Bently 3500/22M 138607-02 Transient Data Interface Module

The Bently 3500/22M 138607-02 serves as a critical bridge between machinery monitoring systems and diagnostic software platforms. Designed for industrial environments where vibration analysis and machine health monitoring are mission-critical, this module ensures reliable connectivity with Bently’s 3500 platform while enabling high-speed data acquisition for predictive maintenance strategies.

Specification	Details
Manufacturer	Bently Nevada
Model Number	3500/22M 138607-02
Physical Interface	100Base-TX/RX Ethernet + USB-B
Power Requirements	24V DC (via rack backplane)
Certifications	CE, UL, RoHS

Key Applications

Engineers in power generation and heavy manufacturing commonly deploy this module for:

• Capturing transient vibration events during turbine startups
• Continuous waveform streaming for rotating machinery diagnostics
• Integration with System 1™ software for real-time health monitoring

A recent project at a natural gas processing facility demonstrated its value – when paired with 3500/42M protection modules, the TDI module successfully captured bearing degradation patterns weeks before failure thresholds were reached. This allowed maintenance teams to schedule repairs during planned downtime rather than facing unexpected outages.

Our Commitment to You

With over 18 years supporting industrial automation systems, we maintain immediate availability for critical components like this Bently module. Our global network of 16 regional warehouses ensures:

• 48-hour delivery on stocked items
• 12-month warranty covering both functionality and performance
• Technical support from engineers familiar with legacy and modern systems

While we list this particular TDI module in stock, our inventory includes related components like the 3500/20 displacement transducer interface and 3500/45M vibration monitoring cards. For current pricing and lead times, contact Linda directly via:

*Note: While the 220V operating voltage specification appears in documentation, our field experience shows these modules typically draw power through the rack backplane rather than requiring direct 220V connection. We recommend verifying system configuration with technical personnel prior to installation.