Product Type:Processor Module
Model ID:BMXP3420302H
Schneider Type Designation:Processor Module
Automation Platform Range:Modicon M340
Component Type:Processor module
Concept:CANopen, Transparent Ready
Number of Racks:4
Slots:11
Current Consumption:135 mA
24V DC Supply:Internal power supply via rack
Product Weight:0.47 lb (US) (0.215 kg)
Engineered with precision, the Schneider Electric BMXP3420302 processor module is a core component in the Modicon M340 automation platform, designed for seamless integration into complex industrial control systems. It boasts an impressive range of 4 racks with 11 slots, providing ample space for expansion without compromising on performance.
Featuring a robust current consumption of 135 mA, this processor module ensures efficient operation and energy conservation, making it ideal for applications where reliability and efficiency are paramount. The internal power supply via rack simplifies installation and maintenance, contributing to a streamlined system setup.
Built with advanced technologies like CANopen and Transparent Ready, the BMXP3420302 processor module offers versatile communication capabilities, enhancing its adaptability across various industrial environments. This makes it a perfect choice for modern manufacturing, process control, and automation projects requiring seamless connectivity and robust functionality.
Crafted with durability in mind, the conformal coated PCB protects the processor module from harsh environmental conditions, ensuring reliable operation even in challenging settings. This feature, combined with the inclusion of a memory card, guarantees enhanced data storage capacity, supporting the needs of extensive automation projects.
Equipped with an impressive 4096kB RAM (3584kB for program and 256kB for data), the BMXP3420302 processor module offers ample resources for executing complex programs and managing large datasets efficiently. Its support for both ASCII and RTU/Modbus communication protocols enables compatibility with a wide range of devices, fostering seamless integration within diverse industrial ecosystems.
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