New Original Stock Schneider BMEH586040 Modicon M580 Redundant Processor Module

The Schneider Electric BMEH586040 is a Level 6 redundant (Hot Standby) processor module for the Modicon M580 ePAC range. Designed for the most demanding high-availability process control applications, it features 64 MB of program and data memory, supports up to 31 remote I/O stations, and delivers the highest processing performance in the M580 redundant CPU family. 

  • Item No :

    BMEH586040
  • Order(MOQ) :

    1 Piece
  • Payment :

    EXW/CIF
  • Product Origin :

    France/Germany/USA
  • Shipping Port :

    Wuhan
  • Lead Time :

    3-5days
  • Weight :

    3kg
  • Product Details

     
     
    Item Specification
    Product Type Redundant Processor Module (HSBY Level 6)
    Manufacturer Schneider Electric
    Model BMEH586040
    Series Modicon M580 ePAC
    Number of Racks 1
    Remote I/O Stations 31 (2 racks per X80/Quantum drop)
    Distributed Equipment 64 devices
    Program & Data Memory 64 MB integrated RAM (shared program/data pool)
    System Memory 10 kB integrated RAM
    HSBY Data Memory 4096 kB integrated RAM
    Expandable Flash 4 GB for data storage
    Integrated Connections 1 Ethernet TCP/IP (service port), 2 Ethernet TCP/IP (device network), USB Type Mini B, 1 Ethernet for HSBY port
    Communication Module Capacity 6 Ethernet communication modules, 16 AS-Interface modules
    Communication Service RIO Scanner, DIO Scanner
    Instruction Speed 40 Kinst/ms (65% Boolean + 35% fixed arithmetic); 50 Kinst/ms (100% Boolean)
    Cybersecurity Achilles certified, DoS prevention, IPSec, SNMP logging, Syslog support, embedded firewall, firmware signature, password protection, port hardening, secure HTTPS, audit trail, security log
    Quantum Compatibility Yes (supports Quantum Ethernet I/O and LL984 Editor)
    Current Consumption 365 mA at 24 V DC
    MTBF Reliability 650,000 hours
    Operating Temperature 0°C to +60°C
    Storage Temperature -40°C to +85°C
    Protection Rating IP20
    Weight 0.849 kg

    Related Product Model Recommendations

     
     
    Model Product Type Application Scenario
    BMEH584040 Level 4 Redundant Processor Medium-scale redundancy with 16 MB memory and 16 remote I/O stations
    BMEH586040S Level 6 Safety Redundant Processor (SIL 3) Safety instrumented systems requiring SIL 3 certification alongside redundancy
    BMEH586040C Level 6 Redundant Processor (Conformal Coated) Harsh environments requiring protection against dust, moisture, and corrosive gases
    BMEH582040 Level 2 Redundant Processor Entry-level redundancy with 8 MB memory and 8 remote I/O stations

    FAQs

    Q1: What is the primary function of the BMEH586040?
    A: It serves as a Level 6 Hot Standby redundant processor for Modicon M580 ePAC systems, executing control logic, managing local and remote I/O, and ensuring continuous operation through automatic failover in high-availability applications where downtime cannot be tolerated.

    Q2: How does the Hot Standby redundancy work?
    A: Two identical BMEH586040 processors are configured as Primary and Standby, synchronized via a dedicated HSBY Ethernet port. The Primary updates the Standby at the beginning of each scan. If the Primary stops communicating, the Standby assumes control within one scan, ensuring seamless operation.

    Q3: What is the difference between BMEH586040 and BMEH586040S?
    A: The BMEH586040 is a standard redundant processor for process control. The BMEH586040S adds SIL 3 safety certification for safety instrumented systems (SIS), with dedicated safety memory partitions and dual code execution for safety-related logic.

    Q4: What cybersecurity features does this processor include?
    A: The BMEH586040 is Achilles certified and includes DoS prevention, IPSec, SNMP logging, Syslog protocol support, embedded firewall, firmware signature verification, password protection, port hardening, secure HTTPS communication, audit trail, and security log.

    Q5: What is the program and data memory capacity?
    A: The BMEH586040 features 64 MB of integrated RAM shared between program and data storage, with a maximum combined capacity of 64 MB. It also includes 4096 kB of dedicated HSBY data memory for synchronization between Primary and Standby controllers.

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