TiMOTION Industrial Actuators: Specifications and Models

The Essential Role of Industrial Actuators in Modern Machinery

Industrial actuators are essential components in modern machinery, converting electrical energy into mechanical motion to drive various equipment. Known for their high force and load capacity, these actuators can easily handle heavy machinery and materials. Constructed from durable materials, they are designed to withstand harsh environments, ensuring long-term reliability in industrial settings.

Industrial actuators are widely used across multiple industries. In factory automation, they precisely control robotic arms and material handling systems, enhancing productivity. In heavy industries, they operate large valves and booms, enduring high-pressure and high-temperature conditions. In the energy and infrastructure sectors, they adjust wind turbines and solar panels to maximize transportation efficiency. They play a key role in automated systems and lifts, ensuring safe and stable operation.

 

In summary, industrial actuators are the driving force behind the stability and efficiency of industrial operations, with their applications continuing to expand as technology advances.

 

Force Capacity: Meeting the Demands of Industrial Strength

Force capacity is another essential characteristic of linear actuators, as it determines the maximum force they can exert. In industrial settings, the required force can vary greatly depending on the application:

 

• Light-load Applications (<2,000N):
  Ideal for tasks like controlling automatic doors or lightweight processing equipment, where the actuator needs to move light loads smoothly.
   
• Medium-load- Applications (2,000 to 6,000N):
  Used in mid-sized machinery, such as logistics systems or manufacturing equipment, where a balance of strength and efficiency is required.
   
• Heavy-load Applications (>6,000N):
  Designed for high-force requirements in heavy machinery such as mining equipment or large robotic arms, these actuators can endure substantial loads while maintaining consistent performance.

 

The varying force capacities of industrial actuators ensure they can handle a wide range of industrial environments, from delicate operations to heavy-duty tasks, all while providing the necessary driving power.

 

Speed: The Key to Efficient Operation

The speed of a linear actuator, determining how quickly it extends or retracts, is critical for efficient operation. Industrial applications require different speeds depending on the task at hand:

 

• Low Speed (<20mm/s):
  Best suited for precision operations that require slow, controlled adjustments, such as in assembly or measurement equipment, where small, accurate movements are essential.
   
• Medium Speed (20 to 60mm/s):
  Commonly used in most industrial automation equipment, balancing speed and accuracy to enhance overall productivity.
   

• High Speed (>60mm/s):
  Ideal for tasks that demand rapid response, such as in high-speed production lines or emergency shutdown systems, where quick, large-scale movements are necessary.

The speed range available in industrial actuators ensures optimal performance in various industrial applications, whether the need is for slow, fine-tuned adjustments or fast, efficient operations.
 

(Read more: Part 4: Load And Speed Characteristics Of An Actuator)

 

IP Rating: Built for Tough Environments

Industrial settings are often harsh, with dust, liquids, and other elements posing significant challenges. Industrial linear actuators must have robust protection to ensure long-term reliability. The Ingress Protection (IP) rating is a standard measure of an actuator's ability to withstand these conditions:
 

• IP54:
  This rating offers basic protection against dust and water. Devices with an IP54 rating are protected from most dust particles and can withstand water splashes from any direction. It is commonly used in outdoor lighting and industrial control panels where moderate protection is needed.
   
• IP65:
  IP65-rated devices are completely dust-tight and resist low-pressure water jets from any angle. This makes them ideal for outdoor power equipment, architectural lighting, and vehicle electronics that require strong protection against dust and water.
   

• IP66:
  Offering more protection, IP66-rated devices are fully dustproof and can withstand powerful water jets. They are suitable for harsh outdoor environments or industrial machinery requiring frequent cleaning.
   

• IP67:
  Devices with an IP67 rating are fully dustproof and can be submerged in water up to 1 meter deep for at least 30 minutes. This rating is perfect for outdoor cameras, dive watches, and other equipment exposed to water.
   
• IP68:
  IP68-rated devices offer a high level of water protection. They can be submerged beyond 1 meter for at least 30 min., making them suitable for deep-water operations, marine equipment, and industrial installations constantly exposed to moisture.
   

• IP69K:
  Designed for extreme conditions, IP69K-rated devices can withstand high-pressure, high-temperature water jets. This rating is commonly used in industries like food processing and pharmaceuticals, where rigorous cleaning procedures are required.

 

In addition to these standard IP ratings, certain letters such as K, M, and W provide more specific information about the device’s protection:
 

• K:
  Often seen in IP69K, this letter indicates that the device has passed tests for high-pressure, high-temperature water jets. It is essential for applications in environments that require thorough, frequent cleaning.
   

• M:
  This letter signifies that the device was tested while in motion, particularly during water immersion tests. It ensures that equipment such as underwater robots or moving watercraft can maintain water resistance even when in motion.

• W:
  Used to indicate that the device is suited for specific weather conditions, particularly in extreme environments like heavy rain or stormy weather. IP ratings with a W designation are ideal for outdoor equipment exposed to challenging climate conditions.

These additional designations within IP ratings ensure that linear actuators can operate reliably in a wide range of harsh conditions, extending the lifespan of the equipment they power.

 

Position Feedback and Self-Locking Features: Enhancing Reliability

Many industrial linear actuators are equipped with built-in position feedback systems, such as potentiometers or Hall sensors, which provide accurate position data, ensuring precise movement. Additionally, some actuators feature self-locking mechanisms that maintain their position even when power is lost, which is crucial for applications that require long-term stability and precision.

 

(Read more: Part 6: Electric Linear Actuators With Feedback Sensors)

 

Typical Applications of Industrial Actuators: From Fine Assembly to Heavy-Duty Operations

The versatility of linear actuators, with their wide range of specifications and designs, makes them suitable for a variety of industrial applications. For example, in automated assembly lines, industrial linear actuators precisely control the positioning and movement of components, ensuring efficient and accurate assembly. In heavy machinery, these actuators can handle significant loads and deliver stable, powerful movement, even in challenging conditions.

 

Linear Actuators: The Backbone of Industrial Automation

The diverse specifications and models of industrial actuators make them suitable for a wide range of applications, from delicate micro-adjustments to high-force, high-speed operations. As a key component in the machinery and systems that drive modern industry, linear actuators continue to be a cornerstone for efficient and effective industrial production. Inquire now and customize your own needs with TiMOTION!

 

Further reading:

Advantages of Electric Actuators in Renewable Energy Systems – Solar Panels

Revolutionizing Vehicle Transmission Systems with Electric Linear Actuators

Industrial Electric Actuators for Automated Guided Vehicles