Echo Ultrasonics BNC to Microdot SuperFlex Dual Cable With Connector Guard, BNCDS-CG
Echo Ultrasonics SuperFlex dual cable with BNC to Microdot connectors and a rugged connector guard. Combines high-temperature resistance and unmatched flexibility with enhanced durability for industrial ultrasonic testing.
View all
KWD 63.250
Description
The Echo Ultrasonics BNC to Microdot SuperFlex Dual Cable with Connector Guard is designed for demanding ultrasonic inspections where durability is as crucial as performance. It features Echo’s signature SuperFlex construction, using a pure silicone elastomer jacket that stays flexible from -40°F to 500°F, withstanding short bursts up to 750°F. The integrated connector guard protects terminations from physical stress, reducing the risk of signal failure or cable wear during frequent movement or tough handling. This dual-element cable ensures precise signal transmission and safety, thanks to its non-conductive and non-heat-retaining materials. Ideal for NDT operators requiring long-lasting and resilient cable solutions.
Key Features
• Maintains flexibility in sub-zero and high-temperature environments. • Designed with insulating sheaths to enhance safety during high-heat testing. • Lightweight, non-conductive materials ensure easy handling and operator safety. • SuperFlex design prevents coiling, kinking, or stiffening during use. • Compatible with Microdot and Lemo connectors for broad probe support. • Available in customizable lengths and connector types. • Manufactured in the USA.Specifications
LEGAL DISCLAIMER
All products are 100% genuine and legally purchased from authorized sources. Indspare is not an authorized dealer, agent or affiliate of any of the designers, brands, or manufacturers, the products of which are offered for sale on www.indspare.com. All trademarks, brand names, and logos mentioned are used for identification purposes only and are registered trademarks of their respective owners who reserve the rights of ownership. The use of trademark, brand name or product on our website is not intended to suggest that the company, trademark or brand is affiliated to or endorses our website.