The FLIR GF306 visualizes Sulfur Hexafluoride (SF6) emissions and is the only optical gas imaging camera that has the sensitivity to detect levels of 0.1% of total SF6 amount in any given system. Used in the electric power industry as an insulator and quenching medium for gas-insulated substations and circuit breakers, new EU legislation on SF6 emissions is set to become law in 2019**.
The portable, non-contact GF306 camera allows you to quickly scan substations for leaks while maintaining a safe distance from high-voltage equipment. By catching leaks early, the GF306 reduces lost...
Molex has worked with MB Connect Line GmbH to realise a new platform for remote access, monitoring and predictive maintenance: it is a cloud-based communication channel. Data transparency is getting increasingly important, and this platform adds communications and networking to the production process, offering machine and system builders’ capabilities designed to enable real-time condition monitoring and predictive maintenance, supporting the drive towards smarter machines and factories.
Brady offers a complete 3 in 1 solution for an optimal Lockout/Tagout implementation, even in multiple sites: site surveys, best practice procedures and all tools for successful LO/TO in your facilities. Get the free Guide!
Brady can send a specialised Engineer to help survey your sites, and to offer a comprehensive report on how you could implement Lockout/Tagout in line with worldwide best practices. The survey can include:
identification of on-site machinery that could require Lockout/Tagout in order to prevent workplace accidents identification of every energy...
Machine vision becomes an integral element of the automation ecosystem with B&R. At this year's SPS IPC Drives, B&R introduced its first image processing solution to be seamlessly incorporated in the automation system. The solution comprises cameras, software and lighting accessories.
At the heart of the solution is a broad selection of intelligent camera technology. Options at the lower end will replace simple machine vision sensors, while the top of the range will harness the full potential of high-end...
Wouldn’t it be awesome — for you and your customers — if you could quickly and securely perform diagnostics and resolve most of issues remotely?
• Learn the business benefits of remote access
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Use durable pipe markers, safety signs, CLP-labels and area marking from BRADY. Align with International Directives and national legislation, prevent accidents by communicating important safety information when and where co-workers need to see it, and identify areas in line with 5S and lean manufacturing for more efficiency.
Avoid collisions between pedestrians, forklifts and other vehicles by clearly marking traffic lanes. Let employees and first responders know which pipes or chemical containers have a dangerous content and implement prohibition, warning, mandatory, evacuation and fire...
With professional safety & facility identification printers & software from Brady, you can take full control of your workplace identification to quickly comply with national and European safety requirements, to make it safer and more efficient in line with 5S and lean manufacturing. Check out printer comparison guide, try Workstation software 30 days for free and get free samples!
On-site printing capabilities
Having professional safety & facility identification printing capabilities and software on-site, offers a set of interesting advantages:
Paper slitting machines from American machine builder JSI are well-connected indeed. By using HMS technology, JSI can remotely access and control the machine via the internet and also enable wired and wireless communication between different parts of the machine. All this allows JSI to offer an even more competitive and connected machine.
· Operators avoid contact with sharp slitter blades
· Reduced downtime due to blade changes
· Reduced service costs as service can be done remotely
· Maximized blade life through wear...
FLIR Systems announces new Quantitative Optical Gas Imaging (qOGI) technology, developed in conjunction with Providence Photonics, that was designed to work exclusively with its GF-Series cameras. qOGI represents a major advance in the world of optical gas imaging because it eliminates the need for secondary sampling devices to quantify gas emissions.
Using a Providence Photonics’ QL320™ in conjunction with a FLIR GFx320 or FLIR GF320 camera, surveyors can now measure mass leak rates (lb/h or g/h) or volumetric leak rates (cc/min or L/min) for most hydrocarbons.
FLIR Systems GF-series Optical Gas Imaging (OGI) cameras are now available with interchangeable 24-degree, 14.5-degree and 6-degree lenses. This new flexibility has been introduced to maximise the gas leak finding capabilities of these popular cameras. Available as standard on all new GF320 Series and other related cameras, all existing GF Series OGI cameras returned to FLIR systems for general maintenance can be retrofitted with the interchangeable lens capability free of charge.
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