To pick the right valve actuator, first check the torque needed. Think about how your system works and where it is used. You need to know about each actuator type. For example, a pneumatic actuator is good for many factories. An electric actuator is best for exact control. Using the right valve actuator makes things safer and saves money. Studies show electric valve and pneumatic valve systems are best for accuracy and speed.

Key Takeaways

• Pick the right ball valve actuator by matching torque, power source, and control needs to your system.
• Learn about the main actuator types. Manual actuators are good for simple jobs. Electric actuators give you more control. Pneumatic actuators work fast. Hydraulic actuators are best for heavy-duty work.
• Always add extra torque to your calculations. This helps stop valve or actuator failure.
• Think about where the actuator will be used. Look at temperature, pressure, and if the area is dangerous.
• Use actuators with safety features. These include fail-safe modes and position indicators. They help keep people and equipment safe.
• Think about the total cost of ownership. This means looking at maintenance, energy use, and repairs, not just the first price.
• Keep up with regular maintenance and checks. This helps you find problems early and makes the actuator last longer.
• Ask experts for help. Use a step-by-step process to make sure you choose the best actuator for your job.

Ball Valve Actuator Basics

What Is a Ball Valve Actuator

A ball valve actuator is a tool that helps open or close a ball valve. You do not have to turn the valve by hand. The actuator does this job for you. This makes it simple to control how liquids or gases move in pipes. Ball valve actuators use different power sources. These can be air, electricity, or hydraulic fluid. Most ball valves only need a quarter-turn to work. This means the actuator turns the valve stem just 90 degrees to open or close it.

You can look at the table below to see the main actuator types and how they work with ball valves:

A pneumatic ball valve actuator uses air to move pistons. These pistons turn the valve stem with a rack and pinion or scotch yoke. This gives fast and steady control, even in places where explosions could happen. An electric actuator uses a motor and gears to turn the valve stem. You can use this when you do not have air. Hydraulic actuators use fluid to move the valve. This is good for heavy-duty jobs. All these actuators use quarter-turn operation, so they work well with ball valves.

Technical guides and manuals from companies like Schneider Electric show how to pick and install the right actuator. These guides help you learn how each industrial valve actuator is built and works.

Why the Right Valve Actuator Matters

Picking the right valve actuator is important for safety and how well your system works. If you choose the wrong one, you could get leaks, slow response, or even system failure. The right actuator lets you control the valve quickly and safely. It also keeps your equipment and workers safe.

• Fail-safe features like spring return or manual override make sure the valve moves to a safe spot if power or air is lost. This keeps your system safe.
• Position indicators tell you if the valve is open or closed. This helps stop mistakes and lets you check the valve from far away.
• Using actuators that meet ISO 9001 or API 6D standards means your system follows strict safety rules.
• The actuator type you pick changes how fast the valve moves, how much energy you use, and how often you need to fix it.
• Making sure the actuator is the right size and has enough torque stops valve failure and saves money on repairs.
• Mounting the actuator with ISO 5211 standards makes it easy to swap or fix parts.

You should always think about the total cost over the actuator’s life, not just the first price. A good industrial valve actuator saves money by cutting down on repairs and energy use. Regular checks and care keep your actuator and valve working well for a long time.

Tip: Always pick a valve actuator that fits your system’s needs. This helps you avoid trouble and keeps your work running smoothly.

Types of Ball Valve Actuators

When you pick a valve actuator, you should know the main types. Each type works best for different jobs. You can choose the right one by looking at how it works, what it costs, and how much care it needs. Here are three common types of valve actuators used with ball valves.

Manual Actuators

Manual actuators are the easiest kind to use. You turn a handle or wheel with your hand. This opens or closes the valve. You do not need any power for this actuator. Manual actuators are good if you do not need to change the valve often. They are strong and last a long time. You can use them when you want something cheap and simple.

Note: Manual actuators do not let you control the valve very exactly. You must be close to the valve to use it. They are not good for high-pressure systems or places where you open and close the valve a lot.

Here is a table that shows how manual actuators compare to other types:

Electric Actuators

Electric valve actuators use a motor to move the valve. You can control them from far away. They are good when you need exact control. You can connect electric actuators to computers or control systems. This makes them great for new factories and smart buildings.

Many companies use electric valve actuators because they save energy and need less fixing. The market for electric actuators is growing quickly. Companies want more machines and better control. You will see these actuators in oil and gas, water plants, and power plants. They are also good if you want to stop leaks or spills.

• Electric valve actuators let you control the valve very exactly.
• You can use them with smart sensors and remote controls.
• They help save energy and lower costs over time.
• They are cleaner than hydraulic or pneumatic actuators.

Pneumatic Actuators

Pneumatic actuators use air to move the valve. These actuators are very fast. You can use them when you need quick action. They work well in factories and tough places. Pneumatic actuators are safe in places where explosions could happen. They do not use electricity, so they are safer in some areas.

Pneumatic actuators are lighter than hydraulic ones. You can use them in clean rooms or places where you want less weight. They need a steady supply of air. You may need to check and fix them more than electric actuators.

Tip: If you need a fast actuator for tough jobs, pneumatic actuators are a good pick. They are simple and cost less than hydraulic actuators, but may not last as long.

Industry data shows pneumatic actuators are best for fast, light, or medium jobs. Electric actuators are best for exact, automatic control. Manual actuators are best when you want something simple and cheap. Knowing the types of actuators helps you pick the right one for your system.

Hydraulic Actuators

Sometimes you need a strong actuator for hard jobs. Hydraulic actuators are very powerful. They can move big valves in heavy systems. These actuators use pressurized fluid, like oil, to make force. You often see them where other actuators are not strong enough. For example, they are used in offshore drilling, water plants, and large factories.

Hydraulic actuators are great when you need high torque. They can open or close a valve even if it is stuck or very big. The movement is smooth and steady. This helps you control the valve very well. Many engineers pick hydraulic actuators for safety and reliability.

You can compare hydraulic actuators to pneumatic actuators. Pneumatic actuators use air, but hydraulic actuators use fluid. This makes hydraulic actuators stronger. They work in high-pressure systems. They also work in places with very hot or cold temperatures. If you need an actuator for shock loads, hydraulic actuators are a good choice.

Tip: Pick hydraulic actuators if your valve faces high pressure or tough jobs. They last long and need less fixing than some other types.

Here is a table to help you compare:

Hydraulic actuators cost more than pneumatic actuators. You might need special pumps and hoses. Still, they work well for the hardest jobs. You can trust them to move your valve, even in rough places. When you choose an actuator, think about your valve size and pressure. Hydraulic actuators give you the power and control you need.

On-Off vs Modulating

You also need to pick how your actuator will work. Some actuators only open or close the valve all the way. These are called on-off actuators. Use them when you want simple control. For example, you may want to start or stop water in a pipe. On-off actuators work fast and are easy to use.

Other actuators can move the valve to any spot between open and closed. These are modulating actuators. Use them when you need careful flow control. Modulating actuators help keep the flow steady. You see them in places that need exact control, like chemical plants or water plants.

Both pneumatic and hydraulic actuators can be on-off or modulating. Electric actuators can do both too. When you pick an actuator, think about what your system needs. If you only need to open or close the valve, pick an on-off actuator. If you need to change the flow, pick a modulating actuator.

Note: Modulating actuators may cost more, but they give you better control. On-off actuators are simple and cost less.

You should match the actuator type to your valve and your job. This helps your valve actuator work its best.

Actuator Selection Criteria

To pick the best valve actuator, you need to know what it must do. There are a few important things to think about before you choose. These things help you find the right actuator for your valve and system. This part will show you the main things to check when picking an actuator.

Torque and Sizing

Calculating Valve Torque

You have to know how much force is needed to move the valve. This force is called valve torque. If you guess wrong, the actuator might not work or could break the valve. To get the right torque, look at the valve size, system pressure, and the valve seat type. You also need to think about how often you will use the valve.

Experts say you should figure out breakaway torque. This is the force needed to start moving a closed valve. You also need to think about friction and extra force from pressure drops. For example, a big ball valve in a high-pressure system needs more torque than a small one in a low-pressure line. Standards like API 6DX and ISO 12490 give you good ways to do these math steps. These rules help you pick the right size actuator so it works safely.

Applying Safety Factor

After you find the basic torque, add a safety factor. This extra amount helps if pressure, temperature, or wear changes. Most people say to use a safety factor of at least 25%. This means you take your torque and multiply it by 1.25. If the valve gets sticky or pressure goes up, your actuator will still work. Adding a safety factor keeps your equipment safe.

Tip: Always use a safety factor when you size your actuator. This easy step can stop big problems and make things safer.

Environmental Considerations

Temperature and Pressure Ratings

Your actuator must work in the same place as your valve. Hot or cold weather can change how well it works. Cold can make parts stiff. Heat can hurt seals or electronics. You need to check the temperature rating for both the actuator and valve. Pressure matters too. If your system has high pressure, your actuator must be strong enough.

Studies show that the environment can change how much energy your actuator uses. For example, actuators in water or air lose heat at different speeds. This can change how fast and well your actuator works. Some actuators have special coatings or designs to protect against water, air, and temperature changes. These things help your actuator last longer and work better in hard places.

• Actuators lose energy faster in air or water because of heat loss.
• Water and air can hurt actuator parts over time.
• Special coatings and smart designs help keep actuators safe in tough places.
• Good heat control keeps actuators working well.

Hazardous Locations

Some places are extra risky, like where there are explosive gases or dust. You must pick an actuator that is safe for these spots. Look for actuators with special safety ratings, like explosion-proof or safe designs. These actuators stop sparks or heat from starting fires. Always check local safety rules before you pick an actuator for a risky place.

Note: Safety is most important in risky areas. Pick actuators with the right safety marks to keep people and equipment safe.

Power Source

You need to pick how your actuator will get power. The main choices are electric, pneumatic (air), or hydraulic (fluid). Each power source has good and bad points.

• Electric actuators use motors and need steady power. They are good when you want exact control and easy automation.
• Pneumatic actuators use air. They work fast and are safe in places with fire or explosion risks.
• Hydraulic actuators use fluid under pressure. They give you lots of force for big or tough valves.

Think about what power you already have at your plant. Also, check if you need backup power in case of a power cut. The right power source helps your actuator work well and keeps your system safe.

Tip: Match your actuator’s power source to your site’s needs and safety rules. This choice changes how easy it is to set up, use, and fix your valve actuator.

Control and Automation

When you pick a valve actuator, think about how you want to control it. Automation lets you open and close the valve without touching it. You can use computers, sensors, or remote controls for this job. This makes your system work faster and more accurately. Automated systems help save time and reduce mistakes.

Modern actuator control uses open-loop and closed-loop methods. Closed-loop systems use sensors to check the valve’s position. These sensors send feedback to the actuator. The actuator can fix mistakes right away. This gives you better accuracy and fewer problems. Many factories use PLCs and IoT devices. These tools let you watch and control valves from far away. You can also set up alerts for when you need to do maintenance.

Here is a table that shows how automation helps in different places:

You should match your control needs to your process. If you need to move the valve a lot, automation is a smart idea. Automated systems can lower costs and make things safer. You can use remote-controlled actuators in hard-to-reach or risky places. This keeps workers safe and helps your plant run better.

Tip: Automation helps you find problems early and cuts down on mistakes. This keeps your system working well.

Safety Features

Safety is one of the most important jobs for a valve actuator. You must make sure your actuator keeps the system safe and working right. Many actuators have built-in safety features. These include overload protection, fail-safe modes, and position indicators. Overload protection stops the actuator if the valve gets stuck. Fail-safe modes move the valve to a safe spot if power or air is lost.

Sensors are important for safety. They check the valve’s position and send alerts if something is wrong. This helps you fix problems quickly. Studies show that adding safety features can lower maintenance failures by 20%. You also get longer equipment life and fewer accidents.

Here is a table that shows what affects actuator safety and reliability:

You can use backups to make things safer. This means adding extra actuators or power supplies. If one part fails, the backup takes over. Regular checks and care also help. You should clean, oil, and check your actuator often. This stops small problems from getting worse.

Some experts use special models to guess when an actuator might fail. These models help you plan repairs before something breaks. Predictive maintenance and fault-tolerant designs make your system safer and more reliable.

Note: Always pick actuators with the right safety features for your job. This keeps your workers and equipment safe.

Cost Factors

Cost is a big thing to think about when picking a valve actuator. You need to look at more than just the price. Think about the total cost of owning it. This means you add up the price, care, repairs, and lost time if it breaks.

A cost-benefit study helps you compare actuators. You can look at NPV or ROI. This shows which actuator saves you the most money over time. Sometimes, a more expensive actuator costs less in the long run because it lasts longer and needs less fixing.

Here are some things to check when you look at cost:

• Total cost of ownership (TCO) includes care, repairs, and downtime.
• High-quality actuators may cost more at first but save money later.
• Energy-efficient actuators lower your power bills.
• Customer reviews and case studies show how actuators work in real life.
• Weigh the first cost against savings over several years.

1. Long-term cost of ownership covers more than just the first price. It includes service and spare parts.
2. Picking the right valve and actuator for your process can save a lot of money.
3. The parts you choose, like seats and seals, affect how long your actuator lasts.
4. Smart actuators can cut wiring and troubleshooting costs by up to 30%.
5. Buying from one supplier can lower risks and costs.
6. Regular maintenance based on known life cycles helps prevent downtime.

Tip: Always look at the big picture. A good actuator saves you money by working better and lasting longer.

Considerations in Choosing a Valve Actuator

Application Needs

When you pick a valve actuator, start with what your job needs. Every job is not the same. Think about what you want your valve to do. The actuator helps the valve work better. Some jobs need the valve to move fast. Others need the valve to move slowly and carefully. Sometimes you need a lot of force. Other times, you want the valve to be quiet and smooth.

Here are some real-life examples that show why your job matters:

• Factories use servo motors for robot arms. This makes assembly faster and more exact.
• In shipping, pneumatic actuators help robot hands grab heavy boxes. They move things quickly and safely.
• For a ball valve, look at how much force and movement you need. Also, think about how often you will use it. These things help you pick the right actuator.
• Spot welders need actuators that are strong and exact for welding.
• Tiny flying robots use special actuators for their wings. These actuators must move just right and at the right speed.

The best actuator depends on what your valve must do. If you need speed, pick one that moves fast. If you need careful control, pick one that can make small changes. Always choose an actuator that fits your valve’s job.

Durability and Maintenance

How long your actuator lasts is very important. You want it to work for many years. Pick actuators made from strong stuff. Stainless steel and special covers stop rust and damage. If your valve is outside or near chemicals, you need extra protection.

Taking care of your actuator is also important. Some actuators need to be checked and oiled often. Others can work for a long time without much care. Pick an actuator that matches how much care you want to give. If you want less time fixing things, pick one that is easy to fix. Good care keeps your valve and actuator working well and saves money.

Tip: Always look at how much care the actuator needs before you buy. Simple designs usually mean fewer problems.

Integration and Mounting

Making sure your actuator fits your valve and system is very important. Check how the actuator attaches to the valve. Many actuators use ISO 5211 mounting. This makes it easy to change or upgrade parts. This standard helps you put everything together fast.

You should also check how the actuator connects to your controls. Some actuators work with smart sensors or remote controls. Others need special wires. Make sure the actuator works with your system. Good integration means your valve and actuator work well together.

Here are some things to check for easy setup:

• How the actuator mounts and its size
• If it uses electric or air connections
• If there is enough space for both parts
• If it works with your control system

Planning for good integration stops delays and extra costs. When your actuator and valve fit well, your system is safer and works better.

Step-by-Step Actuator Selection

Define Requirements

Begin by figuring out what your valve must do. Think about the job and where the valve will work. If you skip this, your valve might break or be unsafe.

• Check how much force your valve needs. This is called the load requirement. If you miss this, your actuator might not work.
• Look at the place where the valve will be. Hot, wet, or chemical-filled spots can hurt your actuator. Make sure your actuator can handle these things.
• Decide if your valve should move straight or turn. This is called linear or rotary motion. Picking the wrong one can cause trouble.
• Some jobs need special actuators. For example, if your valve faces strong chemicals, you may need a custom actuator.
• Work with good companies. They help you get an actuator that lasts and works well.

Here is a simple checklist to help you know what you need:

Tip: Write down all your needs before you look at actuators. This makes picking an actuator much easier.

Select Actuator Type

After you know your needs, pick the right actuator type. Each type works best for certain jobs and places.

Match the actuator type to what your valve needs. Use a pneumatic actuator for fast, steady movement in factories. Pick an electric actuator if you want exact control or automation. Manual actuators are good for simple jobs where you do not need remote control.

Note: Always check what power source you have. This helps you avoid extra costs or setup problems.

Evaluate Criteria

Once you pick the actuator type, check some key things. This helps you compare actuators and find the best one for your valve.

Follow these steps to help you decide:

1. Check how much force, speed, and accuracy your valve needs.
2. Look at the place where the actuator will be. Make sure it can handle heat, wetness, and chemicals.
3. Decide how exact and reliable your valve must be. Think about how often you move the valve and how exact it must be.
4. Compare actuator types. Look at electric, hydraulic, and pneumatic actuators. Each one has different strengths.
5. Think about cost, size, and weight. These matter for your job.
6. Plan for care. Pick actuators that are easy to fix and last a long time.

Experts use things like torque, mass, and stiffness to compare actuators. For example, a study asked robotics experts to rank these things for different jobs. You can use this idea for your valve actuator too.

You can also compare actuators by their size, pressure rating, and weight:

Tip: Use a scoring chart to rate each actuator on important things. This helps you make a fair choice for your valve.

Compare Options

You have gathered all your information. Now you need to compare your choices. This step helps you find the best actuator for your valve. You should look at each option side by side. This makes actuator selection easier and more accurate.

Start by making a table. List each actuator and its main features. You can include things like torque, speed, cost, and safety. Here is an example:

You can use this table to see which actuator fits your valve best. Look for the one that meets your needs for torque and speed. Check if it matches your power source. Make sure it fits your budget.

You should also think about how easy it is to install and maintain each actuator. Some actuators need more care than others. Some are easier to mount on your valve. If you want less trouble later, pick an actuator that is simple to use and fix.

Tip: Write down the pros and cons of each actuator. This helps you see the differences clearly.

Ask yourself these questions:

• Does this actuator give enough torque for my valve?
• Will it work in my plant’s environment?
• Is it easy to control and automate?
• Does it have the safety features I need?
• Can I afford it now and in the future?

When you answer these questions, you make actuator selection much easier. You can feel sure you picked the right valve actuator for your job.

Consult Experts

Sometimes you need extra help. If you feel unsure about your actuator selection, talk to an expert. Experts know a lot about valves and actuators. They can help you avoid mistakes.

You can contact valve manufacturers or trusted suppliers. They often have engineers who can answer your questions. Bring your list of needs and your table of options. Show them what you have found. They can check your work and suggest the best actuator for your valve.

You can also read case studies or join online forums. Many people share their experiences with actuator selection. You can learn from their stories and avoid common problems.

Note: Getting advice from experts can save you time and money. You can feel confident that your valve and actuator will work well together.

When you finish these steps, you will have a clear answer. You will know which actuator fits your valve and your job. This careful process helps you build a safe and reliable system.

Common Mistakes

Picking a ball valve actuator might look easy, but people often make mistakes. These mistakes can cause problems later on. You can stop these problems if you know what to watch for. Here are three mistakes you should try to avoid when choosing an actuator.

Underestimating Torque

Some people pick a smaller actuator to save space or money. This can cause big problems. If the actuator does not have enough torque, it might not move the valve all the way. This can make the actuator wear out faster. The valve might get stuck or stop working right.

Experts say you should pick an actuator with 30–50% more torque than the valve needs. This extra torque helps if the fluid pressure changes or if there is buildup inside the valve. If you do not add this safety margin, your actuator might fail when you need it most. The valve may not open or close fully, and it could break early. Always check how much torque you need and add extra before you choose.

Tip: Do not guess the torque. Use the valve’s numbers and add extra to keep your system working well.

Ignoring Environment

Sometimes people forget to think about where the actuator will be used. The place where you put the actuator can change how well it works. Hot or cold weather, water, dust, and chemicals can all hurt the actuator. If you do not think about these things, the actuator might break early or work in an unsafe way.

For example, if the actuator does not have the right cover, it can rust or freeze. Electronics can stop working if it is too hot or wet. Dust can block moving parts. Always check if the actuator can handle the temperature and humidity where you use it. Pick materials and covers that fit your site. If there are chemicals or water, use an actuator with seals and covers to protect it.

Note: The right actuator for your place lasts longer and keeps your system safe.

Overlooking Safety

Safety features are very important. If you skip them, you could put people and your system in danger. Many accidents happen because someone did not pick the right safety features.

• Fail-safe options like fail-open or fail-closed valves help keep things safe if power or air stops.
• Safety standards like ISO and ANSI help you follow the rules.
• Checking, oiling, and looking for leaks helps stop failures and keeps the actuator safe.
• Talking to experts or the company helps you pick the right actuator and avoid mistakes.
• Fixing things like air leaks or worn parts stops unsafe problems before they start.

You should always put safety first. Pick actuators with the right safety features and check them often. This keeps your equipment and everyone safe.

Remember: A safe actuator keeps your system working well and protects your money.

Ensuring Reliability

Maintenance Tips

You can help your ball valve actuator work well by doing some easy things. Taking care of it often stops sudden problems and keeps everything safe. Here are some simple tips you should follow:

1. Check your actuator a lot. Look for worn spots, leaks, or loose pieces.
2. Wipe off dirt and dust from the actuator and the area around it.
3. Fix moving parts and change old pieces before they break.
4. Use a checklist for maintenance. This helps you remember what is important and skip what is not needed.
5. Write down all the work you do. Keep notes about repairs and how the actuator works.
6. Try using a Computerized Maintenance Management System (CMMS) if you can. This tool helps you plan and keep track of jobs.
7. Teach your team to use checklists and learn from old repair notes.
   

   Using a checklist and caring for your actuator often can help it last longer and stop problems. Studies show that places using these steps have fewer breakdowns and better results.

Monitoring

You should watch how your actuator works to find problems early. Checking it helps you see trouble before it gets worse. Many new actuators have sensors and smart tools. These let you check things like position, heat, and pressure.

• Use sensors to see if the valve opens and closes right.
• Set alarms for high heat or pressure.
• Watch how many times the actuator moves. Strange patterns can mean something is wrong.
• Look at logs to find problems that happen again and again.
  A digital tool, like a CMMS, makes it easy to save and look at this information. When you check your actuator, you can fix things before they break. This keeps your system safe and running well.

  Tip: Finding problems early saves money and stops surprise shutdowns.

Upgrades

Making your actuator better can help it work longer and add new things. Many companies have made their systems better by using new technology. For example, some changed from hydraulic to electric actuators. This can make things lighter and cost less, like in airplanes.

• You can add smart tools to your actuator. These let you see health data and plan repairs.
• New materials, like composites and 3D-printed parts, make actuators stronger and lighter.
• Retrofit kits let you update old actuators without buying a whole new one.
• Modular upgrades help you make your actuator safer and better step by step.
  Companies like Collins Aerospace and SAAB Aeronautics have used upgrades to make their systems easier to fix and more reliable. You can do this too by looking for new parts or features that fit what you need.

  Note: Making your actuator better does not always mean buying a new one. Sometimes, a small upgrade or software change can help your actuator work much better.

If you use a step-by-step way to pick a ball valve actuator, you get better safety and save money. Research shows that picking carefully and checking your actuator often stops surprise problems. This also helps you get more value from your system. New actuator designs, like ones with sensors or parts you can swap, make your system safer and cheaper. Use the checklist in this guide and ask experts for help to get the best results for your job.

FAQ

What is the main job of a ball valve actuator?

A ball valve actuator opens and closes the valve for you. You do not have to turn the valve by hand. The actuator uses air, electricity, or fluid to move the valve. This makes the valve move quickly and safely.

How do I know which actuator size I need?

You need to check how much torque your valve needs. Look at the valve size and pressure. Think about how often you use the valve. Add a safety factor, usually about 25%. If you are not sure, ask an expert or use a sizing chart.

Can I use any actuator with any ball valve?

No, you cannot use just any actuator with any ball valve. The actuator type and size must match your valve. Check the mounting style and power source. Always follow the instructions from the valve and actuator makers.

What is the difference between on-off and modulating actuators?

On-off actuators only open or close the valve all the way. Modulating actuators can move the valve to any spot between open and closed. Use modulating actuators when you need careful flow control.

How often should I maintain my valve actuator?

You should check your actuator every few months. Clean it and look for leaks. Test if it moves right. Follow the care schedule in the manual. Regular care helps your actuator last longer and work better.

Are electric actuators safe in wet or explosive areas?

Electric actuators can be safe if they have the right protection. Look for waterproof or explosion-proof labels. Always check the safety marks and use the actuator in the right place.

What should I do if my actuator stops working?

First, check if the power or air supply is working. Look for loose wires or leaks. Try the manual override if your actuator has one. If you still cannot fix it, call a technician or the manufacturer for help.

Can I upgrade my old actuator to a smart one?

Yes, you can upgrade many actuators with smart kits or sensors. These upgrades let you watch and control the actuator from far away. Check if your actuator can use upgrades before you buy new parts.