Bently Nevada 330190-040-01-00 3300 XL ETR Extension Cable

Description

The 330190-040-01-00 is a 4.0-meter 3300 XL Extended Temperature Range (ETR) extension cable designed for demanding machinery protection and monitoring applications. As a critical component of the 3300 XL 8 mm Proximity Transducer System, this extension cable maintains signal integrity between the probe and the Proximitor sensor, even in environments where ambient temperatures exceed standard operating ranges.

This specific configuration features 4.0 meters of total length (Option 040) and includes protective armor (Option 01) to provide enhanced mechanical resistance against abrasion and damage in industrial environments. It is engineered for use with 3300 XL ETR probe systems and 3300 XL ETR Proximitor sensors, ensuring that the total system length remains calibrated for accurate shaft vibration and position measurements. Proper system length matching is required to maintain the specified performance of the transducer chain.

Features

• 4.0-meter length (Option 040)
• Armored cable construction (Option 01) for increased durability and mechanical protection
• Agency Approval: Not required (Option 00)
• Extended Temperature Range (ETR) compatibility for harsh industrial environments
• ClickLoc connector design for secure, reliable connection to 3300 XL series probes and Proximitor sensors
• Maintains system calibration accuracy when paired with compatible ETR probes and Proximitor sensors

Applications

• Gas and steam turbine monitoring
• Centrifugal compressor shaft vibration and axial position
• Hydroelectric turbine monitoring
• Critical rotating machinery in petrochemical and power generation facilities
• High-temperature industrial environments where standard cables may degrade

Ordering Information

Technical Specifications

Installation Guidelines

Ensure that the extension cable length and the probe length, when added together, exactly match the required system length of the Proximitor sensor (e.g., 5.0m or 9.0m systems). Avoid sharp bends during cable routing to prevent damage to the internal coaxial structure. Cables should be secured using appropriate mounting hardware to minimize vibration-induced wear. In hazardous areas, refer to the site-specific installation control drawings and system documentation for grounding and shielding requirements.