ABB SDCS-PIN-3A Power Interface Board

Model Number:SDCS-PIN-3A

Type:Power Interface Board

Compatibility:ABB‘s SDCS series PLCs

Power Supply Voltage:9 to 36 V DC

Current Capacity:Up to 5 A per channel

Operating Temperature Range:-20°C to +70°C

Dimensions (WxHxD):84 mm x 48 mm x 15 mm

Weight:Approximately 0.1 kg

Communication Protocols:Supports MODBUS RTU

Connection Type:Standard terminal block connections

    The ABB SDCS-PIN-3A Power Interface Board is a cutting-edge component engineered to elevate industrial automation systems to new heights of efficiency and reliability. This advanced board seamlessly integrates with ABB‘s SDCS series PLCs, offering unparalleled performance in power distribution and signal conditioning.

    Featuring an ultra-compact design that measures just 84 mm by 48 mm by 15 mm, this interface board effortlessly fits into even the most space-constrained industrial setups without compromising on functionality. Its robust construction ensures reliable operation across a wide temperature range from -20°C to +70°C, making it suitable for a variety of harsh industrial environments.

    With a current capacity of up to 5 A per channel, the ABB SDCS-PIN-3A is equipped to handle demanding loads while maintaining stability and precision. It supports versatile communication through its MODBUS RTU protocol, enabling seamless data exchange with other automation devices and systems.

    This power interface board is designed with standard terminal block connections, facilitating quick and easy installation. Its compatibility with ABB‘s extensive automation portfolio ensures seamless integration into existing systems, allowing for rapid deployment and minimal downtime.

    Innovative design and high-quality materials make the ABB SDCS-PIN-3A Power Interface Board a cornerstone of modern industrial automation, delivering consistent performance and reliability in critical applications. Whether you’re upgrading an existing system or building a new one, this board is the perfect choice for enhancing efficiency, safety, and operational flexibility.