Brand: Schneider Description: Processor module Condition: Brand New Certificate: COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty: 10 Payment Term: T/T Shipping Port: Shenzhen Schneider BMEP584020 is suitable for automation system integration in complex industrial environments.
Manufacture |
Schneider |
Model Number |
BMEP584020 |
Ordering Number |
BMEP584020 |
Catalog |
M580-D |
Country Of Origin |
France |
HS CODE |
8471800000 |
Dimension |
13*6*13.4CM |
Packing Dimension |
15*8*15.4CM |
Weight |
0.849 |
Technical Parameters
Processor frequency: 600 MHz (dual-core ARM Cortex-A9);
Memory capacity: 2048 kB (programming capacity);
Communication interfaces: 4× Ethernet (RJ45), Mini-B USB;
Operating temperature: 0°C to +60°C;
Protection class: IP20 (dust and splash proof).
Ecology
EcoStruxure platform integration: Supports Schneider's EcoStruxure open automation platform to achieve digital management from the device layer to the cloud, and supports digital twins and energy optimization.
Open automation compatibility: Schneider BMEP584020 is compatible with the IEC 61499 standard and supports interconnection with third-party devices (such as ABB robots and Siemens PLCs) through the OPC UA protocol.
Green smart manufacturing: Schneider BMEP584020 has passed the UL AWM 2919 certification, complies with the energy efficiency standards of Industry 4.0, and supports low power consumption mode and carbon footprint tracking.
Use Cases
Scenario: Substation circuit breaker status monitoring and fault isolation.
Application: Schneider BMEP584020 is used as the main controller to connect to distributed I/O modules (X80 series) via Ethernet to collect circuit breaker position, current/voltage data in real time, achieve rapid fault detection and isolation, and improve system stability by 30%.
Scenario: Polymerization reactor temperature and pressure closed-loop control.
Application: Schneider BMEP584020 connects to X80 analog input modules via EtherCAT protocol to achieve high-precision temperature regulation (±0.5°C), reduce production fluctuations, and reduce annual energy consumption by 15%.
Scenario: Train automatic control system (ATC) signal processing.
Application: Process track sensor signals to achieve train operation safety monitoring, with a response time of ≤10ms to ensure the accuracy of train operation intervals.