


NM010040406
The CYGNUS UT Cable BNC – LEMO 1 LEAD is a high-quality, single-lead cable engineered for seamless connectivity between ultrasonic transducers featuring a BNC connector and ultrasonic instruments or thickness gauges utilizing a LEMO 1 connector. This essential accessory ensures reliable signal transmission, crucial for accurate and dependable ultrasonic testing.
Designed for use with single-element transducers, this cable provides a secure and robust connection. The BNC (Bayonet Neill-Concelman) connector is a widely recognized and dependable RF interface for ultrasonic transducers, while the LEMO 1 connector is specifically designed for compatibility with Cygnus ultrasonic thickness gauges and other NDT instruments employing this connection type.
Built to withstand the demands of regular inspection use, the CYGNUS UT Cable offers durable construction and ensures optimal signal transfer between your transducer and instrument. This reliable connection is vital for achieving accurate readings in a variety of ultrasonic testing applications, including precise thickness gauging and fundamental flaw detection.
Key Features:
Guaranteed Compatibility: Specifically designed for transducers with BNC connectors and instruments with LEMO 1 connectors, particularly Cygnus gauges.
Reliable Signal Transmission: Ensures optimal signal transfer for accurate ultrasonic testing.
Durable Construction: Built to withstand typical use in inspection environments.
Single Lead Configuration: Ideal for use with single-element ultrasonic transducers.
Secure Connections: BNC and LEMO 1 connectors provide stable and dependable links.
Essential Accessory: A crucial component for a complete ultrasonic testing setup.
Applications:
Connecting single-element ultrasonic transducers with BNC connectors to Cygnus ultrasonic thickness gauges.
Suitable for various ultrasonic testing applications, including thickness measurement and basic flaw detection, depending on the connected transducer and instrument.
Ideal for both field and laboratory-based ultrasonic inspections.