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The C581 is the first model in an exciting new lineup of powerful and versatile Flow & Energy Computers. It combines our extensive expertise in instrumentation, a deep understanding of international requirements, and a commitment to user-friendly design. The result? The most robust, accurate and versatile field mount Flow & Energy Computer available today. The C581 sets a new standard for performance and reliability, leading the way in a promising range of Flow & Energy Computers!

Accurate

The C581 single stream flow and energy computer is a powerhouse for precision measurement. It accurately measures flow, temperature, and pressure of water or steam, and uses IAPWS density and enthalpy determinations to precisely calculate energy, mass, and volumetric flow. Thanks to 11 linearization points for all input signals, you'll experience enhanced accuracy across all flow ranges.

Flow measurement
The C581 can handle all ISO5167 flow elements and more; either with signals form a single dP sensor up to 3 stacked or averaged dP sensors.  As such range and accuracy at the lower end of the flow spectrum is significantly improved. For other applications the flow calculation can be based at the design conditions of the flow element.  Pulse inputs are soon available for the measurement of rotating flow meters. The C581 is able to determine the energy transfer in heat exchangers.

Robust and weatherproof
Built to endure the toughest environments, our robust IP66/67, Type 4X aluminum field enclosure withstands extreme weather and harsh industrial conditions. It’s engineered to perform flawlessly in temperatures ranging from a -40°C/-40°F to +70°C/+158°F. With this rugged enclosure, the C581 stays protected, no matter what nature or the job throws at it!

More information: https://www.fluidwell.com/c581

Acoustic imaging technology is redefining industrial maintenance with precise, non-invasive detection of hidden leaks, mechanical faults, and hazardous gases. The FLIR Si-Series offers cutting-edge solutions that enhance safety, reduce costs, and improve operational efficiency across various industries, including the likes of manufacturing, automotive, food and beverage, and pharmaceuticals.

Acoustic imaging allows inspections to be carried out without interrupting operations using a safe, easily operated device that requires minimal training. The advanced technology converts sound into visual data, allowing users to easily pinpoint issues and assess their severity. By identifying early-stage problems before they escalate, companies can maintain safer environments and avoid costly downtime. The FLIR Si-Series offers versatile models to meet diverse industrial needs, ensuring the right tool is available for any specific application.

Simply Effective Air Leak Detection with FLIR Si124-LD Plus

The FLIR Si124-LD Plus is an easy-to-use, lightweight acoustic camera designed for precise air leak detection, capable of identifying leaks as small as 0.004 liters per minute.  Equipped with AI-driven features, the Si124-LD Plus filters out background noise and measures the distance to leaks accurately.

Users benefit from real-time analysis of leak size and cost estimates that provide clear, actionable insights for informed maintenance decisions, helping to ensure operational efficiency and minimizing costs. The user-friendly interface allows maintenance teams to quickly locate and fix issues, enabling reliable system performance and reducing the time and resources spent on repairs.

Find the Right Si-Series Acoustic Imager for Your Needs

The FLIR Si-Series offers a range of acoustic imagers to tackle various industrial challenges, from detecting concealed air leaks and uncovering mechanical faults to identifying hazardous industrial gases. Choose the perfect Si-Series model from our Comparison Chart, and elevate your predictive maintenance strategy to a new level!

Learn more: https://www.flir.com/promotions/si124-ld-plus-price-promotion/

Disruption to manufacturing and production lines damages more than just delivery times. The impact of unexpected failure can damage a businesses reputation as well the risk of spiralling costs to repair, especially if replacement parts are not readily available.

Being informed about the condition of equipment along a production line, along with componentry in an electrical cabinet can make the difference between avoiding downtime, and panicking when something goes wrong.

Thermal cameras can be used to inspect critical componentry to see their safe and reliable operating temperature, which can then be recorded and referenced against in the future to alert the maintenance manager when the operating conditions vary outside of reliable operating parameters.

Whether inspecting each component once a month to build a thermal trend, or viewing similar equipment through a thermal camera to compare operating temperatures, insights can be gained into the condition of components and critical assets.

Often equipment failure can be caused by simple issues, such as a loose electrical connection that simply needs re-crimping or tightening, or blocked air-ducts reducing cooling on electric motors or similar equipment. Identifying where temperatures are increasing allows maintenance managers to take action, often simple action, before these small issues develop into larger faults which are more expensive to repair.

This is a simple process and a core pillar of condition based monitoring which can make the difference between identifying a fault and intervening before a production line becomes disrupted; or being surprised when something stops a production process and needing to fault-find before undertaking repairs.

FLIR have a wide range of thermal cameras to suit every budget, along with a selection of analysis, trending and reporting tools to support maintenance managers as their predictive maintenance processes. Read more by visting the link https://bit.ly/3AOQafB

www.flir.com