Actuator
Technical Details of Pneumatic Actuator
- Body : Aluminum Hard AnodizedÂ
- Shaft : EN8
- Caps : Aluminum Pressure Die CastÂ
- Guides : Low Friction Acetal Resin
- Piston : Aluminum Pressure Die Cast
- Bolts : StainlessÂ
- Sealing : Nitrile
- Operating Pressure : 35 to 150PSI
- Temperature : -20°C to 90°C
- Air Supply : Filtered, Dry or Lubricated
Technical Details of Electric Actuator
- Body : Aluminum AlloyÂ
- Power Supply : 24VDC, 110VAC, 220VAC
- Motor : Squirrel Cage Asynchronous MotorÂ
- Limit Switch : SDPT, 250VAC10A, Each for Open & Close Positions
- Rotation : 90° (±10°), Other Rotation On Request
- Manual Operation : Mechanical Handle Standard
- Conduit Entry : 2 x M18
- Operating Temperature :-20°C to 70°C
- Ambient Humidity : Max. 90% RH
- Vibration Tested : XYZ10g, 0.2~34Hz, 30 Minutes
- Mounting : ISO5211
- Torque Output : 30Nm to 1000Nm (2000Nm On Request)
Detailed Overview
IVM ENGINEERING is Pneumatic and Electric Actuators by providing a comprehensive solution for industrial automation. Our large line-up of Pneumatic Actuators, including single and double acting linear cylinders, high-capacity rotary vane and rack-and-pinion designs, and specialty options, are designed to deliver high-performing, rugged reliability in many different and frequently demanding environments. These actuators are appreciated for their high force rating, fast response times, and use in applications that demand intrinsically safe operation. Supplementing our pneumatic business, our Electric Actuator are advanced solutions, such as accurate multi-turn and quarter-turn actuators, Electric linear cylinders, and advanced smart actuators with embedded digital control and communications protocols.
These Electric Actuators are best suited for applications that require precise positioning, variable speed control, and smooth integration into contemporary control systems. We give utmost importance to the use of quality materials and sophisticated processes, guaranteeing the strength and longevity of our products. Additionally, our engineering groups collaborate closely with customers to deliver customized actuation solutions, providing knowledge in sizing, selection, and integration. In addition to our product lines, we also believe in offering outstanding customer support, such as extensive documentation, training initiatives, and prompt after-sales support, making us a reliable partner in automating efficiency and reliability across various industries globally. Our ongoing research and development investments guarantee that our Pneumatic and Electric actuator technologies lead the way in innovation, catering to the changing requirements of the automation environment.
Actuator Special Features
- Position Control/Feedback
- Force/Torque Control
- High Cycle Life
- Customization Options
- Vibration Resistance
- Ingress Protection (IP Rating)
- High Accuracy and Repeatability
- Wide Operating Temperature Range
Key Features
- Transfer of Energy into Mechanical Motion : Both actuators receive an input form of power (electricity or compressed gas) and use it to output mechanical motion in the form of linear or rotating motion. It is their sole purpose.
- Control Input : Both need to be controlled by a control signal for them to start, change, or stop their motion. This control signal is either electrical (voltage, current, digital command) for electric actuators or pneumatic (pressure) for pneumatic actuators, usually via control valves or electronic controllers.
- Reliability and Durability : They are both meant to be reliable and durable for use in the industrial environment and must endure harsh operating conditions, though the exact determinants of their life and maintenance requirements differ.
- Mount Interface : Both actuator types feature standardized or application-dependent mounting interfaces to enable effective and secure mounting on equipment to be operated by them.