Twin Switch Socket Outlet, 250V, 10A, Large Format Size

White Electric | Twin Switch Socket Outlet, 250V, 10A, Large Format Size

Twin Switch Socket Outlet, 250V, 10A, Large Format Size

Item Number: 23-WE



Qty UoM EAN Colour



Range of product

Standard Series

Product or component type

switched socket

Product brand


Surface finish


Sustainable offer status

Green Premium product


Control type

ON/OFF button

Number of gangs

2 gangs

Pin number


Number of power socket outlets



  • switch
  • rocker

Fixing mode

by screws

Local signalling

without light indicator

Mounting position


[Ue] rated operational voltage

250 V AC

[In] rated current

10 A


15 mm


145 mm


86 mm

Fixing center

120 mm


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

REACh Regulation

Reference contains 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






Unit Type of Package 1


Number of Units in Package 1


Package 1 Weight

136.0 g

Package 1 Height

1.5 cm

Package 1 width

8.6 cm

Package 1 Length

14.5 cm

Unit Type of Package 2


Number of Units in Package 2


Package 2 Weight

15.5 kg

Package 2 Height

15.7 cm

Package 2 width

30.5 cm

Package 2 Length

44.5 cm

Unit Type of Package 3


Number of Units in Package 3


Package 3 Weight

775.0 g

Package 3 Height

8.4 cm

Package 3 width

12.65 cm

Package 3 Length

17.0 cm
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Frequently Asked Questions

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VIDEO - Configuring Delayed Operation for ADVC Controller with FlexVue Panel

This video shows how to configure delayed operation for ADVC2 or ADVC3 intelligent controller with FlexVue operator interface and WSOS software.
►Learn More: https://www.se.com/au/en/product-rang...


What is the ‘Clip’ used to hold the MN (undervoltage) or MX (shunt) coil in new ComPacT NSX 400-630 range?

Please see below from the Instruction Sheet (Doc Ref. NNZ4291701) for MN/MX coils in the new ComPacT NSX (Catalogue Doc Ref. LVPED221001EN) range.

MN MX Coil

This a new part / clip in the new ComPacT NSX range breaker frame. Please note that this part does not exist as a spare part.

There wasn’t anything like this in the old Compact NSX (Catalogue Doc Ref. LVPED217032EN) version coils and it has been developed for the new range to improve the installation of the coil and help to fix it in the block and prevent from any movement.

If you have an old Compact NSX frame with new range MN/MX coils, this part is not mandatory.

Does iEM3000 Series Meter have internal battery?

There are two types of clock behaviours found on iEM3000 meter series.
iEM3110, iEM3210, iEM3150, iEM3250, iEM3310 and iEM3350
These meters lose the clock immediately after the power interruption as there is no super capacitor or battery built-in. When power is interrupted, the date and time are reset and you must enter configuration mode to configure the clock, if you require time information.

iEM3115, iEM3135, iEM3155, iEM3165, iEM3175, iEM3215, iEM3235, iEM3455/iEM3555, iEM3465/iEM3565, iEM3275, iEM3335, iEM3355, iEM3365, iEM3375, iEM3455, iEM3465, iEM3555 and iEM3565
These meters could  keep the clock running for up to 3 days in absence of external power, the meter design uses a built-in super capacitor (not a battery) to power the clock only and keep it running. If power is interrupted for longer than 3 days, the device automatically displays the screen to set Date and Time when power is restored.

Refer to User manual for further information (page 28).

I am not able to operate my Smart Plug on Wiser 1 EER models

Customer can not operate the Wiser switch devices on the Wiser web portal.  This problem can apply to any of the 3 switch devices: smart plug, load control relay, large load controller.  

Product Line:
Wiser Home Management System (version 1 USA model only)
Smart Plugs:  EER41200, EER40200
Load Control Relay:  EER42300,  EER42200
Large Load Relay:  EER260LLCR


First, all Wiser devices that measure energy must be added to the home's Wiser network.  Next, the home owner must subscribe to either the Smart Energy Plus or Smart Energy Premium Service Plans.    Switch Device control is not included in the Smart Energy Basic Plan.  Finally, these switch devices which also measure the load attached to them must be must be configured as sub-meters of the main meter.

1.  Confirm that the device has been added to your Wiser network.  On wiserenergy.com, go to the Settings tab.  Click on Device list and located the device of question.  If it is not in the Device List, then add the device.  
2.  Confirm that your account is Smart Energy Plus or Premium level.   There is no way at this time (January 2014) to check this on wiserenergy.com.   Wiser Technical support can check the customer service plan level.  If the user's needs to update his service plan, then Wiser Technical Support must delete the User's Account.  The User must then re-register his Gateway and recreate the home Wiser network.
3.  Finally, configure the switch device to be a sub-meter of the main meter.  This task can be accomplished in 2 different ways.   On the wiserenergy.com Settings Tab, Device List, after a switch device or second power monitor is added to the Wiser Network, then a link for Advanced Meter Settings should appear in the lower right corner of the page.    Use the Advance Meter Settings to set the main meter as the upstream or parent meter of the switch device.   The other way to do this same task is on the Energy Screen, under Settings & Bill Information, there will be a Manage Energy Device section.   Use that section to program the switch device as a submeter of the main device.  

More information about how to use the Wiser Home Management System may be found in a series of video tutorials published on sub meter.  Link to the the entire playlist of tutorials here.    Video #2, Adding and Controlleing Devices most closely pertains to this topic.   Click here to go to Video #2.


How to configure a C-Bus Automation Controller to SE8350 or SE8650 Room Controller for Modbus RS-485 communications

Upon successful login to the C-Bus 5500NAC2 (Network Automation Controller) or 5500AC2 (Application Controller)

Setting Modbus RTU Settings
1) Select the Configurator option from the 5500NAC2 / 5500AC2 - start page 
2) Select the Modbus tab to display modbus devices, settings and options
3) Select the RTU Settings option in the bottom left corner
4) Check the RTU (serial) enabled option for an available RTU connection 
5) Set the port to /dev/RS485 
6) Set the baud rate to match baud rate set in SE8350 or SE8650 (possible options - 4800, 9600, 19200, 38400, 57600)
7) Set the parity bit to match parity set in SE8350 or SE8650 (possible options none (1 stop bit), odd, even, none (2 stop bit). 
8) Set duplex option to "half duplex"
9) Select the Save button to set the Modbus RTU Settings

RTU Settings Dialog

Scanning Modbus RTU for Devices
1) Select the RTU Scan option in the bottom left corner
2) Enter the Scan range start (COM address of first SE8350/8650 in daisy chain) 
3) Enter the Scan range end (COM address of last SE8360/8650 in daisy chain) 
4) Select the Save button to start RTU scan for modbus devices

RTU Scan Dialog

5) From the RTU Scan results - check the add device option and specify the name, modbus profile (SE8300, SE8600 or SER8300 depending on series of SE Room Controller). 
Note: The SE8300 series profile covers the SE8350 room controllers, SE8600 series profile covers the SE8650 room controllers. 

RTU Scan Result Dialog

6) Select the Save button to add the devices to the list of modbus devices

Adding User Parameter Objects - Needed for Modbus Mapping
1) Select the Objects tab from the configuration page tabs to display C-Bus Automation Controller objects
2) Select the Add New Object option in the bottom left corner to add a user parameter which will later be mapped to a modbus device register
3) Select User Parameter option from the Application dropdown
4) Add a new variable address and provide a meaningful tag name
5) Select an option that matches the modbus register type from the Data type dropdown (eg floating point for temperature reading or temperature setpoint)
6) Specify keywords, units, comments as appropriate
7) Select the Save button to add the new user parameter to the list of C-Bus Automation Controller objects

Add Object Dialog

example: the newly added user parameter object will appear in the objects list and its value prior to modbus mapping will be shown as the default value in this case 0.000°C

User Parameter Object

Mapping Modbus Device Registry to User Parameter
1) Select the Modbus tab from the configuration page tabs
2) From the modbus device list select the applicable modbus device's mapping icon under the mapping column
3) From the modbus device's register list select the link to object field next to the modbus register to be mapped
4) From the mapping dialog use the link to object dropdown list to link the modbus register to the corresponding user parameter
5) Specify the value delta, units, keywords and comments as applicable
6) Select Save button to link the modbus device register to the user parameter object

Modbus Mapping Dialog

Check User Parameter value for updates from SE8350/8650 Room Controller
1) Select the Objects tab from the configuration page tabs to display C-Bus Automation Controller objects
2) Check that the User Parameter object which was just mapped from SE8350/8650 modbus device register is updating as expected

example: we can see the Room Temp user parameter is being updated from the Room Controller One - Room Temperature modbus registry

Mapped User Parameter Object

How to wire a C-Bus Automation Controller to SE8350 or SE8650 Room Controller for Modbus RS-485 communications

C-Bus Automation Controller Power Supply - Requirements
24V DC (+/- 5%), 10W max, 2W typical

SE8350/SE8650 Power Supply - Requirements
24V AC (+/- 15%), 50/60Hz, 6VA (0.25A)

Modbus RS-486 Cabling - Requirements
D1+ and D0- = Twisted Pair, Shielded, Imp 120Ω - eg Belden 9842
COM = Common (Reference) Wire

The 5500NAC2 and 5500AC2 contain the following optional in-built terminators options:
low power terminator of 120 Ω + 1 nF via link AT–BT
legacy terminator of 120 Ω via link BT-A

5500NAC2 or 5500AC2 - D1+ connector is wired to pin 13 (RS-485 +) on the SE8350/8650               - shown by brown wire
5500NAC2 or 5500AC2 - D0- connector is wired to pin 14 (RS-485 -) on the SE8350/8650                 - shown by blue wire
5500NAC2 or 5500AC2 - COMM - connector is wired to pin 15 (RS-485 REF) on the SE8350/8650     - shown by green wire

Modbus RS-485 communication line must be terminated at each end
C-Bus Automation Controller  to SE Room Controller Modbus Wiring

Refer to the 5500NAC2 or 5500AC2 Quick Start Guide and User Manual for further details regarding the C-Bus Automation Controller Power Supply and Modbus RS485 Modbus wiring connectors and wiring/electrical requirements. These can be found by scrolling to the bottom of the product page and downloading the applicable pdf

Refer to the SE8350 or SE8650 Installation Guide for further details on the wiring connectors
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