Page 34 - Plastics News December 2017
P. 34

FEATURES
                  FEATURES



          power system. According to the Electric Power Research   major components such motors, heating units, pumps and
          Institute, power quality problems cost U.S. manufacturers   more. With the optional ComponentAnalyser, the system
          up  to  $188  billion  a  year—$9.6  billion  in  the  plastics   can even keep tabs on mechanical components such
          industry alone—with 80 percent of those problems created   bearings, gearboxes and valves. Combined, the system
          by manufacturers’ own internal power systems. Bad     can predict impending machine and component failures
          power is wrecking motors, transformers, electronics and   to prevent unscheduled downtime, and send alarms via
          other components way before their times. It’s causing   text or email when significant problems are detected.
          lost  production  and  product  quality  issues. And  it’s   How Does Power Analyzer Work?
          unnecessarily driving energy bills up higher and higher.
                                                                It starts with a simple toroid sensor that is clipped
          What can you do about it? For most plastics processors,   around the power lines of all significant electrical
          there hasn’t been a practical or affordable way to stay   machine  components. The  sensors  are  hardwired  to  a
          on top of their plant power issues. But that has changed   data hub that wirelessly connects to a plant floor router.
          with the advent of MachineSense Power Analyzer, a power   The powe consumption data is then sent to the cloud-
          monitoring and analysis system that can help identify and   based Crystalball software for analysis. The  software
          diagnose power issues that heretofore required expensive   automatically translates complicated electrical graphs
          diagnostic equipment and expert technicians. This new   into the intuitive dashboards available on desktop or
          monitoring technology is easy to install, requires little   handheld devices.  Power Analyzer can even provide a
          technical expertise to operate and is much less expensive   full cost analysis of your power consumption. Plug in the
          than you’d expect. You can spend just $1,200-$1,300 on   electricity rates from your utility company, and you can
          a monitoring system that can pay for itself in the first   see your consumption in real dollars as well as kilowatts.
          year on power savings alone.
                                                                Now you can visualize power cost, not just on a per-hour
          Continuous 24/7 Monitoring                            basis, but also per unit of production.

          Historically, plastics processors had little choice but to   Because it is a diagnostic tool, the one thing Power
          bring in outside electrical consultants with the knowledge   Analyzer doesn't do is recommend solutions to specific
          and instrumentation to diagnose plant power problems.   problems. To handle that aspect of fixing power problems,
          Since that’s an expensive proposition, it’s often a course   MachineSense has assembled a partner network of service
          of last resort, and it still may not ferret out problems   companies with expertise in power quality solutions. Using
          that are transitory in nature. With MachineSense Power   Power Analyzer as the ‘MRI’, these service providers can
          Analyzer,  the  diagnostics  are  performed  continuously,   fix load issues or install devices to protect your equipment
          and the analysis comes back in a form you don’t need   such as surge protectors, additional capacitors and so on.
          an electrical engineer to understand.  The
          system’s simple dashboard conveys critical
          information at a glance, and offers plain
          English explanations for likely causes of non-
          conforming conditions. That, of course, helps
          identify immediate problems. But the system’s
          Crystalball software also provides a means to
          discover recurring problems that don’t present
          themselves over a short period of time. For
          example, in one case it helped a stretch-film
          processor identify a recurring power drop
          problem that only happened at night.

          The software also creates a baseline profile to
          which equipment can be compared over time.
          This data can be used to monitor the health of



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