Mains supply parameters monitoring devices

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Efficient energy management – network-capable EMpro energy meters can be used to acquire and monitor the characteristic electrical data of your machines and systems.

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EMpro energy meters from Phoenix Contact are the ideal solution for your energy management: they can be freely extended with communication modules and special function modules, enabling your energy meters to keep pace with your growing requirements. Future-proof planning and investment is therefore ensured.

Your advantages

  • Direct access to measured values – at the touch of a button on site or from the host computer
  • User-friendly configuration – on site by following the operator guidance or via the integrated web server
  • Easy integration into network structures, thanks to flexible connection options
  • High degree of planning reliability and investment security, thanks to expansion with additional special function modules and communication modules

Measuring devices for your energy management 

Phoenix Contact offers a wide range of energy meters – to meet every requirement.

The communication expert: EEM-MA600

  • For all measuring tasks in power supply applications up to 700 V AC
  • Can be extended with communication modules and special function modules
  • Remote access via web server

The universal solution on the front panel: EEM-MA400

  • For standard measuring tasks up to 500 V AC
  • Can be extended with an RS-485 module

The compact DIN rail solution: EEM-MA250

  • For measuring tasks in small control cabinets directly on the machine

The compact starter for use in the sub-distribution: EEM-MA200

  • For simple measurement tasks where on-site analysis of the measured values is sufficient

What advantages does energy data acquisition offer?

Continuously recorded energy flow provides the basis for a target-oriented energy management system.

Access comprehensive information regarding the characteristic electrical data of your machinery and benefit from the advantages of this:

  • Reduce your energy costs by identifying potential energy savings.
  • Optimize your system capacity: through intelligent switching of system parts, uniform network load, and reduced harmonics.
  • Reduce peak loads using forward-looking trend calculation and load management.
  • Safeguard your production processes and minimize downtimes by continuously monitoring important system parameters.