VIBRO-METER CPUM 200-595-043-114 VM600 Redundant CPU Processor Module

VIBRO-METER CPUM 200-595-043-114 CPU Processor Module

VIBRO-METER CPUM 200-595-043-114 executes core processing for VM600 rack systems.

This industrial CPU module handles real-time vibration monitoring system data.

VIBRO-METER CPUM 200-595-043-114 delivers redundant communication operation.

Full Datasheet Technical Parameters

Processor & Memory Specifications

Processor Core: 32-bit RISC architecture operating at 500 MHz

Internal RAM: 256 MB high-speed system operating memory

Internal Flash: 512 MB onboard program and data storage space

Operating Voltage: 3.3V DC with ±5% stable tolerance range

Interface & Protocol Specifications

Ethernet Interfaces: Dual redundant front and rear panel ports

Serial Interfaces: Dual redundant industrial communication channels

Expansion Interfaces: 4x UART, 2x CAN, 8x GPIO onboard terminals

Supported Protocols: Modbus RTU, Modbus TCP, PROFINET

Configuration Function: One-shot centralized rack card configuration

Mechanical & Environmental Specifications

Mounting Form: Double-width hot-swappable rack card structure

Operating Temperature: -20°C to +60°C continuous working range

Ambient Humidity: 0% to 90% non-condensing environmental rating

Module Dimensions: 160mm × 160mm × 120mm overall size

Industrial Monitoring Applications

Turbomachinery Protection System Control

The CPU module governs data processing for turbine monitoring racks.

The processing unit manages compressor vibration protection system logic.

The hardware maintains real-time status tracking for generator units.

Modular Rack System Central Management

The module unifies parameter configuration for MPC4 and AMC8 cards.

The unit transmits field data to upper industrial monitoring platforms.

The hardware sustains stable long-term rack system operation cycles.

Core Functional Features

Redundant Communication Operation

Dual Ethernet channels prevent data loss during single channel failure.

Dual serial ports ensure uninterrupted industrial data transmission.

Multi-bus interface design adapts to complex on-site network layouts.

High-Speed Data Processing Performance

High-frequency RISC core supports parallel multi-task computing tasks.

Large memory capacity supports continuous mass data collection.

Integrated anti-interference structure stabilizes field operation states.