BAUMULLER CIRCUIT BOARD 3.9225B

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BAUMULLER CIRCUIT BOARD 3.9225B Specification

Rated Current
3A

Thickness
2 mm

Rated Insulation Voltage
500V AC

Panel Type
PCB Board

Operating Voltage
24V DC

Cooling System
Passive cooling

Connectivity Type
Terminal block and ribbon connector

Protection Class
Class II

Current Rating
3A

Protection Level
Circuit Overload Protection

Way
Single-sided

Base Material
FR4 Epoxy Resin

Control System
Digital/Analog Signal Processing

Features
High reliability, Robust construction, Easy integration

Components
Integrated circuits, resistors, capacitors, relays, connectors

Rated Operation Voltage
24V DC

Product Type
Control Circuit Board

Material
High-grade Printed Circuit Board (PCB) composite

Surface Finish
Solder mask with silkscreen printing

Standard
OEM (Original Equipment Manufacturer)

Surface Color
Green

Rated Voltage
24V DC

Frequency (MHz)
50

Maximum Output Current
3A

Dimension (L*W*H)
210 mm x 120 mm x 25 mm

Application
Industrial Automation, Motor Drives, Control Cabinets

IP Rating
IP00

About BAUMULLER CIRCUIT BOARD 3.9225B

Discover the new release BAUMULLER CIRCUIT BOARD 3.9225Ban outstanding, classic choice for high-performance industrial automation. Get unparalleled reliability and robust construction, perfectly suited for Baumuller Motor Controllers and Drives. Engineered with invincible FR4 Epoxy Resin and lead-free HASL finish, this OEM standard PCB offers circuit overload protection, 24V DC operation, and simple panel or rack mounting. Featuring a single-sided, 2mm thick design, it excels in industrial motor drives, control cabinets, and demanding environments where top quality and classic durability are essential.

Versatile Application & Outstanding Features

The BAUMULLER CIRCUIT BOARD 3.9225B is specially optimized for panel and rack mount installation, making it an ideal fit for industrial motor drives, control cabinets, and advanced automation systems. The boards robust surface is protected by a solder mask with silkscreen printing, while integrated circuit overload protection ensures reliability. Key features such as high reliability, easy integration, and passive cooling make it a classic choice for diverse industrial environments where excellence is expected.

Sample Policy & Main Domestic Market

With the arrival of every order, customers can request a sample of the BAUMULLER CIRCUIT BOARD 3.9225B to evaluate its rate of performance prior to bulk supply. Samples are available to showcase the quality and capabilities of this outstanding product. Our main domestic market is India, where on-time supply and competitive rates are assured for industry partners, suppliers, and traders looking to upgrade their control systems seamlessly.

FAQs of BAUMULLER CIRCUIT BOARD 3.9225B:

Q: How can I integrate the BAUMULLER CIRCUIT BOARD 3.9225B into my existing control cabinet system?

A: Integration is straightforward due to its panel mount and rack mount compatibility, terminal block, and ribbon connector options. Follow the installation guidelines provided for seamless incorporation into Baumuller motor controllers and drives.

Q: What are the key benefits of using the BAUMULLER CIRCUIT BOARD 3.9225B in industrial automation?

A: The board offers high reliability, robust construction, overload protection, and easy integration, making it ideal for demanding industrial environments. Its compatibility with both analog and digital control signals expands its functionality across automation applications.

Q: Where is the BAUMULLER CIRCUIT BOARD 3.9225B primarily used?

A: This PCB is primarily used in industrial automation systems, motor drives, and control cabinets, supporting a wide range of industrial and process control tasks.

Q: What is the process for obtaining a sample of the BAUMULLER CIRCUIT BOARD 3.9225B?

A: Contact your supplier or trader in India to request a sample. Samples are provided for product evaluation before placing a larger order, ensuring the board meets your requirements.

Q: When is it best to use this circuit boards protection features?

A: Utilize its circuit overload protection in scenarios where equipment reliability and safety are critical, especially in control panels and industrial automation setups.

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