BNC to M5/L5/10-32UNF RF Connector Cable – a specialized connectivity solution optimized for acceleration sensors and high-precision measurement systems. Built with low-loss RG316 coaxial wire, this cable seamlessly bridges BNC (Bayonet Neill-Concelman) interfaces with threaded M5, L5, and 10-32UNF RF connectors, delivering ultra-stable signal transmission for vibration, motion, and acceleration data in industrial, automotive, and test & measurement applications.
Key Features
Integrated BNC male and female to M5/L5/10-32UNF multi-spec interface conversion, compatible with mainstream acceleration sensor ports. Adopts RG316 high-frequency low-loss coaxial wire, excellent anti-interference and shielding effect, clear signal transmission. Precision plated RF connector, tight docking, low contact resistance and oxidation resistance. Flexible cable body, easy bending and routing in test equipment and narrow installation space. High and low temperature resistant and aging resistant wire material, suitable for long-term industrial detection environment. Firm crimping and molding process, tensile and drop resistant, stable connection without signal interruption. Customizable cable length and interface combination to meet different sensor testing wiring requirements.
Applications
This specialized cable is designed exclusively for acceleration sensor systems and related high-precision applications:
Acceleration Sensors: Connects vibration/acceleration sensors to data loggers, signal conditioners, or PLCs (industrial machinery, automotive testing, aerospace)
Industrial Monitoring: Machinery condition monitoring (motor vibration sensors), structural health monitoring (bridge/building acceleration sensors)
Automotive Testing: Engine vibration sensors, chassis acceleration sensors, crash test data acquisition systems
Aerospace & Defense: Aircraft component acceleration measurement, UAV vibration sensors, military vehicle sensor systems
Test & Measurement: Laboratory calibration equipment, sensor validation setups, high-precision data acquisition systems
