Bently Nevada 84661-06 Interconnection Cables

Description

The 84661-06 is a standard armored interconnect cable used to facilitate vibration monitoring and signal transmission for high-temperature transducer systems. This cable is specifically engineered to provide mechanical protection in industrial environments, featuring a robust stainless steel armor over a shielded 0.382 mm2 (22 AWG) conductor core.

This configuration includes a moisture-resistant female connector at the sensor end and ring lugs at the monitor end, ensuring a secure and reliable connection. Designed for resilience, the cable supports an operating temperature range of -29 Celsius to 121 Celsius (-20 Fahrenheit to 250 Fahrenheit). The armored construction makes this cable suitable for applications requiring abrasion resistance and additional protection against physical damage to the signal path.

Features

• Standard armored construction with stainless steel shielding for enhanced mechanical durability.
• 0.382 mm2 (22 AWG) shielded cable core designed for consistent signal integrity.
• Equipped with a moisture-resistant female connector at the HTVS sensor end.
• Termination consists of ring lugs at the monitor end for direct connection.
• Operating temperature range: -29 Celsius to 121 Celsius (-20 Fahrenheit to 250 Fahrenheit).
• Designed for compatibility with high-temperature vibration monitoring sensor systems.

Applications

• Industrial rotating machinery vibration monitoring.
• High-temperature machinery environments requiring abrasion-resistant cabling.
• Shaft vibration and casing measurement protection systems.
• Power generation and petrochemical infrastructure where signal path durability is critical.

Ordering Information

Technical Specifications

Installation Guidelines

Ensure that the cable is routed away from high-voltage lines to prevent electromagnetic interference. When installing, adhere to the minimum bend radius requirements to prevent mechanical stress on the armor and conductors. The connector should be tightened securely to maintain the moisture-resistant seal. For hazardous area installations, always verify compliance with local codes and the specific certification documentation provided with the transducer system.