Bently 3500 22M

Product Introduction
The 3500/22M is the Transient Data Interface module for the 3500 Machinery Protection System. It acts as the high-speed communication gateway, extracting buffered transient waveform data and steady-state data from the framework and transmitting it to host computers running System 1 software.

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Description

Bently 3500 22M

Technical Specifications

  • Model Number: 3500/22M
  • Module Type: Transient Data Interface
  • Communication: 100 Base-T Ethernet / 100 Base-FX Fiber Optic

Key Features

  • High-Speed Data Extraction: Captures and transmits high-resolution transient waveforms during machinery trips or alarms.
  • Dual Communication Ports: Supports both copper Ethernet and fiber optic connections for flexible network integration.
  • Data Buffering: Retains historical waveform data even if communication to the host is temporarily lost.

Application Scenarios
Installed in every 3500 framework that requires connection to System 1 State Monitoring Software for advanced diagnostics, predictive maintenance, and post-trip analysis.

Performance Parameters

  • Network Speed: 100 Mbps
  • Data Update Rate: Real-time for steady-state, high-speed for transient capture

Material Composition
Ruggedized industrial enclosure with advanced EMI/RFI shielding to protect high-speed digital communications from analog sensor noise.

Structural Characteristics
Full-height module form factor. Must be installed in the first slot immediately to the right of the power supply module. Features front-panel RJ-45 and fiber optic ports.

Working Principle
Continuously polls the 3500 backplane for alarm triggers. When a transient event occurs, it captures high-frequency waveform data, packages it into TCP/IP packets, and transmits it to the host server over the network.

Installation Requirements
Must be placed in Slot 1 (next to the power supply). Connect using standard Cat5e/Cat6 Ethernet cables or 100 Base-FX fiber optic patch cables.

Usage Precautions
Ensure the network switch supports 100 Mbps full-duplex. Avoid running network cables parallel to high-voltage power lines to prevent electromagnetic interference.