Low Noise Coaxial Vibration Cable Tnc to Tnc

Low Noise Coaxial Vibration Cable – TNC Male to TNC Male | Premium Industrial Sensor Cable

The Low Noise Coaxial Vibration Cable – TNC Male to TNC Male is a high-performance signal transmission cable engineered for industrial vibration monitoring and precision measurement applications. Designed using LC141TBJ low-noise coaxial construction, this cable provides superior shielding effectiveness, reduced triboelectric noise, and excellent signal clarity even in electrically noisy and high-vibration environments.

This assembly features TNC Male connectors on both ends, delivering secure connection, high mechanical durability, and reliable performance for piezoelectric accelerometers, IEPE vibration sensors, portable analyzers, and online monitoring systems. Manufactured to support frequencies up to 6 GHz, the cable ensures stable and distortion-free data transmission required for accurate diagnostics and predictive maintenance.

Ideal for industrial plants, testing laboratories, research facilities, telecom, military, aerospace, and commercial measurement setups, this low-noise coax cable is suitable for the harshest operating conditions and supports same-day dispatch based on stock availability.

• Low-noise coaxial design for accurate high-resolution vibration signal transmission

• Maximum operating frequency: Up to 6 GHz

• Shielding effectiveness: >100 dB

• TNC Male to TNC Male connectivity for stable and secure fitting

• PTFE dielectric with 70% VoP (Velocity of Propagation)

• Hand-formable construction for flexible routing and positioning

• Tin-filled copper braid outer conductor with FEP protective jacket

• High durability for industrial vibration environments

• Available in custom lengths upon request

• Vibration Monitoring & Condition Monitoring Systems

• Industrial Machinery Diagnostics (Motors, Pumps, Compressors, Turbines)

• Laboratory Test & Measurement Instruments

• RF / Microwave system interconnects

• Aerospace, Automotive and Defense environments

• Research and engineering development projects