CSXi: Passing the Toyota test

Posted by AuCom on 5/22/19 10:47 AM

Around the globe, Toyota are well known for being at the forefront of process innovation; setting high standards with a high level of attention to detail. Their newest production facility in the township of Caleras de Amexhe in Guanajuato, México is no exception to this rule. We're proud to say that the AuCom CSXi has passed the Toyota test, with multiple CSXi units already installed at the new facility that is expected to begin full-time production by the end of 2019.

Each vehicle manufactured by Toyota must go through multiple tests before going to the market. One of the most common tests consists of a water shower applied to the outside of the vehicle to verify that there is no ingress of water into the vehicle.

To perform this test, the vehicle is placed in a shower test room which sprays water at constant pressure through a hydraulic spray system divided into three sections: lateral (both sides), upper and lower (as shown in figure 1). Each section has an independent water distribution system, so it is necessary to implement a pumping system for each section.

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Topics: Projects, Soft Start Control, System Design, Pumping, Water Hammer, Industry Applications

Irrigation Association calls for smarter irrigation citing importance of water and energy efficiency

Posted by AuCom on 8/18/17 10:07 AM

In the United States, irrigated agriculture produces about half of the total value of crop sales despite comprising only 17 percent of U.S. cropland. However, irrigated agriculture also represents the largest share of consumptive water use in the nation. Efficient agricultural irrigation helps to balance the incredible value of irrigated agriculture with the need to be conscious of water use.

- Irrigation Association

The Irrigation Association has recently released a new paper titled Principles of Efficient Agricultural IrrigationThe document discusses the key concepts that users and providers of irrigation need to consider to attain the most energy efficient use of water and energy.

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Topics: System Design, Pumping, Irrigation, Energy Efficiency, Industry News

Making sense of motor nameplate information

Posted by AuCom on 11/19/15 10:07 AM

A key to clear communication and interoperability is having a shared understanding of the meaning behind terms and phrases. 

The United States motor industry recognises the importance of nameplates using standardised jargon among all manufacturers and has been enforcing usage of the correct terminology for the past 90 years. Using the same terminology and education around the meaning of the terminology has paid off. Having a common motor nameplate language has helped make motors interchangeable and personnel able to correctly understand the specific features of the motor they are installing or replacing.

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Topics: System Design, Industry Applications

Are you paying for the perception of flexibility in your system design?

Posted by AuCom on 5/28/15 9:08 AM

With an estimated 80% of electric motor applications being fixed speed processes perhaps it isn’t surprising that variable speed drives are consistently being misapplied. Many motor driven systems are being designed with VSDs to add flexibility that isn’t needed, compromising efficiency while adding to capital and operating costs.

US-based JDA consulting engineers (now part of global consulting firm Exp Global.) offer an interesting discussion of this phenomenon in a blog on the Staticworx website. “As JDA's team commissions large, complex mechanical plants, we find more systems where the VSD is practically abandoned in place. Rather than providing the precise control of flow and pressure or reducing energy consumption and demand, the VSDs appear to be "stuck" at a single speed.”

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Topics: System Design, Energy Efficiency, Industry Applications

Why oversizing motors shouldn't be your starting position

Posted by AuCom on 4/2/15 10:10 AM

What are the trade-offs in oversizing a motor for your next application?

Oversizing motors for any particular application is becoming more popular, as engineers seek to provide some ‘insurance’ for a new system. Insurance against possible system failure (and resulting damage to their reputation), and insurance for unanticipated future demands on the application.

An Automation World study on oversizing has asserted that over half of engineers choose to over specify motors. It seems like a ‘no-brainer’ – put in place a motor with plenty of margin of error for rated load, and use a variable speed drive (VSD) to throttle it to meet the system’s actual power needs. Peace of mind guaranteed.

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Topics: System Design, Energy Efficiency, Industry Applications

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