The Schneider BMXDDM16025 Discrete Mixed I/O Module is a versatile and reliable component designed for precise control in industrial automation systems, offering seamless integration and enhanced performance.
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The Schneider BMXDDM16025 Discrete Mixed I/O Module is a versatile and reliable component designed for precise control in industrial automation systems, offering seamless integration and enhanced performance.
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Extended Product Type:Discrete Mixed IO Module
Product ID:BMXDDM16025
Schneider Type Designation:Module
Range of Product:Modicon X80 PLC
Component Type:Discrete Input & Output
Discrete Input Number:8
Discrete Input Voltage:24 V DC
Positive Discrete Output Number:8
Discrete Output Voltage:24 V 19…30 V DC, 24…240 V 10…264 V AC
Power Dissipation:<= 3.1 W
Typical Current Consumption:100 mA at 3.3 V DC
Product Weight:0.3 lb (0.135 kg)
The Schneider BMXDDM16025 Discrete Mixed I/O Module is meticulously engineered to deliver high performance in industrial automation applications. It supports a wide range of signals, making it suitable for diverse control tasks such as machine monitoring, process control, and data acquisition.
Featuring a compact yet durable design, this module is built to withstand harsh industrial environments, ensuring reliability and longevity. Its robust power consumption ensures efficient operation without adding unnecessary load to the system.
Equipped with advanced communication protocols, the BMXDDM16025 enables seamless integration with other Schneider devices and third-party systems, facilitating a cohesive control network that optimizes production processes.
With its ability to handle both input and output signals, the module simplifies the wiring and configuration, reducing setup time and complexity. It is particularly advantageous in scenarios requiring precise signal detection and control, enhancing overall system efficiency.
Certified for industrial use, the Schneider BMXDDM16025 Discrete Mixed I/O Module complies with stringent safety and quality standards, ensuring that it meets the highest expectations for reliability and performance in critical applications.
