Product Description

Equipped with 24-bit high-resolution A/D conversion and programmable signal ranges, this module delivers ultra-low noise measurement and stable dynamic data output. It integrates comprehensive self-diagnosis and signal filtering functions, with standard 48-pin terminal connection and industrial aluminum alloy housing. Featuring strong anti-interference capability and wide environmental adaptability, it ensures 24/7 accurate and reliable monitoring for heavy-duty rotating machinery in harsh industrial sites.

Main Specifications

1. Full Model: IOC4T (200-560-000-016 / 200-560-101-015); Product Type: VM600 series multi-channel dynamic vibration monitoring I/O module
2. Applicable System: Vibro-Meter VM600 industrial machinery condition monitoring and safety protection system
3. Core Function: Dynamic vibration signal acquisition, tachometer speed sampling, high-precision A/D conversion and data transmission
4. Channel Configuration: 4 independent dynamic signal input channels + 2 dedicated tachometer input channels
5. Conversion Performance: 24-bit high-resolution analog-to-digital conversion, realizing ultra-precise data sampling
6. Signal Adaptation: Fully programmable input ranges, compatible with vibration displacement, velocity and acceleration signals
7. Connection Mode: Standard 48-pin screw terminal block for stable and convenient field wiring
8. Structural Material: Industrial aluminum alloy housing, lightweight, heat-dissipating and anti-vibration
9. Certification Standard: Compliant with CE and RoHS industrial safety and environmental protection standards
10. Operational Stability: Industrial-grade electromagnetic shielding, supporting long-term full-load continuous operation

Core Functions

1. Acts as the front-end high-precision signal acquisition core for Vibro-Meter VM600 monitoring systems.
2. Simultaneously collects four groups of dynamic vibration signals to reflect equipment vibration amplitude and frequency characteristics.
3. Accurately acquires dual-channel tachometer signals to monitor real-time rotating speed of mechanical equipment.
4. Converts analog field signals into high-resolution digital data via 24-bit A/D conversion technology.
5. Supports programmable parameter configuration to adapt to diverse machinery monitoring scenarios.
6. Integrates intelligent signal filtering to eliminate industrial noise and ensure pure and accurate monitoring data.
7. Performs real-time self-diagnosis to detect channel faults, signal loss and wiring abnormalities.
8. Transmits standardized monitoring data to upper system for vibration analysis and fault judgment.
9. Adopts durable alloy structure to resist on-site vibration, temperature change and electromagnetic interference.
10. Guarantees long-term stable condition monitoring and early fault warning for key rotating equipment.

Application Scenarios

1. Thermal power plant steam turbine, generator and auxiliary rotating machinery monitoring systems
2. Petrochemical high-speed compressor, pump unit and process equipment vibration detection projects
3. Wind power generation unit fan blade and rotating equipment condition monitoring scenarios
4. Metallurgical and heavy industry large-scale rotating equipment safety monitoring platforms
5. Oil and gas transmission pipeline supporting mechanical equipment real-time status monitoring systems
6. Industrial key rotating equipment predictive maintenance and fault diagnosis supporting projects
7. Old VM600 system IOC4T module replacement and monitoring accuracy upgrading transformation
8. Harsh electromagnetic and temperature industrial environment high-stability signal acquisition scenarios
9. Continuous process industry zero-fault equipment operation monitoring and early warning systems
10. Power and energy industry high-standard machinery safety protection and condition monitoring projects