Description

Vibro-meter 200-510-076-114 200-510-111-034 VM600 MPC4

1. Basic Information

Vibro-meter 200-510-076-114, 200-510-111-034 and VM600 MPC4 together form a complete 4-channel vibration monitoring kit within the industrial vibration monitoring product portfolio. It serves as the core combined application of the VM600 series vibration monitoring and protection system, mainly used for vibration signal acquisition, processing, monitoring and fault early warning of key industrial rotating machinery, providing accurate data support and protection functions for safe and stable equipment operation.

The kit consists of three core components: 200-510-076-114 high-precision vibration sensor, 200-510-111-034 shielded connection cable, and VM600 MPC4 4-channel machinery protection module. The three units work in coordination to cover the whole process from vibration signal acquisition and transmission to analysis and protection. Adopting modular and standardized design, the entire system features easy installation, strong compatibility, high measurement accuracy and excellent anti-interference capability. It is widely applied to monitor key rotating equipment in power, petrochemical, metallurgy and other industrial sectors, acting as an important solution for equipment predictive maintenance and continuous condition monitoring.

Core Positioning: An integrated 4-channel vibration monitoring solution combining "Sensor – Connection Cable – Monitoring Module". Leveraging the powerful processing capability of the VM600 MPC4 module, matched with high-precision sensors and anti-interference cables, it realizes accurate monitoring and abnormal alarm of rotating machinery vibration parameters, delivering reliable assurance for equipment protection.Note: The VM600 MPC4 module is currently being phased out, with spare parts supply available until 2027. Its replacement solution in the VM600 MK2 system is the MPC4 MK2 + IOC4 MK2 combination.

2. Technical Specifications

2.1 200-510-076-114 High-Precision Vibration Sensor

Brand: Vibro-meter
Model: 200-510-076-114
Equipment Type: Industrial high-precision vibration sensor
Power Supply: Powered by VM600 MPC4 module, max power consumption 0.1A
Signal Type: Analog (ICP); outputs vibration acceleration, velocity or displacement signals, compatible with dynamic input channels of MPC4 module
Overall Dimensions: 85mm×12mm×12mm (Length × Width × Height)
Weight: Approx. 120g
Mounting Method: Threaded mounting (M12×1.5mm); can be directly fixed on the surface of monitored rotating machinery with simple installation and no additional adapter required
Measurement Accuracy: ±0.5% (higher accuracy achievable in partial scenarios); precisely captures minor equipment vibration anomalies and provides reliable data for fault diagnosis
Frequency Range: 10Hz ~ 10kHz; covers common vibration frequency bands of industrial rotating machinery to meet monitoring requirements of various equipment
Environmental Adaptability: Operating temperature -40℃ ~ +85℃; storage temperature -40℃ ~ +85℃; humidity 0%~95% non-condensing; excellent resistance to harsh industrial environments, suitable for various industrial applications

2.2 200-510-111-034 Shielded Connection Cable

Brand: Vibro-meter
Model: 200-510-111-034
Equipment Type: Industrial shielded connection cable, specially designed for signal transmission between vibration sensors and monitoring modules
Specifications: Length 5m, diameter 6mm; shielded structure effectively suppresses electrical interference in industrial environments, prevents signal distortion and resolves interference issues in conventional cable transmission
Mounting Method: Snap-on installation; can be flexibly fixed on equipment or cabinet surfaces with convenient wiring and no impact on normal equipment operation
Environmental Adaptability: Operating temperature -30℃ ~ +70℃ non-condensing; features wear resistance, oil resistance and moisture resistance, adaptable to complex industrial site conditions
Connection Features: Both-end interfaces perfectly match 200-510-076-114 sensor and VM600 MPC4 module; plug-and-play without extra adapters, simplifying installation procedures

2.3 VM600 MPC4 4-Channel Machinery Protection Module

2.3.1 General Specifications

Brand: Vibro-meter
Model: VM600 MPC4
Equipment Type: 4-channel vibration monitoring and machinery protection card; rack-mounted processing module of VM600 series, installed on the front of VM600 series racks (e.g. ABE040, ABE042, ABE056)
Overall Dimensions: 120mm×80mm×150mm (Height × Width × Depth); partial version: 6U height (262mm), width 20mm, depth 187mm, suitable for standard rack mounting
Weight: Approx. 650g (0.40kg for partial versions); lightweight design for easy installation and maintenance
Mounting Standard: DIN rail mounting (compliant with EN 50022); used as a paired card with IOC4T module to realize complete input and output functions

2.3.2 Electrical & Measurement Specifications

Power Rating: 24VDC±10% (max 1.5A); also supports +5VDC±5% and ±12VDC; power consumption approx. 12.5W; additional 1W per connected sensor; max 2.5W under ±12VDC
Channel Configuration: 4 dynamic input channels (accepts acceleration, velocity, displacement signals); 2 speed/phase input channels; all channels independently configurable for multi-parameter synchronous monitoring
Signal Processing: Adopts advanced DSP digital signal processing technology; supports digital filtering, integration/differentiation, amplitude and phase tracking; high-pass, low-pass and band-pass filters available with filter slope 6~60dB/octave (software configurable)
Measurement Accuracy: Vibration measurement ±1.2% full scale; gap/position measurement ±1% full scale; linear error ＜±1%; equivalent input noise ＜200μV RMS (unintegrated state); high precision and strong data reliability
Communication Interface: Supports Modbus RTU (RS485), Ethernet/IP, OPC UA and other protocols; equipped with VME bus (standard version) and RS-232 configuration port; seamlessly connects to industrial networks and monitoring terminals for data uploading and remote configuration
Output Configuration: 2 processed outputs per dynamic channel, 1 processed output per 2 channels (total 2 outputs per MPC4); 1 processed output per speed channel; analog output optional 0-10V or 4-20mA; discrete output realized via relays of matching IOC4T module, supporting alarm and trip signal output

2.3.3 Environmental Specifications

Operating Temperature: -20℃ ~ +60℃ (-25℃ ~ +65℃ for partial versions); Storage Temperature: -40℃ ~ +85℃; Humidity: 0%~95% non-condensing; adaptable to high and low temperature & high humidity conditions at industrial sites
Anti-Interference Performance: Good electromagnetic compatibility; input channel CMRR ＞60dB @50Hz; crosstalk -72dB; effectively resists electromagnetic interference in industrial environments and ensures stable signal processing

3. Hardware Structure & Design Details (Overall Kit)

3.1 Overall Structural Design

The entire vibration monitoring kit adopts a modular combined design of Sensor – Cable – Module, featuring clear structure, clear functional division and high compatibility among components. It supports rapid assembly and disassembly for easy installation, maintenance and expansion.

As the core processing unit, the VM600 MPC4 module is installed inside the VM600 series rack, responsible for signal processing, data analysis and communication control. The 200-510-076-114 sensor acts as the signal acquisition unit, fixed on the surface of monitored rotating machinery to capture real-time vibration signals. The 200-510-111-034 shielded cable serves as the signal transmission unit, connecting the sensor and MPC4 module to achieve interference-free signal transmission. The three components jointly form a complete vibration monitoring link.

The core structure of the whole system centers on the VM600 MPC4 module. The module adopts highly integrated design integrating signal acquisition, processing, communication and alarm functions, with compact size for flexible integration into existing industrial control systems. The sensor features compact layout with threaded mounting for firm fixation without affecting normal equipment operation. The shielded cable isolates external interference effectively to guarantee accurate signal transmission.

3.2 Key Design Details of Each Component

3.2.1 200-510-076-114 Vibration Sensor

Manufactured from corrosion-resistant and high-strength materials with special surface treatment, the sensor resists dust, oil and moisture erosion in industrial environments to extend service life. Built-in high-precision sensing elements capture tiny vibration variations accurately. Its 10Hz~10kHz measurement range adapts to rotating machinery of different speeds and types. Adopting ICP signal output, it directly interfaces with the VM600 MPC4 module without additional signal converters, simplifying system wiring and reducing installation costs.

3.2.2 200-510-111-034 Shielded Connection Cable

The cable adopts high-purity copper core to ensure smooth and stable signal transmission. Multi-layer outer shielding effectively blocks electromagnetic and radio frequency interference at industrial sites, preventing vibration signal distortion and measurement errors caused by interference in conventional cables. Dedicated interfaces at both ends match perfectly with the sensor and MPC4 module for easy plugging and sealing performance against dust and moisture ingress to ensure reliable connection. The snap-on mounting enables neat wiring and convenient later maintenance.

3.2.3 VM600 MPC4 Module

The module adopts industrial-grade rigid housing with excellent vibration and shock resistance, suitable for long-term continuous operation in rack-mounted conditions. Seven front-panel LED indicators display real-time module status, channel faults and alarms for rapid troubleshooting. A BNC interface outputs raw vibration signals for offline analysis and calibration. The built-in sensor power supply unit provides stable power (+27.2V±5%, +15.0V±5%, max 25mA) for sensors such as 200-510-076-114, with overcurrent protection to secure safe operation of sensors and the module.

The module supports hot swapping for installation and replacement without system shutdown, reducing equipment downtime. Built-in self-diagnosis monitors real-time status of sensors, channels and power supply, triggering timely alarms upon faults to improve system reliability. Software-configurable design allows flexible setting of alarm thresholds, filter parameters and output modes to adapt to various industrial monitoring requirements, and supports coordination with VM600 MPSX software for system configuration and data management.

4. Working Principle

The core working principle of the Vibro-meter 200-510-076-114 / 200-510-111-034 / VM600 MPC4 vibration monitoring kit is: the sensor collects vibration signals of industrial rotating machinery, transmitted to the monitoring module via shielded cable; the module completes signal processing, data analysis and abnormal alarming to realize real-time monitoring and protection of equipment vibration conditions. The workflow is divided into four links with coordinated operation of all components to ensure monitoring accuracy and reliability.

4.1 Signal Acquisition

The 200-510-076-114 high-precision vibration sensor is installed at key positions of monitored rotating machinery (such as turbo-generator sets, compressors and water pumps) to collect real-time vibration signals (acceleration, velocity, displacement). The sensor converts vibration data into electrical signals via ICP analog output, and operates steadily with power supplied by the VM600 MPC4 module to ensure continuous and accurate signal acquisition.

4.2 Signal Transmission

The 200-510-111-034 shielded connection cable connects the sensor and VM600 MPC4 module, transmitting collected electrical signals to the module without interference. The shielding layer isolates on-site electromagnetic and radio frequency interference to avoid signal distortion, ensuring complete and accurate transmission of vibration data for subsequent data analysis. The plug-and-play design requires no extra adapters and further improves stability and convenience of signal transmission.

4.3 Signal Processing & Analysis

Receiving vibration signals from the cable, the VM600 MPC4 module adopts internal DSP technology to perform filtering, integration/differentiation, amplitude and phase tracking, eliminating interference and extracting valid vibration data. It analyzes processed vibration data and compares with preset software-configurable alarm thresholds to judge equipment vibration status. It supports measurement and analysis of relative shaft vibration, absolute shaft vibration, eccentricity, shaft displacement and other physical quantities. The adaptive monitoring function automatically adjusts alarm and trip values according to equipment speed, meeting protection requirements during critical speed crossing.

4.4 Alarm & Data Interaction

When the VM600 MPC4 module detects vibration data exceeding preset thresholds or faults in sensors, channels or power supply, it immediately triggers alarm signals via LED indicators and outputs discrete alarm signals through the matched IOC4T module, reminding maintenance personnel for timely handling to avoid fault escalation. Meanwhile, the module uploads real-time vibration data and equipment status to industrial control systems or monitoring terminals via Modbus RTU, Ethernet/IP and other protocols, enabling remote viewing, storage and analysis to support equipment predictive maintenance. In addition, RS-232 port configuration is available for parameter adjustment to adapt to diverse monitoring demands.

Core Logic: Centered on the VM600 MPC4 module, vibration signals are collected by sensors and transmitted interference-free via shielded cables. The module completes signal processing and analysis to realize real-time vibration condition monitoring, abnormal alarming and data uploading for rotating machinery. It constructs an integrated vibration monitoring and protection system to ensure safe equipment operation and reduce losses caused by unplanned downtime.

5. Application Scenarios

5.1 Power Industry

Mainly applied in thermal power plants, hydropower stations, nuclear power plants and other facilities for vibration monitoring of turbo-generator sets, hydro-generator sets, water pumps, fans and other key equipment. The sensor accurately captures unit vibration anomalies, while the MPC4 module analyzes data and triggers alarms in real time, preventing unit damage or shutdown caused by excessive vibration and ensuring stable power supply. In practical application, the kit features easy installation, no complex commissioning and high calibration stability, maintaining accurate measurement for up to 8 months without frequent recalibration.

5.2 Petrochemical Industry

Suitable for petroleum refining and chemical production sites to monitor vibration conditions of centrifugal pumps, compressors, reactors, oil transmission pipelines and other equipment. Characterized by harsh operating conditions including high temperature, high pressure, dust and corrosive gas, the sensor, cable and module of the kit feature excellent environmental adaptability for stable operation. The shielded cable eliminates on-site electromagnetic interference to guarantee vibration data accuracy, enabling early warning of equipment leakage, wear and other faults to ensure production safety and efficiency.

5.3 Metallurgy & Mining Industry

Applied in steel plants, mining enterprises and other sites for vibration monitoring of heavy-duty equipment such as rolling mills, crushers, ball mills and fans. Such equipment operates under heavy load with intense vibration, requiring high precision and reliability of monitoring systems. The 4-channel design enables simultaneous monitoring of multiple measuring points, and the high-precision processing capability of MPC4 captures minor vibration anomalies to give early warning of equipment wear and bearing damage, reducing maintenance costs and downtime.

5.4 General Manufacturing Industry

Widely used in automotive manufacturing, mechanical processing, papermaking, cement and other general manufacturing fields for condition monitoring of motors, reducers, conveyors, machine tools and other production line equipment. Deployment of this vibration monitoring kit realizes predictive maintenance of production equipment, detects faults in a timely manner, avoids production line interruption, improves operational efficiency and reduces maintenance costs. Meanwhile, the modular design flexibly adapts to various equipment types without major modification to existing systems.