Flush Switch, 3 Gang, 250VAC, 10A, Standard, Vertical, PTN

Flush Switch, 3 Gang, 250VAC, 10A, Standard, Vertical, PTN

Flush Switch, 3 Gang, 250VAC, 10A, Standard, Vertical, PTN

Item Number: 33VA-WE

RRP (Inc. GST)
Colour White Electric (WE)
  • White Electric 1 PCE
  • Black 1 PCE
  • Cream 1 PCE
  • Red 1 PCE
  • Resistant White Electric 1 PCE



Qty UoM EAN Colour



Range of product

Standard Series

Product brand


Sustainable offer status

Green Premium product


Device presentation

basic element with full cover plate and grid

Switch function

  • 2-way
  • 1-way
    • Actuator


      Number of rocker


      Device mounting


      Fixing mode

      by screws

      Local signalling


      [Ue] rated operational voltage

      250 V AC

      Rated current

      10 A


      without marking

      EU RoHS Directive


      Mercury free


      RoHS exemption information


      China RoHS Regulation

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

      Environmental Disclosure



      Unit Type of Package 1


      Number of Units in Package 1


      Package 1 Weight

      76 g

      Package 1 Height

      31 mm

      Package 1 width

      76 mm

      Package 1 Length

      123 mm
      Show all specifications

      Documents & downloads

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      • Technical Data Catalogues

      • Certificates (MSDS)

      Frequently Asked Questions

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      What is the dimension of 31VA, 32VA, 33VA, 34VA, 35V and 36VA standard sized vertical flush switches?

      31VA, 32VA,  33VA,  34VA,  35VA and 36VA standard sized vertical flush switches have a dimension of 115mm(length) x 73mm(width) x 11mm(depth). Mounting centres are 84mm apart. The switches are rated to 250V AC, 10A, 1 way/ 2 way.
      For further information, please visit https://updates.clipsal.com/ClipsalOnline/Files/Brochures/A0000108.pdf


      Is part number 32VA still available in Brown?

      Yes. Part number 32VA -BR is standard part.

      What is part number for 415-24V AC 63VA transformer?

      The part number would be ABL6TS06B.

      What is the inrush of a K range contactor

       The inrush is 30VA but the holding is 4.5VA

      what is consumption of lC1k0910B7 ?

      30VA In Rush 

      4.5 VA Sealed 

      What is the maximum cut out size of a Clipsal plate in the Standard Series?

      52mm x 76mm

      Example References (not comprehensive):

      What is the part code for a 240 to 24V 100VA transformer

      The largest transformer that we have is 63VA - The part code is 15222

      Do we sell "miniature architrave switches"

      Yes we do. The product is from the standard series.
      1 Gang - 30T
      2 Gang - 32TA
      3 Gang - 33TA

      The measurements for these products are

      30T dimensions are 54mm (l) x 27mm (w) x 10mm (d).
      32TA dimensions are 75mm (l) x 27mm (w) x 10mm (d).
      33TA dimensions are 98mm (l) x 27mm (w) x 10mm (d).

      For further information, please visit

      User-added image


      Can you hardwire the input/output of the Matrix-UPS?

      Can the input or output of a Matrix UPS be hardwired?

      Product Line:
      Matrix UPS

      All serial ranges

      A user may wish to hardwire the input/output of the UPS rather than use the supplied input power cord.

      APC offers a hardwire kit to be used with the 120/208 Matrix-UPS product. The part #s for these kits are as follows:

      MXA001: 5kVA Hardwire kit
      MXA002: 3kVA Hardwire kit

      These hardwire kits replace the standard back plate and allows the input and output of the Matrix to be wired directly to their corresponding electrical panels. This kit provides 120V, 208V and 240V on the output. The electrical specifications for both the Matrix 3kVA and Matrix 5kVA UPS systems are as follows:

      Input Over-current Protection
      3kVA: 20 A
      5kVA: 30 A

      Input/Output Wire Size
      3kVA: 12 AWG
      5kVA: 10 AWG

      Video: How do I replace the APCRBC140 or RBC44 battery modules in my SURT or SRT series Smart-UPS?

      How do I replace the batteries in my SURT or SRT series Smart-UPS?

      Product Line:
      Smart-UPS Online

      All SURT/SRT models 3Kva or larger, All Serial Numbers

      The average life span of a battery module is 3-5 years depending on environment and usage. For best performance the ambient temperature should be 68-77 degrees Fahrenheit. Replacing battery modules is a quick and easy process and can be performed without turning off the UPS. Please note that while you do not have to power down the UPS, you will not have any battery back up protection for the short period when no batteries are installed in the UPS.

      All SURT and SRT units 3kva or larger use the APCRBC140 RBC Kit (This RBC kit replaced the older RBC44. APCRBC140 can be used in SRT or SURT unit, RBC44 only work in SURT)
      One APCRBC140 includes two battery modules
      3kva-6kva units use ONE APCRBC140 kit (Two Modules)
      8kva-10kva units use TWO APCRBC140 kits (Four Modules)

      To replace your batteries:
      • Remove the plastic bezel from the front of the UPS by pulling it off straight towards you
      • Remove the screws that hold the protective metal battery bay covers in place.
        • On 3-6kva units - Slide the cover to the left, then open like a door
        • On 8-10kva units - The bay covers come  off of the unit entirely
      • Disconnect the battery connectors by pulling straight out towards you
      • Slide the modules out of the UPS one by one. Be careful - They're heavy
      • Once all modules are removed, repeat these steps in reverse order to install new batteries
      • When the new batteries are installed, run a self test to clear any "Replace Battery" alarms

      Video: SRT UPS reports Battery Charger Event, Event Code 142

      The UPS reports: Battery Charger Event – event code 142 on the display or in the NMC event logs

      Product Line:
      SRT Models
      This event may be caused by a blown charger fuse, or bad batteries.
      To determine the cause of this behavior, perform the following troubleshooting steps:
      • With the UPS input connected to AC mains, disconnect all the batteries in the system: all internal batteries and any external batteries, if used.
      • Go to the Status section on the display and under Battery, check Voltage.
      Note: You do not need to perform measurements on the UPS battery terminals.
      • If the voltage displayed on the UPS display is below the “Voltage level” (refer to the below values), the charger fuse is blown and the UPS requires replacement.
      • If the voltage displayed on the UPS display is at, or above, the “Voltage level, the batteries need to be replaced.
      Models Voltage level
      SRT 2.2kVA models If under 80V, the UPS should be replaced;
      SRT 3kVA models If under 100V, the UPS should be replaced;
      SRT 5-6kVA models If under 200V, the UPS should be replaced;
      SRT 8-10kVA models If under 200V, the UPS should be replaced;

      LED blocks: When, How, Which surge suppressors to implement.

      Goals and Symptoms

      LED blocks:
      When, How, Which surge suppressors to implement.

      Facts and Changes


      Causes and Fixes

      - When to implement surge suppressors :

      If the LED is exposed to high voltage, short term spikes such as those created when large coils are de-energised ( solenoids, large contactor etc.) then damage may occur to the circuitry, causing a premature failure of the device. This damage can also occur where the inrush to the coil is high.

      The catalogue characteristics state that where the pilot light is fitted directly in parallel across an inductive coil, the inrush of the coil must not exceed 30VA. Remember that the inrush of the coil is usually very high compared to the nominal power consumption.
      If this value of 30VA is exceeded, then a suppressor block must be used in conjunction with the pilot light. It is also advisable to fit suppression across the inductive load to reduce the back emf produced.

      - How to implement surge suppressors :
      Connect the suppressor in parallel with the LED block.

      - Which surge suppressors to implement :
      ZBVJ* and ZBVB* => mostly used on 12Vdc or 24Vdc, the inductive loads are generaly low. However it is recommended to implement a freewheel diode. You can use the ZBZG156 which includes a diode.
      ZBVG* (110...120Vac) => Use ZBZVG (maximum power of coil 120VA).
      ZBVBG* (24...120V ac/dc) and ZBVM* (230Vac) => Use ZBZVM (maximum power of coil 230VA).

      For coils with a power above the suppressors limitation, use a dedicated suppressors on the coil itself:
      Freewheel diodes for DC applications.
      Bidirectionnal diodes or varistors for AC applications.

      Legacy KB System (APS) Data: RESL204809 V1.0, Originally authored by LaBe on 03/16/2011, Last Edited by LaBe on 03/16/2011
      Related ranges: Harmony XB4
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