ALSTOM MCHN02D1AB0005A Módulo de Controle

Provavelmente continua sendo compatível com os PLCs médios a grandes da série Hecin CTH300, suportando espa?o de programa de alta capacidade, varredura de processador de alta velocidade (por exemplo, ciclo de varredura <1ms), and expansion interfaces.

Compatible with IEC 61131-3 standard programming languages (LD, FBD, ST, etc.), programmed and debugged via CODESYS software.

Adopts EtherCAT high-speed bus (100 Mbps rate), supports real-time distributed I/O control, with ≥ 65,535 slave stations in a single ring network and communication delay <1ms.

May add protocol conversion functions (e.g., supporting Modbus RTU/TCP, Ethernet/IP, OPC UA, etc.) to adapt to more Industrial Internet of Things (IIoT) scenarios.

Digital/analog channel count may be upgraded (e.g., digital inputs/outputs increased to 16 channels, analog inputs/outputs increased to 8 channels), with resolution improved to 16 bits or higher.

Enhanced isolation design (e.g., electrical isolation voltage between channels ≥ 1000V DC), supporting short-circuit protection, overload detection, and hot-swapping.

Optimized electronic cam and multi-axis synchronous control algorithms, adapted for precise motion control of high-speed packaging machines, printing presses, etc. (e.g., synchronous axis position error <0.1mm).

Supports CiA 402 protocol, directly connectable to servo drives for real-time monitoring of motor torque, speed, and other parameters.

Bus Communication: Exchanges data with the master station (PLC/DCS) via EtherCAT physical layer (RJ45 interface), encapsulates instructions in Mailbox Protocol or Process Data Object (PDO) format, and supports Distributed Clock (DC) synchronization to ensure timestamp consistency across multiple devices.

Protocol Conversion: If used as a gateway module, converts fieldbus (e.g., CANopen) data to Modbus/TCP protocol, enabling integration of different systems (e.g., connecting sensors to SCADA systems).

Signal Acquisition: Acquires field signals (e.g., sensor switch quantities, temperature analog quantities) via DI/AI channels, converts them to digital quantities via ADC (12-16-bit resolution), and encapsulates them into EtherCAT data frames for transmission to the master station after processing by the microprocessor.

Instruction Execution: Receives DO/AO instructions from the master station, converts them to analog signals via DAC or directly drives digital outputs, supports edge-triggered interrupts (response time <100μs), suitable for scenarios like emergency stop (E-Stop).

Redundancy Mechanism: Supports EtherCAT ring network redundancy (DCIR), with switching time <1ms in case of link interruption; built-in watchdog timer continuously monitors power, temperature, etc., triggering alarms or safe shutdown in case of anomalies.

Self-diagnosis Function: Facilitates on-site maintenance via LED indicators (power, communication, I/O status) and diagnostic buffers (recording faults such as overvoltage, communication timeout).

High-end Manufacturing: Multi-station synchronous control in automotive production lines (e.g., welding robots, material sorting equipment), electronic cams for precise position control of stamping machines.

Packaging and Food Industry: Capping torque control for high-speed filling machines, conveyor belt speed synchronization, supporting multi-axis multi-axis coordination for precise packaging film cutting.

Logistics Automation: High-speed sorting valve control for sorting lines, pallet positioning in stereoscopic warehouses, achieving real-time response of multiple devices via EtherCAT bus.

Energy and Environmental Protection: Frequency converscontrole de grupos de bombas em esta??es de tratamento de esgoto, monitoramento de quantidade de comuta??o em subesta??es, suportando expans?o de I/O remoto e upload de dados na nuvem.