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Single Switch Socket Outlet, 250V, 10A, B Style, Flat Plate, Vertical

White Electric | Single Switch Socket Outlet, 250V, 10A, B Style, Flat Plate, Vertical

Single Switch Socket Outlet, 250V, 10A, B Style, Flat Plate, Vertical

Item Number: B15VA-WE

Retail
$158.92
RRP (Inc. GST)

Datasheet

Barcode

Qty UoM EAN Colour
-
-
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Specifications

Design

Range of product

Metal Plate

Product or component type

switched socket

Product brand

Clipsal

Sustainable offer status

Green Premium product

Physical

Control type

ON/OFF button

Number of gangs

1 gang

Pin number

3

Number of power socket outlets

1

Actuator

  • rocker
  • switch
    • Mounting position

      vertical

      Fixing mode

      by screws

      Local signalling

      without light indicator

      [Ue] rated operational voltage

      250 V AC

      [In] rated current

      10 A

      Depth

      35 mm

      Length

      115 mm

      Width

      70 mm

      Fixing center

      84 mm

      Standards

    • AS/NZS 3100
    • AS/NZS 3112
    • AS/NZS 3133:approval number S/1
      • REACh Regulation

        Free of Substances of Very High Concern above the threshold

        EU RoHS Directive

        Compliant

        Mercury free

        Yes

        RoHS exemption information

        Yes

        China RoHS Regulation

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

        Environmental Disclosure

        ENVPEP120506EN

        Material

        Material

        stainless steel

        Others

        Unit Type of Package 1

        PCE

        Number of Units in Package 1

        1

        Package 1 Weight

        0.16 kg

        Package 1 Height

        35 mm

        Package 1 width

        70 mm

        Package 1 Length

        115 mm
        Show all specifications

        Frequently Asked Questions

        hide show

        What is part number for wall clip to suit B15V2A?

        The part number for wall clip to suit B15V2A is 154/2

        What is the inrush of a K range contactor

         The inrush is 30VA but the holding is 4.5VA

        What is the code for a 415VAC coil for a LC1D40A Contactor?

        The 415V coil is LXD3N7

        What are the part numbers of the 32A and 45A cooker switches that are unmarked?

        Below are the part numbers of the cooker switches that are unmarked.
        2031/45 Single-pole 250V, 45A - 2000 Series
        C2031/45 Single-pole 250V, 45A - C2000 Series
        2031D32 Double-pole 415V, 32A - 2000 Series
        C2031D32 Double-pole 415V, 32A - C2000 Series
        2031/45N Single-pole, includes Neon, 250V, 45A - 2000 Series
        C2031/45N Single-pole, includes Neon, 250V, 45A - C2000 Series
        2031D32N Double-pole, includes Neon, 415V, 32A - 2000 Series
        C2031D32N Double-pole, includes Neon, 415V, 32A - C2000 Series
        For further information, please visit https://updates.clipsal.com/ClipsalOnline/Files/Brochures/A0000272.pdf

        Battery Discharge During Storage


        Issue:

        The shelf life of a UPS battery under storage conditions depends on battery ratings and ambient temperature.

        Product Line:

        All UPS products

        Environment:

        All models, All Serial Numbers

        Cause:

        Normal behavior.  

        Resolution:

        The shelf life of a UPS battery under storage conditions depends on battery ratings and ambient temperature. For each APC UPS family the expected battery discharge rate is presented for various storage conditions.

        Temperature Effects:

        The type of battery used in all UPS products has a "self-discharge" characteristic. This is the amount of charge the battery will naturally lose even if it is disconnected. At 20° Celsius, a battery will lose 3% of its capacity per month. However, at 40° Celsius, a battery will lose 10% of its capacity per month.


        For Back-UPS, Back-UPS Office, Back-UPS AVR, Back-UPS Pro, Smart-UPS v/s:

        When any of these APC UPS models has been powered "off", the battery discharge is equal to the self-discharge rate.


        With Smart-UPS:
        There are two ways to turn off a Smart-UPS. When applicable, if the UPS is switched off by using the rear switch, then the battery discharge is equal to the self-discharge rate. However, if the UPS is switched off with the front panel button, then the self discharge rate at 20° Celsius will increase from the natural 3% to 5% per month. The lost power goes into a small micropower circuit which is needed in order for the UPS to "remember" if it is supposed to restart automatically when the AC power is restored.


        With SmartUPS RT (1kva to 10kva):

        Any time a SmartUPS RT (1kva to 10kva) will be turned off without input power present, or allowed to operate in bypass for over 24 hours, the battery modules should be disconnected to prevent unnecessary discharge. Depending on the health of the batteries, they can discharge below start-up voltage (approximately 85vDC) within 72 hours if the UPS is not operating normally.


        With SmartUPS RT (15kva to 20kva):

        Any time a SmartUPS RT (15kva to 20kva) will be turned off without input power present, the battery modules should be disconnected to prevent unnecessary discharge. However, unlike the smaller RT units, the 15kva and 20kva SmartUPS RT's are able to charge batteries while in bypass mode.


        With Matrix-UPS:

        There are two ways to turn off a Matrix-UPS. If the UPS is switched off using the rear switch, then the battery discharge rate is slightly higher than the natural self-discharge rate, which is 5% at 20° Celsius. The extra power goes into "bleeder" circuits which are required to discharge the large capacitors inside the unit in order to protect service personnel.

        However, if the UPS is switched off with the front touch switch, then the self discharge rate at 20° Celsius will increase from the natural 5% to 7% per month. The additional lost power goes into a small micropower circuit which is needed for the UPS to "remember" if it is supposed to restart automatically when the AC power is restored.

        If a Matrix-UPS is to be stored in this condition (i.e. off) for a long period of time, it is recommended that the batteries be detached from the Matrix-UPS Electronics Unit, as this will reduce the self-discharge rate to 3% per month.


        With Symmetra, Symmetra RM and Symmetra LX:

        Any time a Symmetra will be turned off or allowed to operate in bypass for over 24 hours, the battery modules should be disconnected/disabled to prevent unnecessary discharge. Depending on the Symmetra model in use, batteries can discharge below start-up voltage (approximately 90vDC) within 72 hours if the UPS is not operating normally.


        Bottom Line:

        APC Batteries should be charged to 100% within 6 months of purchase by the end user. If the batteries are to be stored for an extended period of time after that, the following procedures are strongly recommended in order to keep the batteries from discharging beyond the safe limit:
         

        • If the ambient temperature during storage is - 15°C to + 30°C (+ 5°F to + 86°F), perform a full recharge cycle at least every six months.
        • In environments where the ambient temperature is + 30°C to + 45°C (+ 86°F to + 113°F), perform a full recharge cycle at least every three months.
           

        What is the part number of the replacement RCD to suit 56SC420RC, 500V, 20A RCD protected switched outlet?

        4RC425/30 is the part number of the RCD supplied with 56SC420RC. 4RC425/30 is 4 pole rated to 415V, 25A, 30mA.
        For further information, please visit https://www.clipsal.com/Trade/Products/ProductDetail?catno=4RC425/30
         
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