Standard Series Switched Socket Horizontal, Double, 250V, 10A

Standard Series Switched Socket Horizontal, Double, 250V, 10A | White Electric

Item Number: 25-WE

Datasheet

Barcode

Qty UoM EAN Colour
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Specifications

Design

Range of product

Standard Series

Product brand

Clipsal

Surface finish

glossy

Physical

Control type

ON/OFF button

Number of gangs

2 gangs

Pin number

3

Number of power socket outlets

2

Actuator

  • switch
  • rocker

Fixing mode

by screws

Local signalling

without light indicator

Mounting position

horizontal

[ue] rated operational voltage

250 V AC

[in] rated current

10 A

Depth

16 mm

Length

115 mm

Width

73 mm

Fixing center

84 mm

Standards

  • AS/NZS 3100
  • AS/NZS 3112
  • AS/NZS 3133
  • AS/NZS 3000:approval number S/1

Mercury free

Yes

Rohs exemption information

Yes

Environmental disclosure

ENVPEP120506EN

Eu rohs directive

Compliant with Exemptions

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

Material

Material

PC (polycarbonate)

Others

Legacy weee scope

In

Package 2 bare product quantity

10

Average percentage of recycled plastic content

0 %

Outside of Europe

Package 1 bare product quantity

1

Weee applicability

Finished product

Weee label

N/A

Unit type of package 1

PCE

Number of units in package 1

1

Package 1 height

3 cm

Package 1 width

7.3 cm

Package 1 length

11.5 cm

Package 1 weight

101 g

Unit type of package 2

BB1

Number of units in package 2

10

Package 2 height

12 cm

Package 2 width

13.8 cm

Package 2 length

15.3 cm

Package 2 weight

1.078 kg

Total lifecycle carbon footprint

17 kg CO2 eq.

Carbon footprint of the manufacturing phase [a1 to a3]

0.596853882

Carbon footprint of the manufacturing phase [a1 to a3]

0.6 kg CO2 eq.

Carbon footprint of the distribution phase [a4]

0.13315626

Carbon footprint of the distribution phase [a4]

0.1 kg CO2 eq.

Carbon footprint of the installation phase [a5]

0.29355666

Carbon footprint of the installation phase [a5]

0.3 kg CO2 eq.

Carbon footprint of the use phase [b2, b3, b4, b6]

16.689229698

Carbon footprint of the use phase [b2, b3, b4, b6]

17 kg CO2 eq.

Sustainable packaging

No

Carbon footprint of the end-of-life phase [c1 to c4]

0.1229162

Carbon footprint of the end-of-life phase [c1 to c4]

0.1 kg CO2 eq.

Pvc free

Yes

Halogen-free status

Product contains halogen above thresholds

Take-back

No

Product contributes to saved and avoided emissions

No

Removable battery

N/A

Total lifecycle carbon footprint

17.332193967

Average percentage of recycled metal content

0 %

Packaging made with recycled cardboard

Yes

Packaging without single use plastic

No

Halogen-free status

Product contains halogen above thresholds

Pvc free

Yes

End of life manual availability

N/A

Take-back

No

Warranty (in months)

18
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Frequently Asked Questions

VIDEO - How to set up communication between a M251 PLC and HMIGTO via serial

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How do I convert Iconic Wiser™ Connected Socket from Zigbee to BLE

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See below video

 

Do I need separate Resi9 AFDD for each circuit?

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As per AS/NZS 3000:2018, AFDDs shall be located at the switchboard from which the final sub-circuit being protected originates.

Therefore, we strongly recommend having a separate Resi9 AFDD for each final sub-circuit.

Can an AFDD replace a residual current device (RCD)?

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Yes, Resi9 AFDDs come embedded with earth leakage current detection functionality. These help to provide combined protection against overcurrent, overvoltage, arc faults (serial arc fault, parallel arc fault and arc to earth) and earth leakage.

What is a Resi9 AFDD?

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An AFDD detects the characteristics of dangerous arcing. Once it has been detected, it opens the electrical circuit to prevent a fire propagation. This is through an electronic system, that monitors electrical parameters in real time (current, voltage, frequencies etc).
Arc Fault Detection Devices help to reduce the risk of electrical fire.
An AFDD is a detection device that automatically cuts the electricity supply when it detects an arc fault in a circuit by immediately cutting off the electricity supply. AFDDs help to prevent arc faults from reaching temperatures where fires can break out.
Resi9 faq12aResi9 faq 12b

Which application should I use Resi9 AFDDs in?

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Schneider Electric recommends the use of AFDDs in final sub-circuits with high risk of fire. AFDDs are designed to protect both residential and commercial electrical installations.
We would highly recommend it for power (socket outlet) circuits due to potential:
•       Arcing in extension boards.
•       Damage to cables plugged into socket outlets behind furniture like bedsides or sofas.
•       Damage to extension leads due to bending around corners or trapping under furniture.
•       Damage to plugged cables due to temperature variation, ultraviolet rays, vibrations, humidity, and rodents in outdoor environment.
•       You should also consider lighting and other circuits in following applications:
•       Premises with children, handicapped or elderly people that might take longer to evacuate in case of fire.
•       Premises constructed with combustible materials e.g. wooden buildings that might not allow enough time to evacuate.
•       Premises with high risk of fire due to nature of processed or stored goods like home-based business storing large amounts of paper, wooden or other combustible materials
•       Irreplaceable goods stored on premises  

Please refer to standard AS/NZS 3000 for further information.
Resi9 faq 12aResi9 faq 12b
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