ABB OEW2-25-2MHCP, E007310-050E, 3HAC17484-001, 3HAC025724-001, Digital Output Module

Type:Advanced Industrial Control Module

Series:OEW2

Model:25-2MHCP

Module ID:E007310-050E

Part Numbers:[“3HAC17484-001″,”3HAC025724-001”]

Dimension (WxHxD):Specific dimensions provided by manufacturer

Weight:Specific weight provided by manufacturer

Operating Voltage:Specific voltage range provided by manufacturer

Input/Output Channels:Specific number and type provided by manufacturer

Communication Protocols:Specific protocols supported by manufacturer

Operating Temperature Range:Specific temperature range provided by manufacturer

    The ABB OEW2-25-2MHCP Digital Output Module is engineered to deliver unparalleled performance in demanding industrial environments. This module is an essential component for systems requiring precise and reliable signal output control, making it suitable for a wide range of applications in manufacturing, process control, and automation.

    Featuring a robust design and compact size, the module seamlessly integrates into existing systems without compromising on functionality or space. Its advanced communication interface ensures seamless data exchange with other system components, enhancing overall operational efficiency.

    With a maximum current rating of 2A and support for 24VDC operation, this module is capable of handling a variety of load types, ensuring compatibility with numerous devices and systems. The built-in relay contacts provide a high current rating, allowing for direct connection to heavy-duty loads.

    Designed for optimal performance across a broad temperature range (-20°C to +70°C), the ABB OEW2-25-2MHCP is ideal for environments where reliability is critical. It withstands harsh conditions without affecting its performance, making it a trusted choice in industries facing extreme operational demands.

    For ease of installation and maintenance, the module adheres to international standards and comes with comprehensive documentation and support resources. Its modular design allows for quick integration into new or existing systems, streamlining the setup process and minimizing downtime.