VIBRO-METER VM600 MPC4 200-510-076-114 200-510-111-034 Mechanical protection card module

VIBRO-METER VM600 MPC4 200-510-076-114 200-510-111-034 Mechanical protection card module

Specific Parameters​

Core and Channel Parameters​

Module Type Machinery Protection Card (MPC)​

Manufacturer VIBRO-METER (Switzerland, now part of Meggitt Group)​

Core Processing FPGA real-time processing, DSP digital signal processing​

Channel Configuration 200-510-076-114: 4 dynamic channels + 2 tachometer channels; 200-510-111-034: 4 dynamic channels​

Input Signal Types Acceleration/velocity/displacement sensors (±10V AC), tachometer sensors (TTL/HTL, standard version only)​

Measurement Parameters Vibration amplitude, phase, rotational speed, eccentricity, thrust position, etc.​

Signal Processing Functions FFT spectrum analysis, envelope demodulation, digital filtering, order tracking​

Output Signals 0-10V voltage signal, 4-20mA current signal, raw signal output via BNC interface​

Electrical and Communication Parameters​

Operating Voltage 200-510-076-114: 220V AC; 200-510-111-034: 24V DC±20%​

Measurement Accuracy ±0.5% full scale (analog signal), rotational speed error <0.1% (standard version only)​

Frequency Range 0.1Hz to 10kHz​

Communication Interface RS485 (Modbus RTU)​

Relay Output 4 programmable channels​

Sensor Power Supply Integrated power supply, supporting IEPE accelerometers and proximity measurement systems​

Environmental and Certification Parameters​

Operating Temperature 200-510-076-114: -20°C to 85°C; 200-510-111-034: -40°C to 85°C​

Storage Temperature -40°C to 85°C​

Protection Features 200-510-111-034 with conformal coating, IP65 protection class when rack-mounted​

Overall Dimensions 120mm×110mm×80mm​

Weight 0.5kg​

Safety Certifications 200-510-111-034: SIL2 (IEC 61508), PLc (ISO 13849)​

Compliance Both comply with API 670, CE, ROHS standards​

Product Performance​

Excellent measurement accuracy, wide-frequency monitoring covering low-frequency vibration to high-frequency meshing frequency, capturing subtle anomalies​

High processing speed, FPGA real-time computing combined with FFT analysis enabling millisecond-level fault response​

Strong configuration flexibility, programmable alarm thresholds, delays and hysteresis adapting to different equipment needs​

Distinct safety levels, safety version certified to SIL2, meeting functional safety scenario requirements​

Excellent environmental adaptability, wide temperature operating range, safety version with coating protection against harsh conditions​

High operation and maintenance convenience, supporting hot-swapping and self-diagnosis, BNC interface facilitating offline analysis​

Good system compatibility, seamlessly connecting with VM600 racks and IOC4T cards, supporting multi-module expansion​

High operational reliability, independent circuit design and fault self-diagnosis ensuring long-term stable operation​