A New Era of Motion Control: Demystifying Electric Actuators

Dora

Dora

Sale Manager of Valvaire with 10 years of experience in valve manufacturer

Related Post

A New Era of Motion Control: Demystifying Electric Actuators

Facebook
Twitter
Facebook
LinkedIn

What you should know for electric actuator

Greetings from Valvaire for electric actuator china! As the Sales Manager of Valvaire, I am thrilled to take you on an exciting journey through our groundbreaking Valvaire Series Electric Actuators. These sophisticated devices embody high intelligence, top-tier protection, compact size, extensive integration, prolonged service life, and unwavering performance. They cater perfectly to the needs of various industries, making them the go-to choice for diverse industrial automation requirements.

What is an Electric Actuator?

An electric actuator is a tool powered by electricity that creates movement or applies force, often used to control valves, switches, or other mechanical parts in various machines and systems, like electric actuator globe valve,electric gate actuator,electric actuator for ball valve,electric actuator butterfly valve.

What is the electric actuator function?

The role of an electric actuator is to execute controlled movements or actions in response to electrical input. This device utilizes an electric actuator motor to generate the necessary force for functions like opening and closing electric actuator valve, adjusting mechanisms, and carrying out precise motions in various industrial applications. Electric actuators provide accurate and automated movement, enabling efficient operation of mechanical systems without the need for manual intervention.

How do I select an electric actuator?

Selecting the right electric actuator involves a systematic process to ensure optimal performance for your specific application. Normal electric rotary actuator 90 degrees,if you need electric rotary actuator 180 degrees,contact us for it .  Here’s a step-by-step guide to help you make an informed choice:

Identify Application Requirements: Understand the purpose of the actuator. Determine factors like load capacity, required force, movement range, and speed.

Evaluate Environmental Conditions: Consider where the actuator will be placed. Assess factors such as temperature, humidity, and exposure to contaminants.

Define Control System: Determine how the actuator will be controlled – whether through manual control, remote operation, or integration into an automation system.

Match Actuator Type: Choose between linear or rotary actuators based on the desired movement direction (linear or rotational) for your application.

Assess Power Supply: Confirm available power sources and voltage compatibility with the actuator’s requirements.

Consider Speed and Precision: Evaluate the required speed and precision of movement. High-speed applications might need different actuators compared to those requiring precise positioning.

Account for Load: Calculate the load the actuator will handle, including variations due to environmental conditions.

Review Mounting Options: Check if the actuator can be mounted in your desired position – horizontally, vertically, or at an angle.

Budget Consideration: Balance performance with your budget. While cost-effective options exist, prioritize quality and reliability.

Check Availability and Support: Ensure timely availability of spare parts and technical support from the manufacturer.

Review Product Specifications: Compare product specifications, including features, dimensions, and compatibility with your system.

Explore Feedback Options: Consider if the actuator requires feedback mechanisms like sensors or encoders to ensure accurate positioning.

Longevity and Maintenance: Evaluate the expected lifespan of the actuator and any maintenance requirements.

Seek Expert Advice: Consult with experts or manufacturers to get personalized recommendations based on your application’s needs.

Trial and Testing: If possible, test a sample actuator in your application before finalizing the selection.

By following these steps, you can confidently choose an electric actuator that aligns with your industrial requirements, ensuring seamless and efficient operation within your systems.

What Are the Advantages of Electric Actuators?

Easily control 90°rotating equipment from afar or on-site with Valvaire Electric Actuators. Precision meets adaptability in industrial automation.

Whether you’re considering indoor or outdoor installation, our electric actuators are designed to thrive in any environment. In situations where extended exposure to rainwater, raw materials, and direct sunlight is a concern, rest assured – we have the ideal solution. It’s recommended to incorporate a protective cover to safeguard the entire electric actuator. This thoughtful addition guarantees that your equipment operates optimally, even in the most challenging conditions.

Electric actuators offer a compact design without compromising performance in a world where space is at a premium. This design ensures effortless integration into your existing setup.

Electric Actuators excel in durability and performance, crafted with precision and premium materials for prolonged service life, minimal downtime, and heightened productivity.

Electric Actuators excel across sectors. Ideal for new energy, biopharmaceuticals, fine chemicals, and municipalities, ensuring seamless operations with reliability and precision.

Are You Meeting the Demands of Installation Environments?

Installation environments play a pivotal role in ensuring optimal performance. Here’s a succinct breakdown of installation environment requirements to guide you:

Protection against Harsh Elements: For settings exposed to rainwater, raw material splashes, or direct sunlight, consider using a protective cover. This additional layer of safeguarding ensures the longevity of your equipment.

Space for Installation and Maintenance: During setup, allocate adequate space for wiring, manual operation, and future maintenance needs.

Operating Temperature Range: Valvaire Series Electric Actuators perform optimally within the temperature range of -30°C to +60°C. Models featuring heating dehumidifiers are recommended for environments with temperature fluctuations or sub-zero conditions to prevent condensation.

Achieving Optimal Performance with the Right Medium

The temperature of the working medium has a big impact on how well the actuator performs. To make sure everything runs smoothly, Here is a suggestion.:

When used alongside valves, the working medium’s temperature influences the actuator’s temperature. Choose the appropriate bracket based on the working medium’s temperature. A high-temperature bracket is advised for temperatures exceeding 80°C; temperatures below 80°C call for a standard bracket.

Seamless On-Site Cable and Wire Installation

Proper cable and wire installation are essential for maintaining functionality and safety. Here’s a quick guide to ensure a hassle-free setup:

Electrical Conduit Installation: Adhere to provided instructions for installing electrical conduits, ensuring efficient cable management.

Waterproofing Measures: Implement robust waterproofing measures to shield the equipment from moisture,meet standard IP67.

Elevated Placement: Position the actuator higher than the wire tube to prevent water droplets from entering and compromising the actuator’s safety.

Powering Up for Optimal Performance

A consistent power supply is pivotal to uninterrupted operation.Ensure the ordered model’s power supply type matches the on-site power supply available.

The on-site voltage should meet the specified criteria: AC380V±10% 50/60Hz, AC220V±10% 50/60Hz, AC110V±10% 50/60Hz, AC24V±10% 50/60Hz, DC24V±5%.

Note:If need special electric actuator 12v&electric actuator 120v,pls contact with us

Utilization and Maintenance Made Effortless

Utilizing and maintaining Valvaire Series Electric Actuators is a streamlined process. Here’s a step-by-step guide to ensure optimal performance:

1.Proper installation lays the foundation for optimal performance. Ensure the actuator is installed and connected correctly to the valve.

2.Conduct a manual test run to fine-tune the valve’s opening and closing angles. Follow the provided steps for precise adjustments.

3.After manual adjustments, proceed to an electric test run. Remove the wire inlet cover and follow the circuit diagram for accurate wiring. Monitor the actuator and valve’s behavior during the test run to ensure flawless operation.

Is Your Maintenance Strategy on Point?

Thanks to advanced engineering, these electric actuators require minimal maintenance. The high-grade molybdenum-based grease used ensures a long service life without the need for frequent inspection or refueling. However, regular testing is recommended for actuators experiencing extended periods of inactivity to identify and address potential anomalies.

Troubleshooting and Solutions

Should any issues arise, our dedicated customer support team is ready to provide swift and efficient solutions to get your operations back on track.Here are some common problems and solutions

Elevate Your Industrial Automation

In conclusion, the Valvaire Series Electric Actuators redefine the landscape of electric actuation. Their intelligent design, robust protection, compact form, and remarkable longevity make them the perfect fit for various industries. Whether you’re seeking precision control for 90° rotating ball valves, butterfly valves, or damper baffles, Valvaire has the solution.

Contact our team to experience the power of Valvaire Series Electric Actuators firsthand and witness their impact on your industrial automation processes. We’re dedicated to providing tailored solutions that cater to your unique needs, and we’re excited to embark on this journey of innovation with you.

Thank you for joining me in exploring Valvaire’s cutting-edge electric actuators. Together, we’re shaping the future of industrial automation, one intelligent movement at a time.

Get In Touch