Schneider BMXP342030 Modicon M340 CPU Module, 2MB RAM Ethernet & CANopen Industrial Processor

Brand: Schneider
Country Of Origin:
Condition: Brand New
Certificate: COO TEST REPORT WARRANTY LETTER
Warranty: 1 year
Inventory Qty: 5
Payment Term: T/T
Shipping Port: Shenzhen

Schneider BMXP342030 Modicon M340 CPU Module, 2MB RAM Ethernet & CANopen Industrial Processor

Schneider BMXP342030 is a versatile multi-functional CPU processor built for Modicon M340 PLC platforms, integrating native Ethernet TCP/IP and CANopen fieldbus interfaces for expanded industrial motion and process control. This 32-bit industrial processor carries 2MB onboard RAM and supports large-scale distributed I/O deployment, delivering stable and flexible operation for medium-sized automated machinery and process control systems.

Schneider BMXP342030 Modicon M340 CPU Processor With Ethernet And CANopen Fieldbus Connectivity

1. Industrial Processing Performance And Built-In Memory Configuration of Schneider BMXP342030

32-Bit Industrial Processing Core & Fixed Scan Efficiency

Schneider BMXP342030 adopts reliable 32-bit processing architecture compliant with IEC 61131-3 global industrial programming standards. The processor maintains steady program scanning cycles under continuous full-load operation, supporting up to 36 dedicated application control channels for flexible logic programming and loop regulation. Optimized internal algorithm structure avoids operational lag, ensuring precise timing execution for sequential control and motion linkage tasks.

2MB Onboard RAM And Standard Storage Expansion

Schneider BMXP342030 equips 2MB integrated RAM for user program storage, parameter caching and real-time process data recording. Independent memory partitioning separates program data and system operation data to prevent operational conflicts during multi-task execution. Compatible with standard Schneider dedicated memory cards, the module supports offline program backup, data logging and one-click program restoration after power failure, improving system maintainability for continuous production environments.

2. Dual Fieldbus Communication And Large-Scale I/O Expansion of Schneider BMXP342030

Ethernet TCP/IP & CANopen Dual-Bus Design

Schneider BMXP342030 features dual core communication frameworks including 10/100Mbps adaptive Ethernet TCP/IP and professional CANopen fieldbus interfaces. The Ethernet port supports Modbus TCP protocol and remote network debugging, realizing data interaction with upper computers and HMI devices. The built-in CANopen bus enables independent axis motion control and multi-device synchronous linkage, perfectly fitting automated mechanical transmission and positioning control scenarios.

Multi-Rack Distributed I/O Expansion Capacity

Schneider BMXP342030 provides powerful hierarchical I/O expansion capabilities for different deployment modes. Single rack configuration supports 704 discrete I/O points and 66 analog channels, while multi-rack distributed layout expands to 1024 discrete signals and 256 analog signals. Full compatibility with Modicon X80 series I/O modules allows flexible combination of local and remote rack layouts, adapting to diversified project scale demands.

3. Hardware Stability And Targeted Industrial Application of Schneider BMXP342030

Low-Power Rugged Industrial Hardware Structure

Schneider BMXP342030 adopts standard rack-mounted M340 structure with IP20 industrial protection grade, matching unified cabinet installation specifications. The module consumes only 135mA rated current under 24VDC power supply, achieving low-power stable operation. Professional conformal coating protects internal circuits from dust, moisture and weak electromagnetic interference in industrial cabinets, supporting long-term unattended operation.

Motion-Focused Automation Application Scenarios

This CANopen-enabled CPU targets machinery automation and medium process control projects. Automated packaging and conveying equipment deploy the module for multi-axis synchronous motion control and logic interlock protection. General manufacturing production lines utilize Ethernet communication for remote monitoring and program maintenance. Water treatment and light chemical industries rely on large-capacity I/O scheduling to realize full-process equipment status collection and automatic regulation.