Xpair

 

Overview

Xpair_plash_screen.png

REACH - COLLABORATE - RESOLVE

Xpair opens the doors of true mobility in the NDT market.

Xpair is a PC-based software application solution to manage data transfer and remote control of instruments in the field wherever a network connection is available. Moreover, with the Xpair Cloud option, a user can access and remotely pilot the instrument of a colleague located 1000s of km away using a mobile or wired internet connection.

Xpair solution is compatible with:

  • veo+
  • prisma
  • veo 16:64
  • veo 16:128

Features

This amazing and affordable innovation gives users the ability to remotely access their instruments from anywhere around the world to

  • Assist in real time technician in the field;
  • Take control of all the instrument functionalities;
  • Download data for in depth analysis in the office;
  • Upload specific setup files to the field technician;
  • Upload procedures (PDF) to the field technician.

Based on  "on-demand cloud VPN" technology powered by LogMeIn®, Xpair is a fully scalable and flexible solution. It sits on a secure, reliable and worldwide recognised platform, opening the doors to true mobility in the NDT market.

Xpair solution also applies to local applications like the remote control of an instrument attached on the back of an automated scanner meters away. This leads to performant and economic solutions for magnetic crawlers and tank wall inspection for instance.


Application Notes

Aerospace Structural Control

Aerospace Structural Control

Improving resistance properties in composite is all about improving stress and strain resistance such as ultimate tensile strength.

Ultrasonic NDT Corrosion Mapping From Phased Array to FMC-TFM

Ultrasonic NDT Corrosion Mapping From Phased Array to FMC-TFM

Corrosion inspections are used to evaluate the remaining wall thickness or the presence of mid-wall anomalies in pipeworks, pressure vessels, and other metallic structures. These inspections have always been at the heart of many problematic situations for production, maintenance and integrity considerations because of the safety and cost issues. Such material degradation can cause many problems to the industrial and civil infrastructures.

FMC/TFM Technique for Defect Characterisation

FMC/TFM Technique for Defect Characterisation

Defect characterisation has always been a challenge for ultrasonic inspection techniques. Phased array has greatly enhanced the interpretation compared to conventional UT. However, some defects are still easily misinterpreted such as cracks with slag or lack of penetration depending on the geometry of the root.

Hydrogen Blister Progression FMC/TFM Assessment

Hydrogen Blister Progression FMC/TFM Assessment

Hydrogen blistering usually occurs in systems where oil & gas contain large amounts of hydrogen sulphide. At high temperatures, when hydrogen atoms diffuse into the steel, hydrogen molecules form an internal defect or inclusion that usually migrate to become a small delamination. Over time, this can form voids or blisters which lower the equipment MAWP (maximum allowable working pressure) and may lead to equipment failure.


Corrosion Mapping from PA to TFM

Corrosion Mapping from PA to TFM

Corrosion inspections are used to evaluate the remaining wall thickness or the presence of mid-wall anomalies in pipeworks, pressure vessels and other metallic structures.

Downloads

DateTitleVersionSize 
Sept 2017 Xpair Software Updates Download

simplicity reliability capability