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Bently Nevada 123M4610 Communication Cable
Configured for digital data exchange between Bently Nevada 3500 Series interfaces and external computing systems, the Bently Nevada 123M4610 (123M4610 communication cable) provides direct physical/electrical USB A-to-B transmission for configuration and data retrieval tasks within 3500/22M Transient Data Interface Module connectivity paths.
Hardware Specifications
| Parameter |
Specification |
| Model |
123M4610 |
| Brand |
Bently Nevada |
| Dimensions |
10 ft (cable length) |
| Function |
USB A-to-B data transfer cable |
| Connector Type |
USB A to USB B |
| Compatibility |
Bently Nevada 3500 Series / 3500/22M TDI |
| Data Transfer Role |
Configuration and data retrieval link |
| Construction |
Shielded industrial-grade cable assembly |
Signal Integrity and Shielding Behavior in USB Data Path
The 123M4610 cable implements shielded differential pair routing for USB data transmission between 3500/22M TDI modules and external computing interfaces. Signal integrity is maintained through controlled impedance conductors and grounded shielding continuity to reduce EMI coupling in industrial cabinet environments. The cable architecture supports stable enumeration and sustained communication sessions during configuration and diagnostic data extraction cycles, ensuring consistent USB protocol timing under electrically noisy conditions.
Frequently Asked Questions (FAQ)
Q: Does the 123M4610 require external power for operation?
A: No. The cable is a passive USB A-to-B connection and does not include active electronics or power conversion elements.
Q: Is the cable hot-swappable during active communication?
A: USB protocol supports hot-plug behavior; however, disconnection during active data transfer may interrupt communication sessions with the 3500/22M interface.
Q: Does cable length affect signal stability?
A: The 10 ft length is within standard USB specification limits for full-speed communication, provided shielding integrity and grounding are correctly maintained.
Field Installation Guidelines
-
Connect USB A end to host computer and USB B end to 3500/22M TDI module
-
Ensure connectors are fully seated to maintain shield continuity
-
Avoid routing USB cable parallel to high-voltage or high-frequency power lines
-
Maintain separation from VFD output cables to reduce EMI coupling
-
Do not apply mechanical stress or sharp bends to maintain impedance stability
-
Verify device recognition in host system before initiating configuration or data transfer
