Bently Nevada 128276-01E 131151-01 Slot Cover

The Bently Nevada 128276-01E 131151-01 slot cover supports 3500-series vibration-monitoring racks and protects open chassis positions from dust and airborne contamination. It fits directly into unused module locations, and it preserves airflow consistency while it maintains a clean internal environment. The cover uses durable anodized aluminum, and it matches the appearance and mechanical integrity of genuine Bently Nevada components.

Engineers choose because it strengthens long-term system reliability, and it prevents particulate intrusion that might affect signal-processing modules. Additionally, the lightweight structure simplifies installation, and the aluminum body withstands demanding industrial environments. The slot cover integrates naturally with all standard 3500 frames, so teams maintain proper rack aesthetics and mechanical protection without additional hardware.

Functional Advantages

The Bently Nevada 128276-01E 131151-01 improves rack management by closing unused bays and reducing contamination risks. Its design supports stable system ventilation, and it ensures consistent mechanical spacing across the entire 3500 assembly. Technicians value the rigid construction because it resists bending, and it keeps the chassis aligned during module removal or replacement.

Technical Specifications

Product Parameters

Manufacturer: Bently Nevada
Part Numbers: 128276-01E, 131151-01
Material: Aluminum
Surface Finish: Black anodized
Component Count: Single-piece cover
Energy Storage: None

Physical Parameters

Dimensions: 12 cm × 3 cm × 2.5 cm
Weight: 0.04 kg
Interfaces: Mechanical slot-mounting tabs

Origin, Dimensions & Weight

Country of Origin: USA
Dimensions: 12 cm × 3 cm × 2.5 cm
Weight: 0.04 kg

Integration Notes

Technicians install the 128276-01E 131151-01 by sliding it into the unused 3500 rack position, and they secure the cover by engaging the standard rail grips. This quick installation method helps teams maintain chassis cleanliness, and it supports long-term dependability in vibration-monitoring environments.

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