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Why a Rotary Electric Actuator Is Ideal for Precision Control

Many pick and place systems place demands on actuators that conventional pneumatic or hydraulic units can’t handle. Here are some of the high-performance characteristics that advanced pick and place machines typically require, along with the features that make electric actuators well-positioned to meet the requirements: https://lnkd.in/eGc8HP4A #pickandplace #automation #motioncontrol #electric

Synchronous motors are fascinating pieces of engineering that rely on precise synchronization between the rotating magnetic field produced by the stator and the rotor's magnetic field. This synchronization ensures that the rotor rotates at the same speed as the stator's magnetic field, resulting in a constant speed of rotation. This characteristic makes synchronous motors particularly suitable for applications where maintaining a consistent speed is essential, such as in power plants, where they are used in generators to produce electricity at a specific frequency. Moreover, synchronous motors find applications in industries where precise control of speed is crucial, such as in industrial automation and manufacturing processes. Their ability to maintain a constant speed regardless of the load variation makes them highly efficient in these settings. Additionally, synchronous motors are often employed in synchronous clocks, where accuracy in timekeeping is paramount. The synchronous motion ensures that the clock's hands move at a steady pace, allowing for accurate timekeeping over extended periods. Explore our webstore to find even more product >>?www.quicktimeonline.com #QuickTimeOnline?#QuickTimeEngineeringInc?#QTOnline #SynchronousMotor #motor #didyouknow #fact #tips #knowledge #AutomationOnlineStore?#automationengineer?#automationsystem?#Automation?#instrumentation?#industrialautomation?#oilandgasindustry?#onlinestore?#industrial?#supplier?#worldwideshipping

??Find out why Bonray actuators are the best choice for your valves! With advanced technology, high durability and precise control, Bonray actuators operate smoothly and efficiently. Watch to see how our actuators meet your requirements?. ??Visit www.szbonray.com to learn more.#bonray #actuator #automation #intelligentactuator #smartactuator #electricactuator #valve

Understanding Motor Controllers in Electric Mobile Machinery ?? When it comes to electrification, mobile machinery relies on a few key components: batteries, electric motors, and control devices. Let’s find out more about motor controllers. To drive an AC motor from a battery that delivers DC voltage, a motor controller is needed. Often referred to as inverters or drives, each motor controller can control one motor. For multiple motors, you need multiple controllers or a dual variant that combines two controllers into one unit. Key Points ?? ??Choose the right voltage levels depending on your power need. Power is a function of voltage multiplied by current. The current at 24 Volt will be twice as high as at 48 Volt for the same power. Most controllers are designed to handle an average load of a few hundred Ampere.? ??Controllers operating at 24-96V are generally considered “low voltage” and are covered by high-volume products. ??Higher power levels require higher voltages, typically 400V to 800V systems. There are no standardized voltage levels, but the controllers can often cover a wide range. ??A mobile machinery application can be more unpredictable than an industrial application. Speed, torque, and position regulation are crucial to give the operator full control of the machine. ??Common communication protocols for controllers are CANopen and J1939. They can be seen as different dialects spoken on the CANbus in different types of machines, sharing the same infrastructure. ??The complexity of controller software can differ a lot. From acting as a simple speed controller to handling complex vehicle functionality. Motor controllers like the ACS series are designed to handle these tasks efficiently. Proper configuration and adaptation are crucial for optimal performance and safety. To learn more, read the full article “Introduction to Electric Drive in NRMM” and check out the ACS series on our website! Contact us at [email protected] if you have any further questions or need help choosing the right solution for your application. #ElectricMotors #MotorControllers #MobileMachinery #Engineering?

The cost to run pneumatics is more than one would think. While on the surface the cost of a pneumatic cylinder itself is almost negligible, the real cost is in the production and maintenance of compressed air. - At a cost $0.18-$0.50 per 1,000 cubic feet (MCF) - With 30% loss due to leaks (The Department of Energy estimates) - Pneumatic Cylinder efficiency of 10-15% With these numbers/metrics, it is easy to see how the cost of pneumatics can add up. Then to verify/validate these findings there was a study (Published by Design World) that ran two near identical machines, one using air and one using linear motors and it was discovered that the linear motor machine consumed only 3.2% of the energy the pneumatic cylinder AND resulted in a 35% increase in machine speed AND with a billion cycle life test, there was no need for repairs. If you are interested in exploring linear motors, we offer the ability to do a evaluation of your current system and can provide you with a linear motor alternative along with the calculations and savings. Contour Motion, Inc. LinMot USA #Automation #MotionControl

What is a Softstart and how can Halcyon Drives help? A softstarter is an electronic device used to control the acceleration and deceleration of electric motors, primarily for AC induction motors. Unlike traditional starters (like direct-on-line or star-delta starters) that apply full voltage to the motor instantly, a soft starter gradually increases the voltage supplied to the motor during startup, which reduces mechanical stress and electrical peak currents. ??Key Functions of a Soft Starter?? Reduced Inrush Current: Soft starters limit the inrush current that typically occurs when a motor starts, which helps protect electrical systems from voltage drops and overloads. Smooth Motor Start and Stop: By gradually increasing (ramping up) and decreasing (ramping down) voltage, soft starters help avoid the jerking or sudden movements that can occur with direct starting, reducing mechanical stress on motors, gears, belts, and other connected equipment. Protection Features: Many soft starters come with built-in protection features like overload protection, under-voltage, over-voltage, and phase failure protection to enhance the motor’s longevity. Softstarters are used across many industries such as fans, pumps, compressors. They can also have many benefits such as prolonging Motor life, efficiency & improved System protection. Halcyon Drives offers three different ranges of ABB Softstarters to cover every customer requirement for motor sizes up to 1800 A. PSR - The compact range (3 to 105A) PSE - The efficient range (18 to 370A) PSTX - The advanced range (30 to 1250A) Give us a call and we would be happy to help. ??0113 2361509 ??[email protected] https://lnkd.in/eFsSzGBF

Choosing the Right Motor: Air vs. Electric When it comes to powering your machinery, the decision between an air motor and an electric motor can significantly impact your project's performance and efficiency. In this article, we delve into the key advantages and disadvantages of each, helping you make an informed choice. #airmotor #electricmotor #technology #engineering #manufacturing #automation #industry

The Future of Industrial Motors is Here! ?? Air motors are getting smarter with variable speed drives and regenerative capabilities, while electric motors are packing more power in smaller packages thanks to permanent magnets. This article explores the latest advancements in both, shaping the future of industrial automation. Discover how these innovations can empower your next project! https://lnkd.in/gFccwuSb #industrialautomation #motors #engineering

?? Servodrives vs. Inverters: Understanding the Differences and Advantages in Industrial Automation ?? In the ever-evolving world of industrial automation, two critical components stand out: servo drives and inverters. While both play vital roles in controlling electric motors, their applications and benefits vary significantly. What’s the Difference? Servodrives: These are designed for precise control of motion, providing feedback on position, speed, and torque. They are ideal for applications requiring high accuracy and dynamic response, such as robotic arms and CNC machines. Inverters: Primarily used for variable speed control of AC motors, inverters adjust the frequency and voltage supplied to the motor. They are excellent for applications like fans, pumps, and conveyors where speed modulation is essential but high precision isn't as critical. Advantages in Industrial Automation - Enhanced Performance: Servodrives offer superior performance in terms of precision and response, making them perfect for complex motion tasks. - Energy Efficiency: Inverters contribute to energy savings by optimizing motor performance and reducing energy consumption during operation. - Flexibility: Both technologies provide flexibility in automation processes, allowing for tailored solutions that meet specific industry needs. At ByStorm & Co., we specialize in integrating both servodrives and inverters into our solutions, ensuring that our clients benefit from the best of both worlds. Ready to enhance your automation processes? Let’s talk! BySTORM & CO 0444 602043 [email protected] https://bystorm.it/ #bystorm #electronics