Echo Ultrasonics BNC to Microdot, SuperFlex Single Cable, BNCSS

Part Number : BNCSS

Brand :
Echo Ultrasonics

Echo Ultrasonics SuperFlex single-element cable with BNC to Microdot connectors delivers unmatched flexibility and high-temperature tolerance. Designed for ultrasonic testing, this cable ensures signal stability and longevity in field applications.

View all

KWD 28.750


Quantity



Description
Specifications
Downloads
Related products

Description

The Echo Ultrasonics BNC to Microdot SuperFlex Single Cable is designed for precision ultrasonic inspections in environments demanding flexibility and heat resistance. Constructed using Echo’s proprietary silicone elastomer, the cable remains supple from -40°F to 500°F, withstanding intermittent exposure up to 750°F. Its single-element build simplifies signal routing for straightforward transducer setups. The cable’s flexible jacket prevents coiling, cracking, or stiffening, even in sub-zero temperatures. This model’s non-conductive and non-heat-retaining materials enhance safety and durability in repeated use.

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.

Downloads

Echo Ultrasonics High & Low Temperature Cables.pdf

pdf

Echo Ultrasonics Superflex UT Cables.pdf

pdf

Specifications

Cable Type
SuperFlex Single Element Cable
Connector Type
BNC to Microdot
Temperature Rating
-40°F to 500°F continuous, 750°F brief
Flexibility
Highly flexible silicone construction
Electrical Safety
Non-conductive and cool to touch
Application
Basic ultrasonic flaw detection
Jacket Material
Pure silicone elastomer

Need Help? Contact Us

Welcome to Indspare

How can we assist you today?

Start a conversation