DRIVE SYSTEMS FOR INDUSTRIAL AUTOMATION
In industrial automation, the drive system refers to the components and technologies used to control the motion and speed of machinery and equipment. The drive system plays a crucial role in converting electrical energy into mechanical energy to achieve precise control over industrial processes.
Modern industrial automation systems often incorporate advanced control techniques and technologies, such as variable frequency drives (VFDs), programmable logic controllers (PLCs), and motion control systems. These technologies enhance the performance, efficiency, and flexibility of the overall drive system in industrial automation.
Let's take a look at some of the latest drive systems in industrial automation.
Delta Line introduces new servo motor controller: Leo B1400B90 Drive
The new Leo B1400B90?Drive by Delta Line has been designed with efficiency in mind and incorporates optimized control algorithms to provide the perfect trade-off between efficiency and performance. It represents the latest generation of servo drives that offer best-in-class performance in compact housing, has a high level of integration, a high power (up to 1400W), and includes all the latest technologies required by the market.
Leo’s incredibly compact design includes multiple communication ports, thus enabling a wide choice of interfacing methods. Its voltage operating range allows it to be used in several applications, and the small footprint as well as the presence of a heatsink allow the controller to be a valid option for critical-size applications. This controller is provided with several general-purpose inputs and outputs in the logic. By using these inputs and outputs it is possible to implement alarm signals, connect digital sensors, and activate external devices (LEDs, brakes, actuators, solenoids, etc.).
Leo servo drive also offers the opportunity to manage a double incremental and absolute multi-turn encoder. Moreover, the safe torque of the SIL3?system opens the door to all safety applications around the world. The new controller can be best used for applications such as Automatic Guided Vehicles (AGV), Electric Vehicles, Electric Wheelchairs, and Industrial Production Machines. It may be easily combined with all Delta Line’s Servo-BLDC motors up to 1400W.
Siemens launches new servo drive system for battery and electronics industry
Siemens has launched the Sinamics S200, a new servo drive system designed for a variety of standard applications in battery, electronics as well as other industries. It consists of a precise servo drive, powerful servo motors and easy-to-use cables and offers high dynamic performance. Applications that require precision in speed and torque, such as winding and unwinding machines in battery manufacturing and cell assembly, particularly benefit from the new servo drive system.
The Sinamics S200?servo drive system is also a very flexible system and scalable depending on the application. It covers a power range of 0.1?-1kW (200V) and 0.2?- 7kW (400V) and can be combined with a low, medium, or high inertia motor. Depending on the application, a standard or high dynamic cable is used. Due to its compact design, the Sinamics S200?servo drive system also saves up to 30?percent of space in the control cabinet and enables an optimal device arrangement.
领英推荐
In combination with a Simatic controller (e.g., Simatic S71500), users get a powerful, future-proof, and robust motion control system that is also easy to operate thanks to TIA Portal integration, integrated web server (LAN/WLAN), and one-button tuning function.
Delta Electronics expands its extensive drive family
Delta has extended its extensive drive family with a few new drives, including its newly-launched fan, pump and compressor VP3000?Drive. It is specially designed to enhance fluid machine operation efficiency and has a high power rating of up to 630kW, and enhances productivity with low harmonic distortion (THDi) down to 35% in industrial motors.
Another one is the EB3000?Series, the third-generation elevator drive with a compact design. With the latest control techniques and supports for different encoders with multiple built-in communications, it offers outstanding performance and is compatible with multiple motors and controllers.
Conclusion: The drive system plays a crucial role in industrial automation by controlling and powering mechanical components to ensure efficient and accurate operation of machinery. Each type of drive system offers unique advantages and is selected based on factors such as precision, force requirements, speed, and cost-effectiveness.
Modern industrial automation systems often incorporate advanced control techniques and technologies to enhance the performance and flexibility of the drive system. With ongoing advancements in automation technology, the drive systems continue to evolve, enabling industries to achieve higher levels of productivity, precision, and efficiency in their operations.
Resources: