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Standard Series Socket Outlet Single Switch, 250V, 10A, Skirt Mount

Standard Series Socket Outlet Single Switch, 250V, 10A, Skirt Mount | White Electric

Item Number: 16-WE

Datasheet

Barcode

Qty UoM EAN Colour
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Specifications

Design

Range of product Standard Series
Product or component type switched socket
Product brand Clipsal
Surface finish glossy

Physical

Control type ON/OFF button
Number of gangs 1 gang
Pin number 3
Number of power socket outlets 1
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 14 mm
Length 98 mm
Width 45 mm
Fixing center 78 mm
Standards
  • AS/NZS 3100
  • AS/NZS 3112
  • AS/NZS 3133:approval number S/1
Mercury free Yes
Rohs exemption information Yes
Environmental disclosure ENVPEP120506EN
Reach regulation Reference contains Substances of Very High Concern above the threshold
China rohs regulation Product out of China RoHS scope
Eu rohs directive Compliant By Exemption

Material

Material plastic

Others

Legacy weee scope In
Package 1 bare product quantity 1
Package 2 bare product quantity 10
Average percentage of recycled plastic content 0 %
Outside of Europe
Weee label N/A
Weee applicability Finished product
Warranty duration(in months) bmecat 18
Unit type of package 1 PCE
Number of units in package 1 1
Package 1 height 2.5 cm
Package 1 width 4.5 cm
Package 1 length 10 cm
Package 1 weight 62 g
Unit type of package 2 BB1
Number of units in package 2 10
Package 2 height 7.7 cm
Package 2 width 10.5 cm
Package 2 length 19.5 cm
Package 2 weight 660 g
Sustainable packaging No
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
Average percentage of recycled metal content 0 %
Packaging made with recycled cardboard Yes
Packaging without single use plastic No
China rohs label 5
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

Frequently Asked Questions

How to enable the C-Bus Clock or Power Supply of the Voltage Free Relays?

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For any Voltage Free Relay, the C-Bus Clock can be enabled or disabled via the front panel, by pressing and holding down the top left channel button, and short pressing the top channel button second in from the right.

 

Button Press 1

For any Voltage Free Relay, the C-Bus Power Supply can enabled or disabled via the front panel, by pressing and holding down the top left channel button, and short pressing the top right channel button.

Button Press 2

Note: By default both the C-Bus Clock and C-Bus Supply are disabled.

 

 

 

Control Expert V16.2 System Requirements

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Control Expert V16.2 System Requirements-1

Control Expert V16.2 System Requirements-2

How to enable/disable C-Bus power supply for 5516RVF

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The integrated C-Bus Power Supply can be enabled or disabled via the front panel by performing a short press on the top right channel button whilst holding down the top left channel button to toggle the enabled state.

 

1

By default, the integrated 200 mA C-Bus Power supply is disabled.

 

The enabled status of the integrated C-Bus power supply is shown on the Unit indicator.

 (Green - Enable, Yellow - Disable).

2

For 5508RVF and 5504RVF

3

 

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
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