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Clipsal - Lighting Ceiling Rose Large Cover, 4 Terminal

Clipsal - Lighting Ceiling Rose Large Cover, 4 Terminal | White Electric

Item Number: 93B-WE

The Clipsal Lighting Ceiling Rose has 4 pillar type terminal points on the base, incorporating cable entry for a range of flexible cords. It is rated 500V, 15A and has a larger than usual diameter of 91mm. It is 37mm high.

Datasheet

Barcode

Qty UoM EAN Colour
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Specifications

Design

Product brand Clipsal
Product or component type ceiling rose
Colour tint white

Physical

Provided equipment
  • cover
  • base
[ue] rated operational voltage 500 V
Rated current 15 A
Fixing mode by screws
Reach free of svhc Yes
Toxic heavy metal free Yes
Mercury free Yes
Rohs exemption information Yes
Environmental disclosure ENVPEP2308049EN
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

Others

Legacy weee scope In
Outside of Europe
Average percentage of recycled plastic content 0 %
Package 1 bare product quantity 1
Weee label N/A
Weee applicability Component
Weee exclusion rationale Component not in scope – non independent function
Warranty duration(in months) bmecat 18
Unit type of package 1 PCE
Number of units in package 1 1
Package 1 height 3.5 cm
Package 1 width 9 cm
Package 1 length 9 cm
Package 1 weight 82 g
Total lifecycle carbon footprint 1 kg CO2 eq.
Carbon footprint of the manufacturing phase [a1 to a3] 0.41310816607978856
Carbon footprint of the manufacturing phase [a1 to a3] 0.4 kg CO2 eq.
Carbon footprint of the distribution phase [a4] 0.022901256441737326
Carbon footprint of the distribution phase [a4] 0 kg CO2 eq.
Carbon footprint of the installation phase [a5] 0.03191274631628143
Carbon footprint of the installation phase [a5] 0 kg CO2 eq.
Carbon footprint of the use phase [b2, b3, b4, b6] 0.34718
Carbon footprint of the use phase [b2, b3, b4, b6] 0.3 kg CO2 eq.
Sustainable packaging No
Carbon footprint of the end-of-life phase [c1 to c4] 0.20244606056187395
Carbon footprint of the end-of-life phase [c1 to c4] 0.2 kg CO2 eq.
Pvc free No
Halogen-free status Halogen free product
Silicone-free  No
Take-back No
Product contributes to saved and avoided emissions No
Removable battery N/A
Total lifecycle carbon footprint 1.0175482293996811
Average percentage of recycled metal content 0 %
Packaging made with recycled cardboard No
Packaging without single use plastic No
China rohs label 1
Halogen-free status Halogen free product
Pvc free No
Silicone-free No
End of life manual availability N/A
Take-back No
Warranty (in months) 18

Frequently Asked Questions

Why can't I send my report from Spark-e-Log via email on my iPhone?

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On the iPhone there is no ability to select from what app the email is generated. Due to this iPhone requires that its default email app be set up with an account so that these report emails can be sent through this default app.

Why are all my tests in Spark-e-Log coming up as failed?

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Spark-e-Log does not have the ability to determine what values are passes or failures. This determination should be made by the qualified person doing the tests. You can select within the settings of Spark-e-Log if you wish to have the results default to failure or pass. If set to failure you will need to change them all to passes if the values tested are correct otherwise if set to pass you will still need to confirm the values obtained during testing are a pass or fail and will need to change those that fail to fail.

How do I conduct a Fault Loop Impedance Test using a 493 Spark-e-Mate installation tester?

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Please view the video.

VIDEO - Spark-e-Mate - How to Change Mode & Disable the Desensitisation Routine

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A Quick how to video to show changing the mode on the Spark-e-Mate 493BTLi unit to Safe Mode, Super Safe Mode, Turbo Mode and then back to Normal mode. An explanation of each of the modes is also included and how these influence the tripping of RCDs during the Fault Loop or Earth Continuity testing. This video then shows how to disable the Desensitisation routine on the Fault Loop and Earth Continuity tests which can cause RCD tripping in some cases.

How do you perform an RCD test using the 493 Spark-e-Mate installation tester?

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How to test an RCD to AS/NZS 3003 using a 493 Spark-e-Mate tester?

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