Switch Mechanisms, 30 Series, 10A Mechanisms - Marked, Sensor

White Electric | Switch Mechanisms, 30 Series, 10A Mechanisms - Marked, Sensor

Switch Mechanisms, 30 Series, 10A Mechanisms - Marked, Sensor

Item Number: 30MSEN-WE

RRP (Inc. GST)



Qty UoM EAN Colour



Sustainable offer status

Green Premium product

Range of product

  • Series 30
  • Standard Series
    • Product brand



      Environmental Disclosure


      Mercury free


      REACh Regulation

      Reference contains Substances of Very High Concern above the threshold

      China RoHS Regulation

      Product out of China RoHS scope. Substance declaration for your information

      EU RoHS Directive


      RoHS exemption information


      Device presentation

      basic element

      Switch function




      Number of rocker


      Device mounting


      Local signalling


      [Ue] rated operational voltage

      250 V AC

      Rated current

      10 A




      Package 1 Weight

      0.016 kg

      Marking location

      marking on surface
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      Frequently Asked Questions

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      Is the 30MBPN available in a 12V version?

      Yes, it is the part number is 30MBPN12.

      ION 6200 Digital Output - operational details not covered in the product documentation

      Product Line

      Digital Outputs

      As energy accumulates, the ION 6200 digital output toggles from Open to Close, or from Close to Open, instead of pulsing. This is called KY pulsing. By default, the ION6200 meter has two Pulser modules preset to send pulses every 1 kWh and every 1 kVARh to the 2 solid state relays on the meter. The settings on the front for the defaults are out1 = wH, tc 1 = 1 and out2 =VArh, tc = 1. Notice that both out1 and out2 do not show k(kilo), but all out settings are in k(kilo), and that the tc(time constant) setting is also referenced as kT in some cases.
      Here are some parameter limits and operational constraints to keep in mind for the ION6200 meter:

      • Maximum Transition frequency = 20 per second
      • Minimum Period between Transition = 30ms, fixed
      • Kt Value must to set to a value greater than 0.1 for the digital output to operate correctly and accurately. This is due to bounds on the internal accuracy of the values maintained within the meter.

      Note also that the digital output toggles in batches at the beginning of each second. Thus, the digital output operates in bursts potentially at the beginning of each new 1 second boundary for no more than 600ms (20 transition x 30ms) in each one-second cycle. Calculations can be made to show that this implies that accuracy of measurements derived from this meter's pulsing capability must be averaged over at least a 15 minute period in order for them to reliably fall within the 0.5 accuracy class of this meter. This is not a reflection of the accuracy of the meter's measurement capability so much as a consequence of the specific way that this meter outputs measurement data via its digital outputs.

      How is an ATV61 or ATV71 drive configured for a 2 part dual ramp?

      Configuring an ATV61 or ATV71 drive for 2 part dual ramp

      Product Line:
      Altivar 61 and Altivar 71 

      All models, All serial numbers

      Application requires the motor to ramp to a minimum speed in a short amount of time and then ramp from this minimum speed to full speed at a much slower rate.

      The ATV61 and ATV71 drives have a split ramp function in Menu 1.7APPLICATION FUNCTIONS, Sub-menu RAMP.  Define the acceleration and deceleration in 2 steps, split at a certain output frequency.  The following parameters are involved:

      ACC = Acceleration for the lower part of the ramp.
      DEC = Deceleration for the lower part of the ramp.
      AC2 = Acceleration for the upper part of the ramp.
      DE2 = Deceleration for the upper part of the ramp.
      FRT = Ramp 2 threshold, the speed, in Hz. at which the drive switches between ramp 1 (ACC,DEC) parameters and ramp 2 (AC2,DE2) parameters.


      ACC = 10sec
      DEC = 10sec
      AC2 = 60sec
      DE2 = 30sec
      FRT = 30Hz

      When the drive starts the motor with a 60Hz speed reference, it will ramp up from 0Hz to 30Hz in 5sec because ACC = 10s so 0Hz to 30Hz is half of the 10s.  Then, it will ramp up from 30Hz to 60Hz in 30sec because AC2 = 60s.  Total ramp up time is 35sec.   When stopping, it will ramp down from 60Hz to 30Hz in 15sec and then 30Hz to 0Hz in 5sec.  Total ramp down time is 20sec.
      Note that the ACC/AC2 times are defined as time to go from 0Hz to motor rated frequency(FrS) 60Hz.  DEC/DE2 is time to go from FrS to 0Hz.