Echo Ultrasonics BNC to BNC SuperFlex Dual Cable, BNCDSBNC

Part Number : BNCDSBNC

Brand :
Echo Ultrasonics

High-performance SuperFlex dual cable by Echo Ultrasonics featuring Lemo 00 to Microdot connectors and an integrated connector guard. Built for reliable performance in high-temperature and high-motion ultrasonic testing.

View all

KWD 57.500


Quantity


Shipping will be calculated at checkout after you enter delivery address.

In stock.


Description
Specifications
Downloads
Related products

Description

The Echo Ultrasonics BNC to BNC SuperFlex Dual Cable is a top-tier solution for ultrasonic inspection tasks. As part of the SuperFlex family, this cable delivers unparalleled flexibility and temperature resistance, withstanding environments as cold as -40°F and as hot as 500°F in continuous use. Built from flexible pure silicone elastomer, the cable resists coiling, hardening, and cracking. With dual-element construction, it supports advanced transducer applications, ensuring stable signal transmission. BNC-to-BNC connectivity ensures compatibility with a wide range of ultrasonic testing devices. Its non-conductive, non-heat-retaining construction ensures user safety and extended cable lifespan.

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.

• Manufactured in the USA.

Downloads

Echo Ultrasonics High & Low Temperature Cables.pdf

pdf

Echo Ultrasonics Superflex UT Cables.pdf

pdf

Specifications

Cable Type
SuperFlex Dual Element Cable
Connector Type
BNC to BNC
Temperature Range
-40°F to 500°F continuous, 750°F brief use
Jacket Material
Flexible Silicone Elastomer
Flexibility
Ultra-flexible, never stiff or coiled
Length Options
Custom lengths up to 60 meters
Safety Feature
Non-conductive and heat-dissipating design

Need Help? Contact Us

Welcome to Indspare

How can we assist you today?

Start a conversation