Description

Vibro-meter 200-570-000-014 200-570-101-013 VM600

Featuring high precision, high reliability and excellent adaptability to harsh environments, the system realizes accurate collection, real-time analysis, safety early warning and interlock protection of equipment vibration signals. It supports seamless integration with industrial control systems and is widely used in power, oil & gas, chemical, metallurgical and other industrial fields. It provides accurate data support for equipment predictive maintenance and troubleshooting, effectively reducing the risk of unplanned downtime and ensuring continuous and stable production operation.

1. Basic Information & Core Functions

1.1 General Basic Information

The three units jointly cover the whole process from signal acquisition and analysis to protection. With high precision, high stability and multi-scenario adaptability, they meet the requirements of long-term continuous monitoring and safety protection for various rotating equipment.

1.2 Core Information & Functions by Model and System

1.2.1 Vibro-meter 200-570-000-014 Vibration Monitoring Module

• High-precision Vibration Acquisition: Built-in high-precision vibration sensor accurately collects vibration acceleration and velocity parameters of rotating equipment. The measuring range can be flexibly adapted to different equipment requirements, with frequency coverage of 10Hz~1000Hz for conventional industrial vibration. It captures subtle vibration changes during equipment operation and provides original accurate data for fault diagnosis.

• Preliminary Signal Processing & Transmission: Integrated signal amplification and filter circuits perform preliminary noise reduction and amplification on collected vibration signals to ensure signal quality. Equipped with a dedicated signal transmission interface, it stably transmits processed signals to the VM600 system mainframe with strong anti-interference capability and low signal loss during transmission.

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• Harsh Environment Adaptability: Adopts industrial rugged material and sealed protection design, featuring excellent temperature resistance, vibration resistance, corrosion resistance and electromagnetic interference immunity. It withstands dust, moisture, temperature fluctuation and mechanical vibration at industrial sites, suitable for long-term continuous operation in harsh industrial environments.

• Easy Integration & Maintenance: Compact modular design with small size and simple installation, flexible for deployment on site or inside control cabinets. Standard interface layout and firm wiring facilitate later maintenance and component replacement, lowering operation and maintenance costs.

1.2.2 Vibro-meter 200-570-101-013 Vibration Monitoring Module

• Multi-parameter Synchronous Monitoring: Compared with 200-570-000-014, it adds displacement monitoring function, synchronously collecting three core parameters: vibration acceleration, velocity and displacement. It fully reflects equipment vibration status, captures operating abnormalities more accurately, and adapts to scenarios requiring higher monitoring precision.

• Enhanced Signal Processing: Built-in advanced signal processing chip delivers stronger noise reduction and signal analysis capability, effectively filtering complex interference signals on industrial sites, ensuring authenticity and reliability of vibration data, and providing high-quality signal support for analysis and diagnosis by the back-end system mainframe.

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• Flexible Adaptation & Compatibility: Seamlessly compatible with all series mainframes of the VM600 system, supporting flexible configuration and deployment according to actual monitoring demands. It is compatible with various vibration sensors with strong interface adaptability, and can be integrated into existing monitoring systems without major modification.

• Real-time Status Feedback: Equipped with status indicator lights to display module operating status, signal acquisition status and abnormal alarm status in real time, enabling on-site staff to quickly judge module operation, troubleshoot faults timely and improve O&M efficiency.

1.2.3 Vibro-meter VM600 Machinery Protection and Monitoring System

System Model: Vibro-meter VM600 SeriesSystem Type: High-precision Rotating Machinery Protection and Monitoring System (Core Control Unit)

• Multi-channel Signal Processing & Analysis: Simultaneously receives vibration signals transmitted from multiple 200-570 series monitoring modules (including 200-570-000-014 and 200-570-101-013). Built-in high-performance DSP chip and real-time analysis algorithm complete in-depth signal filtering, calculation and analysis, supporting frequency domain analysis and vibration trend analysis to accurately identify equipment fault modes and predict potential failures.
• Safety Interlock Protection: Operates independently of the DCS system with extremely high reliability and response speed. When equipment abnormal vibration exceeds the preset dangerous threshold, it triggers a millisecond-level safety interlock trip command to cut off equipment power supply, effectively preventing equipment damage and ensuring personnel and equipment safety.

• Flexible Communication & Data Interaction: Supports multiple communication protocols and interface standards such as Modbus, VME and Ethernet. It can be seamlessly integrated with industrial control systems and DCS/PLC systems to realize real-time transmission of monitoring data and equipment status as well as remote monitoring. It also supports data storage and export for subsequent data traceability, fault review and analysis.

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• System Coordinated Control: As the core of the entire monitoring and protection system, it centrally manages front-end 200-570 series monitoring modules, completing parameter configuration, signal scheduling and status monitoring to achieve coordinated and stable operation of the whole system. It supports hot-swap redundant configuration of modules, enabling online module replacement and maintenance without affecting overall system operation.

• Intuitive Display & Operation: Equipped with high-definition color display and easy-to-operate keys to display real-time vibration data, equipment operating status, alarm information and analysis results. Operators can get started quickly without professional training, facilitating on-site real-time viewing and operation.

2. Technical Specifications

3. Hardware Design & Structural Details

3.1 Common Design Features

Anti-interference Design: Built-in EMI filter circuits and signal isolation technology effectively suppress electromagnetic interference at industrial sites and prevent accuracy loss in signal acquisition, transmission and processing. Signal interfaces adopt shielding anti-interference design to further isolate external interference and ensure stable operation of the whole system under complex electromagnetic conditions.

3.2 Structural Layout of Each Model and System

3.2.1 Vibro-meter 200-570-000-014 Vibration Monitoring Module

• Signal Acquisition Area: Built-in high-precision vibration sensor accurately captures equipment vibration signals with high sensitivity, detecting subtle vibration variations and providing high-quality raw data for back-end system analysis. Equipped with sensor interface with firm wiring and anti-loosening structure.
• Signal Processing Area: Integrated signal amplification and filter circuits perform preliminary noise reduction and amplification on collected vibration signals to eliminate interference, ensure signal quality and prepare for subsequent transmission to the system mainframe.

• Power & Interface Area: Equipped with 24V DC power terminals with standard wiring and stable power supply. Dedicated signal transmission interface enables seamless connection with VM600 mainframe for stable signal transmission; sealed interface design improves protection performance.

3.2.2 Vibro-meter 200-570-101-013 Vibration Monitoring Module

• Multi-parameter Acquisition Area: Built-in high-precision multi-parameter sensor synchronously collects vibration acceleration, velocity and displacement signals with wide measuring range and high sensitivity, fully reflecting equipment vibration status and capturing various operating abnormalities.
• Enhanced Processing Area: Built-in advanced signal processing chip and noise reduction module effectively filter complex on-site interference signals, precisely process collected multi-parameter signals to ensure authenticity and reliability, and support signal calibration to improve monitoring accuracy.

• Status Indication & Interface Area: Status indicator lights display module status (Normal / Acquisition Abnormal / Power Abnormal) in real time for convenient on-site maintenance. Equipped with power terminals and dedicated signal interface with easy wiring, strong compatibility with VM600 mainframe and excellent protection performance.

3.2.3 Vibro-meter VM600 System Mainframe

• Signal Receiving Area: Multiple dedicated signal input interfaces allow simultaneous connection of multiple 200-570 series modules to receive multi-channel vibration signals. Standard interface layout and convenient wiring ensure stable signal reception; hot-swap supported for easy module replacement and maintenance.
• Core Processing Area: Integrated high-performance DSP chip, real-time processor and logic control module perform in-depth filtering, calculation and analysis on received vibration signals, complete frequency and trend analysis, accurately judge equipment status (Normal / Warning / Danger) and trigger safety protection mechanism.

• Display & Operation Area: High-definition color display and simple operation keys show real-time vibration data, equipment status, alarm information and analysis results; supports parameter configuration, data query and alarm reset with user-friendly interface and simple operation.

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• Communication & Storage Area: Multiple communication interfaces support Modbus, VME, Ethernet for seamless connection with industrial control and DCS/PLC systems to realize data exchange and remote monitoring. Built-in storage module records monitoring data and alarm logs with export function for later traceability and analysis.

• Power & Protection Area: Wide-voltage power module adapts to 85-264V AC input with stable power supply. Built-in over-voltage, over-current and over-temperature protection circuits effectively protect the mainframe from damage caused by abnormal power supply; status LEDs indicate system operating status in real time.

3.3 Structural Advantages

4. Working Principle & Signal Flow

1. Equipment Deployment & Power Supply: Install 200-570-000-014 and 200-570-101-013 vibration monitoring modules on DIN rails inside the control cabinet and connect to 24V DC power supply. Install the VM600 mainframe in the designated control cabinet and connect to 85-264V AC power supply. Complete signal connection between monitoring modules and mainframe, connection between modules and vibration sensors, and communication connection between mainframe and DCS/PLC system to finish system deployment.
2. Parameter Setting & Calibration: Set monitoring parameters (measuring range, frequency range, safety threshold, etc.) via the display and operation keys of the VM600 mainframe. Select corresponding monitoring modules and measurement parameters according to equipment type and monitoring requirements, calibrate the monitoring modules to guarantee monitoring accuracy and complete system commissioning.
   
   
3. Vibration Signal Acquisition & Preliminary Processing: The two monitoring modules collect real-time vibration signals of rotating equipment via built-in or external sensors. 200-570-000-014 performs preliminary amplification and filtering on acceleration and velocity signals; 200-570-101-013 conducts enhanced processing and noise reduction on acceleration, velocity and displacement signals. After eliminating interference, signals are stably transmitted to the VM600 mainframe through dedicated interfaces.
4. In-depth Signal Analysis & Status Judgment: The VM600 mainframe conducts in-depth calculation and analysis on multi-channel vibration signals via built-in DSP chip and real-time analysis algorithm, completes frequency domain and trend analysis, extracts vibration characteristic parameters, compares with preset safety thresholds, and accurately judges equipment operating status (Normal / Warning / Danger).
   
   
5. Safety Protection & Alarm Execution: When the mainframe detects vibration exceeding the preset dangerous threshold, it immediately activates the safety interlock mechanism, triggers millisecond-level trip commands to cut off equipment power supply and prevent equipment damage. Meanwhile, alarm signals are issued via mainframe display and indicator lights to prompt on-site staff, and alarm information as well as abnormal data are synchronously transmitted to DCS/PLC system for timely handling.
6. Data Transmission & Remote Monitoring: The mainframe transmits real-time monitoring data, equipment operating status, alarm information and analysis results to industrial control systems or DCS/PLC via multiple communication interfaces to realize remote monitoring. Monitoring data is stored in the built-in module and exportable for later traceability, fault review and analysis, providing basis for equipment predictive maintenance.

5. Key Features & Advantages

• Collaborative Operation & Comprehensive Precision Monitoring: 200-570-000-014 and 200-570-101-013 cooperate with the VM600 mainframe; the front-end completes high-precision signal acquisition and preliminary processing while the back-end performs in-depth analysis and safety protection. Flexible single or multi-parameter monitoring fully captures equipment vibration anomalies and provides accurate and reliable data support for fault diagnosis.

• Enhanced Signal Processing & Strong Anti-interference: Both modules deliver excellent signal processing capability; especially the enhanced noise reduction design of 200-570-101-013 effectively filters complex on-site interference signals. The mainframe is equipped with high-performance DSP chip with high signal analysis accuracy, enabling rapid identification of equipment fault modes and avoiding missing or false alarms.

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• Millisecond-level Safety Protection & High Safety: The VM600 mainframe operates independently of DCS with millisecond-level safety interlock trip capability, quickly cutting off equipment operation upon dangerous anomalies, effectively preventing equipment damage and production interruption, and greatly improving operational safety of rotating machinery.

• Flexible Expansion & Wide Adaptability: The system supports multi-channel expansion to connect multiple 200-570 series modules simultaneously, adapting to monitoring demands of different quantities and types of rotating equipment. It supports multiple communication protocols for seamless integration with existing industrial control systems without major renovation, featuring low integration cost and high efficiency.

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• Redundant Design & High Continuity: The VM600 system supports hot-swap redundant configuration for online module replacement and maintenance without affecting overall system operation. The two monitoring modules feature high reliability to avoid single-point failure affecting monitoring effect and ensure long-term continuous operation of the whole system.
• Harsh Environment Adaptability & High Stability: Industrial rugged material, sealed protection design and anti-interference technology enable the three units to withstand harsh conditions such as dust, moisture, temperature fluctuation and mechanical vibration with low long-term failure rate, suitable for demanding industrial scenarios including power, oil & gas and chemical industries.
• Convenient O&M & Efficiency Improvement: Modular design facilitates installation, maintenance and component replacement. The mainframe is easy to operate with real-time display of equipment status and alarm information, supporting remote data transmission and fault traceability, reducing on-site O&M workload and improving efficiency.

6. Application Scenarios

• Power Industry: Applied to key rotating equipment in power plants such as steam turbines, generators, pumps and fans. Real-time vibration monitoring realizes fault early warning and safety protection, ensuring safe and stable power production, avoiding unplanned downtime and improving production efficiency.
• Oil & Gas Industry: Suitable for compressors, pumps and other rotating machinery in oil and gas exploitation and transmission pipelines. Adaptable to outdoor and harsh site environments, it monitors equipment vibration status in real time, detects abnormalities timely, guarantees continuous oil and gas production and reduces potential safety hazards.
• Chemical Industry: Used for motors, compressors, steam turbines and other rotating equipment in chemical plants. Multi-parameter vibration monitoring accurately judges equipment operating status, prevents process instability and safety risks caused by equipment faults, and adapts to harsh chemical production environments.
• Metallurgical Industry: Deployed on fans, water pumps, rolling mills and other rotating machinery in metallurgical plants. High-precision vibration monitoring and rapid safety protection extend equipment service life, reduce maintenance costs and ensure continuous metallurgical production.