Vibro-Meter 200-510-071-113 VM600 MPC4 Multi-Channel Vibration Processing Card

Number of channels: 4. Input types: IEPE accelerometers, velocity transducers, proximity probes. Input range: ±10V peak. ADC resolution: 24-bit. Maximum sampling rate: 100kHz per channel. FFT lines: up to 1024. Power supply: 24V DC. Power dissipation: 8W. Operating temperature range: -20°C to +65°C. Isolation: 500V AC channel-to-bus.

It supports simultaneous measurement of acceleration, velocity and displacement per channel. Built-in FFT spectral analysis, envelope demodulation and order tracking enable advanced fault diagnosis. Programmable alarm thresholds and danger limits support machinery protection. It stores historical trend data and event logs. Hot-swap capability supports online maintenance.

It applies to vibration monitoring and protection of steam turbines, gas compressors, pumps, motors, fans and gearboxes in power generation, petrochemical, steel and manufacturing industries.

Frequency range: 0.5Hz to 20kHz. Amplitude accuracy: ±1% full scale. FFT resolution: down to 0.1Hz. Temperature drift: ±50ppm/°C. Operating temperature range: -20°C to +65°C. Vibration resistance: 2G @ 10Hz to 500Hz.

PCB: FR-4 glass epoxy substrate. Connectors: gold-plated copper alloy. Front panel: flame-retardant engineering plastic. Signal circuits: industrial-grade precision analog components.

It adopts standard VM600 Eurocard form factor with front panel status LEDs, BNC input connectors, rear backplane connector, and card guide rails for rack mounting.

It receives analog vibration signals from field transducers, conditions and amplifies the signals, converts them to digital form via high-resolution ADC, and performs digital signal processing including FFT, filtering and parameter calculation. It then transmits measurement data and alarm status to the system controller via the backplane.

Install in any available VM600 rack slot. Ensure firm backplane connection. Use shielded coaxial cables for transducer connections. Ground cable shields at the system end. Configure channel types and alarm thresholds via configuration software. Ensure reliable system grounding.