BAUMULLER 3.0030F SERVO CARD

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BAUMULLER 3.0030F SERVO CARD Specification

Rated Current
1.25 A

Output Type
Analog/Digital Signal Control

Noise Level
<50 dB

Output Current
1.5 A

Phase
Single Phase

Rated Power
30 W

Cooling Method
Natural Air Cooling

Operating Temperature
0C to +60C

Application
Servo Motor Control, Industrial Automation Systems

Features
Compact Design, High Reliability, Quick Response

Connector Type
Screw Terminal Block

Current Range
0.2 2.0 A

Working Temperature
0C to +60C

Power Factor
>0.95

Power Supply
DC Powered

Product Type
Servo Card

Output Power
30 W

Output Frequency
0-400 Hz

Input Voltage
24 V DC

Voltage Protection
Overvoltage and Undervoltage Protection

Efficiency
>90%

Material
Industrial Grade PCB, Metal Housing

Line Regulation
0.5%

Storage Temperature
-25C to +85C

Weight
Approx. 250 g

About BAUMULLER 3.0030F SERVO CARD

Experience the fresh innovation and unassailable performance of the BAUMULLER 3.0030F SERVO CARD, engineered for efficiency and reliability in demanding industrial environments. Explore incomparable control with advanced PWM and Vector Control modes, all clad in a resplendent yet cost-effective industrial-grade PCB and metal enclosure. With response times under 1 ms, robust over/undervoltage protection, and compatibility with synchronous and asynchronous motors, this servo card is your indispensable partner in automation. RS-232/RS-485 interfaces and quick LED fault indicators ensure seamless, uninterrupted operation. Unlock superior precision and enduring value today.

Versatile Usage & Diverse Applications

The BAUMULLER 3.0030F SERVO CARD is designed for a wide spectrum of industrial automation and servo motor control applications. Its robust construction and advanced signal control cater to usage in manufacturing sites, process automation lines, and motion control systems. Suitable for synchronous and asynchronous servo motors, its compact and reliable design is perfect for installations requiring dependable performance and quick response in challenging environments, whether for continuous operation or critical movement control.

Flexible Terms & Reliable Supply

Purchasing the BAUMULLER 3.0030F SERVO CARD promises a transparent outlay, accommodating a range of payment options for your convenience. With secure shipping and careful handling, each unit arrives ready for seamless integration. Our strong supply ability ensures quick turnaround times, efficiently supporting demands across the main domestic market. You can expect prompt arrival alongside dependable after-sales support, ensuring your automation operations stay uninterrupted and highly productive.

FAQs of BAUMULLER 3.0030F SERVO CARD:

Q: How does the BAUMULLER 3.0030F SERVO CARD ensure reliable servo motor control?

A: The servo card uses PWM and Vector Control modes, advanced voltage protection, and rapid response times under 1 ms to deliver precise and stable control for both synchronous and asynchronous servo motors.

Q: What types of industrial applications can benefit from this servo card?

A: It is ideal for a broad spectrum of industrial automation systems, including manufacturing lines, motion control processes, and machinery requiring accurate and reliable servo motor operation.

Q: When should the BAUMULLER 3.0030F be used in automation systems?

A: Deploy it when demanding quick response, high-efficiency, and compact design are crucialparticularly where consistent performance, safety, and compatibility with modern motors are required.

Q: Where can this servo card be installed?

A: Thanks to its panel-mount design and wide humidity/temperature tolerance, it can be installed within control cabinets or equipment enclosures in diverse industrial environments.

Q: What is the process for connecting and configuring the servo card?

A: Connection is straightforward via the screw terminal block, with interface options including RS-232 and RS-485 for smooth communication and integration into existing automation infrastructure.

Q: How does the design contribute to its cost-effectiveness and efficiency?

A: The durable industrial-grade PCB and metal housing, along with high-efficiency (>90%) and natural cooling, reduce maintenance and energy costs, providing a cost-effective and reliable automation solution.

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