Acti9 iDPN H VigiArc 1PN C 25A 30mA A

Acti9 iDPN H VigiArc 1PN C 25A 30mA A

Acti9 iDPN H VigiArc 1PN C 25A 30mA A

Item Number: A9T27625

RRP (Inc. GST)

Product Dimensions

Width icon

Width36 mm

Height icon

Height91 mm

Depth icon

Depth75 mm



Qty UoM EAN Colour





Product or component type

arc fault detection RCBO

Sustainable offer status

Green Premium product


24 months



  • EN/IEC 62606
  • AS/NZS 61009.1
    • [Ue] rated operational voltage

    • 230/240 V AC 50 Hz conforming to AS/NZS 61009.1
    • 230/240 V AC 50 Hz conforming to IEC 62606
      • Control type


        Local signalling

        ON, OFF, fault trip

        Mounting mode


        Mounting support

        DIN rail

        Mechanical durability

        20000 cycles

        Electrical durability

        10000 cycles 240 V AC 50 Hz conforming to AS/NZS 61009.1

        Cable entry

        top and bottom

        Connections - terminals

      • tunnel type terminal for 2 cable(s) 2.5-2.5 mm² rigid
      • tunnel type terminal for 1 cable(s) 16-16 mm² rigid
      • tunnel type terminal for 2 cable(s) 2.5-2.5 mm² flexible
      • tunnel type terminal for 1 cable(s) 10-10 mm² flexible
        • Wire stripping length

          14 mm


          91 mm


          36 mm


          75 mm

          Net weight

          205 g

          IP degree of protection

          IP20 conforming to IEC 60529

          Relative humidity

          95-95 % at 55-55 °C

          Ambient air temperature for operation

          -25-60 °C

          Ambient air temperature for storage

          -40-80 °C

          REACh Regulation

          Free of Substances of Very High Concern above the threshold

          EU RoHS Directive


          Mercury free


          RoHS exemption information


          China RoHS Regulation

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

          Environmental Disclosure


          Circularity Profile



          Product name

          Acti9 iDPN H VigiARC

          Product specific application

          arc fault detection

          Device short name

          iDPN H VigiARC

          Poles description

          1P + N

          Number of protected poles


          Curve code


          Breaking capacity

          7500 A at 240 V AC 50 Hz conforming to AS/NZS 61009.1

          Rated breaking and making capacity

          Idm 500 A at 240 V AC 50 Hz conforming to AS/NZS 61009.1

          Neutral position


          Network type


          Earth-leakage protection time delay


          Earth-leakage protection class

          class A

          Suitability for isolation


          Residual current tripping technology

          voltage dependent

          Trip unit technology


          Earth-leakage protection


          Network frequency

          50 Hz

          Device location in system


          Magnetic tripping limit

          5...10 x In

          Limitation class

          3 conforming to AS/NZS 61009.1

          [Ui] rated insulation voltage

        • 250 V AC 50 Hz between phase and neutral
        • 400 V AC 50 Hz between phases
          • Threshold tripping voltage

            275 V +/- 5 V

            [Uimp] rated impulse withstand voltage

            4 kV conforming to AS/NZS 61009.1

            Contact position indicator


            Overvoltage category


            Locking options description

            padlocking device

            Tightening torque

            2-2 N.m

            Comb busbar and distribution block compatibility


            9 mm pitches


            Heat dissipation

            6.50-6.50 W at 240 V - 25 A

            Pollution degree

          • 2 conforming to AS/NZS 61009.1
          • 2 conforming to IEC 62606
            • Tropicalisation

              severity B conforming to IEC 60068-2-30 for 28 d

              Operating altitude

              2000 m

              Quality labels


              Halogen content performance

              Halogen free plastic parts product
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              Frequently Asked Questions

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              What are the codes for the Fault Arc Detection Devices?

              The part numbers for the Fault Arc Detection Devices are as follows.
              6A - A9FDB606
              10A - A9FDB610
              16A - A9FDB616
              20A - A9FDB620
              25A - A9FDB625

              What is the difference between A9D32620 and A9D33620 RCBO Acti 9 devices?


              A9D33620 = SI (Super Immunised)
              A9D32620 = Type A (AC or pulsating DC)

              Type A RCBO = Tripping is ensured for residual sinusoidal alternating currents and residual pulsating direct currents, whether suddenly applied or slowly rising.
              Type Si RCBO = With all the features of a Type A device, “Si” type Super Immunised earth leakage protection range has been specially developed to be used with loads or in environments causing disturbances. Examples are lightning or switching surges, harmonics generated by increasing number of loads and constant load leakage current from electronic ballasts, speed drives, computers, etc. The Si increases safety and allows improved continuity of supply.

              What are the operating and storage temperatures for a TeSys U-line starter?

              Storage temperatures for Tesys U Motor Starters

              Product Line: 
              Contactors and Starters IEC

              Tesys U Motor Starters

              Storage temperature: -40 to +185 degrees F (-40 to +85 degrees C).
              Power bases with standard and advanced control units: -13 to +158 degrees F (-25 to +70 degrees C). (At temperatures above 60ᄚC and up to 70ᄚC, for starter-controller LUB32, leave a minimum gap of 9 mm between products).

              Power bases with multifunction control units: At temperatures from -13 to +113 degrees F, gap not required between products; at temperatures from 113 to 131 degrees F, allow a minimum gap of 9mm between products; at temperatures from 131 to 140 degrees F, allow a minimum gap of 20mm between products.

              Can an AFDD replace an earth leakage current protection device?

              The new AFDD comes with different versions:
              - Without a protection against earth leakage current (Catalogue No. A9TS1225 for commercial applications). In this case, AFDD, can help to provide a protection against arc faults (serial arc faults, parallel arc faults and arc to earth). Indeed, even if it helps to protect against electrical arcs between phase and earth, because of its design and technology, monitoring and protection provided by arc detectors is not equivalent to the one provided by a traditional earth leakage protection device.
              - With a protection against earth leakage current. All Clipsal branded AFDD references for residential applications and remaining Schneider branded AFDD references for commercial applications come with protection against earth leakage current. in this case AFDD can provide a combined protection against overcurrent, overvoltage, arc faults (serial arc fault, parallel arc fault and arc to earth) and earth leakage.