Echo Ultrasonics Lemo 00 GE Plug to Microdot SuperFlex Dual Cable in Green insulation Sheath With Connector Guard, L00DSGGE-CG

Part Number : L00DSGGE-CG

Brand :
Echo Ultrasonics

Dual-element SuperFlex cable with Lemo 00 GE Plug to Microdot connectors and clamp. Designed for precision GE probe integration with reliable Guarding.

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KWD 99.750


Quantity



Description
Specifications
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Description

The Echo Ultrasonics Dual SuperFlex Cable integrates a Lemo 00 GE Plug and Microdot connectors, making it fully compatible with GE flaw detection equipment. Its silicone body resists damage from high temperatures and mechanical stress. The clamp grip prevents movement during use, and the Guard wire ensures signal reliability. Ideal for demanding NDT applications. 5' SuperFlex dual cable in a green Insulating Sheath, Lemo 00 GE plug to microdot with connector guard 500°F/260°C continuous use, intermittent up to 650F/343C, and up to 750°/399°C for brief contact Manufactured for very cold to high temperature UT inspections, the Echo cable line is constructed to maximize durability, safety and access to the inspection site. Engineered to extend the microdot connector life with an integrated torque and strain snubber. Connector guard fits Echo E58D1, Olympus D790, and Sensor Networks DHT-400 and a model for IoniX HS582i

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

Cable Type
Dual SuperFlex with Clamp
Connector Type
Lemo 00 GE Plug to Microdot
Guard Lead
Yes
Compatibility
GE flaw detection instruments
Clamp Grip
Included for secure positioning
Temperature Rating
–40°F to 500°F continuous, 750°F brief

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