Control Techniques SE33400550

Control Techniques SE33400550

The SE33400550, manufactured by Control Techniques, is a robust AC Drive designed to optimize the performance of both AC and DC motors. As a crucial component in motor control systems, this drive stands out for its efficiency, compact design, and versatile capabilities.

Key Specifications:

1. Drive Type and Application:

• The SE33400550 belongs to the category of AC Drives, also known as Variable Frequency Drives (VFDs). These drives are instrumental in controlling the speed and torque of AC and DC motors, providing precise and energy-efficient motor control.

2. Dimensions:

• The drive features a compact design with dimensions of 150 mm (height) x 150 mm (length) x 90 mm (depth). This compact form factor allows for easy integration into various industrial setups where space is often a critical factor.

3. Phase and Power Supply:

• Operating on a 3-phase system, the drive is equipped to handle the complexities of industrial motor control. The power supply requirements range from 380 to 480 V, with a frequency range of 50-60 Hz. This flexibility in power supply makes it adaptable to different electrical systems and regions.

4. Filter Type:

• The drive incorporates a filter with the designation 4200-6301. This filter is crucial for minimizing electromagnetic interference and ensuring a smooth and stable power supply to the connected motors.

5. Inductance:

• The inductance of the drive is specified as 1.0 mH (millihenries). Inductance plays a vital role in regulating the flow of current and maintaining stability in the motor control system.

6. Current Handling Capacities:

• The continuous root mean square (rms) current that the drive can handle is 15.4 amps. Additionally, the drive exhibits a peak current capacity of 47.4 A. These current ratings determine the drive's ability to handle varying loads and sudden increases in demand.

7. Reactor Part Number:

• The drive is associated with a specific reactor, identified by the part number 4402-0228. Reactors are often used in motor control systems to limit current spikes and enhance the overall performance and longevity of the drive and connected motors.

FAQs - Control Techniques SE33400550 AC Drive

1. What is the primary purpose of the Control Techniques SE33400550 AC Drive?

The SE33400550 AC Drive is designed for controlling the speed and torque of both AC and DC motors in industrial applications. It provides precise motor control, optimizing performance and energy efficiency.

2. What are the dimensions of the SE33400550 AC Drive?

The drive features a compact design with dimensions of 150 mm (height) x 150 mm (length) x 90 mm (depth). This compact form factor allows for easy integration into various industrial setups.

3. What type of motors is the SE33400550 AC Drive compatible with?

The drive is compatible with both AC and DC motors, making it a versatile solution for a wide range of motor control applications in industrial settings.

4. What is the power supply requirement for the SE33400550 AC Drive?

The drive operates on a 3-phase system with a power supply range of 380-480 V and a frequency range of 50-60 Hz. This flexibility in power supply makes it adaptable to different electrical systems and regions.

5. What is the purpose of the filter (4200-6301) in the SE33400550 AC Drive?

The filter in the drive, designated as 4200-6301, plays a crucial role in minimizing electromagnetic interference. It ensures a stable and interference-free power supply to the connected motors, contributing to overall system reliability.

6. What is the inductance of the SE33400550 AC Drive?

The inductance of the drive is specified as 1.0 mH (millihenries). Inductance is important for regulating the flow of current and maintaining stability in the motor control system.

7. What are the current handling capacities of the SE33400550 AC Drive?

The drive can handle a continuous root mean square (rms) current of 15.4 amps. Additionally, it exhibits a peak current capacity of 47.4 A. These current ratings determine the drive's ability to handle varying loads and sudden increases in demand.

8. Which reactor is associated with the SE33400550 AC Drive, and what is its part number?

The drive is associated with a reactor identified by part number 4402-0228. Reactors are used to limit current spikes and enhance the overall performance and longevity of the drive and connected motors.

9. Can the SE33400550 AC Drive be used in installations with limited space?

Yes, the compact dimensions of the drive (150 mm x 150 mm x 90 mm) make it suitable for installations with limited space, providing flexibility in various industrial setups.

10. Is the SE33400550 AC Drive suitable for global applications with different power supply specifications?

Yes, the drive's power supply range of 380-480 V and 50-60 Hz frequency makes it adaptable to different power supply specifications, allowing for global application in diverse industrial environments.

Control Techniques products are manufactured in United Kingdom and are designed for Metal production, paper processing, and material conveying usage. They come with a 2-year warranty from MRO Electric. We also carry AC Drives from other manufacturers such as Siemens and Yaskawa.

Contact Us Today For More Information About Control Techniques Products

Check out the rest of our Control Techniques product line. Whether it's using our online instant quote feature, giving us a call at (800) 691-8511, or emailing us at sales@mroelectric.com, we strive for customer satisfaction first. This means lower prices and better service for you. For more products like SE33400550, take a look at more from our AC Drives line. If your current unit has gone bad, take advantage of our Core Exchange program for the most inexpensive route. You can learn more about this program on our FAQ page here. We offer a repair service on all of our SE33400550 products that keep your downtime to a minimum. To stay up to date on manufacturer news, as well as access any of our datasheets, manuals, or other documentation, we suggest you take a look at our blog.