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PowerMoni

PowerMoni are our patented wireless power sensors, to enable easy installation on existing cables and in switchboards, by simple clamp on.

There are three types of sensors in the PowerMoni group, to cover the different use cases:

  • PowerMoniSpot is very easy to install onto the outside of normal double insulated cables. It's used for surveillance purpose, and can be calibrated to give a good indication of the actual power consumption. 
  • PowerMoniPro is a precise power sensor which is clamped into existing cables, relatively easy. It is used as main or submeter, for measuring on all cable types. 
  • PowerMoniPro-C is a precise power sensor for switchboards. It is clamped on existing wires in the switchboards, and is used as submeter. All PowerMoni sensors use the same wireless module to make it easy for you to get all the data from the different sensors in a robust way.

PowerMoniSpot

- Our easy to clamp-on power sensor for surveillance and alarm purpose.

PowerMoniSpot is simply mounted onto the outside of the normal double insulated power cables for your critical units/devices, to start monitoring. It's much easier to install than all other sensors on the market, because it is simply mounted directly onto the outside of the existing cables. No other meters in the market can be used in that way.

It can be used directly as it is for surveillance purpose, or calibrated to give a good indication of the actual power consumption for single phased or three phased homogeneous cables.

  • Cable mounting: Multi-core power cables, 50/60 Hz (± 5%), 115-400 V AC. 
  • Installation: Clamp-on outside the cable's double insulation.
  • Typical installation time: 1 minute.
  • Measurement level: Single device.
  • Repeatability accuracy: ~2 %
  • Current measurement accuracy: ~5% when calibrated.
  • Calibration: On-site calibration if precise measurements is required.
  • Device types: for two-wire consumers, or homogeneous three/four wire consumers.
  • Clearance: minimum distance to other cables: 0,1 m, and more if it is a heavy load cable.
  • Battery type: 1 x 3.6 V 2.5 Ah AA Li-Me battery.
  • Battery lifetime: ~15 years.
  • Data-logger: PowerMoniSpot has a data logger and wireless radio built in.
  • Wireless communication: Please see below Data-Chain
  • Standard parameters:
    • Sampling rate: Down to each second (1 Hz). Can be adjusted from ReCalc.
    • Transmission rate: Down to each minute. Can be adjusted from ReCalc.

PowerMoniPro (coming later)

- Our precise power sensor which is clamped into existing cables, relatively easy.

It is used as main or submeter, for measuring on both two, three, and four wire cables. Simply remove the outer insulation and mount it, without cutting the cable.

PowerMoniPro differs from other power sensors in the market, by combining sensor, encapsulation, data-logger and wireless connection in one easy-to-install package. 

  • Cable mounting: Multi-core power cables, 50/60 Hz (± 5%), 115-400 V AC.
  • Installation: Clamp-on directly in the electric cable.
  • Typical installation time: 20 minutes.
  • Measurement level: Down to single device.
  • Measuring accuracy: ~3.5%.
  • Calibration: Is calibrated from the factory.
  • Battery: Battery free. 
  • Data-logger: PowerMoniPro sensor has a data logger and wireless radio built-in.
  • Wireless communication: Please see below Data-Chain
  • Standard parameters:
    • Sampling rate: Each second (1 Hz). Can be adjusted from ReCalc.
    • Transmission rate: Each 15 minutes. Can be adjusted from ReCalc.

PowerMoniPro-C (coming later)

- Our CT based power sensor for mounting inside switch boxes.

It is clamped into existing wires in the switch-box by CT-claps and wires, to enable precise measurements of current, voltage and power. It is used as main or sub-meter, for measuring on both one, two, and three phases.

PowerMoniPro-C differs from other power sensors in the market, by combining sensor, data-logger and wireless connection in one package.

PowerMoniPro-C will be launched later on, after the other PowerMoni sensors.

 

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