AUMA Linear Actuators – Precise and Reliable Motion Control

1. Introduction to AUMA Linear Actuators

AUMA linear actuators are designed to provide precise linear motion for industrial applications, ensuring efficient and reliable operation of control valves, gate valves, dampers, and other linear movement systems. These actuators are used in industries requiring high accuracy, automation, and remote operation.

2. Key Features of AUMA Linear Actuators

• High Precision and Control – Provides accurate linear movement for process optimization.
• Robust and Durable Design – Engineered for harsh industrial environments.
• Electric or Electro-Hydraulic Operation – Available in multiple configurations for various applications.
• Integrated Position Feedback – Ensures real-time monitoring and control.
• Fail-safe and Emergency Operation – Options for manual override or backup power sources.
• Weatherproof and Explosion-proof Variants – Suitable for hazardous environments (ATEX-certified models available).

3. Applications of AUMA Linear Actuators

• Water and Wastewater Treatment – Used for flow regulation in sluice gates and control valves.
• Power Plants – Essential for steam control and boiler feed valve automation.
• Oil & Gas Industry – Provides precision in refinery and pipeline flow control.
• Marine and Shipbuilding – Ensures reliable operation in ballast and cooling systems.
• Chemical and Pharmaceutical Industries – Handles aggressive fluids and hazardous environments.

4. Types of AUMA Linear Actuators

• AUMA SA And LE: Modular all-rounders
• AUMA SDL/SDG: Compact actuators

5. Advantages of Using AUMA Linear Actuators

• Increased Automation and Control – Enables remote operation and process automation.
• High Efficiency and Energy Savings – Electric models reduce energy consumption.
• Reliability in Harsh Environments – Weatherproof and explosion-proof options available.
• Customizable for Different Applications – Various thrust and stroke length options.
• Easy Integration with Control Systems – Supports industry-standard communication protocols.

6. Selecting the Right AUMA Linear Actuator

When choosing an AUMA linear actuator, consider:

• Required thrust and stroke length for your application.
• Control type – On/off, modulating, or fail-safe operation.
• Environmental conditions – Temperature, humidity, and hazardous area classification.
• Integration requirements – Compatibility with existing control systems.