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    Conventional Ultrasonic

    This method utilizes standard high-frequency sound waves to measure thickness and accurately locate internal material flaws. Explore our comprehensive range of standard gauges, intrinsically safe devices, specialized underwater equipment, and highly reliable flaw detectors.

    Advanced Ultrasonic

    Cutting-edge multi-element phased array technology designed for complex geometries and advanced visualization. Find high-quality phased array systems, highly sensitive multi-element probes, transducers, and optimized angle wedges for precise testing.

    Acoustic Emission

    Designed to detect and monitor transient elastic waves caused by rapid energy release within materials under stress. Browse our selection of real-time valve monitoring systems to easily identify leak-through and critical structural stress.

    Guided Wave

    Perform rapid, long-range screening of pipelines and structures to confidently detect corrosion and defects over vast distances. Discover specialized long-range ultrasonic testing collars, advanced transducer rings, and highly accurate screening software.

    Conventional Radiography

    A time-tested film-based radiography method utilizing X-ray and gamma-ray sources for perfectly clear internal structural imaging. Equip your team with robust gamma projectors, close proximity systems, darkroom processing chemicals, and comprehensive radiation safety gear.

    Digital Radiography

    Modern digital sensors and computed radiography equipment delivering instant, high-resolution internal inspection imagery. Find flexible CR imaging plates, high-speed scanners, digital X-ray flat panel detectors, and portable X-ray generators.

    Electromagnetic

    Fast and highly sensitive electromagnetic fields used primarily for surface crack detection and metal sorting. Discover advanced eddy current testers, pulsed eddy current systems, magnetic flux leakage scanners, yokes, and Ardrox consumables.

    Material Analysers

    Identify elemental composition and verify material grades quickly using specialized portable spectroscopy equipment. Browse our industry-leading handheld XRF and LIBS spectrometers for instant, non-destructive chemical analysis.

    Hardness Testing

    Ensure component strength and structural integrity by safely measuring the physical hardness of metals. Explore our range of portable hardness testers utilizing Leeb, Rockwell, and Ultrasonic Contact Impedance (UCI) methods.

    Leak Detection

    Discover microscopic escapes of gases or liquids to guarantee pressure containment and environmental safety. Find high-precision acoustic leak detectors and tracer gas equipment to pinpoint containment breaches instantly.

    Post-Weld Heat Treatment

    Relieve residual material stress after welding processes using controlled and precisely monitored thermal equipment. Equip your site with durable ceramic heating pads, precise power sources, automated chart recorders, and thermocouple accessories.

    Drones & Robotics

    Remote-controlled inspection vehicles and crawlers for safe assessment of hazardous, confined, or hard-to-reach areas. Discover collision-tolerant unmanned aerial vehicles (UAVs), magnetic pipe crawlers, and advanced visual inspection software.

    Visual Inspection

    High-precision optical tools, surface scanners, and borescopes to examine visible exterior defects or finishes. Explore cutting-edge 3D handheld surface scanners, geometry analysis software, and precision surface roughness tools.

    Wire Rope Testing

    Specialized magnetic testing to identify broken wires or structural wear and tear in heavy load-bearing cables. Find dedicated magnetic wire rope inspection heads and continuous monitoring systems to secure cranes and rigging lines.
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    Mining

    Specialized NDT solutions and equipment tailored for the extreme demands of the mining sector. Find robust radiation safety gear, essential thickness gauges, advanced drone surveying tools, and phased array systems for structural engineering.

    Oil & Gas

    We are currently curating specialized equipment lists for this industry. Our robust offerings for Oil & Gas are coming soon!

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    Petrochemical

    We are currently curating specialized equipment lists for this industry. Our advanced offerings for Petrochemical testing are coming soon!

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    Specialized structure currently under construction.

    Automotive

    We are currently curating specialized equipment lists for this industry. Precision tools for Automotive engineering are coming soon!

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    Specialized structure currently under construction.

    Railway

    We are currently curating specialized equipment lists for this industry. Heavy-duty Railway NDT solutions are coming soon!

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    Specialized structure currently under construction.

    Aerospace

    We are currently curating specialized equipment lists for this industry. High-accuracy NDT instruments for Aerospace are coming soon!

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    Specialized structure currently under construction.

    Engineering

    We are currently curating specialized equipment lists for this industry. Dedicated Structural Engineering NDT solutions are coming soon!

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    Specialized structure currently under construction.

    EXERTUS FORTES

    EXERTUS FORTES

    The Exertus Fortes is ISO3999:2004 compliant and built with robust safety features. It accepts both Ir-192 and Se-75 sources, with a maximum capacity of 120 Ci (4.44 TBq) for both isotopes. It is lighter than many competing models, weighing just 23 kg with its polyurethane jacket. A key design element is the source channel, which uses a helicoidal design and Tungsten shielding to ensure smoother movement of the source assembly, enhancing both user-friendliness and safety. It operates across a wide temperature range of -45°C up to +70°C.
    The Exertus Fortes offers a superior combination of high-capacity source handling, exceptional portability and advanced safety mechanisms, making it an efficient and user-friendly choice for high-volume field radiography projects.
    Top Features & Benefits
    • Accepts Ir-192 or Se-75 sources (up to 120 Ci).
    • Tungsten source channel and helicoidal labyrinth for smooth operation and durability.
    • Lightweight: Just 24 kg with Jacket.
    • Compact Design.
    • Automatic Source Assembly Locking Mechanism.
    • 2 Colour Signal Safety Indicator for safety status communication.
    • Projector can be disconnected and locked only with source in safe position.
    View Product Details
  • Specials
  • Isotopes

    Isotopes

    The backbone of Non-Destructive Testing (NDT) for critical infrastructure. Providing highly reliable Se75 & Ir192 sources.
  • About Us

    About Us

    GammaTec NDT Supplies SOC Ltd, founded in 1981, is a leading provider of non-destructive testing (NDT) equipment, accessories, and consumables. With over 44 years of experience, the company has established a reputation for delivering high-quality solutions and outstanding customer support.
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Description

Detailed Overview

A portable and user-friendly Guided Wave Testing (GWT) system designed for rapid, long-range screening of pipework for corrosion. It sends guided ultrasonic waves down the pipe to detect corrosion and material loss up to hundreds of meters from a single test location. The system provides the solution of quick, 100% coverage screening for anomaly location on pipelines, drastically reducing inspection time and focusing detailed NDT efforts.


Long-range screening of pipework for corrosion and wall loss using high-speed ultrasonic technology.

  • This system rapidly screens long sections of pipe (tens of meters) from a single test point, using Guided Wave technology to detect significant defects or areas of wall thickness reduction.
  • It is an essential tool for prioritizing areas for more detailed inspection (e.g., UT/RT), saving time and money by minimizing insulation removal.
  • The typical kit includes the QSR 1 electronics unit, a transducer ring or collar for installation on the pipe, and the operating software for data capture and analysis.
  • Effectively detects Corrosion Under Insulation (CUI) and Corrosion Under Supports.

Top Features & Benefits

  • Quick Scan Range (QSR) Guided Wave Testing (GWT) unit.
  • Used for rapid screening of pipework for corrosion/erosion.
  • Operates over long distances (up to 100 meters) from a single setup.
  • Compact and easy to deploy, allowing for single-operator use.
  • Provides 100% pipe circumference coverage from a single band.

Primary Uses & Functions

A system for Guided Wave Testing (GWT), used for long-range screening of pipelines and piping for corrosion and defects. Its main function is to identify areas of significant wall thickness loss for follow-up inspection.


Real-World Applications

  • Long-Range Guided Wave Testing (GWT) of pipelines and tubular structures.
  • Detection of Corrosion Under Pipe Supports (CUPS) and Soil-to-Air (S/A) interfaces.
  • Assessment of Bottom Side Corrosion on pipes lying on the ground.
  • Initial screening of insulated or elevated pipes prior to integrity shutdowns.

Industry Solutions

  • Oil & Gas (Crude and product pipelines, risers)
  • Petrochemical (Process piping, heat exchanger bundles)
  • Power Generation (Boiler tubes, steam lines)
  • Manufacturing (Utility and plant piping systems)

Technical Specifications

Principle Long-Range Guided Wave Testing (GWT)
Application Pipe screening for corrosion and erosion (typically 2 inch to 24 inch diameter)
Screening Range Up to 100 m from a single location (bi-directionally), depends on pipe condition.
Frequency Range Typically 10 kHz to 100 kHz (selectable for optimizing propagation)
Transducer Type Magnetostrictive or Piezoelectric collar transducers (interchangeable for pipe sizes)
Data Analysis Integrated software for A-scan display, distance amplitude correction (DAC), and focusing.
Portability Field-portable unit (typically 5 kg to 10 kg for electronics) with AC/DC power options.


Compatibility

  • Long-range screening of pipelines and piping for corrosion, metal loss, and general wall thinning using guided ultrasonic waves.
  • Requires GUL’s standard transducer ring assemblies (collars) to couple the wave into the pipe structure, sized for specific pipe diameters.
  • Data is compatible with industry-standard Windows-based reporting software.

What’s In The Box?

  • QSR 1 Guided Wave Control Unit (Electronics).
  • Power/Control cables and external battery pack.
  • Data Acquisition and analysis software suite.
  • Rugged field case for all electronics.
  • User manual and essential tools. (Transducer rings sold separately based on pipe size.)

Also Known As

Long Range UT, Pipeline Screening, GWT Tool, Quick Scan Range Unit, Guided Wave Ultrasonic Tester


FAQ: QSR 1 – Guided Wave Testing System

What is Guided Wave Testing (GWT)?

GWT uses low-frequency ultrasonic waves to travel long distances (tens to hundreds of meters) along a pipeline to rapidly screen for large areas of corrosion or wall loss.

What does QSR 1 stand for?

QSR likely stands for Quick Scan Ring or similar, indicating a system that uses an array of transducers clamped around the pipe to launch and receive the guided waves.

**Errors and omissions excepted (E&OE)

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Related Products

QSR 1 – GUIDED WAVE TESTING SYSTEM

Rapidly screen miles of piping from a single location to quickly identify areas of metal loss. The QSR 1 is an entry-level Guided Wave Testing (GWT) System, providing a fast screening method for inspecting long lengths of piping for corrosion. It uses low-frequency acoustic energy to check hundreds of feet of pipe from a single test location. The QSR 1 is valued for its portability and ease of use, making it an ideal tool for quickly prioritizing sections requiring detailed follow-up NDT in petrochemical plants and refineries. Supplier: Guided Ultrasonics Ltd. (GUL)