Componentes de controlo

Control Components | Precisely Control Air Flow & Direction to Execute Automation Logic. Explore our range of control components, including solenoid valves, air-piloted valves, and manual valves. They act as the “brains” of an automation system, precisely directing air flow, pressure, and speed based on electrical signals or manual input. They are key to executing complex machine movements and process sequences. Select the core control components for your automation system now.

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Explore the World of Precision Componentes de controlo

We provide comprehensive pneumatic control components, key to achieving precise control, efficient operation, and reliable performance in your automation systems. From various solenoid valves to manual valves, we are dedicated to offering the best solutions for your specific applications.

Why Choose Our Control Components?

Precision Control

Our components are engineered for precision, ensuring accurate flow, pressure, and directional control in all conditions.

High Reliability

Made with quality materials and advanced processes, our products undergo rigorous testing for long-term, stable operation.

Rapid Response

Optimized internal designs enable our valves to respond faster, enhancing overall system efficiency.

Driving Innovation with Technical Expertise

Cutting-Edge R&D

Focused on fluid control R&D, we constantly launch innovative products for complex conditions and energy efficiency.

Smart Manufacturing

Intelligent production lines and lean management ensure manufacturing precision and consistency, enhancing overall product quality.

Comprehensive Testing

Every product undergoes multiple rigorous performance and durability tests before leaving the factory, ensuring reliability under harsh conditions.

Tailored Control Solutions for You

1. Needs Analysis

We discuss your application, media properties, control precision, environmental conditions, and other key requirements.

2. Conceção da solução

Our engineering team will tailor a control component solution, including selection, parameter matching, and integration advice.

3. Prototipagem e testes

We create prototypes based on the design and conduct rigorous tests to ensure all performance requirements are met.

4. Produção e entrega em massa

After prototype approval, we proceed with mass production and ensure timely, accurate delivery.

Wide Aplicação of Control Components

Automação industrial

Production lines, robotics, conveyors

Machinery Manufacturing

Machine tools, packaging, printing

Process Control

Chemical, water treatment, power

Medical Equipment

Analyzers, ventilators

Control Component Histórias de sucesso

Control Component FAQs

Consider the following when selecting a solenoid valve:

  • Meio fluido: Gas, liquid (water, oil, etc.), and its properties (temperature, viscosity, corrosiveness).
  • Pressão de funcionamento: The working pressure range of your system.
  • Port Size & Connection: e.g., G1/4, NPT, flange.
  • Valve Body Material: Brass, stainless steel, engineering plastic, compatible with the medium.
  • Coil Voltage & Power: AC220V, DC24V, etc., and power consumption.
  • Operation Mode: Normally Closed (NC) or Normally Open (NO).
  • Response Time: Any specific requirements for switching speed.

Please refer to our product specifications or contact technical support for selection assistance.

The main differences lie in their control method and suitable environments:

  • Válvulas solenóides: Actuated by an electrical signal to a coil, creating a magnetic force. Fast response, easy automation, but consider power supply and EMI.
  • Air-Piloted Valves: Actuated by an external air pressure signal. Suitable for no-power or explosion-proof areas, simpler structure, but potentially slower response than solenoid valves.

The choice depends on your application needs, control system setup, and environmental requirements.

Proper use and maintenance are key to extending valve life:

  • Clean Media: Ensure fluid is clean; install filters upstream if necessary to prevent damage or clogging.
  • Instalação correta: Follow manual instructions for flow direction, position, and avoiding pipe stress.
  • Suitable Conditions: Operate within rated pressure and temperature limits.
  • Inspeção regular: Check for leaks, smooth operation, and secure connections.
  • Environmental Protection: Choose appropriate protection for outdoor or harsh environments.

Manifold solenoid valves offer several benefits, especially in complex systems:

  • Economia de espaço: Multiple valves are integrated into a single compact unit, reducing overall space requirements.
  • Tubagem simplificada: Common supply and exhaust ports reduce the amount of tubing and fittings needed, making installation cleaner and easier.
  • Tempo de instalação reduzido: Fewer individual connections lead to quicker setup.
  • Manutenção mais fácil: Individual valves on a manifold can often be replaced without disturbing other connections.
  • Centralized Control: Electrical connections can also be centralized, simplifying wiring.

They are ideal for applications requiring control of multiple pneumatic actuators from a consolidated point.

If a solenoid valve isn’t working, check the following common issues:

  • Power Supply: Verify the coil is receiving the correct voltage and that electrical connections are secure. Check for blown fuses or tripped breakers.
  • Coil Issues: The coil might be burnt out or damaged. Check for continuity with a multimeter (if safe to do so and you’re qualified). A humming sound without actuation can indicate a problem.
  • Pilot Pressure (for piloted valves): Ensure adequate pilot pressure is available if it’s a pilot-operated valve.
  • Stuck Spool/Plunger: Dirt, debris, or wear can cause the internal spool or plunger to stick. Sometimes, manually actuating the valve (if it has an override) can help identify this.
  • Incorrect Installation: Ensure the valve is installed in the correct flow direction.
  • Blocked Orifice/Ports: Contaminants in the fluid can block small orifices within the valve.
  • Mechanical Damage: Inspect the valve body for any visible damage.

Always ensure the system is depressurized and de-energized before attempting any troubleshooting or maintenance. If unsure, consult the product manual or a qualified technician.

Ready to Optimize Your Fluid Control System?

Our control components will bring greater precision and reliability to your automation applications. Explore our products now, or contact our expert team for professional solutions.

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