7KT PAC1200 Measuring Devices

• Информационные материалы

  Информационные материалы

  The 7KT PAC1200 multichannel current measuring system is a low-cost solution for the transparent representation of energy consumption. The current values themselves are measured by means of sensors that are fitted above the miniature circuit breakers. The simple cost center allocation enables maximum transparency over the entire application.

  Scalability

  The 7KT PAC1200 multichannel current measuring system monitors and displays the energy consumption of up to 96 outgoing feeders. A maximum of eight times twelve sensor bars can be configured, always eight bars with the respective combination. Up to eight different, selectable consumption sources can be compared with each other. The system can be scaled to individual needs and application scenarios. The individual sensors can be named individually and compared with each other. The system can be configured flexibly as the number of sensor bars can be varied.

  Consumption statistics

  The statistics shows the overall consumption of selected sensors. The consumption can be shown both in euros and in kWh. The results can be displayed in the form of a pie chart or a bar chart, depending on selection. The periods that can be selected are as follows:

  • Days
  • Weeks
  • Months
  • Years

  Both the overall consumption and the individual consumption of a sensor can be displayed.

  It is also possible to generate a history so that any deviations can be investigated. To do this, select a date using the button below the chart.

  

  7KT PAC1200 multichannel current measuring system installed in ALPHA 400 distribution board

  Область применения

  Use cases

  Energy measurement on

  • Strip lighting
  • Production machines
  • Motors

  Fields of application

  • Carpenters' and joiners' workshops, locksmiths' shops
  • Large bakeries, breweries, slaughterhouses
  • Municipal utilities
  • Banks, etc.

  

  Application example of a brewery

  Особенности

  • Measurement of individual feeders – thus direct comparison of consumers
  • Detection of current peaks – thus avoidance of high energy costs
  • Web server and app representation – thus plug-and-play visualization of measured values and consumption values
  • Scalability – thus number of measuring points can be adjusted to size of the power distribution system
  • 1 GB internal memory – thus long-time data recording over one year possible