooth airflow after pipeline connection without any flow attenuation caused by interface diameter reduction. The interface thread structure has high precision, and the pipeline is tightened and sealed firmly, making it less prone to interface looseness and air leakage.

4、 Complete technical parameter explanation: Quantify performance indicators and clearly grasp the comprehensive strength of the product

By combining the AVEENTICS product technical manual, factory testing data, and the general parameter system of the same series of products under the brand, we integrate the detailed technical parameters of AVEENTICS 3712042000 pneumatic valve from all dimensions, including working medium, pressure range, temperature range, flow performance, electrical parameters, structural specifications, protection level, material standards, etc., to provide accurate quantitative data reference for engineering and technical personnel selection, system design, and working condition matching.

（1） Basic working medium parameters

Applicable working medium: clean compressed air, compatible with dry and non corrosive inert gases, meeting the mainstream gas supply requirements for industrial pneumatic systems

Air source cleanliness requirements: comply with ISO 8573-1 international compressed air standard, allow maximum particle impurity particle size ≤ 5 μ m in the medium, adapt to industrial air sources filtered by conventional air source treatment equipment, and have better anti pollution ability than ordinary entry-level pneumatic valves

Gas source oil content adaptation: Suitable for the standard range of oil content in conventional dry compressed air, the sealing material can withstand trace amounts of lubricating oil in the gas source, and is compatible with two mainstream pneumatic gas supply systems: oil-free/micro oil lubrication

（2） Pressure working parameters

Overall working pressure range: 0 bar~10 bar, covering the common working pressure range of 0.4~0.8 bar for general industrial pneumatic systems. Low pressure can be started and high pressure can operate stably, supporting low pressure starting conditions and conventional medium pressure stable control scenarios

Pilot driven pressure: Built in internal pilot structure, driven by the pressure of the main air source, the minimum pilot starting pressure is low, no additional pressure is required, and the low-pressure environment can still stably drive the valve core to change direction

Pressure resistance performance: The overall structure of the valve body can withstand short-term overpressure impact, with sufficient pressure resistance margin to avoid damage to the valve body caused by accidental peak pressure impact of the gas source

（3） Environmental and medium temperature parameters

Working environment temperature range: -10 ℃~50 ℃, can cover most domestic factory workshops at room temperature, low-temperature processing workshops, and ordinary high-temperature workshops, avoiding problems such as brittle cracking of low-temperature components, aging of high-temperature materials, and sealing failure

Internal medium airflow temperature: synchronized with the ambient temperature, long-term airflow temperature fluctuations do not affect the stability of internal mechanism operation

（4） Traffic and action performance parameters

Rated standard flow rate: Based on a standard test pressure of 6 bar, it has sufficient rated flow rate and can match the high flow gas supply demand of small and medium-sized cylinders and conventional pneumatic actuators. The action response is sufficient and there is no problem of slow actuator action caused by insufficient gas supply

Reversing response time: After optimizing the lightweight of the flow channel and valve core, the electromagnetic drive response is rapid, the valve core reversing switching time is short, the opening and closing action response is consistent, and it is suitable for medium and high-frequency automatic reciprocating action working conditions

Repetitive accuracy of actions: micrometer level valve core matching accuracy+stable guiding structure, with minimal positional deviation for each reversing and resetting action, excellent consistency in air path switching, ensuring stable positioning of downstream executing components

（5） Electrical system parameters

Coil power consumption: The brand's low-power optimized electromagnetic coil is used, with an overall working power consumption of ≤ 3W, which belongs to the industry's low-power level. The heat generation during long-term continuous power on operation is extremely low, and there is no risk of overheating

Adaptive power supply voltage: covering commonly used industrial DC and AC standard voltage specifications, compatible with PLC control systems and relay control modules of automation equipment for conventional power output, with wide electrical compatibility

Electrical connection specifications: Standard EN 175301-803 (Form A) electrical plug, universal terminal block, wiring specifications, easy insertion and removal, suitable for integrated wiring of automation equipment

Electrical protection: The electrical control module has excellent insulation performance, strong resistance to grid interference, and is suitable for complex electrical field environments in factories

（6） Structure, installation and protection parameters

Type of on-off structure: Pilot operated two position four vent directional valve, equipped with a complete air path structure of P intake, A/B dual working ports, R/S dual exhaust, and suitable for full stroke reciprocating drive control of double acting cylinders. It is a widely used valve structure in industrial applications

Installation method: Plate installation is the main method, compatible with direct installation of pipelines, standardized installation hole positions, suitable for valve island bottom plate splicing, equipment panel fixation, rack installation, and multiple installation forms, with strong modular integration properties

Overall protection level: With a complete electrical plug, the protection level reaches IP65, which can effectively block the invasion of workshop dust, prevent splashing water vapor, and damp mist from corroding internal components. It is suitable for harsh industrial conditions with high dust and humidity

Product material: The main valve body is made of high-strength aluminum alloy; The valve core is made of precision alloy structural steel; The sealing component is made of special wear-resistant rubber; The coil shell is made of flame-retardant engineering plastic; External fasteners are made of rust proof carbon steel galvanized material

（7） Mechanical lifespan and durability parameters

Overall mechanical cycle life: After factory fatigue life testing, the reciprocating reversing action life of the valve core can reach tens of millions of times, far exceeding the service life of ordinary civilian pneumatic valves, and suitable for long-term high-frequency continuous operation of automated production lines

Durability of sealing components: Composite sealing material is resistant to repeated friction and compression, with slow wear and tear during long-term operation, and does not require frequent replacement of sealing accessories under normal working conditions

5、 Detailed explanation of working principle: Clear pneumatic control logic, stable and controllable action process

A deep understanding of the working principle of AVEENTICS 3712042000 pneumatic valve can help technicians better complete system wiring debugging, fault diagnosis, working condition debugging, and optimization applications. This model is a built-in pilot operated two position four-way single electric control pneumatic directional valve, which adopts electromagnetic drive and spring assisted reset basic control logic. The gas path structure is complete, and the action logic is mature and safe. The entire control process is divided into three complete stages: power-off initial state, power on reversing state, and power-off reset state. The gas path switching logic is clear and stable.

（1） Definition of Basic Gas Port

According to the universal port identification standard in the pneumatic valve industry, the five gas path ports of the product have fixed functions:

P port: main intake port, connected to upstream air source processing components, connected to clean compressed air;

A and B ports: dual working air outlet ports, respectively connected to the two end chambers of the double acting cylinder, driving the cylinder to expand and contract;

R and S ports: bidirectional exhaust ports, used for discharging chamber gas during gas path switching, and can be equipped with mufflers.

（2） Complete workflow in stages

Power off initial normal state (spring reset state)

When the electromagnetic coil is not connected to the control power supply and there is no electromagnetic driving force output, the reset spring inside the valve body is in a natural extension state, pushing the main valve core to maintain its initial fixed position. At this time, the internal air passage is: the P intake port is connected to the A working port, and the B working port is connected to the S exhaust port. The upstream gas source enters the valve body from port P and is output from port A through an internal smooth flow channel. It is connected to one end of the cylinder chamber to push the cylinder to complete the extension action; The residual gas inside the chamber at the other end of the cylinder flows back into the valve body through port B and is discharged to the atmosphere through exhaust port S, completing the stable gas supply at the initial position.

Power on driven commutation state

The external control system (PLC, relays, etc.) outputs control signals, and the electromagnetic coil is powered on to operate. After efficient internal electromagnetic conversion, stable electromagnetic suction is generated, which drives the internal pilot component to move. The pressure change in the pilot chamber generates thrust, overcomes the elastic force of the internal reset spring, and pushes the main valve core to complete displacement reversal. After the valve core is in place, the internal air path is synchronously switched: the P inlet is connected to the B working port, and the A working port is connected to the R exhaust port. The gas source airflow switches to the B port output, enters another chamber of the cylinder, and pushes the cylinder in reverse to complete the retraction action; The gas in the original intake chamber flows back through port A and is discharged through port R to achieve reverse switching of the actuator. The entire reversing process has smooth airflow switching, smooth pressure transition, and no severe air path impact.

Power off safety reset state

When the external control signal is cut off, the coil loses power and stops outputting electromagnetic force, and the electromagnetic attraction disappears instantly. The internal reset spring relies on its own elastic potential energy to quickly push the main valve core back to its initial position, synchronously restoring the gas path to its initial connected state, and the cylinder is then reset to its initial extended position. The power-off automatic reset structure comes with basic safety attributes. In the event of sudden power failure, control system failure, or emergency shutdown of the equipment, the valve can automatically return to its initial safe position, allowing the executing components to reset and avoid equipment misoperation, workpiece collision, production line safety hazards, and other issues, adapting to industrial production safety control requirements.

（3） Principle of auxiliary work of lead structure

The built-in pilot chamber cooperates with the main valve core throughout the entire process. During the power on stage, the pilot chamber quickly establishes pressure to assist in driving the main valve core, reducing the electromagnetic coil driving load and further reducing coil power consumption; During the reset phase, the pilot chamber synchronously releases pressure and works with the spring to achieve a smooth reset, reducing the impact at the end of the valve core. At the same time, the internal pressure balance structure offsets the lateral pressure interference of the main air path pressure on the valve core. No matter how small the system air source pressure fluctuates within the working range, the valve core driving, reversing, and resetting actions are not significantly affected, maintaining consistency in action.

6、 Full dimensional core product advantages: Compared with similar products in the industry, outstanding highlights in comprehensive performance

Based on the technical foundation, product structure design, measured performance parameters, and adaptability performance of AVEntiCS brand, the 3712042000 model pneumatic valve has outstanding advantages in reliability, precision, energy saving, durability, adaptability, and ease of maintenance compared to ordinary pneumatic valves in the market and competitors in the same price range. All advantages are in line with the actual pain points of industrial automation field use, taking into account the product's hard performance and long-term comprehensive value.

（1） Stable and reliable, resistant to multiple working conditions interference

Stability is the core requirement for industrial pneumatic components, and this product constructs a stable operating system from multiple dimensions including structure, material, protection, and sealing. Firstly, the integrated aluminum alloy valve body structure has sufficient rigidity and can withstand continuous equipment vibration and air pressure impact, with no structural deformation during long-term operation; IP65 high protection level can effectively prevent dust and moisture, suitable for harsh but complex production environments such as multi dust machining, humid packaging workshops, and general chemical peripheral workshops; 5 μ m level gas source has anti pollution ability and higher tolerance for on-site gas source filtration accuracy. The filtered gas from ordinary gas sources can be used stably without dust jamming or valve core failure; The composite sealing system has an extremely low leakage rate, maintaining stable air pressure throughout the entire process to avoid problems such as insufficient pressure and power attenuation; The internal pressure balance pilot structure isolates the action interference caused by pressure fluctuations in the gas source. Each reversing and resetting action is stable and reliable, with very few faults such as lagging, misalignment, misoperation, and delayed action, greatly reducing the probability of equipment shutdown without reason.

（2） Precise and fast response, precise and even control actions

By relying on fluid mechanics to optimize the flow channel, lightweight precision valve core, and optimized electromagnetic magnetic circuit design, the product has excellent dynamic response performance, quick switching of direction, and the ability to quickly respond to electrical control signals, driving downstream execution components to act in a timely manner, and adapting to high-speed automated production scenarios. At the same time, the micrometer level valve core machining accuracy and stable guiding structure ensure the repeatability of actions. Under long-term high-frequency actions, each stroke and air path switching state remains highly consistent, and the motion speed and position of the executing components are uniform and stable. It is suitable for high-precision control scenarios such as precision assembly, precise clamping, and quantitative handling, effectively improving the accuracy of production line actions and the consistency of product processing and assembly.

（3） Low power and energy-saving design, significant cost reduction during long-term operation

The product is equipped with AVEENTICS exclusive low-power electromagnetic coils, with a total operating power consumption of ≤ 3W, which significantly reduces the power consumption compared to traditional pneumatic valves of the same specifications. Long term continuous power on operation has extremely low heat generation, without the need for additional heat dissipation structures. The coil is not easily aged and burned out during long-term operation, extending the lifespan of the electronic control components themselves; At the same time, internal optimization of the flow channel reduces airflow resistance, resulting in low pressure loss. Coupled with a low leakage sealing system, it significantly reduces unnecessary loss of compressed air, lowers the continuous gas production load of the air compressor, and reduces the energy consumption of the air compressor. To reduce the comprehensive energy consumption and production costs of long-term operation of equipment from multiple aspects such as electrical power consumption, gas source loss, and component replacement loss, in line with the development needs of modern industrial green energy conservation, cost reduction and efficiency improvement.

（4） Cycle life, ultra long service life reduces replacement costs

The precision machining process of the core moving parts of the product, low wear valve core structure, wear-resistant composite sealing material, and internal impact buffering design jointly create a mechanical reversing life of millions of times. Under conventional industrial high-frequency continuous working conditions, it can operate stably all year round, far exceeding the service life of ordinary pneumatic valves. The ultra long service life means that the frequency of equipment valve replacement is significantly reduced, reducing spare parts procurement costs, disassembly and replacement labor costs, and downtime maintenance losses. For continuous production lines, the long-term comprehensive use value advantage is particularly obvious.

（5） Universal modular design, wide system integration adaptability

The product strictly follows international universal installation, interface, and electrical standards. The plate installation structure is compatible with the valve island integrated base plate, and can be quickly combined with other pneumatic valves in the same series as AVEENTICS to form a valve island system, achieving multi-point centralized air circuit control, simplifying the layout of pneumatic system pipelines in large production lines, reducing messy pipelines, and facilitating overall system debugging and maintenance. Universal gas interface, standard electrical plug, and universal adaptive voltage, not only compatible with internal system integration of the brand, but also adaptable to the vast majority of automation equipment PLC control systems, gas pipe joints, installation brackets on the market. Cross brand equipment replacement, old production line equipment upgrade and transformation can be directly replaced and installed conveniently, without the need for large-scale changes to the original pipeline and circuit design, reducing the construction cost and cycle of system transformation.

（6） The structure is simple and easy to maintain, with low daily operation and maintenance costs and simple processes

The overall internal structure design is streamlined, with no complex redundant components and fewer fault points; The external structure of the valve body is regular, and the disassembly and assembly of pipelines and lines are convenient. Daily only requires basic appearance cleaning and air source filtration inspection. Even if there is component wear and tear during long-term use, the internal seals and electromagnetic coils are standardized universal replacement parts. The disassembly and replacement process is simple, and on-site technicians can complete basic maintenance and repair without in-depth training. There is no need to return the entire machine to the factory for repair, greatly reducing equipment maintenance downtime and lowering the technical threshold and comprehensive cost of operation and maintenance.

7、 Industry wide application scenario coverage: universal across all domains, adaptable to the automation production needs of multiple fields

With its balanced and comprehensive performance, wide adaptability to working conditions, universal modular structure, and stable and accurate pneumatic control capabilities, AVEENTICS 3712042000 pneumatic valves have a wide range of applications, not limited to a single industry, covering the vast majority of industries equipped with pneumatic control systems in modern industrial automation. They can adapt to different scale pneumatic control scenarios such as single machine equipment, unit workstations, and large continuous production lines. The following are detailed application scenarios and practical application values for each core industry.

（1） Automotive manufacturing and parts processing industry

The automotive industry is the core application field of pneumatic components, with four major processes including stamping, welding, painting, and final assembly in vehicle manufacturing, as well as precision machining production lines for automotive engines, chassis, and interior components. Pneumatic actuators are widely used to complete clamping, handling, pressing, positioning, stamping assistance, and tooling switching actions. AVEENTICS 3712042000 pneumatic valve is compatible with various types of double acting cylinder drive units on production lines, providing stable air path direction control for fixtures, pneumatic pressure heads, and end effectors of handling robotic arms; The product has high stability and high-frequency long-life characteristics that are suitable for the 24-hour continuous production cycle of automotive production lines. The low leakage characteristics ensure stable clamping pressure of the tooling and guarantee the accuracy of component processing and assembly; The ability to resist earthquake and workshop environmental interference is suitable for machining workshops with high dust and strong equipment vibration conditions. The automatic reset structure after power failure can ensure the safety protection of the tooling, avoid workpiece collision and equipment safety accidents, and is a core supporting component for the automation transformation of automotive parts production lines.

（2） Food and pharmaceutical packaging industry

In the food processing, pharmaceutical production, and daily chemical products industries, the production process involves a large number of automated processes such as material sorting, product boxing, sealing and packaging, packing and palletizing, material conveying, and packaging bag clamping. The equipment extensively uses pneumatic grippers, push cylinders, and sealing actuators. This model of pneumatic valve has excellent protection level, stable sealing material without harmful substance precipitation, and meets the basic supporting requirements of clean equipment in the food and pharmaceutical industry; Smooth and precise operation, suitable for precise clamping, quantitative pushing, and smooth sealing of packaging equipment, ensuring the regularity of packaged products; Low noise operation, low leakage clean airflow output, suitable for clean production environments in workshops; The wide temperature operating characteristics are suitable for the surrounding temperature environment of some food drying equipment, and the product has an easy to clean appearance structure, meeting the daily cleaning and maintenance needs of the workshop.

（3） General mechanical processing and machine tool automation field

The automation transformation of general machine tools such as CNC lathes, machining centers, grinders, and milling machines is equipped with pneumatic fixtures, automatic feeding mechanisms, tool switching devices, and workpiece unloading robotic arms. The automatic clamping, loosening, feeding, and unloading of workpieces are controlled by pneumatic valves and cylinders. The 3712042000 pneumatic valve responds quickly and can match the high-speed machining cycle of the machine tool. The clamping pressure is stable and sufficient, ensuring that the workpiece is firmly clamped and improving the machining accuracy; Seismic resistant structure adapted to cutting vibration environment of machine tool equipment, dust resistance adapted to cutting dust environment of metal processing workshop, long service life adapted to long-term high-frequency operation of machine tools; Modular installation can be integrated into the built-in pneumatic control module of the machine tool, saving valuable installation space inside the machine tool.

（4） Logistics and warehousing automation industry

Intelligent warehousing, logistics sorting, and express transfer center automation equipment, including three-dimensional warehouse stacker cranes, intelligent sorting machines, pneumatic belt conveyors, cargo clamping and handling robotic arms, turnover box pushing mechanisms, etc., all rely on pneumatic control to achieve material interception, clamping, transfer, and sorting actions. This model of product has sufficient flow and can drive large load pneumatic actuators, with fast response and adaptability to the rhythm of high-speed sorting assembly lines; Modular integration can form a multi valve centralized control system, which can simultaneously control multiple sorting node air paths; Low power consumption and energy-saving characteristics are suitable for large-scale multi device cluster operation in warehouses, and long-term cluster use is comprehensive energy-saving; Stable operation characteristics ensure uninterrupted 24-hour logistics sorting operations and reduce sorting equipment failure rates.

（5） Electronic semiconductor precision manufacturing industry

Manufacturing of 3C electronics, semiconductor components, and precision hardware small parts, covering scenarios such as chip packaging, electronic component assembly, PCB board processing, precision component sorting, and assembly of small workpieces. The equipment mainly consists of small precision pneumatic actuators, with high requirements for control accuracy, smooth operation, and no air flow impurities pollution. The pneumatic valve has micrometer level action accuracy, smooth direction change without impact, which can ensure precise clamping and micro displacement assembly of precision small workpieces, avoiding damage to precision components caused by action impact; The anti pollution structure of the gas source ensures clean output airflow and protects precision electronic components from damage caused by dust and impurities; The compact structure is suitable for small precision automation equipment with limited installation space, and the low heat electronic control module does not affect the operation of surrounding precision electronic components, making it suitable for clean precision workshop production environment.

（6） New energy equipment manufacturing industry

The production equipment for lithium batteries, photovoltaics, and hydrogen energy new energy industries, including cell processing, electrode ear cutting, component packaging, photovoltaic frame assembly, material transfer equipment, etc., has a high degree of automation in the production line, high requirements for continuous operation, and strict requirements for control stability. The product has a long lifespan and high stability, which is suitable for the uninterrupted production needs of new energy production lines. The pressure control is stable to ensure precise clamping and positioning of the tooling, and is compatible with high-precision assembly processes for new energy components; The wide working condition tolerance can adapt to the complex production environment of new energy workshops, and at the same time, it can integrate valve islands to adapt to large-scale complete equipment multi node collaborative pneumatic control, helping to upgrade the intelligent production of new energy equipment.

（7） General non-standard automation equipment industry

Various non-standard customized automation equipment, small specialized workstations, automatic feeding machines, automatic riveting equipment, spraying auxiliary equipment, material conveying equipment and other general non-standard automation single machines are widely used in the market coverage application scenarios. As a universal standardized pneumatic valve, this model does not require customized adaptation and can be easily replaced and installed. Its comprehensive performance is balanced, and it can meet the basic pneumatic control needs of the vast majority of non-standard equipment. It is cost-effective and suitable for batch matching with small and medium-sized equipment manufacturers. At the same time, its stable performance guarantees the overall quality of non-standard equipment when it leaves the factory, enhancing the competitiveness of the terminal equipment market.

8、 Installation, Debugging, and Daily Operation and Maintenance Guide: Standardized Operation to Extend Product Life

Based on the structural characteristics of the product, installation specifications, and practical experience in industrial sites, summarize the installation points, debugging specifications, daily maintenance, and troubleshooting methods of AVEntiCS 3712042000 pneumatic valve standards, to assist on-site technicians in standardizing operations, avoiding installation and use hazards, maximizing product performance, and extending the service life of the entire machine.

（1） Key points for standardized installation

Installation environment selection: Priority should be given to equipment installation locations that are free from strong corrosive gases, strong electromagnetic interference, and severe external impact vibrations. Although the product itself has earthquake resistance, dust and moisture resistance, a good installation environment can further extend its service life; Reserve sufficient space for pipeline connections and wiring during installation, as well as space for later maintenance operations.

Installation and fixing method: Plate bottom plate installation is preferred, and bolts are used to fix according to the standard installation holes of the valve body. The fixing force is uniform and moderate to avoid excessive tightening that may cause deformation of the valve body; The installation base plate should be kept flat, ensuring that the valve body fits snugly during installation, and avoiding installation skewness that may cause abnormal internal stress. If the pipeline is installed directly, ensure that the pipeline is coaxially connected and there is no forced pulling stress.

Gas pipeline connection: Strictly connect the gas source, cylinder, and exhaust pipeline according to the port identification, and it is strictly prohibited to connect the P, A, B, R, and S ports incorrectly; Before connecting the pipeline, clean the impurities inside the trachea to prevent them from entering the valve body with the airflow; The tightening force of the joint is moderate, ensuring a tight seal of the interface without damaging the interface threads; Install mufflers as needed at the exhaust outlet to reduce operating noise; Upstream must be equipped with air source filtration equipment to ensure clean air source entering the valve body and meet the requirement of 5 μ m impurity filtration.

Electrical wiring: strictly follow the coil electrical identification and control system voltage specifications for wiring, and confirm that the power supply voltage is consistent with the product compatibility specifications before wiring; After the wiring is completed, fix the electrical plug and lock the anti loosening buckle to prevent the plug from loosening due to equipment vibration; The circuit layout should be kept away from high temperatures and sharp edges to avoid electrical faults caused by wear and tear of the circuit, and insulation protection should be taken for the circuit.

（2） On site debugging standards

Initial ventilation debugging: After the overall wiring of the equipment is completed, turn on the upstream gas source first, slowly adjust the gas source pressure, gradually increase from low pressure to the normal working pressure of the equipment, and strictly prohibit one-time high-pressure direct flushing to avoid damage to the internal structure caused by impact; Observe the valve body for any air leakage, abnormal noise, or abnormal vibration throughout the entire process.

Action debugging: Conduct multiple power on/off switching tests under low pressure to observe whether the valve core switching and reset actions are smooth, whether the cylinder action is stable, and whether the air path switching is normal; Gradually adjust to standard working pressure, debug the movement speed of executing components, confirm that the action stroke and rhythm match the production process requirements; Multiple consecutive loop tests are conducted to verify the repeatability and stability of actions.

Safety debugging inspection: Focus on testing the power-off reset function, simulate equipment power-off scenarios, confirm valve automatic reset, actuator return to safe position, and verify the effectiveness of safety protection functions; Check all interface leakage points and confirm that the sealing status is good.

（3） Daily routine maintenance plan

Daily basic inspection: During the daily operation of the equipment, regularly inspect the appearance of the valve body, the sealing status of the interface, the stability of the electrical wiring, and observe for any abnormal phenomena such as air leakage, abnormal noise, abnormal heating of the coil, and aging and damage of the pipeline.

Air source matching maintenance: Regularly maintain the upstream air source filter, clean the filter element impurities and drainage in a timely manner, ensure the continuous cleanliness of the air source entering the valve, and reduce internal impurity wear and jamming faults from the source.

Cleaning and maintenance: Regularly clean the dust and oil stains on the outside of the valve body with a clean soft cloth, and prohibit high-pressure water vapor from directly flushing the electrical interface of the valve body; Do not dismantle the internal core structure arbitrarily to avoid introducing impurities and damaging the sealing accuracy.

Periodic inspection: Regularly check the sealing status, smoothness of reversing action, and reliability of electrical connections according to the operating time of the equipment, and identify potential loss hazards in advance.

（4） Simple troubleshooting of common basic faults

Slow valve direction change and weak action: Priority should be given to investigating insufficient upstream gas source pressure, pipeline blockage, and insufficient flow; Secondly, check if there are too many impurities in the gas source causing slight internal jamming; Check for issues with low power supply voltage and abnormal coil power supply.

Minor air leakage at the interface or inside: Check for loose pipeline joints and damaged sealing gaskets; Check for long-term wear of seals; Confirm that the gas source contains too much water and oil, corroding the sealing components. Tighten the joints, replace the seals, and strengthen the drying and filtering of the gas source accordingly.

Coil does not move, no commutation: Check for wiring errors, power interruption, and voltage mismatch in the circuit; Check if the electrical plug is loose; Troubleshooting of coil faults, corresponding re standardization of wiring, tightening of plugs, and replacement of compatible coils.

The stuck valve core cannot be reset: it is mostly caused by the accumulation of impurities in the internal gas source. It is necessary to clean the impurities inside the valve body, strengthen the front-end gas source filtration, and clean the internal mechanism.

9、 Selection and adaptation comparison reference: Accurately match requirements, distinguish the selection boundaries of similar products

In the process of selecting industrial pneumatic valves, many technicians are prone to confusion between similar models of the same brand and products of different brands with the same specifications. Combining with the AVEntiCS product system, we have sorted out the selection positioning, adaptation conditions, selection advantages, and unsuitable scenario boundaries of the 3712042000 model. At the same time, compared with ordinary entry-level pneumatic valves, we have clarified the selection and adaptation logic to help users accurately select and avoid performance deficiencies and cost waste caused by mismatches.

（1） This model accurately adapts to the selection range

Working condition requirements: General industrial room temperature working conditions, working pressure 0~10 bar, requiring continuous high-frequency reciprocating reversing control, pursuing stability, long life, low leakage, and energy-saving comprehensive performance;

System type: Double acting cylinder drive system, capable of independent control of single equipment or integrated control of multiple valve groups and valve islands;

Equipment level: automation equipment matching, production line upgrading and transformation, long-term continuous production equipment, and projects that focus on reducing long-term operation and maintenance costs;

Environmental conditions: Conventional industrial workshops with high dust and humidity, without high temperature, extreme cold, flammable and explosive special hazardous environments.

（2） Comparison with the selection of ordinary entry-level pneumatic valves

table

comparative dimensionAVEENTICS 3712042000 Pneumatic ValveOrdinary entry-level pneumatic valve on the market

manufacturing processGerman precision machining, micrometer level matching accuracyOrdinary machining with large dimensional tolerances

service lifeMechanical cycle life of millions of timesMillion level conventional lifespan

sealing performanceComposite multi-layer seal, extremely low leakageBasic single-layer seal, prone to wear and air leakage

Power consumption level≤ 3W low-power coil, low heat generationHigh power consumption, prone to long-term heat accumulation and aging

Anti pollution abilityResistant to 5 μ m gas source impurities, with wide adaptabilityHigh requirements for air source filtration, easy to get stuck

Protection levelIP65 dustproof and moisture-proof, widely adaptable to working conditionsBasic protection, only suitable for clean and dry workshops

Integrated compatibilityInternational universal standard, modular integration of valve islandNon standard interface, high integration difficulty

Long term operation and maintenanceUniversal spare parts, easy maintenance, long replacement cycleEasy to wear and tear, frequent maintenance, high overall cost

（3） Selection precautions

Strictly confirm the complete model code of 3712042000 when selecting, and match the parameters with the cylinder specifications, air source pressure, power supply voltage, and installation method of the equipment itself;

If it is a flammable and explosive explosion-proof environment or a special working condition of ultra-high and low temperature, a brand exclusive explosion-proof series special model should be selected. This model is not suitable for hazardous explosion-proof scenarios;

For the replacement and selection of old equipment, priority should be given to checking the interface size, installation hole position, and electrical specifications. This model has a universal standard interface, and the vast majority of old valves with the same specifications can be directly replaced;

Batch system integration selection can be combined with valve island bottom plate matching solutions to achieve unified layout, gas supply, and control of multiple valves, optimizing the overall system design.

10、 The Value of Product Industry and the Empowerment Significance of Industrial Development

Against the backdrop of the continuous deepening of the intelligent manufacturing industry and the widespread adoption of industrial automation, pneumatic control, as the core power technology of flexible automation, directly determines the underlying operational foundation of the entire intelligent manufacturing industry based on the quality of its basic components. The industry value of AVEENTICS 3712042000 pneumatic valves is not limited to the excellent performance of individual components, but also empowers multiple levels of equipment, production lines, enterprises, and industries.

At the equipment level, the product's comprehensive attributes of stability, reliability, precision, efficiency, long lifespan, and low maintenance enhance the overall operational stability of single machine automation equipment, reduce equipment failure rates and downtime, improve equipment operation efficiency, optimize equipment action accuracy, and ultimately improve the quality of end product processing and manufacturing; The low-power energy-saving feature reduces the energy consumption of a single device from multiple dimensions such as gas source and electrical, helping equipment manufacturers create energy-saving automation equipment and enhance product market competitiveness.

At the level of the production line system, the universal modular integrated design simplifies the overall design, pipeline layout, installation and construction process of the pneumatic system, shortening the production line construction and commissioning cycle; Multi valve collaborative stable operation ensures unified action rhythm and continuous operation of the entire production line, suitable for continuous and large-scale production; Stable pneumatic control performance reduces system pressure loss, optimizes the overall operational efficiency of the pneumatic system, and ensures a more stable power supply to the production line.

From the perspective of enterprise production and operation, the long service life reduces the cost of spare parts procurement and replacement, simple maintenance reduces manual operation and maintenance costs, low-energy operation reduces the comprehensive electricity and gas consumption costs of the factory, and helps manufacturing enterprises achieve cost reduction and efficiency improvement in production; Stable and reliable operational performance reduces production errors, material losses, and product defects caused by equipment failures, ensuring stable production capacity output for the enterprise.

From the perspective of the entire pneumatic industry, this model of product continues the AVEENTICS German precision technology standard, universalizes and popularizes the high-performance technology of precision pneumatic valves, breaks down the barrier that pneumatic components are limited to a very small number of top equipment, and enables all industries in the general industry to choose high-quality, high reliability, and comprehensive cost-effective pneumatic control components, promoting the overall quality upgrade of domestic pneumatic supporting components, helping to improve the quality of core supporting components of domestic automation equipment, and adapting to the development trend of comprehensive upgrading of industrial intelligent manufacturing in China. At the same time, the product strictly follows global industrial standards, is compatible with the global pneumatic system ecosystem, and supports the globalization of domestic manufacturing equipment for export, connecting with the international automation supply chain system.

Combining with the future trends of Industry 4.0 and intelligent pneumatic development, pneumatic components are developing towards intelligence, digitization, energy conservation, and integration. AVEENTICS' entire product line is based on traditional high-performance technology, gradually expanding intelligent interconnection, status monitoring, and predictive maintenance technology adaptation. As a classic universal basic valve of the brand, this model can be adapted to subsequent valve island intelligent module expansion and bus communication integration. In the future digital pneumatic system of factories, it can still adapt to system upgrade needs and has long-term product life cycle value. There is no need to replace valve components as a whole due to the intelligent upgrade of the production line, protecting the early investment of enterprise equipment.

11、 Conclusion

Throughout the global development of industrial automation, the core basic pneumatic components have always been the underlying hardware support for intelligent manufacturing. A high-quality pneumatic valve may seem structurally simple, but in reality, it embodies technological achievements in multiple fields such as materials science, fluid mechanics, precision machining, electrical control, and sealing engineering. AVEENTICS 3712042000 pneumatic valve, relying on Anwochi's century long pneumatic technology accumulation and German precision manufacturing heritage, solves many industry pain points such as short service life, easy leakage, slow response, high energy consumption, poor adaptation, and complex maintenance of traditional pneumatic valves with rigorous structural design, strict material standards, precise performance parameters, comprehensive working condition adaptation, and long-term stable operation performance.

From precision structural polishing to comprehensive parameter optimization, from single component stability to multi industry wide scene adaptation, from single machine control to system modular integration, from stable production at present to future intelligent production line upgrade and adaptation, this model of product demonstrates balanced and comprehensive comprehensive strength. It is not only the preferred core pneumatic control component for general industrial automation equipment, but also a reliable hardware guarantee for enterprise production line cost reduction and efficiency improvement, quality upgrading, and stable operation. In the era of intelligent transformation and upgrading of domestic manufacturing, AVEENTICS 3712042000 pneumatic valves will continue to empower the production upgrading of multiple fields such as automotive manufacturing, food packaging, mechanical processing, electronic new energy, logistics and warehousing with stable and precise pneumatic control performance. Small components will carry large power, and precision quality will safeguard the stable operation of the entire industrial automation production process, continuously demonstrating the core value of pneumatic components.

The content of this article is based on publicly available products and network data. Please refer to the technical manual for actual selection and consider specific operating parameters.

AVEENTICS Pneumatic Valve 3712042000