Does the pump need maintenance, a change in operation or a better match to its duty? Artesis OmniSight combines electrical diagnostics and hydraulic analysis to help your team decide.
A pump can keep running while using more energy than its duty requires. OmniSight brings equipment condition and operating performance together, helping your team decide whether to investigate a fault, adjust operation or evaluate a better-sized pump.
Compare actual duty with the pump’s reference and working curves to investigate performance loss and operation outside the preferred region.
OmniSight evaluates intervention options using pump curves, operating conditions and energy costs. Review the options applicable to your installation and the duty it needs to serve.
Evaluate speed changes on an existing variable-speed drive where the revised operation can serve the required duty.
Assess a drive retrofit for suitable fixed-speed applications and review its estimated energy-saving potential.
Consider an impeller modification where the resulting pump performance can meet the application's needs.
Identify pumps poorly matched to their application and evaluate the case for replacement.
Review the estimated energy savings and their range for each applicable option. Enter your project cost to assess payback using your own operating conditions and tariff.
See the proposed action, target pump duty and estimated savings together. In this example, OmniSight identifies a pump-selection review and specifies the duty to confirm before using the ROI calculator.
Illustrative recommendation view. Indicative savings, subject to flow verification.
The process-water pump frequently operated at 90–115 m³/h, compared with a stated best efficiency point of 421.5 m³/h. The team combined operating history and condition analysis to evaluate a replacement.
Projections for the proposed replacement; savings were not verified after installation.
Artesis e-MCM collects current and voltage measurements at the motor control center. Monitor equipment condition without mounting sensors on the pump, including submerged equipment and assets that are difficult to access.
Collect electrical data during operation for condition analysis and performance assessment in OmniSight.
Configure the pump curves, motor and drive details, and hydraulic conditions. For suitable pumps, these inputs support flow and head estimation.
Incorporate existing flow and pressure measurements to extend the analysis and verify hydraulic performance.
For suitable pumps, OmniSight estimates flow and head from electrical measurements and configured pump information. Suitability depends on the pump curves and hydraulic conditions. Existing process instruments can be integrated where available, and additional measurements can extend or verify the analysis.
Yes. OmniSight accounts for operating speed when assessing pump performance and comparing the operating point with the pump's reference curves.
OmniSight can analyze suitable pumps from different manufacturers. The assessment uses the individual pump's configuration, curves and available measurements.
The original manufacturer curves are retained alongside dated working curves supported by field tests. This allows engineers to review performance changes and account for modifications such as impeller trimming.
A pump datasheet or performance curve, motor rating and drive type are useful starting points. If available, bring typical operating hours, energy price and flow or pressure readings. You can also start with a description of the problem you want to investigate.
Where continuous operation is crucial for maximum productivity, any failure in the smelting process can lead to substantial production delays and significant material costs. Artesis emerges as the ideal ally for the iron and steel industry, offering unparalleled condition monitoring tailored for challenging environments.
Artesis is here to support the energy sector with our advanced system for monitoring and predicting issues. In an industry where a steady power supply is crucial, our technology plays a key role in ensuring things run smoothly. Our special software is great at spotting potential problems early in rotating equipment, acting like an important early warning system. This is especially important in the energy sector, where unexpected breakdowns can lead to disruptive power outages affecting businesses, homes, and critical infrastructure. Artesis significantly contributes to the reliability of the energy sector by offering an effective predictive maintenance solution. By looking at patterns over time, our technology gives an early sign of possible issues. This helps grid operators plan ahead, taking actions to prevent power disruptions and ensuring a constant energy supply to industries and communities.
The logistic and transportation industry faces significant challenges when it comes to downtime costs, with unplanned disruptions leading to schedule delays, missed delivery dates, and additional charges. Artesis plays a crucial role in minimizing these challenges by providing continuous monitoring of asset health, offering timely insights into the need for repairs.
Artesis introduces an advanced Predictive Maintenance (PdM) solution tailored for the automotive industry. Our system, Artesis e-MCM, is designed for simplicity, requiring minimal installation efforts and offering low start-up costs. With no need for sensor installation on equipment and the ability to function in non-EX areas, Artesis e-MCM is an ideal solution for inaccessible automotive equipment.
The food and beverage industry faces unique challenges, particularly concerning hygienic standards and safety. Artesis condition monitoring products emerge as a solution, offering a distinctive advantage—no sensor installation on the equipment itself. This not only ensures uncompromised hygiene but also addresses safety concerns seamlessly.
Artesis’s condition monitoring and predictive maintenance solutions offer a comprehensive approach, encompassing failure prediction, fault diagnosis, failure-type classification, and recommendations for relevant maintenance actions. This empowers pharmaceutical equipment manufacturers, engineers, and process plant owners and operators to proactively identify and address potential issues, enhancing the efficiency of their maintenance services and improving equipment uptime.
Artesis empowers water companies with continuous monitoring of aerators, centrifugal pumps, positive displacement pumps, mixers, clarifiers, and submerged equipment, preventing potential failures and optimizing asset performance and energy consumption. In the water industry, system downtime is both disruptive and costly. Artesis’s predictive maintenance and power monitoring solutions enhance operational efficiencies, prevent unplanned downtime, and extend the economic life of critical assets.
Knowing how rotating equipment is performing, predicting failures, improving asset utilization, and finding productivity enhancements in challenging environments are particular challenge for Oil & Gas companies. Artesis helps oil and gas companies predict their rotating equipment failures and prevents the unplanned downtime where the cost of downtime is extremely high. When oil and gas operations break down, it can have a significant domino effect on energy supply – making predictive maintenance technology a key ally for companies in the sector.
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