Standard Series Twin Switch Socket Outlet 250V, 10A, Standard Size, Indicator | White Electric
Item Number: 25N-WE
Datasheet
Specifications
Design
Range of product
Product or component type
Product brand
Surface finish
Physical
Control type
Number of gangs
Pin number
Number of power socket outlets
Actuator
- switch
- rocker
Fixing mode
Local signalling
Mounting position
[ue] rated operational voltage
[in] rated current
Depth
Length
Width
Fixing center
Standards
- AS/NZS 3100
- AS/NZS 3112
- AS/NZS 3133
- AS/NZS 3000:approval number S/1
Mercury free
Rohs exemption information
Environmental disclosure
Reach regulation
China rohs regulation
Eu rohs directive
Material
Material
Others
Legacy weee scope
Package 1 bare product quantity
Average percentage of recycled plastic content
Weee label
Weee applicability
Warranty duration(in months) bmecat
Unit type of package 1
Number of units in package 1
Package 1 height
Package 1 width
Package 1 length
Package 1 weight
Total lifecycle carbon footprint
Carbon footprint of the manufacturing phase [a1 to a3]
Carbon footprint of the manufacturing phase [a1 to a3]
Carbon footprint of the distribution phase [a4]
Carbon footprint of the distribution phase [a4]
Carbon footprint of the installation phase [a5]
Carbon footprint of the installation phase [a5]
Carbon footprint of the use phase [b2, b3, b4, b6]
Carbon footprint of the use phase [b2, b3, b4, b6]
Sustainable packaging
Carbon footprint of the end-of-life phase [c1 to c4]
Carbon footprint of the end-of-life phase [c1 to c4]
Pvc free
Halogen-free status
Take-back
Product contributes to saved and avoided emissions
Removable battery
Total lifecycle carbon footprint
Average percentage of recycled metal content
Packaging made with recycled cardboard
Packaging without single use plastic
China rohs label
Halogen-free status
Pvc free
End of life manual availability
Take-back
Warranty (in months)
Documents & downloads
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All
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Technical Data Catalogues
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Specification Guide
-
Certificates (MSDS)
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Declaration of Conformity
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Declaration of Conformity (Sustainability)
25N-RD EU RoHS Directive
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
25N-RD EU RoHS Directive
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
25N-WE EU RoHS Directive
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
25N-WE EU RoHS Directive
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
25N-WE REACh Regulation
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
25N-WE REACh Regulation
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
Frequently Asked Questions
NS1250N ML5.0E not reading frequency and showing zero Power readings.
Hide ShowIssue: Micrologic 5.0E displays NaN when reading frequency and shows zero power readings when the current is below a certain threshold.
Product Line: Micrologic E trip units installed with Compact NS breaker
Environment: Micrologic E Trip Units
Resolution:
According to the user guide, Micrologic E trip units do not support frequency display. Therefore, frequency values are not available when using this trip unit.
For confirmation, please refer to the provided link, page 66.
https://download.schneider-electric.com/files?p_Doc_Ref=DOCA0218EN&p_enDocType=User+guide
A check of the register list for Compact NS breakers (refer to the attached screenshot) confirms that Compact NS units equipped with Micrologic E trip units do not support frequency display. As a result, the frequency register returns NaN.
In the register table, the A/E/P/H column applies to NT/NW and NS breakers. This table indicates that only P and H trip units support frequency measurement and display on the registers. Micrologic E trip units do not include this capability.
For further details, please refer to the linked document, page 91.
For the Issue regarding incorrect power readings:
On Micrologic 2.0E, 5.0E, and 6.0E trip units:
The power value displayed on the Micrologic E front display and transmitted via Modbus is reported as zero when the load current is below 0.07 × In, where In represents the rated input current.
The current value displayed on the Micrologic E front face and transmitted via Modbus is reported as zero when the load current is below 0.005 × In.
When the load current falls between 0.005 × In and 0.07 × In, and the voltage is non‑zero, the current and voltage values are displayed normally; however, the calculated power value remains zero.
As a result, in customer applications, power calculation effectively begins when the load current exceeds 0.07 × In (Ia).