Author: Superseed

  • Ensuring Compliance with the EU Methane Regulation – EU 2019/942

    The 2024 amendments to Regulation (EU) 2019/942, now part of Regulation (EU) 2024/1106, bring significant changes to Leak Detection and Repair (LDAR) programs in the EU’s energy sector. 

    The Oil & Gas Methane Partnership 2.0 (OGMP 2.0) is the flagship oil and gas reporting and mitigation programme of the United Nations Environment Programme (UNEP). It is the only comprehensive, measurement-based international reporting framework for the sector. 

    Test conducted on the Flir Gx320 and Gx620 Intrinsically Safe dual use optical gas imaging cameras, exhibit the ability to image gasses, with emission rates of 17g/h and 18g/h from a distance of 2m, with air/background temperatures and calm wind conditions taken into consideration. Methane and Propane gasses which are commonly found at petrochemical facilities were tested. Both cameras met the EPA Appendix K, section 6 standards both in Normal and patented HSM modes for finding small leaks faster. 

    Both cameras have MWIR detectors spectrally filtered to see methane and volatile organic compounds (3.2 to 3.4 μm). They also complies with U.S: EPA OOOOa and Appendix K Regulations. The cameras also have quantification analytics onboard to do immediate leak detection rates onsite. 

    EU’s 2024 Methane Emission Regulations: A Major Step Towards Cleaner Energy

    In a significant move to combat climate change and stabilize energy markets, the European Union has updated Regulation (EU) 2019/942 to address methane emissions from the energy sector. Let’s break down the key aspects of these new regulations, which came into force in April 2024.

    The Path to Regulation

    The journey began in September 2023, with the European Parliament’s committee adopting a negotiating position. By November 2023, an informal agreement was reached, leading to formal endorsements by the European Parliament and the Council in early 2024. The regulation was signed into law on April 11, 2024, and published in the Official Journal on April 17, 2024. This rigorous process highlights the EU’s commitment to effective climate action.

    Tackling Methane Emissions

    Central to the new regulation is a heightened focus on reducing methane emissions, a potent greenhouse gas. The EU emphasizes robust Leak Detection and Repair (LDAR) programs to find and fix leaks quickly, aligning with its broader climate goals and the Methane Strategy.

    Strengthened Monitoring and Reporting

    Energy companies now face stricter monitoring and reporting requirements. They must promptly detect and repair methane leaks, ensuring transparency and accountability in their operations. These measures are aimed at minimizing the environmental impact and promoting sustainable practices within the sector.

    Integration with Market Rules

    The regulation also aligns energy market rules with financial market legislation, strengthening the enforcement of market manipulation laws. This integration ensures that companies uphold high standards of operational and environmental integrity, indirectly supporting effective LDAR programs.

    Protecting Consumers and Markets

    Enhanced LDAR programs are crucial for preventing large-scale methane leaks, which can disrupt energy markets and cause significant economic and environmental damage. By mitigating these risks, the EU aims to protect consumers and ensure a stable energy market.

    A Greener Future

    The 2024 amendments to Regulation (EU) 2019/942 reinforce the EU’s commitment to reducing greenhouse gas emissions and fostering a transparent, sustainable energy sector. These changes are a vital part of the EU’s broader strategy to tackle climate change and ensure market stability.

    With these updates, the EU sets a strong example for integrating environmental responsibility with economic stability, paving the way for a sustainable energy future.

  • Advanced Motor Diagnostics with ATPOL III™ and ALL-TEST PRO 7™ Professional

    In the realm of motor diagnostics, two standout tools are revolutionizing the industry: the ATPOL III™ Power Quality and Motor Analyzer and the ALL-TEST PRO 7™ Professional.

    These devices offer unparalleled capabilities for ensuring the health and efficiency of motors, transformers, and generators, making them indispensable for industrial maintenance and reliability professionals.

    ATPOL III™ Power Quality and Motor Analyzer
    • Dual Functionality: Acts as both a Power Quality Analyzer (PQA) and Electrical Signature Analyzer (ESA).
    • Rapid Testing: Delivers comprehensive assessments in just 60 seconds.
    • Data Logging: Extensive data tracking, including energy usage, harmonic analysis, and voltage/current charting
    • Early Fault Detection: Identifies issues early to prevent motor failure.
    • Versatile Analysis: Evaluates incoming power, control circuits, and driven loads.
    • Robust Software: ESA software for tracking, trending, and reporting motor conditions.
    • High Compliance: Meets CAT III 1000V and CAT IV 600V safety ratings.
    • Comprehensive Testing: Assesses both electrical and mechanical efficiencies of AC/DC motors, generators, and transformers.

    ALL-TEST PRO 7™ Professional
    • Comprehensive Testing: Suitable for AC and DC motors, generators, and transformers.
    • Quick and Efficient: Conducts tests in less than 3 minutes.
    • Advanced Troubleshooting: Features like the Z/θ Test for identifying specific motor issues.
    • Condition Monitoring: Allows continuous monitoring and trending of motor health.
    • Custom Reporting: Generates detailed, tailored reports.
    • Patented Technologies: Uses TVS™ and Stator and Rotor Signatures™ for precise diagnostics.
    • Multi-functional Analysis: Detects a variety of faults, including stator, rotor, ground, winding faults, and open connections.
    Why These are Essential:

    Both ATPOL III™ and ALL-TEST PRO 7™ Professional are designed to enhance productivity, ensure safety, and provide accurate diagnostics. They are built to withstand industrial environments, making them ideal for field and on-site applications.

    By incorporating the ATPOL III™ and ALL-TEST PRO 7™ Professional into your maintenance toolkit, you ensure that your motors and electrical equipment are in optimal condition, reducing downtime and improving overall efficiency.

    Yellotec offer a comprehensive range of products and services for Motor Circuit Analysis, Electric Motor Testing, Electrical Signature Analysis, and other.

  • Introducing the Next Generation of X-Series High Performance Infrared Cameras from Teledyne FLIR

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    We are thrilled to invite you to the Yellotec Tech Tour, hosted in collaboration with esteemed guests from FLIR. This exciting event will take place at the CSIR Auditorium on the 18th of July, 2024.

    Event Highlights:
    Don’t miss out on this chance to witness cutting-edge technology and gain valuable insights from the top minds at FLIR.
    Date: 18th July 2024
    Location: CSIR Auditorium

    Special Guests from FLIR:
    Matthew Hasty – Senior Global Product Manager
    Dr. Raphaël Danjoux – Application Support, Solutions, Sensors

    Focus of the Tech Tour:
    The tour will center on the release of FLIR’s newly launched science cameras, offering a unique opportunity to explore the latest advancements in thermal imaging technology.

    Join us for an insightful day filled with informative presentations, demonstrations, and networking opportunities with industry leaders and experts.

    Please contact Alex Turpin at a.turpin@yellotec.com for reservations and any further information you may need.

    We look forward to seeing you there!

    Yellotec, the proud African Channel Partner of Teledyne FLIR, is excited to announce four new models in the X-series of science-grade thermal cameras.

    Designed for research and development (R&D) applications, these cameras cater to both mid-wave infrared (MWIR) and longwave infrared (LWIR) spectrums. The new models, the X6980-HS high-speed series and the X8580-HS high-resolution series, enhance the FLIR X-Series’ performance capabilities.

    The high-speed (HS) models feature 10GigE and CoaXPress (CXP) 2.1 interfaces for over an hour of rapid image streaming and data transfer. Additionally, they offer on-camera recording with a removable NVMe SSD, ensuring lossless recording of critical thermal events. A four-terabyte (TB) high-speed SSD is standard on all X-Series HS cameras, enabling hours of thermal data recording without frame drops.

    Jerry Beeney, Business Development Director at FLIR, stated, “The FLIR X-series science thermal cameras have set the industry benchmark for applications requiring high-speed or high-resolution thermal data capture. With the new X-series HS infrared cameras, operators can benefit from lossless onboard recording, high-speed streaming, and proprietary trigger and synchronization for accurate recording.” When used with FLIR Research Studio software, the X-series HS infrared cameras allow for merging data sets and synchronizing multiple sensors, including other FLIR A-series, X-series, and T-series cameras, for comprehensive analyses and improved decision-making. Standardizing on the FLIR platform offers cost savings and interchangeability for various applications, including electronic board-level design and testing, defence research, and commercial and academic use. Stay ahead in your field with the new X-Series high performance infrared cameras from Teledyne FLIR, available through Yellotec.

  • Geometric Alignment for World Disabled Bowls Championship

    international bowls for the disabled

    International bowls for the disabled is hosting the world disabled bowls in Ekurhuleni from the 18-31 May 2024

    Charity Event Picture

    In preparation for the tournament the lawn bowl greens profile/flatness needed to be tested. Yellotec rose to the challenge by performing a geometric alignment with the Pruftechnik level laser to assess the condition of the green at Kempton Park bowling club. The test area was however much larger than what is usually encountered in a machine base application that the system was designed for, and the technicians needed to perform unique post processing of the data after capturing (1296 measurements on a 36m2 surface).

    Supporting our community, and disabled sportspersons to excel.The self-levelling, spinning laser in the LEVALIAGN Expert makes determining flatness and finding levels simple.

    Key Features:
    • The LEVALIGN Expert can measure parallelism and perpendicularity, flatness and straightness, as well as the level of flanges and foundations.
    • The laser levels by itself, and rotates, allowing easy and efficient operation by a single person.
    • Sensor measurement range is 70mm at a resolution of 0.001mm and the laser reference range diameter is 200m.
    • Powerful PC software, “ALIGNMENT CENTRE” for professional reporting and measurement analysis.
    • Software functionalities include ability to compare two surfaces;  for example, in a press.  The measurement range for large surfaces can also be extended.
    • The LEVALIGN Expert communicates wirelessly.
    For advanced industrial applications:
    • Flatness and parallelism of wind tower segment flanges
    • Leveling of machine foundations
    • Parallelism of rails
    • Flatness and straightness measurement in ship building
    • Leveling of reference surfaces and bases
    • Circular and rectangular surface profiles

    This system will decrease production time when doing alignment on equipment as you have a geometrically flat base or surface to work from.

    It will reduce soft foot probability as this can cause tension on the motor stator and will increase the power consumption, that will save energy consumption.

    Yellotec helps international disabled bowling team to confirm flatness of bowling green.

  • The New PCB IMI IO-Link sensor!

    The new PCB IMI IO-Link sensor Heading

    Unlock your system’s full potential with the new PCB IMI IO-Link sensor!

    As industrial automation systems become more complex and demanding, IO-Link technology has provided one of the simplest and most versatile ways to improve efficiency in the deployment of sensor networks. The universal, open-source communication protocol between sensors and actuators is the first to have been adopted as an international standard.

    PCB Piezotronics’ latest line of ICP® (IEPE) accelerometers feature IO-Link compatibility, making it easier than ever to transmit machine vibration data to the systems you know and trust. Expand your condition monitoring network easily with IO-Link’s plug-and-play functionality, all while reducing costs associated with traditional maintenance runs.

    PCB Piezotronics offers a variety of sensing solutions to streamline industrial monitoring and preventative maintenance.

  • Take Control of Oil Contamination

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    Yellotec, in collaboration with Atten2, is proud to present an exclusive webinar on Oil Contamination Control!

    Join us as we delve into the groundbreaking technology that is revolutionising maintenance practices in the industrial sector. In this session, we will explore the innovative oil sensor technology that enables online monitoring of oil cleanliness, empowering you to maintain peak performance and efficiency in your plant and mobile equipment. 

    Date and Time: 

    9 May 2024, 13:00 

    Recording and Presentation will only be available for Registered Participants 

    Agenda: 
    1. Welcoming & Introduction 
    2. What is Oil Contamination and Common Causes 
    3. Consequences of Oil Contamination 
    4. How to Prevent & Control Oil Contamination 
    5. Latest Online Technology to Monitor Oil Contamination 
    6. Q&A

    Featuring Local & International Expert Panel Of Speakers:
    Guillermo Miró
    Guillermo Miró // Atten[2]

    Guillermo Miró is an Industrial Engineer graduated from the UPV (València). He holds a Master in Internal Combustion Engines and a PhD in Propulsion Systems for Transportation Systems,

    in the field of tribology and lubrication in alternative internal combustion engines. In recent years he has participated in various research projects related to the lubrication sector both national and international. He has published 10 articles in different scientific journals and in several international congresses. Currently he works as an Applications Engineer at Atten2.

    Reynhard Heymans
    Reynhard Heymans // Yellotec

    Reynhard Heymans, as a young electrical engineer, was introduced to Thermal Imaging Cameras in 1997 by the legendary Tjaart Broodryk.

    Over the subsequent 18 years, his ardor for Condition Based Maintenance became evident through its diverse applications, encompassing electrical, mechanical, refractory, enterprise risk management, and more. In 2016, he earned a Masters Degree in Business Administration, strategically positioning himself for a transition into New Business Development. Throughout his career evolution, he has maintained valuable partnerships with prominent Global OEM companies like Atten2, Teledyne FLIR, FLUKE Reliability, and other. Even after more than 25 years, Reynhard Heymans continues to be driven by a passion for pioneering tools and methodologies aimed at enhancing overall equipment effectiveness and reducing operational costs for his clients.

    Theo Wilcocks
    Theo Wilcocks // Yellotec

    Theo Wilcocks studied as a Mechanical Engineer at the University of Pretoria and went on the do a Masters Degree in Advanced Vehicle Engineering

    During his time working at Research Enterprises at the University of Pretoria he co-authored an article on ‘Diesel Engine Failures Due to Fuel With Insufficient Lubricity’

    Theo has worked in the Earthmoving and Mining sectors heading up the Technical Services department of Fraser Alexander Bulk Mech and guest lecturing annually at the University of Stellenbosch’s Construction Equipment Management post graduate courses. Since 2018, he has been working as a Reliability and Product Integration Engineer at Yellow Technical Services.

    Why Participate? 

    By attending this webinar, you will gain valuable insights into the transformative potential of online oil contamination control for your equipment. Whether you’re a Maintenance Manager, Reliability Engineer, or Equipment Owner, this session is your opportunity to stay ahead of the curve and optimize the performance of your assets. 

    Join us for this enlightening session and take the first step towards unlocking the full potential of your plant and mobile equipment! 

  • Yellotec saves Client US$48M

    Case Study 137

    Online assets undergo continuous real-time monitoring, with Yellotec personnel stationed in on-site and offsite control centres for diligent assessment, analysis, and reporting on the collected data. Remote assets are reported on weekly and monthly, with urgent changes in machine condition reported immediately.

    One such customer site is a colliery involved in both underground and open-cast operations, with an annual output of approximately 8 million tons. This client entrusted Yellotec with the installation and commissioning of online vibration monitoring on 40 critical assets, including conveyors (Overland, Incline, Trunk), and Vent Fans.

    As our partnership progresses into its third year of operation, the client has conducted independent assessments of all findings, meticulously calculating and verifying the realized value. Since its inception in 2021, the accrued savings to date exceed US$48 million.

    Below is a case study of one such finding for this client.

    Site: Colliery

    Machine: VSD Drive motor on Incline Conveyor

    Rating: 750Kw

    Problem Category: Bearing Defect caused by Electrical Fluting

    Value Realised: US$ 386 000

    Diagnosis:

    Alarm due to high vibration was observed on the NDE Motor Bearing. Harmonics of Outer Race Defect frequency at 177,6 Hz with side bands spaced at FTF (cage frequency) 10,67 Hz evident in the demodulation and acceleration spectral data comparisons. Gradual increase in spectral band trends noted. Also noted was a high frequency vibration in the region of 5 kHz with side bands spaced at 2X LF, confirming that the Motor is running on a VSD and suspected fluting as a secondary effect.

    Notification was created and raised while it was still in initial stage and at low priority. As the defect progressed, the relevant Forman was notified and the status was changed to high priority.

    Recommendation:

    Initially it was recommended to ensure adequate bearing lubrication; however, no improvement was noted and as the defect progressed it was recommended to replace the Motor. The motor was then sent off site for inspection and repair.

    Findings:

    The NDE bearing was cleaned and opened for inspection. The bearing outer race show clear signs of damage due to electrical fluting. the NDE bearing defect identified by Condition Monitoring was a result of electrical discharge through the NDE bearing. The erosion of the raceway resulted in contamination of the grease. Continued operation with this condition would have resulted in premature failure.

    bearing damage example
    Conclusion:

    Specific attention should be paid on drives that are equipped with Variable Speed Drives (VSD’s), this includes Motor shaft grounding brushes that should be in place to discharge electrical currents to prevent secondary damage on motor bearings.

    Lets assist you, chat to our expert team today!

  • Webinar: Teledyne FLIR Acoustic Camera (FLIR Si124)

    teledyne FLIR acoustic camera FLIR Si124

    See the Sound. Detect Air Leaks & Partial Discharge faster, safer and more effective.

    We are thrilled to invite you to our exclusive Webinar where we will explore Teledyne FLIR’s groundbreaking engineering tool, the FLIR Si124 Acoustic Imaging Camera. This innovative camera is powered by cutting-edge technology, promising enhanced efficiency, accuracy, and productivity for engineering professionals like you.

    Date: Thursday, 23 November 2023
    Time: 13h00 to 14h00

    During this webinar, you will have the opportunity to:

    • Explore the FLIR Si124: Get an in-depth look at the features and functionalities of our state-of-the-art engineering tool.
    • Discover Acoustic Imaging Technology: Learn about the new technology that powers our tool, and how it can benefit your engineering projects.
    • Engage with Experts: Interact with a team of experts from Yellotec and Teledyne FLIR, who will be available to answer your questions and provide insights.
    Agenda:
    • Welcome & Introduction
    • What is an Acoustic Camera and Why
    • Detecting Compressed Air Leaks
    • Detecting Partial Discharge
    • Q&A Session

    Don’t Miss Your Chance to Explore Sound like Never Before. Register Today!

    Yellotec seminar
    About the Teledyne FLIR Si124:

    The Teledyne FLIR Si124 acoustic imaging camera can help you locate pressurized leaks in compressed air systems or detect partial discharge from high-voltage electrical systems.

    • Find problems faster
      Detect compressed air leaks, partial discharge, and corona up to 10 times faster with sound imaging vs. traditional methods
    • Reduce costs, improve reliability
      Minimize excess utility costs, equipment failures, and downtime by ensuring proper air pressure to pneumatic equipment and locating partial discharge or corona precisely
    • Inspect easily
      Classify leak severity and partial discharge type in real time with this lightweight, smart tool that you can operate with one hand


    View the Teledyne FLIR Si124 Product

  • The Reliability Control Room of the Future 2023

    Reliability Control Room of the Future

    Are you ready to revolutionise your maintenance strategies and unlock unprecedented efficiency? Join us for an exclusive Seminar dedicated to the Reliability Control Room of the Future, where cutting-edge technology meets expert insights to transform the way you monitor and maintain your critical assets.

    The Seminar is designed to equip you with the latest advancements in Machine Health Monitoring, enabling you to detect, diagnose, and prevent potential failures before they occur. Gain a competitive edge by harnessing the power of real-time data, as industry-leading speakers from Yellotec, Teledyne FLIR and Fluke Reliability guide you through the best practices and case studies.

    Network with fellow professionals and industry experts, sharing experiences and forging valuable connections. Explore the latest advancements in monitoring technologies, predictive analytics, and machine learning algorithms, ensuring you stay at the forefront of innovation.

    Don’t miss this opportunity to elevate your maintenance strategies to new heights. Join us at Reliability Control Room of the Future and embark on a transformative journey toward operational excellence.

    Reserve your spot today and secure a brighter, more efficient future for your organisation.

    Date: 6-7 September 2023
    Place: TBC, Cape Town
    Cost: R1,000 (excl. VAT) per delegate
    Travel & Accommodation for own account

    Yellotec Seminar Agenda

    Featuring Local & International Expert Guest Speakers

    Gunes Turan Gonultas​
    Gunes Turan Gonultas // FLUKE Reliability

    Gunes Turan Gonultas has carved her professional path as a strategic leader, encompassing roles that underline her proficiency in sales, commercial strategy, and management. Notably, she currently serves as a Sales and Commercial Director at Fluke Reliability, a subsidiary of the esteemed Fluke Corporation. Fluke Reliability specialises in furnishing comprehensive solutions and services tailored to maintenance, reliability, and asset management. She drives the company’s mission to optimise operational efficiency within high growth markets, including the Middle East, Africa, Turkey, and CIS countries.

    Prior to her tenure at Fluke Reliability, Gunes took the reins as Country Manager for Fluke Corporation in Turkey. She orchestrated operations, steered sales, and invigorated business endeavors within the Turkish market. Gunes’ journey into the world of industry leaders commenced with ABB, a global entity. Throughout her journey at ABB, she embarked on a trajectory of roles from sales-oriented responsibilities to strategic positions vested in business development and marketing. Her influence extended across various facets of the automation and measurement products field, encapsulating sales, marketing, and overall business expansion.

    With an academic foundation rooted in excellence, Gunes holds a degree in Control & Automation Engineering from Istanbul Technical University. Followed by a Master of Business Administration (MBA), widening her scope of business acumen and strategic thinking. A testament to her commitment to innovation, she fortified her expertise by attaining a Disruptive Strategy certificate from Harvard Business School, underscoring her dedication to pioneering approaches in navigating business challenges

    Gunes Turan Gonultas​
    Gökhan Akça // Teledyne FLIR

    Meet Mr. Gökhan Akça, a dynamic individual with an impressive educational and professional background. Born in Sinop, Turkey, in 1979, he pursued a Bachelor’s degree in Metallurgical and Materials Engineering at Yıldız Technical University, graduating in 2003. Building upon his academic foundation, Gökhan earned a Master’s degree in Mechanical Engineering from Istanbul Technical University in 2006, followed by another Master’s degree in Business Administration from the same university in 2021.

    Gökhan’s career journey began in 2006 as a Sales Engineer in a Japanese Corporation, where he demonstrated his expertise and dedication. Over the years, he excelled in his role and took on more significant responsibilities. From 2013 to 2016, he oversaw the Middle East & Africa office, leaving a lasting impact on the company’s operations in the region.

    In February 2016, Gökhan’s exceptional skills led him to join Teledyne FLIR as a Sales Manager, taking charge of the Turkish market. With his outstanding performance and leadership, he currently serves as the Team Leader, overseeing diverse regions, including Middle East, Sub Sahara Africa, CIS, Israel, and Turkey.

    Gökhan Akça’s journey is a testament to his passion for continuous growth and dedication to his craft. His expertise, coupled with his ability to lead and inspire, makes him an invaluable asset to Teledyne FLIR and a prominent figure in the industry.

    Gunes Turan Gonultas​
    Zulfikar Umar // FLUKE Reliability

    Zulfikar Umar is a highly accomplished professional with an impressive background in Mechanical Engineering. With over two decades of hands-on experience in Predictive Maintenance, he brings extensive knowledge to the table.

    Zulfikar’s expertise encompasses Asset Efficiency Optimization, Project Management, and specialized certifications in Vibration Analysis and Infrared Thermography. Lately, Zulfikar’s focus has been on Connected Technologies, Remote Diagnostics, and Cloud-based solutions. His passion for exploring innovative approaches to maintenance and asset management makes him an ideal fit for the ever-evolving landscape of modern industry.

    Beyond his technical prowess, Zulfikar is also deeply interested in sustainable energy solutions. His commitment to environmentally friendly practices and sustainable energy further enhances his standing as an exciting addition to any professional gathering.

    Gunes Turan Gonultas​
    Adhir Ramborosa // Teledyne FLIR

    A seasoned professional with an impressive 13-year track record in the innovative tech industry, Adhir Ramborosa currently serves as Area Manager for Sub-Saharan Africa at Teledyne FLIR.

    Management education from the Durban University of Technology has aptly prepared him for his leadership role. Throughout the past decade, Adhir collaborated on diverse projects with prominent industrial sites, gaining extensive experience in the Electrical Industry’s challenges and demands.

    Adhir’s expertise extends to Thermal Technology and Ultrasound, making him a valuable asset for any Reliability Engineer. As a certified Thermographer, his proficiency with FLIR Thermal Cameras enhances asset reliability and performance.

    Gunes Turan Gonultas​
    Omar KENFAOUI // FLUKE Reliability

    Along with a master degree in mechanical engineering from National School of Engineering (France) Omar KENFAOUI, began his career within design for technical departments in railway industry) and pump manufacturing using advanced design & modeling softwares.

    Omar continued his journey in the world of rotating equipment with a move to field and service engineering by joining in France one of the leaders in condition monitoring and laser alignment systems “Prüftechnik” now part of Fluke Reliability where Omar was in charge of defining solutions and root cause analysis procedure related to large & critical machinery troubleshooting.

    Omar is fully dedicated for growing Fluke Reliability Path in Middle-East and Africa region where he has been involved in many industrial projects, running several trainings and services.

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  • Imagine seeing Structural Movements & Vibrations

    RDI’s Motion Amplification Technologies are leading the way in utilizing cameras as the sensor of tomorrow. By employing visualization, their technology not only simplifies complexities but also ensures quicker and safer processes.

    Their exclusive platform, powered by Motion Amplification, enables users to observe and gauge movement that was earlier undetectable to the naked eye and relied on contact sensors for measurement.

    By integrating sophisticated cameras and software, RDI’s offerings transform intricate charts and graphs into straightforward video data, empowering users to expediently and securely tackle difficult challenges and convey the outcomes.

    The patented technology used by RDI enables the measurement of deflection, displacement, movement, and vibration, which cannot be seen with the naked eye. To extract useful data, we combine video camera technology with our software and processing algorithms.

    Why do you need Motion Amplification?

    It aids in troubleshooting by sifting through data, and displaying movements at specific locations, and their associated frequencies, to pinpoint the root cause of a problem.

    It allows for the detection of even minute displacements and amplifies the movement to a visible level.

    To precisely gauge mechanical or structural issues that can be seen using a camera with the same level of accuracy as a displacement sensor.

    Utilizing RDI’s Motion Amplification Technology, Yellotec has the capability to detect structural and vibrational malfunctions in machinery. By eradicating such problems, the expenses incurred due to subsequent breakdowns and idle time can be minimized, and plant productivity enhanced!

    Allow us to offer you similar benefits!

    See Motion Amplification in Action