The Bently Nevada 330190-040-01-00 3300 XL ETR Extension Cable represents a specialized extension cable component within the comprehensive 3300 XL 8mm proximity transducer system, engineered specifically for demanding industrial monitoring applications. This four-meter armored cable assembly forms an essential connection between the proximity probe and Proximitor sensor, maintaining signal integrity across the complete measurement chain while withstanding challenging environmental conditions. The robust construction of the BENTLY NEVADA 330190-040-01-00 ensures reliable performance in machinery monitoring applications where cable durability directly impacts measurement accuracy and system reliability.

Designed with extended temperature range capabilities, the 330190-040-01-00 Bently Nevada Extension Cable maintains specified electrical characteristics across varying operational environments, complementing the overall system's compliance with API 670 standards for mechanical configuration and temperature stability. The armored construction of the module provides mechanical protection against abrasion, crushing, and other physical stresses encountered in industrial settings, while its electrical properties ensure minimal signal attenuation across the specified cable length.

The integration of the 3300 XL ETR Extension Cable 330190-040-01-00 within the transducer system enables complete component interchangeability, eliminating the need for individual matching or bench calibration procedures during installation or maintenance activities. This interoperability characteristic significantly reduces system downtime during component replacement, making the module a practical solution for maintenance teams requiring rapid response capabilities in operational environments.

Implementation of the Bently 3300 XL Cable 330190-040-01-00 supports critical machinery protection functions including vibration monitoring, position measurement, and Keyphasor reference applications in fluid-film bearing machines. The technical specifications governing the performance of the module ensure consistent signal transmission quality, ultimately contributing to the reliability of the complete monitoring system in protecting valuable rotating equipment across power generation, oil and gas, and industrial manufacturing sectors.